Exciting News from OpenTPS! 
We are thrilled to announce the release of OpenTPS version 2.0.0! 
This major update brings a host of new features, including:
- PHOTON Dose Calculation and treatement planning
- 4D robust optimisation and evaluation
- Updated GUI to seamlessly integrate with the latest features
→ Check the release notes for further informations here
This achievement was made possible through a strong collaboration with the University of Ljubljana, particularly Luciano Rivetti (member of the Raptor Consortium), along with the dedicated efforts of our motivated team at MIRO (Sophie Wuyckens, Colin Gaban, Ana M. Barragán-Montero, Romain Schyns, Eliot Peeters, Danah Pross, Valentine Dormal and Mélanie Ghislain) !
We encourage all users to update to the new version and explore the enhanced capabilities. As always, we’d love to hear your feedback - join the conversation on our Discourse platform !
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Release notes:
Add photon dose calculation, 4D optimization, general refactoring, new features, adaptation to current library version and bug corrections.
New Features :
[Processing/Optimization] :
- Photon dose calculator added: New class ‘CCCDoseCalculator’ for Collapse Cone Convolution dose calculation algorithm using WiscPlan Engine. Added examples to illustrate photon dose calculation.
- Classical optimization, robust optimization and evaluation for photons.
- Several range shifters in the same plan possible. Added an example to illustrate.
- Possibility to merge several structures for the target.
[IO] :
- Import of bdl with multiple range shifters possible
- Photon datas exporter/importer.
[GUI] :
Bug Fixes :
[IO] :
- Resolved data export issue to DICOM files.
- Save and import 4D mhd datas.
- Export differents range shifter for a plan.
[Processing] :
- Refactoring of the MKL and GPU acceleration.
[Data] :
- New material added: Brass composed of CuZn39Pb3.
[GUI] :
- Fixed bug related to inability to delete patient datas.
Improvements :
[Processing] :
- Various new examples.
- New PlanDesign attribute ‘ROI_cropping’ to decide whether to cropped
Beamlets.
[Data] :
- New material added: Brass composed of CuZn39Pb3.
[GUI]:
- Possibility to change the number of fractions, the isocentre, see the slice number.
Other Changes:
- Update to python 3.11.
- Refactor Ions into Protons.
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