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Version 13 (modified by jgipsl, 10 years ago) (diff)
--

ORCHIDEE trunk rev 2247 with LMDZ5 trunk rev 2076

Parallelism

ORCHIDEE gives the identical results for simulations with different number of cores MPI and/or OMP. It does not matter if the executable is compiled for pur MPI mode or for mixt MPI/OMP mode.
- At curie, compile options must be updated, see below
Simulations coupled to LMDZ do not succeed in debug mode (and not dev at ada). This seems be due to following change on LMDZ : http://web.lmd.jussieu.fr/trac/changeset/2011/LMDZ5/trunk/libf/phylmd/coefcdrag.F90. The problem seems to be only in the first time-step.
The executable compiled in pur MPI and in mixt MPI_OMP gives the same results if the same optimization mode is used (prod/dev/debug)
Sequential mode is tested with gfortran : simulations are reproductible

ADA/IDRIS

Compilation en mode prod, dev and debug are successful for pur mpi and mixt mpi_omp.
Coupled mode in dev and debug mode: simulations stops
Changing the number of cores MPI and/or OMP does not change the results. For example running on 23MPI=32MPI=16MPI.2OMP
The executable compiled in pur MPI and in mixt MPI_OMP gives the same results if the same optimization mode is used (prod/dev/debug)
Using optimization mode prod does not give the same results as optimization mode dev or debug
Using optimization mode dev or debug gives the same results

CURIE/TGCC

Compilation en mode prod, dev and debug are successful for pur mpi and mixt mpi_omp.
Offline mode: all simulations are identical : compile mode, different number of cores MPI, pur mpi or mixt mpi_omp (but only running on 1 omp)
Coupled mode:
- Simulations are not identical while changing the number of cores MPI and or OMP also without ORCHIDEE using LMDZ bucket
- In debug mode: simulations stops (stops when ORCHIDEE is activated, ok with bucket)
Coupled mode with modifications in compile options for LMDZ as in commit http://web.lmd.jussieu.fr/trac/changeset/2108:
- Simulations are identical while changing the number of cores MPI and or OMP
- Simulations are identical between prod, dev and debug compile options
- Simulations still stops in debug mode for LMDZOR simulations

local PC using gfortran

Compiling with gfortran for sequential mode : prod, dev and debug is ok.
Simulations are reproductive
Tests are done with ORCHIDEE offline Choisnel and CWRR, for prod, dev and debug mode
Tests are done in coupled mode for prod mode

Restartablilty

Same simulation set up is reproductible (see above)
1+1 not = 2 in coupled and in offline mode

Performance

LMDZOR at curie

Following performances are observed using LMDZ r2076 with added -fp-model precise in compile options. AP physics.

Using Choisnel or CWRR do not change the run time in coupled mode.
No difference in time using executable MPI or MPI_OMP on the same number of cores MPI and 1OMP.
32MPI*1OMP - 740hCpu/10y : Elapsed time : 23h
32MPI*2OMP - 850hCpu/10y : Elapsed time : 13h
32MPI*4OMP - 1100hCpu/10y : Elapsed time : 8h30min

Details of simulations

Default set up

LMDZ is always run with it's old physics package (called AP). ORCHIDEE is always run activating Stomate. Tests are done with both Choisnel and CWRR hydrology.

ADA/IDRIS

The model is installed by the trusting here : /workgpfs/rech/lmd/rlmd979/TRUSTING/ORCHIDEE/RUNDIR/trunk_rev2247_20140717T1820/modipsl

****** LMDZORChoi en prod OK  (les test bigtest=n)
***********************************************************************************************

results.out.cross:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi_omp/16mpi_4omp.1
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/32mpi_2omp


****** LMDZORCWRR en prod tout OK
***********************************************************************************************
results.out.cross:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi_omp/16mpi_4omp.1
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/32mpi_2omp


****** LMDZORChoi en dev not OK
***********************************************************************************************
results.out.dev_mpi:Following 0 DIRECTORIES finished: 
results.out.dev_mpi:Following 2 DIRECTORIES DID NOT FINISH: 23mpi 32mpi


****** ORChoi prod/dev/debug OK
****** Compilation debug=dev mais pas debug=prod ou dev=prod
****** 
***********************************************************************************************
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi/23mpi
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi/23mpi
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi_omp/10mpi_1omp.1

results.out.debug_mpi:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi/32mpi
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.2
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.3
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/32mpi_1omp

results.out.dev_mpi:DIRECTORIES OK : dev_mpi/23mpi = dev_mpi/32mpi
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.2
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.3
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/32mpi_1omp

results.out.prod_mpi:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/32mpi_1omp


****** ORCWRR  OK
***********************************************************************************************
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi/23mpi
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi/23mpi
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi_omp/10mpi_1omp.1


results.out.debug_mpi:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi/32mpi
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.2
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.3
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/32mpi_1omp

results.out.dev_mpi:DIRECTORIES OK : dev_mpi/23mpi = dev_mpi/32mpi
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.2
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.3
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/32mpi_1omp

results.out.prod_mpi:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/32mpi_1omp

