GEMCSCBendingAnalyzer

how to set up CMS Software environment and check out this alignment analyzer package

cmsrel CMSSW_15_0_1 

or if you want to name your work environment differently:

scram p -n Your_Choice_of_Name CMSSW_15_0_1

cd CMSSW_15_0_1/src/
cmsenv
git cms-init

git clone https://github.com/akhter-towsifa/GEMCSCBendingAnalyzer.git -b 15_X_RawReco

scram b -j 8

Residual Packages

Located under GEM_Alignment. To run the relevant alignment configuration files, access the test folder and set up proxy for the server if necessary:

cd GEMCSCBendingAnalyzer/GEM_Alignment/test/
voms-proxy-init --valid 192:00 --voms cms #setting up the proxy

GE1/1 Analyzer configuration

The associated code analyzer.cc is located in the plugins folder.

cmsRun run_GE11ana.py

ME1/1 Analyzer (Legacy)

cmsRun run_ME11ana.py

GE1/1 and ME1/1 Analyzer (Legacy)

cmsRun run_both_analyzers.py

GEM DB Maker

The associated code GEMAlDBWriter.cc is located in the plugins folder

cd GEMCSCBendingAnalyzer/GEM_Alignment/test/
cmsRun GEMAlDBWriter_cfg.py

GEM_fitter.cpp: package for creating alignment estimates

cd GEMCSCBendingAnalyzer/GEM_Alignment/script/standAloneGemAlignment
./run_3DOF_Fitter.sh

Resources

The package is inherited from Jason Lee's MuonPerformance and it is used for GEM related analysis at TAMU group. The major target is to analyze GEM-CSC bending angle in real data from CMS.

The previous working version (extensively tested with cosmic data) can be found at https://github.com/aebid/GEMCSCBendingAnalyzer

GEM alignment draft TDR for reference: https://gitlab.cern.ch/tdr/notes/DN-24-012