{{{
#!html
<h1>How to run a simple test case with ORCHIDEE offline with a batch job</h1>
}}}

[[PageOutline]]


First prepare a run directory following the how to [wiki:HowTo/TestCase1 How to run a simple test case with ORCHIDEE].

Then prepare a job according to computer environement and submit it. 

= MPI = 
== Exemple at curie/TGCC ==
 * First prepare a run directory following the how to [wiki:HowTo/TestCase1 How to run a simple test case with ORCHIDEE]. But instead of using wget to copy the files, they can be found in the directory /ccc/work/cont003/dsm/p86ipsl/IGCM and can be linked or copied directly. The path is the same. 

 * Then create a text file as follow and save it as Job_curie :
{{{
#!/bin/ksh
######################
## CURIE   TGCC/CEA ##
######################
#MSUB -r test             # name of the job
#MSUB -o Script_Output    # name of output file for standard messages
#MSUB -e Script_Output    # name of output file for error messages
#MSUB -eo
#MSUB -n 4                # Request numbre of cores
#MSUB -T 1800             # Time limit in seconds
#MSUB -Q test             # Queue test, priority acces
#MSUB -q standard
#MSUB -A gen6328          # Set your project id
BATCH_NUM_PROC_TOT=$BRIDGE_MSUB_NPROC
set +x

cd ${BRIDGE_MSUB_PWD}
/usr/bin/time ccc_mprun -n 4 ./orchidee_ol
}}}

 * Submit the job :

{{{
ccc_msub Job_curie
}}}

 * Survey the job while it is still in queue :

{{{
ccc_mstat -u
}}}
 
 * Kill the job if needed, take the jobid from the ccc_mstat command :

{{{
ccc_mdel jobid
}}}


== Exemple at ada/IDRIS ==
to come

= MPI_OMP = 
== Exemple at Curie/TGCC == 
{{{
#!/bin/bash 
#MSUB -r test                 # Request name 
#MSUB -n 32                   # Total number of tasks to use (MPI)
#MSUB -c 2                    # Number of threads per task to use (OMP)
#MSUB -N 4                    # Number of nodes  = 32*2/16 = 4
#MSUB -T 1800                 # Elapsed time limit in seconds 
#MSUB -q standard             # Choosing thin nodes
#MSUB -Q test                 # Choosing test Queue
#MSUB -o Script_output        # Standard output
#MSUB -e Script_output        # Error output
#MSUB -A gen****              # submission group number


set -x 
cd ${BRIDGE_MSUB_PWD}
export KMP_STACKSIZE=2g
export KMP_LIBRARY=turnaround
export MKL_SERIAL=YES
export OMP_NUM_THREADS=2         # = number of thread ask in header (2 - 4 - 8 ) 


ccc_mprun ./lmdz.x

}}}


== Exemple at ada/IDRIS ==
to come