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May 14, 2018 15:07
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| ////////////////////////////////////////////////////////// | |
| // This class has been automatically generated on | |
| // Mon Apr 16 09:51:20 2018 by ROOT version 5.34/36 | |
| // from TTree NuECCQE/Tuple created by an AnaTuple managed by AnaTupleManager | |
| // | |
| // found on file: SIM_minerva_00113270_Subruns_0001_NuECCQE_Ana_Tuple_v21r1p1.root | |
| // It contains some modifications to deal with stupid ROOT STL errors and some const values | |
| ////////////////////////////////////////////////////////// | |
| #ifndef NuECCQE_h | |
| #define NuECCQE_h | |
| #include <TROOT.h> | |
| #include <TChain.h> | |
| #include <TFile.h> | |
| // Header file for the classes stored in the TTree if any. | |
| // #include "/grid/fermiapp/minerva/software_releases/lcgcmake/build/lcg_61a/projects/ROOT-5.34.36/src/ROOT/5.34.36/cint/cint/lib/prec_stl/vector" | |
| // Fixed size dimensions of array or collections stored in the TTree if any. | |
| namespace RECOTRACKS_ANA { | |
| class NuECCQE { | |
| public : | |
| TTree *fChain; //!pointer to the analyzed TTree or TChain | |
| Int_t fCurrent; //!current Tree number in a TChain | |
| static const size_t MAX_EXTRA_ENERGY_CLUSTERS = 500; | |
| static const size_t MAX_N_SLICES = 3; | |
| static const size_t MAX_MICHEL_DIGITS_SIZE = 50; | |
| static const size_t MAX_MICHEL_DATA_SIZE = 50; | |
| static const size_t MAX_NON_PROTON_SCORES = 100; | |
| static const size_t MAX_VERTEX_BLOB_NCLUSTERS = 250; | |
| static const size_t MAX_EPRONG_NCLUSTERS = 500; | |
| static const size_t MAX_NPRONGS = 12; | |
| static const size_t MAX_NFSPART = 100; | |
| static const size_t MAX_NERPART = 200; | |
| static const size_t MAX_NU_ANCESTORIDS = 20; | |
| // Declaration of leaf types | |
| Double_t eventID; | |
| Int_t physEvtNum; | |
| Int_t n_hyps; | |
| Int_t processType; | |
| Int_t primaryPart; | |
| Int_t n_slices; | |
| Int_t slice_numbers[MAX_N_SLICES]; //[n_slices] | |
| Int_t shared_slice; | |
| Double_t vtx[4]; | |
| Double_t vtxErr[4]; | |
| Double_t E[4]; | |
| Int_t reco_vertex_batch; | |
| Bool_t found_truth; | |
| Bool_t phys_front_activity; | |
| Bool_t phys_energy_in_road_upstream_is_rockmuon_consistent; | |
| Bool_t rock_muons_removed; | |
| Bool_t minos_track_match; | |
| Bool_t minos_stub_match; | |
| Bool_t unknown_helicity; | |
| Bool_t minos_track_inside_partial_plane; | |
| Bool_t prim_vtx_has_misassigned_track_direction; | |
| Bool_t prim_vtx_has_broken_track; | |
| Int_t EMLikeTrackMultiplicity; | |
| Int_t ExtraEnergy_nClusters; | |
| Int_t HasFiducialVertex; | |
| Int_t HasNoBackExitingTracks; | |
| Int_t HasNoNonEMExitingTracks; | |
| Int_t HasNoNonProtons; | |
| Int_t HasNoVertexMismatch; | |
| Int_t HasTracks; | |
| Int_t NumShortTracks; | |
| Int_t NumTracks; | |
| Int_t ODMatchProng; | |
| Int_t StartPointVertexMultiplicity; | |
| Int_t TruePID; | |
| Int_t UpstreamInlineNClusters; | |
| Int_t UpstreamInlineNDigits; | |
| Int_t VertexBlob_nClusters; | |
| Int_t VertexTrackMultiplicity; | |
| Int_t broken_track_most_us_plane; | |
| Int_t eProng_nClusters; | |
| Int_t n_indices; | |
| Int_t phys_energy_in_road_downstream_nplanes; | |
| Int_t phys_energy_in_road_upstream_nplanes; | |
| Int_t phys_n_dead_discr_pair; | |
| Int_t phys_n_dead_discr_pair_in_prim_track_region; | |
| Int_t phys_n_dead_discr_pair_two_mod_downstream_prim_track; | |
| Int_t phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; | |
| Int_t phys_n_dead_discr_pair_upstream_prim_track_proj; | |
| Int_t phys_vertex_is_fiducial; | |
