## $Header$
#
INCLUDEDEF=physiq.def
INCLUDEDEF=gcm.def
## Calendar
#calend=venus
## reference day of initial state
dayref=1
##  year of the initial state (   4 figures number   )
anneeref=1111
## Flag to reset initial date (0: no / 1: yes)
raz_date=0
## Reinitialize control variables (in dynamics)
resetvarc=n
#
## Length of the simulation run
##~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
## Number of days of time integration
nday=2
## If one wants to run less than 1 full day:
less1day=n
## if less1day is y, fraction of day to run :
fractday=0.1
## si less1day is y and if successive runs are made,
## then indicate here the fraction of the initial day for the previous run
## !! and also set raz_date=1 !!
## Default=0.
starttime=0. 
#
#
## Control output information in the dynamics every iconser dynamical steps
## Only used in LMDZ, in serial run (not in parallel)... 
iconser=500
#
## Outputs in the dynamical core (only LMDZ, and not used usually)
##~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
## time series outputs in the dynamics (files dyn_hist.nc and co.)
ok_dyn_ins=n
## frequency of time series outputs in the dynamics (in dynamical steps)
iecri=500 
## time averaged outputs in the dynamics (files dyn_hist_ave.nc and co.)
ok_dyn_ave=n
## rate of storage of averages in the dynamics and in dynzon (in days)
periodav=0.1
## flag to trigger dynzon outputs
ok_dynzon=n
#
## Parameters that can be used for newstart, when modifying initial state
##~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
# modify topography (e.g. when changing resolution), needs a RELIEF.nc file
# topoflag=y
# Remove topography
# notopo=y
# Initialize winds to zero
# razvitu=y
# razvitv=y
# Initialize zonal wind to superrotation (uini)
# uini=y
# Initialize temperature to smooth VIRA profile
# raztemp=y
# Initialize surface temperature to 735K
# razTS=y
# Reinitialize the albedo value (we may consider a map later)
# albedoflag=y
# if yes, value used for albedo (default: 0.1)
# albedo=0.1