# This is a typical input file for OASIS3-MCT, using netCDF format # for restart input files. Oasis reads in # this file at run-time. Don't hesitate to ask precisions or make # suggestions (oasishelp@cerfacs.fr). # # Any line beginning with # is ignored. Blank lines are not allowed. ######################################################################### $NFIELDS # Put the number of fields exchanged by OASIS. # If it is bigger than twice the number of fields exchanged, put also on # the same line the maximum number of prism_def_var_proto # called by one component model in the coupled system (optional). # For the definition of the fields, see under $STRINGS keyword # 20 $END ########################################################################### $RUNTIME # This gives you the total simulated time for this run in seconds (here 6 days) # 14400 $END ########################################################################### $NLOGPRT # Index of printing level in output file cplout: 0 = no printing # 1 = main routines and field names when treated, 2 = complete output 2 0 $END ########################################################################### $STRINGS # # The above variables are the general parameters for the experiment. # Everything below has to do with the fields being exchanged. # ############################################################################ # Field 1 : # # First line: # 1) and 2) Symbolic names for the field before and after interpolation # (8 characters maximum) # 3) Index of field in cf_name_table.txt # 4) Exchange frequency for the field in seconds (here 1 day) # 5) Number of analysis to be performed # 6) Restart input NetCDF file names # 7) Field status (EXPORTED, AUXILARY, IGNORED, EXPOUT, IGNOUT, INPUT, OUTPUT) # # ############################################################################ # OCN_P1:OCN_P2:OCN_P3 OCN_P1D:OCN_P2D:OCN_P3D 3 3600 2 ocnrst.nc EXPOUT 96 72 96 72 lmdz lmdz SEQ=2 P 0 P 0 CHECKIN CHECKOUT INT=1 INT=1 # OCN_D1:OCN_D2 OCN_D1P:OCN_D2P 3 3600 2 ocnrst.nc EXPOUT 96 72 96 72 lmdz lmdz LAG=3600 SEQ=1 P 0 P 0 CHECKIN CHECKOUT INT=1 INT=1 # OCN_P3:OCN_P4 OCN_P3I:OCN_P4I 3 3600 3 ocnrst.nc EXPOUT 96 72 44 44 lmdz lmd2 SEQ=3 P 0 P 0 CHECKIN SCRIPR CHECKOUT INT=1 BILINEAR LR SCALAR LATITUDE 1 INT=1 # OCN_D3:OCN_D4 OCN_D3I:OCN_D4I 3 3600 3 ocnrst.nc EXPOUT 96 72 44 44 lmdz lmd2 SEQ=3 P 0 P 0 CHECKIN SCRIPR CHECKOUT INT=1 BILINEAR LR SCALAR LATITUDE 1 INT=1 # ICE_I1:ICE_I2 ICE_I1P:ICE_I2P 3 3600 3 icerst.nc EXPOUT 44 44 96 72 lmd2 lmdz LAG=3600 SEQ=1 P 0 P 0 CHECKIN SCRIPR CHECKOUT INT=1 BILINEAR LR SCALAR LATITUDE 1 INT=1 # ICE_I3:ICE_I4 ICE_I3O:ICE_I4O 3 3600 2 icerst.nc EXPOUT 44 44 44 44 lmd2 lmd2 SEQ=4 P 0 P 0 CHECKIN CHECKOUT INT=1 INT=1 # OCN_P4:OCN_P5 OCN_P4O:OCN_P5O 3 3600 2 ocnrst.nc EXPOUT 96 72 96 72 lmdz lmdz SEQ=4 P 0 P 0 CHECKIN CHECKOUT INT=1 INT=1 # OCN_D4:OCN_D5 OCN_D4O:OCN_D5O 3 3600 2 ocnrst.nc EXPOUT 96 72 96 72 lmdz lmdz SEQ=4 P 0 P 0 CHECKIN CHECKOUT INT=1 INT=1 # # ############################################################################ $END