Release Notes¶
main¶
Oct. 24, 2024 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.12.0
Update majority of tests to I3MTRandomService (#3658)
Clean up doxygen warnings (#3640)
Fix copyright and license statements in simulation projects (#3546)
June 18, 2024 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.11.0
e14c67811 Run mypy in CI (#3480)
mypy cleanup for simulation projects (#3417)
Add stubs for even more pybindings (#3413)
Feb. 20, 2024 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.9.2
Delete mailinglist files (#3357)
Remove all tab characters used for indentation from python files (#3300)
Dec. 14, 2023 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.9.0
Remove Uber Header (I3.h) (#3151)
Expose the argument StepWidth of CMC in the PropagateMuons segment. Fix argument name in documentation (#3302)
Expose SetSegmentMaxEnergy from the cascade splitter (#3236)
remove I3Test.ENSURE* family of convenience functions (#3192)
Sep. 28, 2023 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.8.0
documentation cleanups
June 22, 2023 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.7.0
June 12, 2023 Michael Larson (mlarson@icecube.wisc.edu)¶
Swap out CMC’s hand-rolled “IsCascade” and “IsHadron” functions for more centralized and complete versions in sim-services
Make I3Tray.I3Tray and icecube.icetray.I3Tray the same thing. (#3102)
Remove all references to load_pybindings (#3086)
Dec. 12, 2022 don la dieu (nega AT icecube.umd.edu)¶
IceTray Release v1.5.0
Documentation cleanups
Jul. 27, 2022 don la dieu (nega AT icecube.umd.edu)¶
IceTray Release v1.4.0
Drop support for Python 2
Feb. 22, 2022 don la dieu (nega AT icecube.umd.edu)¶
IceTray Release v1.3.0
Documentation updates
Sep. 29, 2020 Brian Clark (baclark@msu.edu)¶
Fix issue where CMC can set negative I3Particle energies when the cascade energy is near float point precision. Also, add several new asserts/log_fatal checks that will prevent cmc from making a particle’s energy negative during shower splitting/muon addition.
Mar. 3, 2020 Brian Clark (baclark@msu.edu)¶
Prepare for combo release V01-00-00
Update some code block formatting syntax in rst docs
Feb. 5, 2020 Alex Olivas (aolivas@umd.edu)¶
Combo Release V00-00-01
Merged docs from the wiki into proper project rst docs.
Dec. 20, 2019 Alex Olivas (aolivas@umd.edu)¶
Combo Release V00-00-00
June 20, 2019 Juan Carlos Diaz-Velez (juancarlos@icecube.wisc.edu)¶
V03-03-01 - Incremental release.
Cleanup of import statements
Nov 3, 2017 Juan Carlos Diaz-Velez (juancarlos@icecube.wisc.edu)¶
V03-03-00 - Incremental release.
Exposes cmc parameters to Python
March 24th, 2017 Juan Carlos Diaz-Velez (juancarlos@icecube.wisc.edu)¶
V03-02-00 - Incremental release.
Factor longitudinal profile calculation out into sim-services, and use the same profiles in cmc and clsim. Now cmc uses different profiles for EM and hadronic showers, and uses a radiation length that is corrected for the density of ice.
Emit sub-cascades with new shape, CascadeSegment. This tells photon propagators that the cascade should be treated as a constant emitter with a fixed length, rather than having its longitudinal development simulated.
November 24th, 2014 Alex Olivas (olivas@icecube.umd.edu)¶
V03-00-03 - Incremental release.
V03-01-00
r141148 - Add a maximum output cascade energy, above which cascades are further split, but given identical locations.
November 24th, 2014 Alex Olivas (olivas@icecube.umd.edu)¶
V03-00-03 - Incremental release.
Split particles now get their LocationType.
July 10th, 2014 Alex Olivas (olivas@icecube.umd.edu)¶
V03-00-02 - Incremental release.
Python 3 script cleanups.
June 18th, 2012 Alex Olivas (olivas@icecube.umd.edu)¶
Big reorganization. The main motivation was to make projects that depend on cmc not have to include gsl in their USE_TOOLS line. It’s always a bit of a surprise to link to a project only to have that fail because you didn’t include their tools as well. That’s just bad form. So most classes are moved to private. The only thing left in public is I3CascadeMCService. Only the propagator service depends on explicitly building against it.
The scripts work again and were never fully converted. Welcome to the world of Q-frames!
June 27th, 2012 Alex Olivas (olivas@icecube.umd.edu)¶
CMC wasn’t handling pathological input very well. When the particle’s energy is not normal ( literally !std::isnormal ) CMC would either abort or loop infinitely. This is the cause of the following ticket : http://code.icecube.wisc.edu/projects/icecube/ticket/384 When the particle’s energy is not normal CMC now prints a warning and returns an empty list.
