v0.1

What's Changed

• The multi-species version with the bump-on-tail example by @Longyu975 in #16
• Fix correct ghost cell order in field interpolation by @rogeriojorge in #13
• Corrected Implicit method by @Longyu975 in #17
• [WIP] WIP: Address feedback on digital filtering in explicit stepper PR by @Copilot in #27
• Document filter parameters in charge/current density functions by @Copilot in #26
• [WIP] Update to address feedback on digital filtering adjustments by @Copilot in #25
• [WIP] Address feedback on digital filtering implementation by @Copilot in #24
• Document boundary condition parameters in filter_scalar_field by @Copilot in #23
• Added digital filtering to explicit stepper (densities and currents) by @rogeriojorge in #21
• Update documentation to main branch by @Longyu975 in #29
• Better Domenstration by @Longyu975 in #32
• Updated plotting routine to be more clear and better looking on all examples by @rogeriojorge in #30

New Contributors

• @Copilot made their first contribution in #27

Full Changelog: v0.06...v0.1

Version 0.06 of JAX-in-Cell

What's Changed

• Update main branch with the development branch by @rogeriojorge in #6
• Rj/relativistic boris by @rogeriojorge in #7
• Crank Nicolson implicit method from new version by @Longyu975 in #10

New Contributors

• @Longyu975 made their first contribution in #10

Full Changelog: v0.05...v0.06

Version 0.05 of JAX-in-Cell

Full Changelog: v0.0.4...v0.05

v0.0.4

Full Changelog: https://github.com/uwplasma/JAX-in-Cell/commits/v0.0.4

v0.0.3

Updating Pypi version of JAX-in-Cell.

v0.0.2

JAX-in-Cell now has a command line interface and allows input TOML files to be run directly in that interface.

v0.0.1

First release of JAX-in-Cell. It includes all of the main features of a 1D particle-in-cell code. Wide use of automatic vectorization for increased performance implemented.