All software

JulianA

Accelerates proton radiotherapy research. Flexible, modular toolkit. Automatic spot weight optimization. Scripting-first approach (no GUI). DICOM support. GPU programming facilitated.

MAAS-PlanScoreCard

A Varian Eclipse scripting plugin to generate a 'scorecard' for treatment plan quality. Assesses plan quality based on pre-defined metrics.

MatRad

Matrad is an open source software for radiation treatment planning of intensity-modulated photon, proton, and carbon ion therapy.

MCsquare

Fast Monte Carlo dose calculation algorithm for the simulation of PBS proton therapy.

MIROpt

plug-in at openREGGUI

MonteRay

CPU MC dose calculation engine, capable of simulating therapeutic proton, helium, and carbon ion beams. Uses pre-computed nuclear event database. Aims for GPU acceleration in future.

MUSIMAN

In summary, the MUSIMAN package is a software tool to ease the parallelization of simulations run with the Monte Carlo code PENELOPE 2014

OpenREGGUI

Image processing, open-source platform for research in proton therapy

OpenTPS

OpenTPS is an open-source treatment planning system (TPS) for research in radiation therapy and proton therapy.

ParticlePhaseSpace

A set of tools for processing and analysing particle phase space files. Designed for use with Monte Carlo simulations, particularly for proton therapy.

PENELOPE

PortPy

PortPy, short for Planning and Optimization for Radiation Therapy, is an initiative aimed at creating an open-source Python library for cancer radiotherapy treatment planning optimization.