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namcouple
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namcouple
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# This is a typical input file for OASIS 3.0, using netCDF format
# for restart input files. Oasis reads this file at run-time.
#
# Any line beginning with # is ignored. Blank lines are not allowed.
#
# $SEQMODE
# This keyword concerns the coupling algorithm. Put here the maximum number
# of fields that have to be, at one particular coupling timestep,
# necessarily exchanged sequentially in a given order.
# 1
# $END
#########################################################################
$NFIELDS
# This is the total number of fields being exchanged.
### 10 fields atm -> ice
### 15 fields ice -> ocn
### 7 fields ocn -> ice
### 1 fields ice -> atm
32
$END
#########################################################################
# $JOBNAME
# This is an acronym for this run.
# (3 characters)
# OIA
# $END
##########################################################################
$NBMODEL
# This gives you the number of models running in this experiment +
# their names (character*6, exactly!) + , in option, the maximum Fortran unit
# number used by each model; 1024 will be used if none are given.
#
3 cicexx matmxx mom5xx
$END
###########################################################################
$RUNTIME
# This gives you the total simulated time for this run in seconds
# NOTE: ACCESSOM2 does not use this. It is set programatically.
864000
$END
###########################################################################
# $INIDATE
# This is the initial date of the run. This is important only if
# FILLING analysis is used for a coupling field in the run.
# The format is YYYYMMDD such as 19910101
# #Inidate
# $END
###########################################################################
# $MODINFO
# Indicates if a header is encapsulated within the field brick
# in binary restart files for all communication techniques, and
# for coupling field exchanges for PIPE, SIPC and GMEM.
# (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
0
$END
###########################################################################
# $CALTYPE
# Calendar type : 0 = 365 day calendar (no leap years)
# 1 = 365 day, or 366 days for leap years, calendar
# n (>1) = n day month calendar
# This is important only if FILLING analysis is used for a coupling
# field in the run.
#
# #Caltype
# $END
###########################################################################
$STRINGS
#
# The above variables are the general parameters for the experiment.
# Everything below has to do with the fields being exchanged.
#
############################################################################
# --- note file cf_name_table.txt does not include all the coupling flds ---
# --- listed below. so the fld number (367 for swfld etc) may not point ---
# --- to the realistic 'longname' of the variable. (may modify this file ---
# --- to add more fields in the future.)
############################################################################
#
# ATMOSPHERE --->>> ICE
# -----------------------
##########
# Field 01 : swflx down
##########
swfld_ai swfld_i 367 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_conserve.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
#########
# Field 02 : lwflx down
##########
lwfld_ai lwfld_i 366 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_conserve.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 03 : rainfall
##########
rain_ai rain_i 26 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_conserve.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 04 : snowfall
##########
snow_ai snow_i 26 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_conserve.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 05 : surface pressure
##########
press_ai press_i 33 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_smooth.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 06 : runoff. Runoff is passed on the destination grid.
##########
runof_ai runof_i 297 10800 1 a2i.nc EXPORTED
cict cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS
INSTANT
##########
# Field 07 : near surface (2m) air temp
##########
tair_ai tair_i 110 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_smooth.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 08 : 2m air humidity
##########
qair_ai qair_i 339 10800 3 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
LOCTRANS MAPPING SCRIPR
INSTANT
../INPUT/rmp_jra55_cice_smooth.nc dst
CONSERV LR SCALAR LATLON 10 FRACNNEI FIRST
##########
# Field 09 : 10m wind (u)
##########
uwnd_ai uwnd_i 56 10800 2 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
MAPPING SCRIPR
../INPUT/rmp_jra55_cice_smooth.nc dst
DISTWGT LR VECTOR LATLON 10 4 vwnd_ai
##########
# Field 10 : 10m wind (v)
##########
vwnd_ai vwnd_i 56 10800 2 a2i.nc EXPORTED
jrat cict LAG=0 SEQ=+1
P 0 P 0
#
MAPPING SCRIPR
../INPUT/rmp_jra55_cice_smooth.nc dst
DISTWGT LR VECTOR LATLON 10 4 uwnd_ai
############################################################################
#
# ICE --->>> OCEAN
# ----------------
##########
# Field 11 : ice-ocean interface stress (x-direction)
##########
strsu_io u_flux 170 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 12 : ice-ocean interface stress (y-direction)
##########
strsv_io v_flux 175 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 13 : freshwater flux
##########
rain_io lprec 27 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 14 : freshwater flux
##########
snow_io fprec 28 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 15 : salt flux (no ref no for saltflux yet!)
##########
stflx_io salt_flx 454 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 16 : next heat flux (heatflux into ocean. '42' not right.)
##########
htflx_io mh_flux 42 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 17 : swflux penetrating through ice into ocean
#########
swflx_io sw_flux 367 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 18 : latent heat flux
##########
qflux_io q_flux 452 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
#########
# Field 19 : Sensible heat flux
##########
shflx_io t_flux 362 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 20 : LW radiation flux down
##########
lwflx_io lw_flux 366 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 21 : runoff
##########
runof_io runof 297 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 22 : surface pressure
##########
press_io p 33 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 23 : ice concentration
##########
aice_io aice 44 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 24 : ice melting waterflux
##########
melt_io wfimelt 36 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 25 : ice forming eaterflux
##########
form_io wfiform 36 1800 1 i2o.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
############################################################################
#
# OCEAN --->>> ICE
# ----------------
##########
# Field 26 : Sea surface temperature (Celsius in MOM4, Kelvin in MOM5)
##########
t_surf sst_i 1 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 27 : Sea surface salinity (psu)
##########
s_surf sss_i 312 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 28 : 'eastward' sea surface water velocity
##########
u_surf ssu_i 181 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 29 : 'northward' sea surface water velocity
##########
v_surf ssv_i 261 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 30 : frazil ice fromation energy (J/m^2)
# ('441' is "upward_sea_ice_basal_heat_flux' 'W m-2')
##########
frazil pfmice_i 441 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 31 : sea surface slope _x_ (m/m)
# ( '203' is "height" ...)
##########
dssldx sslx_i 203 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
##########
# Field 32 : sea surface slope _y_ (m/m)
# ( '310' is "sea_surface_elevation")
##########
dssldy ssly_i 310 1800 1 o2i.nc IGNORED
cict cict LAG=0 SEQ=+1
#
LOCTRANS
INSTANT
$END