module load misc/cst/2017

Build your simulation on one of the Windows workstations available to you.
 Copy your .cst file to your home directory on gowonda.
Write you job submission file. An example is given at the end of this page

CST Main Controller 2017(On gowonda2):
=======================================

mount the iso
./install.sh --record /tmp/cstInstallRecord.txt

/sw/cst/cst_studio_suite_2017/update_with_supfile /sw/cst/src/CST_STUDIO_SUITE_2017_Linux_130120172100230620172100_SP4.sup


CST Solver Server 2017 (on GPU node n023):
==========================================
./install.sh --record /tmp/cstInstallSolverRecord.txt
/sw/cst/cst_studio_suite_2017/update_with_supfile /sw/cst/src/CST_STUDIO_SUITE_2017_Linux_130120172100230620172100_SP4.sup

License server:  gc-prod-ctslic.itc.griffith.edu.au port 27000

Sysadmin Stuff:
===============
Main Controller
Configuration folder
On Linux the settings are located in configuration files:
/etc/xdg/CST AG/CST DC Main Control 2017.conf

Start and stop service
/sw/cst/CST_STUDIO_SUITE_2017/LinuxAMD64/CSTDCMainController_AMD64 start
/sw/cst/CST_STUDIO_SUITE_2017/LinuxAMD64/CSTDCMainController_AMD64stop

Log File
/tmp/CSTMainControllerWork2017/36000/CSTDCMainController.log

Solver
Configuration folder
/etc/xdg/CST AG/CST DC Solver Control 2017.conf

Start and stop service
/sw/cst/CST_STUDIO_SUITE_2017/LinuxAMD64/SolverServer_AMD64 start
/sw/cst/CST_STUDIO_SUITE_2017/LinuxAMD64/SolverServer_AMD64 stop

Log File
/tmp/CSTSolverServerWork2017/38000/CSTDCSolverServer.log 

#!/bin/bash
#PBS -N CSTTest
#PBS -m abe
#PBS -M YourEmail@griffith.edu.au
#PBS -q gpu
#PBS -l select=1:ncpus=1:mem=2g:mpiprocs=1:ngpus=2:host=n023
#PBS -l walltime=10:00:00
module load  misc/cst/2017
cd  $PBS_O_WORKDIR
cst_design_environment ~/pbs/cst/brick.cst --r --withgpu=2