Version A: The code that was converted to OPS.

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Running SENGA+ in Archer2
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1) Load the following modules: PrgEnv-gnu, cray-hdf5-parallel (required for visualization)
2) Open ./src/Makefile.codegen: set COMP=cray, LOC=archer2
3) cd ./src/
4) Make Allmake executable:
   cd src/
   chmod +x Allmake
4) Compile the code using the command:
   ./Allmake
5) Return to the main directory:
   cd ..
6) Create a symlink to src/senga2 in the main directory:
   ln -s ./src/senga2 senga2
7) Set the cont.dat in input folder as per your requirement (Information regarding this can be found in ./src/docs/s2user.pdf)
8) Run the senga2 executable from the current directory (typically through the runcase job script, adapted to the HPC machine that you wish to use)



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Running SENGA+ in Rocket
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0) Purge all loaded modules with `module purge`
1) Load the following modules: 
`module load OpenMPI/1.10.3-GCC-6.1.0-2.27`
`module load gnuplot/5.0.6-goolf-2017a`
`module load HDF5/1.8.18-goolf-2017a`
`module load OpenBLAS/0.2.20-GCC-6.4.0-2.28`
`module load FFTW/3.3.6-goolf-2017a`
2) Open ./src/Makefile.codegen: set COMP=gnu (or COMP=h5 to use HDF5 I/O), LOC=rocket
3) cd ./src/
4) Make Allmake executable:
   cd src/
   chmod +x Allmake
4) Compile the code using the command:
   ./Allmake
5) Return to the main directory:
   cd ..
6) Create a symlink to src/senga2 in the main directory:
   ln -s ./src/senga2 senga2
7) Set the cont.dat in input folder as per your requirement (Information regarding this can be found in ./src/docs/s2user.pdf)
8) Run the senga2 executable from the current directory (typically through the runcase job script, adapted to the HPC machine that you wish to use)