Open tools:The source code is released and fully open on Gitlab: MCsquare.
Executables are also available as a plugin for the OpenReggui application.
- 3D & 4D dose calculation
- Dose to water conversion
- DVH computation
- LET calculation
- Prompt gamma emission profiles
- Simulation of treatment uncertaintie
(setup, range, and motion errors)
- Beamlet calculation
MCsquare runs on CPU architectures.
No GPU or other specific hardware is required.
|Laptop:||< 10 min|
|Computation server:||< 1 min|
The use of Monte Carlo dose calculation instead of typical analytical algorithms can improve the accuracy of proton therapy treatment planning. Especially, range uncertainties are significantly reduced in heterogeneous anatomies. MCsquare, a new fast Monte Carlo code, has been developed to simulate proton PBS treatments with the accuracy and calculation speed required in the clinic. The algorithm was designed and optimized to exploit the computational power of modern multi-core CPUs.Kevin Souris, John A. Lee, Edmond Sterpin, Fast multipurpose Monte Carlo simulation for proton therapy using multi- and many-core CPU architectures, Medical Physics. April 2016.
MCsquare enables realistic robustness evaluation of the treatment plan thanks to the various treatment uncertainty models implemented: setup errors, stopping power errors, motion variations, and interplay with the dynamic PBS delivery.
The plugin developed in OpenReggui offers a graphical interface and a powerful workflow management solution for MCsquare.
The MIROpt application provides 4D robust optimization of proton PBS treatment plans based on MCsquare dose calculation.