# This is the input file for the dummy oasis simulation with 
# 2 primitive models exchanging only 2 files without any processing
#
 $SEQMODE
# This has to do with the time strategy. If you have all the models
# running simultaneously, you must put 1.
# Otherwise, if you have n models running sequentially, you put n
#
              1
 $END
#########################################################################
 $CHANNEL
# This describes the type of message passing you want to use.
# - if you use shared memory segments, you must write SIPC.
                SIPC               
 $END
#########################################################################
 $NFIELDS
# This is the total number of fields being exchanged. In this case,
# 2 fields only, sst and heat fluxes
              2
 $END
#########################################################################
 $JOBNAME
# This is just descriptive, it is an acronym for this given simulation
#
   JR1
 $END
##########################################################################
 $NBMODEL
# This gives you the number of models running in this experiment +
# their names.
#
  2  toyatm toyoce
 $END
###########################################################################
 $RUNTIME
# This gives you the total simulated time for this run in seconds (here 2 days)
#
   172800
 $END
###########################################################################
 $INIDATE
# This is the initial date of the run. This is important if we need to complete
# the sst data coming from a Pacific OGCM with climatological data
# of the right date.
#
  20050901
 $END
###########################################################################
 $MODINFO
# Indicates if a header must be encapsulated within the field brick (YES or NOT)
   NOT 
 $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
 $END
###########################################################################
 $CALTYPE
# Calendar type :  0 = 365 day calendar (no leap years)
#                  1      = Gregorian calendar
#                  n (>1) = n day month calendar
   30
 $END
###########################################################################
#
# The above variables are the general parameters for the experiment.
# Everything below has to do with the fields being exchanged
# For each field, the first 2 lines are descriptors of the field, the
# related grid, the related model and data files.
# The third line gives the list of analysis to be performed  and the
# following lines give specific parameters  for each analysis.
# See the OASIS manual for detailed description of the analysis
#
############################################################################
 $STRINGS
# fields definition
# Field 1 : sea surface temperature
# --------------------------------------------------------------------------
#   First line:
# 1) and 2) Symbolic names for the field before and after interpolation
# For SIPC technique, the name of the field is used to design the associated
# pool (one pool per field).
# 3) Label number for internal oasis output
# 4) Exchange frequency for the field in seconds (here 1 day)
# 5) Number of analysis to be performed (here 3)
# 6) Restart file name 
# 7) Flag indicating if the field has to be or not exported towards another
#   model (EXPORTED or AUXILARY)
# --------------------------------------------------------------------------
SSTOCE SSTATM 1 86400  3  fisstoce   EXPORTED
# --------------------------------------------------------------------------
#   Second line:
# 1) 2) 3) and 4) Number of long. and lat. on initial and final grids
# 5) and 6) acronyms used to locate the relevant grid data in the global
#           grid files
# --------------------------------------------------------------------------
5  7   5   7   ssto   ssta LAG=+1 
# --------------------------------------------------------------------------
#   Third line:
# 1) 2) characteristic in longitude of the source grid (`P' for periodical 
#       or `R' for regional, and the number of overlapping grid points
#       -enter `0' for regional grid)
# 3) 4) characteristic in longitude of the target grid
R  0  R  0
# --------------------------------------------------------------------------
#
# List of analysis
# 
CHECKIN NOINTERP CHECKOUT  
INT=1
INT=1
#
############################################################################   
#
# Field 2 : heat flux
#
HFLXATM  HFLXOCE  5   86400  3  fihfatm   EXPORTED
5    7    5    7    hfa    hfo  LAG=+1 
R  0  R  0
#
# List of analysis
#
CHECKIN NOINTERP CHECKOUT
INT=1
INT=1
#
############################################################################
 $END



