UCLA Plasma Simulation Group

JupyterPIC

Jupyter notebooks for educational plasma physics with PIC

PIC-skeleton-codes

A fully-functional but succinct Particle-In-Cell Plasma Simulation codebase with several parallel implementations (MPI, OpenMP, SSE, CUDA). This code is meant to highlight the core PIC algorithms, especially issues around parallelization, by implementing a minimal number of features in favor of clarity, ease of use, and extensibility.

QuickPIC-OpenSource

Open source repository for QuickPIC

OSHUN

Open-source repository for OSHUN, a Vlasov-Fokker-Planck plasma simulation code.

UPIC-2.0

Framework of trusted components for building and customizing parallel particle-in-cell codes for plasma simulation.

pyVisOS

An easy to use, easy to extend python framework for OSIRIS hdf5 data analysis and visualization

Fortran-OpenPMD-File-Writers

Fortran 2003 Parallel HDF5 File Writers and Readers in OpenPMD Standard

QPAD

QPAD 1.x

upic-emma-2.0

Development repository for UPIC EMMA 2.0

BasicPIC1

Viktor Decyks enhanced skeleton code with Python GUI

picmi_4_osiris

tools_sublimetext_fortran

Fortran syntax highlighting for Sublime Text 3

analysis-tools

gridless

educational-codes

Repository for illustrating and exploring the physics of educational plasma physics problems

tools_sublimetext_outliner

Outline view for Sublime Text 3 for UCLA/IST