Administrator authored 1 week ago and Florian Uhlig committed 1 week ago

The previous check was to general since it catched also files were non ASCII
characters are allowed (e.g. Latex files).
Now test only for source code files and check for files which are of
non ASCII type.

Send matches to CbmDaq only if matches should be created.

Administrator authored 1 week ago and Pierre-Alain Loizeau committed 1 week ago

The most non ASCII characters were used in comments but some were also used
for screen output. The most common non ASCII character was µ which was
exchanged by mu or micro.

Recently it was found that some files contain non ASCII charaters. The added
CI tests checks for files which contain non ASCII characters. Test fails if
non ASCII characters are found in a commit.

before adding task in analysis tree maker macro when event base mode
used.

Remove psd from all setups. Correct
title name of setups.

Simon Schuett authored 3 weeks ago and Volker Friese committed 2 weeks ago

Fix cluster and hit finding in the STS detector when using 32-bit floating-point
precision. The issue occurs when calculating time differences between digis or
clusters with large timestamps - 32-bit floats lack sufficient precision for
representing nanosecond timestamps in the mCBM setup.

Add helper methods GetTimeDiff() that first convert timestamps to int before
calculating the difference, preserving precision and sign. Replace direct
floating-point timestamp subtractions throughout the code with calls to these
helper methods.

This resolves hit count discrepancies between 32-bit and 64-bit float versions,
reducing the difference from ~2.6% to ~0.04%.

 - QA for V0-trigger
 - Masking channels (BMON as example) in digi event-selector

With newer version of macosx and/or XCode the Geant3 code compiles without
problems but when it comes to memory allocation during runtime the execution
crashes. Up to now the underlying problem couldn't be identified.
Change CI tests such that on macosx only Geant4 is used. On Linux still Geant3
is used as simulation engine.

Bugfix for 2-station CFV MVD which corrects number of sensors in 2nd station.

Hits across sensors for 2 station MVD.