| Double_t ConeEnergyVis; | |
| Double_t ExtraEnergyVis; | |
| Double_t Psi; | |
| Double_t TrueEnergy; | |
| Double_t TrueTheta; | |
| Double_t UpstreamInlineEnergy; | |
| Double_t UpstreamInlineEnergyWgtdPosMean; | |
| Double_t UpstreamInlineEnergyWgtdPosRMS; | |
| Double_t UpstreamODEnergy; | |
| Double_t VertexBlobEnergy; | |
| Double_t energy_from_mc; | |
| Double_t energy_from_mc_fraction; | |
| Double_t energy_from_mc_fraction_of_highest; | |
| Double_t muon_phi; | |
| Double_t muon_theta; | |
| Double_t muon_thetaX; | |
| Double_t muon_thetaY; | |
| Double_t phys_energy_dispersed; | |
| Double_t phys_energy_in_road_downstream; | |
| Double_t phys_energy_in_road_upstream; | |
| Double_t phys_energy_unattached; | |
| Double_t prim_vtx_smallest_opening_angle; | |
| Int_t latticeEnergyIndices[23876]; //[n_indices] | |
| Int_t michel_digits_sz; | |
| Int_t michel_digits[MAX_MICHEL_DIGITS_SIZE]; //[michel_digits_sz] | |
| Double_t ExtraEnergy[4]; | |
| Double_t ExtraEnergyClusters_X[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Y[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Z[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_energy[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_nDigits[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_width[MAX_EXTRA_ENERGY_CLUSTERS]; //[ExtraEnergy_nClusters] | |
| Int_t NonProtonScores_sz; | |
| Double_t NonProtonScores[MAX_NON_PROTON_SCORES]; //[NonProtonScores_sz] | |
| Double_t VertexBlobClusters_X[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Y[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Z[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_energy[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_nDigits[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_width[MAX_VERTEX_BLOB_NCLUSTERS]; //[VertexBlob_nClusters] | |
| Double_t VertexEnergy[4]; | |
| Double_t eProngClusters_X[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_Y[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_Z[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_axis_projection[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_cal_energy[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_energy[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_nDigits[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t eProngClusters_width[MAX_EPRONG_NCLUSTERS]; //[eProng_nClusters] | |
| Double_t latticeNormEnergySums[23876]; //[n_indices] | |
| Double_t latticeRelativeTimes[23876]; //[n_indices] | |
| Int_t michel_energy_sz; | |
| Double_t michel_energy[MAX_MICHEL_DATA_SIZE]; //[michel_energy_sz] | |
| Int_t michel_first_hit_fraction_sz; | |
| Double_t michel_first_hit_fraction[MAX_MICHEL_DATA_SIZE]; //[michel_first_hit_fraction_sz] | |
| Int_t michel_slice_energy_sz; | |
| Double_t michel_slice_energy[MAX_MICHEL_DATA_SIZE]; //[michel_slice_energy_sz] | |
| Int_t michel_z_extent_sz; | |
| Double_t michel_z_extent[MAX_MICHEL_DATA_SIZE]; //[michel_z_extent_sz] | |
| Int_t n_prongs; | |
| Int_t prong_nParticles[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_GEANTTrackNum[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_HasTruth[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_SeedTrackType[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_TruePID[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_binned_energy_nbins[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_n_frontdEdX_planes_sampled[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_n_tracks[MAX_NPRONGS]; //[n_prongs] | |
