You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
I've scoured the docs, and I don't see a way to increase the quantity of frames included in a time-domain dump (e.g. E-field). SetTimeStepFactor does not increase the quantity of data dumped, only the timestep. OverSampling also doesn't do the trick.
Please let me know what you think.
The text was updated successfully, but these errors were encountered:
With FDTD, the time step is the applied time increment for the simulation. In order to store the E-field, for example, in a shorter interval than the time step sample, the time step must be adjusted accordingly, i.e. reduced.
Regarding the function SetTimeStepFactor: Following the comment from the file openEMS/python/openEMS/openEMS.pyx, it should be possible to reduce the time step with this function.
With the function SetOverSampling, I think it is not possible to go below the time step.
If you want to save fields for an animation, but the simulation runs cleanly with a sampling rate (or time step) greater than that used for the animation, you might as an alternative interpolate the fields in time.
SetTimeStepFactor does indeed reduce the timestep, but the number of dump frames generated stays the same. i.e., setting timestep to 1 will generate ~50 frames of E-field dump in my sim. Setting timestep to 0.5 doubles the run time, but still generates ~50 frames of E-field data.
Good afternoon,
I've scoured the docs, and I don't see a way to increase the quantity of frames included in a time-domain dump (e.g. E-field).
SetTimeStepFactor
does not increase the quantity of data dumped, only the timestep.OverSampling
also doesn't do the trick.Please let me know what you think.
The text was updated successfully, but these errors were encountered: