Wake-T
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AngelFP
A fast tracking code for plasma accelerators
In some cases a progress bar is not desirable, for example when running many Wake-T simulations in batches and capturing the output to file. It would be convenient to have...
Hi, I wanted to report an artifact I found when I analyzed an LWFA simulation. It first became visible in the gradient of the transverse focusing force inside the plasma...
This capability was already implemented in the `FieldElement` base class, but was not completely propagated to `PlasmaStage`.
Dear Wake-T developers, Thanks for the excellent code. Is it possible to make a plasma density profile as given in the attached figure. Best, F. Koester
Inspecting the list of [`BLAST` codes](https://blast.lbl.gov/codes/), I see some have various degrees of overlap with `Wake-T` functionality. More specifically, * [`HiPACE++`](https://github.com/Hi-PACE/hipace) can model both beam driven and laser-driven plasma acceleration...
This would allow using the openpmd-viewer `ParticleTracker`.
Ideally, we would have a test where we create a lasy laser, save it to file, and read it into Wake-T. However, this is not yet possible with lasy (`mtr`...
When `ParticleBunch` is imported, it will fail if matplotlib is not installed. I think the culprit is this line in particle_bunch.py : `from aptools.plotting.quick_diagnostics import full_phase_space ` Since there is...