| Int_t prong_vertexMoved[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_BackMiddleRatio[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_BeginsInTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_CalCorrectedEnergy[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_DataFrac[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_ECALVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_EWgtdLengthByEnergy[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_EWgtdProngLength[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_FirstFireFraction[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_FracProngFromBestTrueTraj[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_HCALVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_HCALVisEnergy[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_LocalShowerWidth[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_LongitudinalBunchGapScore[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_MedianPlaneShowerWidth[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_NoHCALActivity[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_NoODActivity[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_NonMIPClusFrac[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_ODVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_ProngLength[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_SeedTrackChi2[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_ShowerEnergySeparation[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_ShowerLengthEnergyScale[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_SideECALVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TotalVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseGapScore[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorU[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorV[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorX[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorU[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorV[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorX[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrimmedCaloEnergy[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrimmedVisE[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrueEnergy[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrueFrontdEdX[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrueTheta[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_TrueTrajFracInProng[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_VertexResidualR[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_VertexResidualX[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_VertexResidualY[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_VertexResidualZ[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMaxECAL[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMaxTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMean[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontNumBinsTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontPositionTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMedianECAL[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMedianFrontTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_dEdXMedianTracker[MAX_NPRONGS]; //[n_prongs] | |
| Double_t prong_projection_bin_width[MAX_NPRONGS]; //[n_prongs] | |
| std::vector<std::vector<double> > *prong_axis_vector; | |
| std::vector<std::vector<double> > *prong_axis_vertex; | |
| std::vector<std::vector<double> > *prong_binned_energy_bin_contents; | |
| std::vector<std::vector<double> > *prong_binned_energy_bin_indices; | |
| Bool_t truth_pass_NuECCQE; | |
| Bool_t truth_has_physics_event; | |
| Int_t truth_IsFiducial; | |
| Double_t truth_Enu_QE; | |
