menemenlis@jpl.nasa.gov 02-May-2003.

This verification experiment is identical global_with_exf
except that it includes CFC-11 diagnostic as per OCMIP-2
protocol (http://www.ipsl.jussieu.fr/OCMIP/).
CFC-11 output in mol/m^3 is output in files TR1.*.data
Example of how to read this output file using matlab is
in input/lookat.m

==============================================================

Configuring 8 4x4-deg 4-cpu x 15-level experiment on chapman:

Experiment 0: Baseline integration
Experiment 1: viscAr               1e-3 -> .5e3
Experiment 2: viscAh                5e5 -> 4e5
Experiment 3: diffKrT              3e-5 -> 2e-5
Experiment 4: diffKrS              3e-5 -> 2e-5
Experiment 5: tauThetaClimRelax 5184000 -> 4665600
Experiment 6: tauSaltClimRelax 15552000 -> 7776000
Experiment 7: GM_background_K      1000 -> 900

---

cd bin
cp ../verification/global_ocean.90x40x15/code/GMREDI_OPTIONS.h .
cp ../verification/global_with_CFC11/code4x4/*.h .
cp ../verification/global_with_CFC11/code4x4/*.F .
../tools/genmake -mpi -platform=ames_opt -makefile
make depend
make

---

cd ../exe
\cp ../verification/global_ocean.90x40x15/input/* .
\cp ../verification/global_with_CFC11/input/cfc1112.atm .
\cp ../verification/global_with_CFC11/input4x4/FICE4x4 FICE
\cp ../verification/global_with_CFC11/input4x4/PATM4x4 PATM
\cp ../verification/global_with_CFC11/input4x4/XKW4x4 XKW
cd ..
cp -r exe exe0
cp -r exe exe1
cp -r exe exe2
cp -r exe exe3
cp -r exe exe4
cp -r exe exe5
cp -r exe exe6
cp -r exe exe7
\cp verification/global_with_CFC11/input4x4/data.0 exe0/data
\cp verification/global_with_CFC11/input4x4/data.1 exe1/data
\cp verification/global_with_CFC11/input4x4/data.2 exe2/data
\cp verification/global_with_CFC11/input4x4/data.3 exe3/data
\cp verification/global_with_CFC11/input4x4/data.4 exe4/data
\cp verification/global_with_CFC11/input4x4/data.5 exe5/data
\cp verification/global_with_CFC11/input4x4/data.6 exe6/data
\cp verification/global_with_CFC11/input4x4/data.0 exe7/data
\cp verification/global_with_CFC11/input4x4/data.gmredi exe7
qsub verification/global_with_CFC11/input4x4/jobfile

==============================================================

Configuring and running the 50-year JPL telescoping integration:

1) get code:

setenv CVSROOT :pserver:cvsanon@mitgcm.org:/u/u0/gcmpack
cvs login ( CVS password: cvsanon )
cvs co -r release1_50yr MITgcm

2) compile code:

cd MITgcm/bin
cp ../verification/global_with_CFC11/code50yr/*.h .
cp ../verification/global_with_CFC11/code50yr/*.F .
cp ../verification/global_with_CFC11/code50yr/.genmakerc .
../tools/genmake -mpi -platform=o2k -makefile
make depend
make

3) run code for first spin-up year (1931)

cd ../exe

get forcing files:
Bathymetry.data    NCEP_1948_sw       NCEP_1948_vstr     lev_clim_temp.bin
NCEP_1948_emp      NCEP_1948_trb      run-off.bin_1x1    lev_clim_salt.bin
NCEP_1948_sst      NCEP_1948_ustr     salt_14months.bin

cp ../verification/global_with_CFC11/input50yr/* .
cp ../verification/global_with_CFC11/input/cfc1112.atm .
cp ../verification/global_with_CFC11/input/FICE .
cp ../verification/global_with_CFC11/input/PATM .
cp ../verification/global_with_CFC11/input/XKW .




wind stress and heat fluxes (incl radiation) are labeled by
NCEP as 0h,6h,12h, and 18h. However, they represent
averages over 0-6h,6-12h,12-18h, and 18-24h. 

air temperature, specific humidity, wind speed and
precipitation are labeled identically by NCEP but represent
instantaneous forecast values at 6h,12h,18h, and 24h.