TileAnalysis Ntuple content

Standard Ntuple content

Int_t EvtVar_runNumber <--- event run number
Int_t EvtVar_eventNumber <--- event number
Int_t EvtVar_lumiBlock <--- LB number
Int_t EvtVar_time_stamp <---
Int_t EvtVar_time_stamp_ns_offset <---
Int_t EvtVar_bcid <---
Int_t EvtVar_detector_mask0 <---
Int_t EvtVar_detector_mask1 <---
Float_t EvtVar_event_weight <---
Float_t EvtVar_LArTime_timeA <---
Float_t EvtVar_LArTime_timeC <---
Float_t EvtVar_MBTSTime_A <---
Float_t EvtVar_MBTSTime_C <---
Int_t EvtVar_LArTime_ncellA <---
Int_t EvtVar_LArTime_ncellC <---
Int_t EvtVar_MBTSTime_countA <---
Int_t EvtVar_MBTSTime_countC <---
Int_t EvtVar_passLB <---
Int_t Good_tracks_in_event <--- number of good tracks selected in event
Int_t Good_track_entries <--- total number of good tracks
Float_t Good_track_pT[MAX_TRACKS] <--- tranverse momentum of good track
Float_t Good_track_p[MAX_TRACKS] <--- momentum of good track
Float_t Good_track_E[MAX_TRACKS] <--- energy of good track
Float_t Good_track_phi[MAX_TRACKS] <--- phi of good track
Float_t Good_track_eta[MAX_TRACKS] <--- eta of good track
Float_t Good_track_d0[MAX_TRACKS] <--- d0 of good track
Float_t Good_track_z0[MAX_TRACKS] <--- z0 of good track
Float_t Good_track_d0_err[MAX_TRACKS] <---
Float_t Good_track_z0_err[MAX_TRACKS] <---
Float_t Good_track_d0_vx[MAX_TRACKS] <--- d0 of good track with respect to primary vertex
Float_t Good_track_z0_vx[MAX_TRACKS] <--- z0 of good track with respect to primary vertex
Float_t Good_track_d0_err_vx[MAX_TRACKS] <---
Float_t Good_track_z0_err_vx[MAX_TRACKS] <---
Float_t Good_track_charge[MAX_TRACKS] <--- charge of good track
Float_t Good_track_x[MAX_TRACKS] <---
Float_t Good_track_y[MAX_TRACKS] <---
Float_t Good_track_z[MAX_TRACKS] <---
Int_t Good_track_TruthOrigin[MAX_TRACKS] <---
Int_t Good_track_TruthType[MAX_TRACKS] <---
Float_t Good_track_chi2[MAX_TRACKS] <---
Int_t Good_track_ndof[MAX_TRACKS] <---
Int_t Good_track_insideout[MAX_TRACKS] <---
Int_t Good_track_n_BLayerHits[MAX_TRACKS] <---
Int_t Good_track_n_BLayerOutliers[MAX_TRACKS] <---
Int_t Good_track_n_BLayerSHits[MAX_TRACKS] <---
Int_t Good_track_n_PixelHits[MAX_TRACKS] <---
Int_t Good_track_n_PixelHoles[MAX_TRACKS] <---
Int_t Good_track_n_ContribPixLayers[MAX_TRACKS] <---
Int_t Good_track_n_PixSHits[MAX_TRACKS] <---
Int_t Good_track_n_GangedPixels[MAX_TRACKS] <---
Int_t Good_track_n_GangeFlagFakes[MAX_TRACKS] <---
Int_t Good_track_n_SCTHits[MAX_TRACKS] <---
Int_t Good_track_n_SCTHoles[MAX_TRACKS] <---
Int_t Good_track_n_SCTDoubleHoles[MAX_TRACKS] <---
Int_t Good_track_n_SCTSharedHits[MAX_TRACKS] <---
Int_t Good_track_n_TRTHits[MAX_TRACKS] <---
Int_t Good_track_n_TRTOutliers[MAX_TRACKS] <---
Int_t Good_track_n_TRTHighThresholdHits[MAX_TRACKS] <---
Int_t Good_track_n_TRTHighTresholdOutliers[MAX_TRACKS] <---
Int_t Good_clusters_in_event <--- number of cluster matched to tracks in the event
Int_t Good_cluster_entries <--- total number of cluster matched to tracks
Int_t Good_cluster_isMatchedWithTrack[MAX_TRACKS] <--- bool for matching to tracks (cluster is set with E=0, eta=-10, phi=-10 if no matching occurs)
Float_t Good_cluster_EMFrac[MAX_TRACKS] <---