| Double_t truth_Q2_QE; | |
| Double_t truth_electron_theta_wrtbeam; | |
| Int_t genie_wgt_n_shifts; | |
| Double_t truth_genie_wgt_AGKYxF1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_AhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_BhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CCQEPauliSupViaKF[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV1uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV2uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_EtaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MvRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormDISCC[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormNCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_RDecBR1gamma[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Theta_Delta2Npi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_VecFFCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_shifts[7]; //[genie_wgt_n_shifts] | |
| Int_t NuECCQE_nuFlavor; | |
| Int_t NuECCQE_nuHelicity; | |
| Int_t NuECCQE_intCurrent; | |
| Int_t NuECCQE_intType; | |
| Double_t NuECCQE_E; | |
| Double_t NuECCQE_Q2; | |
| Double_t NuECCQE_x; | |
| Double_t NuECCQE_y; | |
| Double_t NuECCQE_W; | |
| Double_t NuECCQE_score; | |
| Double_t NuECCQE_leptonE[4]; | |
| Double_t NuECCQE_vtx[4]; | |
| Int_t ev_run; | |
| Int_t ev_subrun; | |
| Int_t ev_detector; | |
| Int_t ev_triggerType; | |
| Int_t ev_gate; | |
| Int_t ev_global_gate; | |
| Int_t ev_gps_time_sec; | |
| Int_t ev_gps_time_usec; | |
| Double_t numi_pot; | |
| Double_t numi_horn_curr; | |
| Double_t numi_x_pos; | |
| Double_t numi_y_pos; | |
| Double_t numi_x_width; | |
| Double_t numi_y_width; | |
| Double_t numi_bpm1; | |
| Double_t numi_bpm2; | |
| Double_t numi_bpm3; | |
| Double_t numi_bpm4; | |
| Double_t numi_bpm5; | |
| Double_t numi_bpm6; | |
| Double_t numi_tor101; | |
| Double_t numi_tr101d; | |
| Double_t numi_tortgt; | |
| Double_t numi_trtgtd; | |
| Int_t batch_structure; | |
| Int_t numi_minos_time_sec; | |
| Int_t numi_minos_time_nsec; | |
| Int_t numi_database_sec; | |
| Int_t numi_database_nsec; | |
| Int_t numi_is_good_beam_spill; | |
| Int_t numi_is_bad_pot_data_spill; | |
| Int_t numi_is_no_beam_spill; | |
| Int_t numi_is_bad_data_spill; | |
| Int_t numi_is_bad_profile_x_width_data; | |
| Int_t numi_is_bad_profile_y_width_data; | |
| Int_t numi_is_bad_x_position_data; | |
| Int_t numi_is_bad_y_position_data; | |
| Int_t numi_is_bad_horn_curr_data; | |
| Int_t numi_is_bad_nearest_time_spill; | |
| Int_t numi_is_bad_beam_spill; | |
| Int_t numi_is_bad_pot_spill; | |
| Int_t numi_is_bad_x_pos; | |
| Int_t numi_is_bad_y_pos; | |
| Int_t numi_is_bad_beam_size; | |
| Int_t numi_is_bad_profile_width_x; | |
| Int_t numi_is_bad_profile_width_y; | |
| Int_t numi_is_bad_horn_curr; | |
| Int_t numi_is_target_out_spill; | |
| Int_t numi_is_bad_beam_type_spill; | |
| Int_t numi_is_bad_beam_frac_on_tgt_spill; | |
| Int_t numi_is_good_position; | |
| Int_t numi_is_good_width; | |
| Int_t numi_is_good_toroids; | |
| Int_t numi_is_good_delta_t; | |
| Int_t numi_is_good_horn; | |
| Double_t numi_time_to_nearest; | |
| Int_t mc_run; | |
| Int_t mc_subrun; | |
| Int_t mc_nInteractions; | |
| Int_t mc_MIState; | |
| Double_t mc_pot; | |
| Int_t mc_beamConfig; | |
| Int_t mc_processType; | |
| Int_t mc_nthEvtInSpill; | |
| Int_t mc_nthEvtInFile; | |
| Int_t mc_intType; | |
| Int_t mc_current; | |
| Int_t mc_charm; | |
| Double_t mc_weight; | |
| Double_t mc_XSec; | |
| Double_t mc_diffXSec; | |
| Int_t mc_incoming; | |
| Double_t mc_fluxDriverProb; | |
| Int_t mc_targetNucleus; | |
| Int_t mc_targetZ; | |
| Int_t mc_targetA; | |
| Int_t mc_targetNucleon; | |
