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The initial conditions for this run were interpolated to
the FVcubed C48 grid from the file:
inputdata/atm/cam/inic/gaus/cami_0000-01-01_256x512_L26_c030918.nc
It was based on fvcubed_cam3_6_34, and was configured with:
configure -dyn fvcubed -hgrid c48 -phys cam3_5 -debug -spmd -nosmp
The namelist was created as follows:
build-namelist -s -case $case -config $blddir/config_cache.xml \
-namelist "&camexp aqua_planet=.true. start_type='startup' stop_option='ndays' stop_n=3 \
nhtfrq=-6 ndens=2 hfilename_spec='h%t.nc' restart_option='end' start_ymd=101 \
ncdata='/ptmp/sawyer/data/atm/cam/inic/fvcubed/cami_0000-01-01_c48_L26_c030918.nc' \
empty_htapes=.true. inithist = 'NONE' \
fincl1= 'U:I ','V:I ','PS:I ','OMEGA:I ','Z3:I ','T850:I ', \
'U850:I ','V850:I ','OMEGA850:I' \
/" -csmdata /fs/cgd/csm/inputdata
The results tend to show the grid structure after only a couple
of days of simulation. Still, the simulation seems to run stably.
Surface pressure
Vertical Velocity at 850 mb
Temperature at 850 mb