CURIE/TGCC

The model is installed by the trusting here : /ccc/scratch/cont003/dsm/p86ghatt/TRUSTING/ORCHIDEE/RUNDIR/trunk_rev2247_20140717T1824/modipsl

****** LMDZORCWRR
****** debug : simulations did not finish 
****** prod and dev : all simulations finished, results differs when changing the number of cores MPI/OMP. 
****** Simulations are reproductable at same number of cores. 
*************************************************************************************************************
results.out.debug_mpi:Following 0 DIRECTORIES finished: 
results.out.debug_mpi:Following 2 DIRECTORIES DID NOT FINISH: 23mpi 32mpi
results.out.debug_mpi_omp:Following 0 DIRECTORIES finished: 
results.out.debug_mpi_omp:Following 3 DIRECTORIES DID NOT FINISH: 16mpi_8omp 32mpi_1omp 32mpi_2omp
results.out.dev_mpi:Following 2 DIRECTORIES finished: 23mpi 32mpi
results.out.dev_mpi:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.dev_mpi:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = dev_mpi/32mpi
results.out.dev_mpi_omp:Following 3 DIRECTORIES finished: 16mpi_8omp 32mpi_1omp 32mpi_2omp
results.out.dev_mpi_omp:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_8omp NOT = dev_mpi_omp/32mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_8omp NOT = dev_mpi_omp/32mpi_2omp
results.out.prod_mpi:Following 2 DIRECTORIES finished: 23mpi 32mpi
results.out.prod_mpi:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.prod_mpi:DIRECTORIES DIFFER : prod_mpi/23mpi NOT = prod_mpi/32mpi
results.out.prod_mpi_omp:Following 6 DIRECTORIES finished: 16mpi_4omp.1 16mpi_4omp.2 16mpi_4omp.3 16mpi_8omp 32mpi_1omp 32mpi_2omp
results.out.prod_mpi_omp:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_4omp.1 NOT = prod_mpi_omp/16mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_4omp.1 NOT = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/32mpi_2omp


****** LMDZORChoi
****** debug: No simulations finished
****** prod and dev: simulations finished, results differs when changing the number of cores MPI/OMP. 
****** Simulations are reprodusable at same number of cores. 
*************************************************************************************************************
results.out.cross:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = dev_mpi_omp/16mpi_8omp
results.out.cross:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = prod_mpi/23mpi
results.out.cross:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = prod_mpi_omp/16mpi_1omp

results.out.debug_mpi:Following 0 DIRECTORIES finished: 
results.out.debug_mpi:Following 2 DIRECTORIES DID NOT FINISH: 23mpi 32mpi
results.out.debug_mpi_omp:Following 0 DIRECTORIES finished: 
results.out.debug_mpi_omp:Following 3 DIRECTORIES DID NOT FINISH: 16mpi_8omp 32mpi_1omp 32mpi_2omp

results.out.dev_mpi:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = dev_mpi/32mpi
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_8omp NOT = dev_mpi_omp/32mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_8omp NOT = dev_mpi_omp/32mpi_2omp

results.out.prod_mpi:Following 2 DIRECTORIES finished: 23mpi 32mpi
results.out.prod_mpi:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.prod_mpi:DIRECTORIES DIFFER : prod_mpi/23mpi NOT = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_1omp = prod_mpi_omp/16mpi_2omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/16mpi_4omp.1
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/16mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/1mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/32mpi_2omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/32mpi_4omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/32mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/4mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_1omp NOT = prod_mpi_omp/8mpi_1omp




****** ORChoi
****** All simulations finished. All simulations are identic. 
*************************************************************************************************************
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi/16mpi
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = dev_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = prod_mpi/16mpi
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = prod_mpi_omp/10mpi_1omp.1
results.out.debug_mpi:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi/32mpi
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.2
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.3
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/32mpi_1omp
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/18mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/1mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/20mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/23mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/32mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/4mpi
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/16mpi = dev_mpi/8mpi
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.2
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.3
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/16mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/1mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/2mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/32mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/4mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/8mpi_1omp
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/18mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/1mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/20mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/23mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/32mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/4mpi
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/16mpi = prod_mpi/8mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/16mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/1mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/2mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/4mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/8mpi_1omp


****** ORCWRR
****** All simulation that finished gives the same results : compile mode, number of cores MPI and or OMP
****** debug: Not all simulations finished. This is probably due to a cpu time exit. The option CHECK_CWRR is very time consuming. 
****** prod: OK.  All simulations finished. Same results changing the number of cores MPI/OMP. Pur mpi gives the same results as mixt mpi_omp
****** Simulations are reprodusable at same number of cores. 
*************************************************************************************************************
results.out.cross:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = dev_mpi/23mpi
results.out.cross:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.1
results.out.cross:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = prod_mpi/23mpi
results.out.cross:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.1
results.out.debug_mpi:Following 0 DIRECTORIES finished: 
results.out.debug_mpi:Following 2 DIRECTORIES DID NOT FINISH: 23mpi 32mpi
results.out.debug_mpi_omp:Following 4 DIRECTORIES finished: 10mpi_1omp.1 10mpi_1omp.2 10mpi_1omp.3 32mpi_1omp
results.out.debug_mpi_omp:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.2
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/10mpi_1omp.3
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/10mpi_1omp.1 = debug_mpi_omp/32mpi_1omp
results.out.dev_mpi:Following 2 DIRECTORIES finished: 23mpi 32mpi
results.out.dev_mpi:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.dev_mpi:DIRECTORIES OK : dev_mpi/23mpi = dev_mpi/32mpi
results.out.dev_mpi_omp:Following 4 DIRECTORIES finished: 10mpi_1omp.1 10mpi_1omp.2 10mpi_1omp.3 32mpi_1omp
results.out.dev_mpi_omp:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.2
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/10mpi_1omp.3
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/10mpi_1omp.1 = dev_mpi_omp/32mpi_1omp
results.out.prod_mpi:Following 2 DIRECTORIES finished: 23mpi 32mpi
results.out.prod_mpi:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.prod_mpi:DIRECTORIES OK : prod_mpi/23mpi = prod_mpi/32mpi
results.out.prod_mpi_omp:Following 4 DIRECTORIES finished: 10mpi_1omp.1 10mpi_1omp.2 10mpi_1omp.3 32mpi_1omp
results.out.prod_mpi_omp:Following 0 DIRECTORIES DID NOT FINISH: 
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/10mpi_1omp.3
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/10mpi_1omp.1 = prod_mpi_omp/32mpi_1omp


****** LMDZ with bucket (no ORCHIDEE)
****** All simulation finished
****** Simulations with same number of cores are identical
****** Simulations are not the same while changing the number of cores MPI and/or OMP
****** Debug simulations seems to be identical while changing the number of cores MPI and/or OMP
*************************************************************************************************************
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi_omp/16mpi_4omp.1
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = dev_mpi/23mpi
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = dev_mpi_omp/16mpi_4omp.1
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi/23mpi
results.out.cross:DIRECTORIES DIFFER : debug_mpi/23mpi NOT = prod_mpi_omp/16mpi_4omp.1
results.out.cross:DIRECTORIES DIFFER : prod_mpi/23mpi NOT = prod_mpi_omp/16mpi_4omp.1
results.out.cross:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = dev_mpi_omp/16mpi_4omp.1
results.out.cross:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi_omp/16mpi_4omp.1

results.out.debug_mpi:DIRECTORIES OK : debug_mpi/23mpi = debug_mpi/32mpi
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/16mpi_4omp.1 = debug_mpi_omp/16mpi_4omp.2
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/16mpi_4omp.1 = debug_mpi_omp/16mpi_4omp.3
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/16mpi_4omp.1 = debug_mpi_omp/16mpi_8omp
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/16mpi_4omp.1 = debug_mpi_omp/32mpi_1omp
results.out.debug_mpi_omp:DIRECTORIES OK : debug_mpi_omp/16mpi_4omp.1 = debug_mpi_omp/32mpi_2omp

results.out.dev_mpi:DIRECTORIES DIFFER : dev_mpi/23mpi NOT = dev_mpi/32mpi
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/16mpi_4omp.1 = dev_mpi_omp/16mpi_4omp.2
results.out.dev_mpi_omp:DIRECTORIES OK : dev_mpi_omp/16mpi_4omp.1 = dev_mpi_omp/16mpi_4omp.3
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_4omp.1 NOT = dev_mpi_omp/16mpi_8omp
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_4omp.1 NOT = dev_mpi_omp/32mpi_1omp
results.out.dev_mpi_omp:DIRECTORIES DIFFER : dev_mpi_omp/16mpi_4omp.1 NOT = dev_mpi_omp/32mpi_2omp

results.out.prod_mpi:DIRECTORIES DIFFER : prod_mpi/23mpi NOT = prod_mpi/32mpi
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.2
results.out.prod_mpi_omp:DIRECTORIES OK : prod_mpi_omp/16mpi_4omp.1 = prod_mpi_omp/16mpi_4omp.3
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_4omp.1 NOT = prod_mpi_omp/16mpi_8omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_4omp.1 NOT = prod_mpi_omp/32mpi_1omp
results.out.prod_mpi_omp:DIRECTORIES DIFFER : prod_mpi_omp/16mpi_4omp.1 NOT = prod_mpi_omp/32mpi_2omp

obelix/LSCE

...

gfortran/ private pclinux laptop

The model is installed here /home/jgipsl/TRUSTING/ORCHIDEE/RUNDIR/trunk_rev2247_20140812T1536/modipsl

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