| Int_t mc_struckQuark; | |
| Int_t mc_seaQuark; | |
| Int_t mc_resID; | |
| Int_t mc_primaryLepton; | |
| Double_t mc_incomingE; | |
| Double_t mc_Bjorkenx; | |
| Double_t mc_Bjorkeny; | |
| Double_t mc_Q2; | |
| Double_t mc_nuT; | |
| Double_t mc_w; | |
| Double_t mc_vtx[4]; | |
| Double_t mc_incomingPartVec[4]; | |
| Double_t mc_initNucVec[4]; | |
| Double_t mc_primFSLepton[4]; | |
| Int_t mc_nFSPart; | |
| Double_t mc_FSPartPx[MAX_NFSPART]; //[mc_nFSPart] | |
| Double_t mc_FSPartPy[MAX_NFSPART]; //[mc_nFSPart] | |
| Double_t mc_FSPartPz[MAX_NFSPART]; //[mc_nFSPart] | |
| Double_t mc_FSPartE[MAX_NFSPART]; //[mc_nFSPart] | |
| Int_t mc_FSPartPDG[MAX_NFSPART]; //[mc_nFSPart] | |
| Int_t mc_er_nPart; | |
| Int_t mc_er_ID[MAX_NERPART]; //[mc_er_nPart] | |
| Int_t mc_er_status[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucX[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucY[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucZ[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_Px[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_Py[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_Pz[MAX_NERPART]; //[mc_er_nPart] | |
| Double_t mc_er_E[MAX_NERPART]; //[mc_er_nPart] | |
| Int_t mc_er_FD[MAX_NERPART]; //[mc_er_nPart] | |
| Int_t mc_er_LD[MAX_NERPART]; //[mc_er_nPart] | |
| Int_t mc_er_mother[MAX_NERPART]; //[mc_er_nPart] | |
| Int_t mc_fr_nNuAncestorIDs; | |
| Int_t mc_fr_nuAncestorIDs[MAX_NU_ANCESTORIDS]; //[mc_fr_nNuAncestorIDs] | |
| Int_t mc_fr_nuParentID; | |
| Int_t mc_fr_decMode; | |
| Double_t mc_fr_primProtonVtx[3]; | |
| Double_t mc_fr_primProtonP[4]; | |
| Double_t mc_fr_nuParentDecVtx[3]; | |
| Double_t mc_fr_nuParentProdVtx[3]; | |
| Double_t mc_fr_nuParentProdP[4]; | |
| Double_t mc_cvweight_total; | |
| Double_t wgt; | |
| Double_t mc_cvweight_totalFlux; | |
| Double_t mc_cvweight_totalXsec; | |
| Double_t mc_ppfx1_cvweight; | |
| Double_t mc_hornCurrent_cvweight; | |
| Double_t mc_gen1_cvweight_total; | |
| Double_t gen1_wgt; | |
| Double_t mc_gen1_cvweight_totalFlux; | |
| Double_t mc_gen1_cvweight_NA49; | |
| Int_t mc_wgt_Flux_BeamFocus_sz; | |
| Double_t mc_wgt_Flux_BeamFocus[1]; //[mc_wgt_Flux_BeamFocus_sz] | |
| Int_t mc_wgt_gen1_Flux_Tertiary_sz; | |
| Double_t mc_wgt_gen1_Flux_Tertiary[1]; //[mc_wgt_gen1_Flux_Tertiary_sz] | |
| Int_t mc_wgt_gen1_Flux_NA49_sz; | |
| Double_t mc_wgt_gen1_Flux_NA49[1]; //[mc_wgt_gen1_Flux_NA49_sz] | |
| Int_t mc_wgt_Norm_sz; | |
| Double_t mc_wgt_Norm[1]; //[mc_wgt_Norm_sz] | |
| Int_t mc_wgt_ppfx1_Total_sz; | |
| Double_t mc_wgt_ppfx1_Total[1]; //[mc_wgt_ppfx1_Total_sz] | |
| Int_t mc_vertex_batch; | |
| Double_t prong_part_score[1]; //[n_prongs] | |
| Double_t prong_part_mass[1]; //[n_prongs] | |
| Int_t prong_part_charge[1]; //[n_prongs] | |
| Int_t prong_part_pid[1]; //[n_prongs] | |
| std::vector<std::vector<double> > *prong_part_E; | |
| std::vector<std::vector<double> > *prong_part_pos; | |
| // List of branches | |
| TBranch *b_eventID; //! | |
| TBranch *b_physEvtNum; //! | |
| TBranch *b_n_hyps; //! | |
| TBranch *b_processType; //! | |
| TBranch *b_primaryPart; //! | |
| TBranch *b_n_slices; //! | |
| TBranch *b_slice_numbers; //! | |
| TBranch *b_shared_slice; //! | |
| TBranch *b_vtx; //! | |
| TBranch *b_vtxErr; //! | |
| TBranch *b_E; //! | |
| TBranch *b_reco_vertex_batch; //! | |
| TBranch *b_found_truth; //! | |
| TBranch *b_phys_front_activity; //! | |
| TBranch *b_phys_energy_in_road_upstream_is_rockmuon_consistent; //! | |
| TBranch *b_rock_muons_removed; //! | |
| TBranch *b_minos_track_match; //! | |
| TBranch *b_minos_stub_match; //! | |
| TBranch *b_unknown_helicity; //! | |
