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This project is mirrored from https://gitlab.cern.ch/GeoModelDev/GeoModel.git. Pull mirroring updated Nov 22, 2025.

Successfully updated Nov 22, 2025.

6.22.0

5c2fc5fc · Bugfix in TransformProcessor + GeoModel version bump · Nov 20, 2025
6.21.0

a97b745a · GeoModel_VERSION bumped to 6.21.0 · Nov 17, 2025

6.20.0

19f5dc0a · Bump to version 6.20.0 · Oct 28, 2025

* Fix issues with input/output.
* Speedup in getX() method.
* Introduce gmgraphbrowser

6.19.0

d636f9d0 · Use floating numbers to decode the transforms · Sep 16, 2025

6.18.0

215259e7 · Bump GeoModel version · Aug 13, 2025

Tagging of 6.18.0 containing the changes w.r.t 6.17.0

- ReadGeoModel uses std::vectors as storage backend instead of std::mutli_map
- CI fixes

6.17.0

2f6cd7c8 · Bump version to version 6.17.0 · Aug 01, 2025

Fix input/output errors appearing when reading older files.
This is a cleanup,bugfix for version 6.16.0

6.16.0

8a428dd4 · GeoModelRead - attempt to clean · Jul 16, 2025
6.15.0-TestSize

2ba12aa1 · Extend fullSimLight documentation with the -i option to visualize simulation with Geant4 · Jul 09, 2025
6.15.0

3ec0cb6a · The version bumped to 6.15.0 · Jul 07, 2025
6.14.0

cdc44011 · GeoModelMaterial - Sort materials by fraction · Jun 24, 2025
6.13.0

f4748bf4 · GeoModel version bumped to 6.13.0 · Jun 23, 2025
6.12.0

369c89ff · Version bumped to 6.12.0 · Jun 10, 2025
6.11.1

f94c0607 · GeoModel version set to 6.11.1 · May 14, 2025
6.11.0

f2d618b2 · Edit DockerfileFull · May 06, 2025
6.10.0_testG4ElementSorting

cf5a78c3 · Update file GeoMaterial.cxx · Apr 03, 2025
```
Development tag to check the G4ElementSorting feature
```
6.10.0

6567c2d4 · Version bumped to 6.10.0 · Mar 03, 2025
6.9.0

e7972c96 · Version bumbed to 6.9.0 · Feb 04, 2025
6.8.0

40545d5e · GeoModel version bumped to 6.8.0 · Jan 20, 2025
6.7.0

62f3ed5f · New man page added for gmgeantino · Dec 03, 2024

6.6.0

f00bedad · Bump GeoModelVersion down! to 6.6.0. Also use const were appropriate after Rui... · Oct 17, 2024

Introducing "Virtual Geometry" surfaces that can be embedded within the geometry and which respond to alignment corrections in the same way as material geometry. These surfaces do not have any material composition but they can be used in tracking, either during simulation or reconstuction. For instances are provided with this release:  Rectangular, Trapezoidal, Diamond-shaped, and Annular. The last of these is inspired by a particular surface occurrring in ATLAS.  Input output of these surfaces is provided.  Visualization is also provided.