Float_t Good_cluster_RecalcEMFrac[MAX_TRACKS] <---
Float_t Good_cluster_E_UNCALIBRATED[MAX_TRACKS] <---
Float_t Good_cluster_E_UNCALIBRATED_WITH_PRESAMP[MAX_TRACKS] <---
Float_t Good_cluster_SECOND_R[MAX_TRACKS] <---
Float_t Good_cluster_SECOND_LAMBDA[MAX_TRACKS] <---
Float_t Good_cluster_CENTER_LAMBDA[MAX_TRACKS] <---
Float_t Good_cluster_CENTER_MAG[MAX_TRACKS] <---
Float_t Good_cluster_FIRST_PHI[MAX_TRACKS] <---
Float_t Good_cluster_FIRST_ETA[MAX_TRACKS] <---
Float_t Good_cluster_FIRST_ENG_DENS[MAX_TRACKS] <---
Float_t Good_cluster_SECOND_ENG_DENS[MAX_TRACKS] <---
Float_t Good_cluster_E[MAX_TRACKS] <--- Energy of the cluster
Float_t Good_cluster_eta[MAX_TRACKS] <--- eta of the cluster
Float_t Good_cluster_phi[MAX_TRACKS] <--- phi of the cluster
Float_t Good_cluster_TIME[MAX_TRACKS] <---
Float_t Good_cluster_E_weightedCells[MAX_TRACKS] <---
Float_t Good_cluster_totEmEne[MAX_TRACKS] <--- Energy of the cluster deposited in LAr EMB1-2-3 and EME1-2-3
Float_t Good_cluster_totTileEne[MAX_TRACKS] <--- Energy of the cluster deposited in TileBar0-1-2 and TileExt0-1-2 and TileGap1-2
Float_t Good_cluster_EMB0_Ene[MAX_TRACKS] <--- Energy of the cluster deposited in PresamplerBarrel
Float_t Good_cluster_EMB1_Ene[MAX_TRACKS] <--- Energy of the cluster deposited in LAr EMBarrel 1
Float_t Good_cluster_EMB2_Ene[MAX_TRACKS] <--- etc.
Float_t Good_cluster_EMB3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_EME0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_EME1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_EME2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_EME3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_HEC0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_HEC1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_HEC2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_HEC3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileB0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileB1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileB2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileG1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileG2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileG3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileE0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileE1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_TileE2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_FCAL0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_FCAL1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_FCAL2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_maxESample_Ene[MAX_TRACKS] <--- Energy deposited in the sample containing the maximal energy of the cluster
Int_t Good_cluster_maxESample_Sample[MAX_TRACKS] <--- Number (0-23) of the sample containing the maximal energy of the cluster
Int_t Good_cluster_Ncell[MAX_TRACKS] <--- number of the cells of the cluster
Int_t Good_cluster_EMB0_Ncell[MAX_TRACKS] <--- number of cells of the cluster belonging to PresamblerB
Int_t Good_cluster_EMB1_Ncell[MAX_TRACKS] <--- number of cells of the cluster belonging to LAr EMBarrel 1
Int_t Good_cluster_EMB2_Ncell[MAX_TRACKS] <--- etc.
