o Starts the optimizer.CST Studio Suite® gives customers access to multiple electromagnetic (EM) simulation solvers which use methods such as the finite element method ( FEM) the finite integration technique (FIT), and the transmission line matrix method (TLM).

This option always uses the solver that was used last for the saved project tw Starts the wakefield solver (WAK-Solver)

tp Starts the particle tracking solver (Trk-Solver) pic Starts the particle in cell solver (PIC-Solver) a Starts the asymptotic solver (A-Solver) q Starts the integral equation solver (I-Solver) f Starts the frequency domain solver (F-Solver) r Starts the transient solver (T-Solver) You must specify at least one of -r or -m, and one or more of the remaining switches: #Remove the comment on the line below to enable logging to the log fileĮxport MODELFILE=/full/path/to/my/modelfile.cstĬst_design_environment -numthreads=$NSLOTS -m -r “$MODELFILE”Ĭst_design_environment -numthreads=1 -withmpi -queuesys “SGE” -machinefile “$PE_HOSTFILE” -m -r “$MODELFILE” Please note that relevant parallel environments have to be used – smp and cststudio respectively. Below are two sample submissions scripts. The former can only run in smp environment, the latter can be distributed across multiple nodes. On antenna cluster, before you can use CSTStudio you need to load an appropriate environment module load cststudioīatch submision is divided into two types: shared memory and distributed. CSTStudio uses Intel MPI and reuires a specific parallel environment.

Cst studio 2019