This PR proposes changes in the Python script - calcanl_gfs.py. which executes the GSI utility to interplate increments and calculation analysis for selected variables (GSI-utils/src/netcdf_io).
The default cloud physics model in FV3 is the Thompson scheme, which adds the concentration of ice and rain as part of the prognostic variables. Therefore, the netcdf_io in GSI-utils needs to add handling for these two variables, and the number of MPI declared in the Python script (calcanl_gfs.py) needs to be increased accordingly.
Description
This PR proposes changes in the Python script - calcanl_gfs.py. which executes the GSI utility to interplate increments and calculation analysis for selected variables (GSI-utils/src/netcdf_io).
The default cloud physics model in FV3 is the Thompson scheme, which adds the concentration of ice and rain as part of the prognostic variables. Therefore, the netcdf_io in GSI-utils needs to add handling for these two variables, and the number of MPI declared in the Python script (calcanl_gfs.py) needs to be increased accordingly.
Here is the related PR #46 for GSI-utils.
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