12 merge requests!69Update release version number,!68Database changes for staggered tracker planes,!67Fix configuration issue caused by ATLAS change,!66Repair problems caused by changes to ATLAS SCT conditions code,!64Revert the Flake workaround,!63Conform to ATLAS MC changes; workaround Flake issue,!62Conform to ATLAS changes, move databases to CVMFS,!59Protect against spacepoints beyond the ends of strips,!58Fix spacepoint and geometry bugs,!57Refactor and integrate clustering and spacepoint work,!56Correct Athena compatibility problems,!54Example job to read Tracker RDO data and associate with Truth
This example package actually serves several purposes:
*) It illustrates how to initialize and access the detector description and magnetic field.
*) It checks that the expected number of detector elements are created.
*) It generates a set of neutral alignment constants for the Tracker, which can be folded into the conditions database.
*) It dumps a standalone GeoModel sqlite geometry database which could be used by external programs to display FASER without requiring any FASER software (only GeoModel)
To run the algorithm, in a run directory where Calypso has been installed, do
run > ./setup.sh
run > python python/GeoModelTest/GeoModelTestConfig.py
The file GeoModelTestConfig.py can be edited to change some run options.
After running the algorithm, to add the alignment data into your local conditions DB, do:
run > CopyAlignFolder.sh
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This example package serves several purposes:
This example package serves several purposes:
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@@ -23,5 +42,6 @@ After running the algorithm, to add the alignment data into your local condition
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@@ -23,5 +42,6 @@ After running the algorithm, to add the alignment data into your local condition