Release Notes¶
main¶
Oct. 24, 2024 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.12.0
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
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)
Add upgrade rules to ruff (#3316)
Dec. 14, 2023 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.9.0
Remove Uber Header (I3.h) (#3151)
fix E703 useless-semicolon (#3266)
python ruff cleanup fix EXE001 (#3289)
June 22, 2023 don la dieu (nega at icecube.umd.edu)¶
IceTray Release v1.7.0
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
Resolve compiler warnings
Dec. 20, 2019 Alex Olivas (aolivas@umd.edu)¶
Combo Release V00-00-00
Release V00-01-02 * Minor cleanup of import statements
June 01, 2016 (cweaver@icecube.wisc.edu)¶
Switch to using our own serialization library
July 22, 2014 Kotoyo Hoshina (hoshina@icecube.wisc.edu)¶
clipAtEarthSurfice option is removed from several public functions.
fEarthRadius parameter is removed and earthmodel-service no longer takes into account simulation volume (world volume)
July 14, 2014 Alex Olivas (olivas@icecube.umd.edu)¶
Material properties are now read from data files.
RVector3 is no longer used.
The simple iceceap implementation was fixed; while the upper surface of the glacier had the correct shape, layers within the ice were Earth-centered spheres rather than being concentric with the ice surface.
The code for integrating the Earth density to convert between column depth and distance with more efficient implementations. For the conversion of distance to column depth (where the endpoints are known) Romberg integration is now used, and for conversion of column depth to distance (where only one endpoint is known) Runge-Kutta integration of the problem (rewritten as a differential equation) is used.
The public interface now supports querying which material is found at a given point, and also checking the distance from a given point along a given direction to the next boundary between materials.
September 12, 2012 Kotoyo Hoshina (hoshina@icecube.wisc.edu)¶
Started project
This project manages density profile of the Earth and ice. All propagation program except for mmc should refer this module to get density of the Earth at a given position x.