Int_t Good_cluster_EMB3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_EME0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_EME1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_EME2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_EME3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_HEC0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_HEC1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_HEC2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_HEC3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileB0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileB1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileB2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileG1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileG2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileG3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileE0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileE1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_TileE2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_FCAL0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_FCAL1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_FCAL2_Ncell[MAX_TRACKS] <---
Float_t Good_cluster_badCells_EMB_Ene[MAX_TRACKS] <--- Energy of bad cells of the cluster belonging to LAr EMBarrel layers
Float_t Good_cluster_badCells_EME_Ene[MAX_TRACKS] <--- Energy of bad cells of the cluster belonging to LAr EMEndcap layers
Float_t Good_cluster_badCells_TILE_Ene[MAX_TRACKS] <--- Energy of bad cells of the cluster belonging to Tile layers
Float_t Good_cluster_badCells_EMB0_Ene[MAX_TRACKS] <--- Energy of bad cells of the cluster belonging to PresamplerB
Float_t Good_cluster_badCells_EMB1_Ene[MAX_TRACKS] <--- Energy of bad cells of the cluster belonging to LAr EMBarrel 1
Float_t Good_cluster_badCells_EMB2_Ene[MAX_TRACKS] <--- etc.
Float_t Good_cluster_badCells_EMB3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_EME0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_EME1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_EME2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_EME3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_HEC0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_HEC1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_HEC2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_HEC3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileB0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileB1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileB2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileG1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileG2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileG3_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileE0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileE1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_TileE2_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_FCAL0_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_FCAL1_Ene[MAX_TRACKS] <---
Float_t Good_cluster_badCells_FCAL2_Ene[MAX_TRACKS] <---
Int_t Good_cluster_badCells_EMB0_Ncell[MAX_TRACKS] <--- number of bad cells of the cluster belonging to PresamplerB
Int_t Good_cluster_badCells_EMB1_Ncell[MAX_TRACKS] <--- number of bad cells of the cluster belonging to EMBarrel 1
Int_t Good_cluster_badCells_EMB2_Ncell[MAX_TRACKS] <--- etc.
Int_t Good_cluster_badCells_EMB3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_EME0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_EME1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_EME2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_EME3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_HEC0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_HEC1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_HEC2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_HEC3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileB0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileB1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileB2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileG1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileG2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileG3_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileE0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileE1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_TileE2_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_FCAL0_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_FCAL1_Ncell[MAX_TRACKS] <---
Int_t Good_cluster_badCells_FCAL2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_entries <--- NB similar branches for other matchings "X" -> "XMatcedCells"
Int_t ClusterMatchedCells_Track_entries <---
Int_t ClusterMatchedCells_AllCell_NTot[MAX_TRACKS] <--- total number of cells matched to the track
Float_t ClusterMatchedCells_AllCell_ETot[MAX_TRACKS] <--- total energy of cells matched to the track
Float_t ClusterMatchedCells_EMB0_Ene[MAX_TRACKS] <--- energy of cells matched to the track belonging to PresamplerB
Float_t ClusterMatchedCells_EMB1_Ene[MAX_TRACKS] <--- etc.
Float_t ClusterMatchedCells_EMB2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_EMB3_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_EME0_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_EME1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_EME2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_EME3_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_HEC0_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_HEC1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_HEC2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_HEC3_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileB0_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileB1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileB2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileG1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileG2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileG3_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileE0_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileE1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_TileE2_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_FCAL0_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_FCAL1_Ene[MAX_TRACKS] <---
Float_t ClusterMatchedCells_FCAL2_Ene[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EMB0_Ncell[MAX_TRACKS] <--- number of cells matched to the track belonging to PresamplerB
Int_t ClusterMatchedCells_EMB1_Ncell[MAX_TRACKS] <--- etc
Int_t ClusterMatchedCells_EMB2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EMB3_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EME0_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EME1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EME2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_EME3_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_HEC0_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_HEC1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_HEC2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_HEC3_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileB0_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileB1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileB2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileG1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileG2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileG3_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileE0_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileE1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_TileE2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_FCAL0_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_FCAL1_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_FCAL2_Ncell[MAX_TRACKS] <---
Int_t ClusterMatchedCells_Tile_entries[MAX_TRACKS] <--- number of entries of tile cells matched to track
Float_t ClusterMatchedCells_Tile_ETot[MAX_TRACKS] <--- Total energy of Tile cells matched to track
Float_t ClusterMatchedCells_Tile_E[MAX_TRACKS][MAX_TILECELLS] <--- Energy of single Tile cells matched to track (energy of tile cell = e_ch1 + e_ch2)
Float_t ClusterMatchedCells_Tile_Time[MAX_TRACKS][MAX_TILECELLS] <--- Time of single Tile cells matched to track (time of tile cell = (t_ch1 + t_ch2)/2 )
Float_t ClusterMatchedCells_Tile_Eta[MAX_TRACKS][MAX_TILECELLS] <--- eta of single Tile cells matched to track
Float_t ClusterMatchedCells_Tile_Phi[MAX_TRACKS][MAX_TILECELLS] <--- phi of single Tile cells matched to track
Float_t ClusterMatchedCells_Tile_X[MAX_TRACKS][MAX_TILECELLS] <--- x coordinate of single Tile cells matched to track
Float_t ClusterMatchedCells_Tile_Y[MAX_TRACKS][MAX_TILECELLS] <--- y coordinate of single Tile cells matched to track
Float_t ClusterMatchedCells_Tile_Z[MAX_TRACKS][MAX_TILECELLS] <--- z coordinate of single Tile cells matched to track
Float_t ClusterMatchedCells_Tile_Ediff[MAX_TRACKS][MAX_TILECELLS] <--- energy difference between pmt1 and pmt2 of single Tile cells matched to track (energy of tile cell = e_ch1 - e_ch2)
Float_t ClusterMatchedCells_Tile_Timediff[MAX_TRACKS][MAX_TILECELLS] <--- time difference between pmt1 and pmt2 of single Tile cells matched to track (time diff = (t_ch1 - t_ch2)/2 )
