The L2Muons branch is a TClonesArray of muon candidates.
Header file: trigsimcert/L2Muon.hpp
Package containing the class used to fill the chunk read: l1l2_evt
Information taken from l1l2_evt/l2muonp_reco.hpp
| Accessor | Method used | ||
| Et() | int | not relevant (not filled) | |
| iEta() | eta_bin(int i) | int | pseudorapidity bin number of the muon |
| iPhi() | phi_bin(int i) | int | azimuthal angle bin number of the muon |
| Eta() | from iEta() | float | pseudorapidity |
| Phi() | from iPhi() | float | azimuthal angle |
| ToroidPtBin() | ToroidPt(int i) | int |  bin number of the muon candidate (0.25 GeV bins) |
| ToroidPt() | ToroidPtBin()/4 | float | physical toroid |
| ToroidPtNegative() | ToroidPt_negative(int i) | bool | the muon candidate has negative charge |
| Charge() | from ToroidPtNegative() | int | -1 if ToroidPtNegative(), +1 otherwise |
| L1PtThres() | L1PtThres(int i) | int | L1 threshold of the L2 muon candidate |
| L1PtSignUnknown() | L1Pt_sign_unknown(int i) | bool | L1 could not measure the charge of the L2 muon candidate |
| L1PtNegative() | L1Pt_negative(int i) | bool | the L1 charge is negative |
| L1Charge() | from L1PtNegative() | int | -1 if L1PtNegative(), +1 otherwise |
| QMask() | Q_Mask(int i) | int | quality of the muon candidate |
| ScTimeA() | ScTimeA(int i) | int | timing information measured on the A-layer scintillator |
| ScTimeB() | ScTimeB(int i) | int | timing information measured on the B-layer scintillator |
| ScTimeC() | ScTimeC(int i) | int | timing information measured on the C-layer scintillator |
| IsCentral() | from cm_size() | bool | the muon candidate is in the central region |
| IsForward() | from IsCentral() | bool | the muon candidate is in the forward region |