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I'm trying to simulate an electron beam travelling through an external field with a python input. It seems that you can only have fixed lower and upper bounds for the applied field. Is there a way to define a moving boundary? (i.e. include time dependence for the bounds, x0=-beta*t)
The text was updated successfully, but these errors were encountered:
Seems that fields applied to the particles allows the inclusion of time dependence.
Is it possible to do a similar thing with the injection plane?
<species_name>.zinject_plane only takes float. In the boosted frame, a stationary boundary will be moving. Is it possible to define a moving injection plane?
In a boosted frame simulation, a stationary boundary in the lab frame changes to a moving boundary in the boosted frame. Is that something that is not implemented yet?
I'm trying to simulate an electron beam travelling through an external field with a python input. It seems that you can only have fixed lower and upper bounds for the applied field. Is there a way to define a moving boundary? (i.e. include time dependence for the bounds, x0=-beta*t)
The text was updated successfully, but these errors were encountered: