Changes between Version 90 and Version 91 of Doc/FAQ

Timestamp:

03/03/23 15:33:36 (2 years ago)

Author:

snguyen

Comment:

--

Doc/FAQ

@@ -309 +309 @@
 The problem originates from the combination of two facts.
 
-''First''
+''Firstly''[[BR]]
 Because the o2a.nc files produced by MOSAIC and MOSAIX differ (they have different coastlines), when interpolating from the ocean grid to the atmosphere grid points very close to the coast, land points can become sea points and vice versa if you switch from the MOSAIC to the MOSAIX weights.
 
-''Second''
-The o2a.nc file is read only once by LMDZ when producing restart files and boundary conditions for a forced simulation with create_etat0_limit.e and is embedded in the restart files.
+''Secondly''[[BR]]
+The o2a.nc file is read only once by LMDZ : when producing restart files and boundary conditions for a forced simulation with create_etat0_limit.e and is embedded in the restart files. It is then transmited through the restarts to all subsequent simulations.
 
 '''The actual problem'''
@@ -320 +320 @@
 ### The trick to get around this ###
 
-The problem being with the atmosphere you can use your NEMO restart files as is and keep the dynamical state of the ocean.
-
-For LMDZ you will have to restart the atmosphere from a initial state created with create_etat0_limit.e to make sure you use the MOSAIX o2a.nc file.
+The problem being with the atmosphere you can use your NEMO restart files as they are and keep the dynamical state of the ocean to restart your MOSAIX coupled simulation.
+
+For LMDZ you will have to restart the atmosphere from an initial state created with create_etat0_limit.e to make sure you use the MOSAIX o2a.nc file.
 
 Still, it is possible to improve the initial state of the atmosphere by running a forced simulation with the ocean surface quantities from the MOSAIC simulation.