Run the current simulation. When the simulation finishes, all simulation data will be saved to the current simulation file. The updated simulation file will then be re-loaded by the GUI. This function does not return any data.
For MODE, CHARGE, HEAT, FEEM, DGTD,
Syntax |
Description |
---|---|
run; |
Launch the simulation in parallel mode as defined in the resource manager. |
run(“solver”); |
Launch the simulation using the specified “solver” in parallel mode as defined in the resource manager. |
For FDTD and RCWA,
Syntax |
Description |
---|---|
run;
|
Launch the simulation using the resource set in the run simulation group of the simulator tab. |
run("solver"); |
Launch the simulation using the specified “solver”, using the resource set in the run simulation group of the simulator tab. |
run("solver", "resource type") |
Launch the simulation using “solver” and “resource type”:
This allows to use the specified resource without affecting the CPU/GPU selection set in the run simulation group of the simulator tab. |
run("solver", "resource type", "resource name"); |
Launch the simulation using “solver”, “resource type”, and with a specified “resource name”:
|
run("FDTD", "GPU", "resource name", CUDA_VISIBLE_DEVICE_values); |
Launch an FDTD GPU simulation with a specified “resource name” and CUDA_VISIBLE_DEVICE_values:
|
For INTERCONNECT,
Syntax |
Description |
---|---|
run; |
Launch the simulation. The simulation will be run using the settings from the first active resource in the resource manager. |
Example
Create and run a new simulation in FDTD.
newproject; # create a new simulation file addfdtd; # add the FDTD simulation region adddipole; # add a diopole source run; # run the simulation in parallel mode
See Also
runanalysis , addjob , runjobs , save , load, FDTD GPU Solver Information