CPU/GPU parallelized routines for simulating charged particle beams

Tool for simulating particle accelerators. Models beam dynamics, tracks particles, optimizes accelerator parameters.

Python package for tracking simulations in particle accelerators on CPU and GPU.

Modular, polymorphic, differentiable, and portable (CPU/GPU compatible) accelerator physics code

Support tools for xsuite packages

Tools to study beam dynamics in xtrack simulations, like dynamic aperture calculations, PYTHIA integration, dynamic indicators, ...

Python package for the computation of fields generated by particle ensembles in particle accelerators

Python package for generation and analysis of particles distributions

3D electromagnetic time-domain solver, specialized in wake potential and beam-coupling impedance computation for particle accelerators

Xsuite collimation package

The fundamental package for scientific computing with Python.

Plotting library for Xsuite and other accelerator physics codes

Python data dependency manager

MAD-X repository

The Python Code Tutorials

PyECLOUD code for the simulation of electron cloud effects in particle accelerators. More info at: https://github.com/PyCOMPLETE/PyECLOUD/wiki

CERN PyHEADTAIL macro-particle code for simulating beam dynamics in particle accelerators with collective effects.

Python PArallel RIng Simulator

Cython binding to MAD-X

CERN HeadTail simulation code for simulation of multi-particle beam dynamics with collective effects