CSC Segment and LCT efficiencies

• Segment and LCT efficiencies calculated using Tag and Probe methodology with Z boson candidates
• Probe legs are tracker tracks that combined with the tag muon have an invariant mass consistent or near the Z boson mass
• Background treated using a sideband subtraction method
• Using LHC Run 2 data collected by the CMS detector from the Zmu (muon + track) event sample

Chamber Segment and LCT Efficiencies

• CSCRun2SegLCTChamberEffs

CSC LCT Eff vs Chamber	CSC Segment Eff vs Chambers	CSC Segment Eff vs Chambers With Annotation

Chamber Segment and LCT Efficiencies vs Eta

• CSCRun2SegLCTEtaEffs

CSC ME1 LCT Eff vs Eta	CSC ME2,3,4 LCT Eff vs Eta	CSC ME1 Segment Eff vs Eta	CSC ME2,3,4 Segment Eff vs Eta

Chamber Segment and LCT Efficiencies vs Pt

• CSCRun2SegLCTPtEffs

CSC ME1 LCT Eff vs pT	CSC ME2,3,4 LCT Eff vs pT	CSC ME1 Segment Eff vs pT	CSC ME2,3,4 Segment Eff vs pT

Chamber Segment and LCT Efficiencies vs PV

• CSCRun2SegLCTPVEffs

CSC ME1 LCT Eff vs PV	CSC ME2,3,4 LCT Eff vs PV	CSC ME1 Segment Eff vs PV	CSC ME2,3,4 Segment Eff vs PV

-- MattHerndon - 2021-09-30