Int_t ClusterMatchedCells_Tile_Gain1[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Gain2[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Module[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Partition[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Tower[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Sample[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Chan1[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Chan2[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_PMT1[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_PMT2[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Status1[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Status2[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Qual1[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_Qual2[MAX_TRACKS][MAX_TILECELLS] <---
Float_t ClusterMatchedCells_Tile_significance[MAX_TRACKS][MAX_TILECELLS] <---
Int_t ClusterMatchedCells_Tile_isBadCell[MAX_TRACKS][MAX_TILECELLS] <---
Int_t PVertex_vertexs_in_event <--- Primary vertex information
Int_t PVertex_vertex_entries <---
Float_t PVertex_vertex_x[MAX_TRACKS] <---
Float_t PVertex_vertex_y[MAX_TRACKS] <---
Float_t PVertex_vertex_z[MAX_TRACKS] <---
Float_t PVertex_vertex_chi2[MAX_TRACKS] <---
Float_t PVertex_vertex_ndf[MAX_TRACKS] <---
Int_t PVertex_vertex_nTracks[MAX_TRACKS] <---
Int_t trig_jets_in_event <--- triggers
Float_t trig_jet_pT[MAX_TRACKS] <---
Float_t trig_jet_E[MAX_TRACKS] <---
Float_t trig_jet_phi[MAX_TRACKS] <---
Float_t trig_jet_eta[MAX_TRACKS] <---
Float_t trig_jet_mass[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_TrackCounting2D[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_JetProb[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_IP1D[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_IP2D[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_IP3D[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_SV0[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_SV1[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_SV2[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_BaselineTagger[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_JetFitterTag[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_JetFitterCOMB[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_JetFitterTagNN[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_JetFitterCOMBNN[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_SoftMuonTag[MAX_TRACKS] <---
Float_t trig_jet_flavorTagWeight_SoftElectronTag[MAX_TRACKS] <---
Int_t trig_eles_in_event <---
Float_t trig_ele_pT[MAX_TRACKS] <---
Float_t trig_ele_E[MAX_TRACKS] <---
Float_t trig_ele_phi[MAX_TRACKS] <---
Float_t trig_ele_eta[MAX_TRACKS] <---
Float_t trig_ele_author[MAX_TRACKS] <---
Float_t trig_ele_charge[MAX_TRACKS] <---
Float_t trig_ele_isLooseEM[MAX_TRACKS] <---
Float_t trig_ele_isMediumEM[MAX_TRACKS] <---
Float_t trig_ele_isTightEM[MAX_TRACKS] <---
Float_t trig_ele_cluster_E[MAX_TRACKS] <---
Float_t trig_ele_cluster_phi[MAX_TRACKS] <---
Float_t trig_ele_cluster_eta[MAX_TRACKS] <---
Float_t trig_ele_etcone20[MAX_TRACKS] <---
Float_t trig_ele_etcone40[MAX_TRACKS] <---
Int_t trig_taus_in_event <---
Float_t trig_tau_pT[MAX_TRACKS] <---
Float_t trig_tau_E[MAX_TRACKS] <---
Float_t trig_tau_phi[MAX_TRACKS] <---
Float_t trig_tau_eta[MAX_TRACKS] <---
Float_t trig_tau_author[MAX_TRACKS] <---
Float_t trig_tau_charge[MAX_TRACKS] <---
Float_t trig_tau_CutSafeTight[MAX_TRACKS] <---
Float_t trig_tau_LlhMedium[MAX_TRACKS] <---
Int_t trig_muonTracks_in_event <---
Float_t trig_muonTracks_pT[MAX_TRACKS] <---
Float_t trig_muonTracks_E[MAX_TRACKS] <---
Float_t trig_muonTracks_phi[MAX_TRACKS] <---
Float_t trig_muonTracks_eta[MAX_TRACKS] <---
Float_t trig_muonTracks_matchchi2[MAX_TRACKS] <---
Float_t trig_muonTracks_chi2[MAX_TRACKS] <---
Float_t trig_muonTracks_charge[MAX_TRACKS] <---
Float_t trig_muonTracks_isCombinedMuon[MAX_TRACKS] <---
Int_t trig_L1_MBTS_1 <---
Int_t trig_L1_MBTS_1_veto <---
Int_t trig_L1_MBTS_1_ps <---
Int_t trig_L1_MBTS_1_ps_pt <---
Int_t trig_L1_MBTS_1_1 <---
Int_t trig_L1_MBTS_1_1_veto <---
Int_t trig_L1_MBTS_1_1_ps <---
Int_t trig_L1_MBTS_1_1_ps_pt <---
Int_t trig_L1_MBTS_1_1_Col <---
Int_t trig_L1_MBTS_1_1_Col_veto <---
Int_t trig_L1_MBTS_1_1_Col_ps <---
Int_t trig_L1_MBTS_1_1_Col_ps_pt <---
Int_t trig_L1_MBTS_1_Col <---
Int_t trig_L1_MBTS_1_Col_veto <---
Int_t trig_L1_MBTS_1_Col_ps <---
Int_t trig_L1_MBTS_1_Col_ps_pt <---
Int_t trig_L1_MBTS_2 <---
Int_t trig_L1_MBTS_2_veto <---
Int_t trig_L1_MBTS_2_ps <---
Int_t trig_L1_MBTS_2_ps_pt <---
Int_t trig_L1_MBTS_2_Col <---
Int_t trig_L1_MBTS_2_Col_veto <---
Int_t trig_L1_MBTS_2_Col_ps <---
Int_t trig_L1_MBTS_2_Col_ps_pt <---
Int_t trig_L1_ZDC <---
Int_t trig_L1_ZDC_veto <---
Int_t trig_L1_ZDC_ps <---
Int_t trig_L1_ZDC_ps_pt <---
Int_t trig_EF_InDetMon_FS <---
Int_t trig_EF_InDetMon_FS_ps <---
Int_t trig_EF_InDetMon_FS_ps_pt <---
Int_t trig_jetOffObjects2match <---
Int_t trig_eleOffObjects2match <---
Int_t trig_muOffObjects2match <---
Int_t trig_tauOffObjects2match <---

Extra Ntuple content for background studies

-- AntonellaSuccurro - 05-Jan-2011

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Topic revision: r3 - 2014-11-20 - TWikiAdminUser
 
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