HOW TO GO FROM SLARTI FILES TO FOAM INPUT FILES
‘New’ from the ‘File’ menu
the resolution you would like your atmosphere files interpolated to
the resolution your initial file is in
an ocean depth file if you would like use something other than the
the initial file (including path)
the boxes that describe the initial file
a vegetation and/or river flow file (optional)
ok. This is will setup the Slarti
can view/edit the maps if you’d like
your run by selecting ‘Save’ from the ‘File’ menu
the save you’d like to do and edit the maps if you need to.
a case name and save
a new f1.5data directory
an existing f1.5data directory.
Make sure the resolutions are the same.
the following files in the f1.5data directory with the slarti version:
1. All of the 128x128 files
The mask.<r15, t31,t42> file
The om3.geometry24 file
The SEP1 and tibds files
other files in your case directory are used by Slarti and have no
importance to FOAM
the files MakeCouplerRestart.py and restmake.f to create a restart coupler
These files are available off of
the FOAM ftp site
MakeCouplerRestart.py is a python
script used to make a coupler restart file starting with the mask.128x128 data.
Restmake.f is a f77 program used to
make a restart file.
Run both programs in your new f1.5data directory.
Set up a restart directory with the usual subdirectories (atmos,coupl,ocean). The atmos and ocean directories should
contain nothing, but the coupl directory should contain the *0000000* restart
coupler file you created.
the necessary changes to FOAM and recompile.
"RestartRun" in om3coupled.c or if you are running a slab
ocean, undef “RestartRun” in slabocean/om3cplslab.c.
the "-DFILTPHIS" flag in FOAM_OPTS. You no longer have to set the "-DFORCEHY" flag.
the atmosphere do an initial run by setting NSREST to 0 in atmos_params. This will make it use the new SEP1 and
tibds files you created with slarti2ccm.
run_params set FINISHED to 0000000