| TBranch *b_minos_track_inside_partial_plane; //! | |
| TBranch *b_prim_vtx_has_misassigned_track_direction; //! | |
| TBranch *b_prim_vtx_has_broken_track; //! | |
| TBranch *b_EMLikeTrackMultiplicity; //! | |
| TBranch *b_ExtraEnergy_nClusters; //! | |
| TBranch *b_HasFiducialVertex; //! | |
| TBranch *b_HasNoBackExitingTracks; //! | |
| TBranch *b_HasNoNonEMExitingTracks; //! | |
| TBranch *b_HasNoNonProtons; //! | |
| TBranch *b_HasNoVertexMismatch; //! | |
| TBranch *b_HasTracks; //! | |
| TBranch *b_NumShortTracks; //! | |
| TBranch *b_NumTracks; //! | |
| TBranch *b_ODMatchProng; //! | |
| TBranch *b_StartPointVertexMultiplicity; //! | |
| TBranch *b_TruePID; //! | |
| TBranch *b_UpstreamInlineNClusters; //! | |
| TBranch *b_UpstreamInlineNDigits; //! | |
| TBranch *b_VertexBlob_nClusters; //! | |
| TBranch *b_VertexTrackMultiplicity; //! | |
| TBranch *b_broken_track_most_us_plane; //! | |
| TBranch *b_eProng_nClusters; //! | |
| TBranch *b_n_indices; //! | |
| TBranch *b_phys_energy_in_road_downstream_nplanes; //! | |
| TBranch *b_phys_energy_in_road_upstream_nplanes; //! | |
| TBranch *b_phys_n_dead_discr_pair; //! | |
| TBranch *b_phys_n_dead_discr_pair_in_prim_track_region; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_downstream_prim_track; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; //! | |
| TBranch *b_phys_n_dead_discr_pair_upstream_prim_track_proj; //! | |
| TBranch *b_phys_vertex_is_fiducial; //! | |
| TBranch *b_ConeEnergyVis; //! | |
| TBranch *b_ExtraEnergyVis; //! | |
| TBranch *b_Psi; //! | |
| TBranch *b_TrueEnergy; //! | |
| TBranch *b_TrueTheta; //! | |
| TBranch *b_UpstreamInlineEnergy; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosMean; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosRMS; //! | |
| TBranch *b_UpstreamODEnergy; //! | |
| TBranch *b_VertexBlobEnergy; //! | |
| TBranch *b_energy_from_mc; //! | |
| TBranch *b_energy_from_mc_fraction; //! | |
| TBranch *b_energy_from_mc_fraction_of_highest; //! | |
| TBranch *b_muon_phi; //! | |
| TBranch *b_muon_theta; //! | |
| TBranch *b_muon_thetaX; //! | |
| TBranch *b_muon_thetaY; //! | |
| TBranch *b_phys_energy_dispersed; //! | |
| TBranch *b_phys_energy_in_road_downstream; //! | |
| TBranch *b_phys_energy_in_road_upstream; //! | |
| TBranch *b_phys_energy_unattached; //! | |
| TBranch *b_prim_vtx_smallest_opening_angle; //! | |
| TBranch *b_latticeEnergyIndices; //! | |
| TBranch *b_michel_digits_sz; //! | |
| TBranch *b_michel_digits; //! | |
| TBranch *b_ExtraEnergy; //! | |
| TBranch *b_ExtraEnergyClusters_X; //! | |
| TBranch *b_ExtraEnergyClusters_Y; //! | |
| TBranch *b_ExtraEnergyClusters_Z; //! | |
| TBranch *b_ExtraEnergyClusters_energy; //! | |
| TBranch *b_ExtraEnergyClusters_nDigits; //! | |
| TBranch *b_ExtraEnergyClusters_width; //! | |
| TBranch *b_NonProtonScores_sz; //! | |
| TBranch *b_NonProtonScores; //! | |
| TBranch *b_VertexBlobClusters_X; //! | |
| TBranch *b_VertexBlobClusters_Y; //! | |
| TBranch *b_VertexBlobClusters_Z; //! | |
| TBranch *b_VertexBlobClusters_energy; //! | |
| TBranch *b_VertexBlobClusters_nDigits; //! | |
| TBranch *b_VertexBlobClusters_width; //! | |
| TBranch *b_VertexEnergy; //! | |
| TBranch *b_eProngClusters_X; //! | |
| TBranch *b_eProngClusters_Y; //! | |
| TBranch *b_eProngClusters_Z; //! | |
| TBranch *b_eProngClusters_axis_projection; //! | |
| TBranch *b_eProngClusters_cal_energy; //! | |
| TBranch *b_eProngClusters_energy; //! | |
| TBranch *b_eProngClusters_nDigits; //! | |
| TBranch *b_eProngClusters_width; //! | |
| TBranch *b_latticeNormEnergySums; //! | |
| TBranch *b_latticeRelativeTimes; //! | |
| TBranch *b_michel_energy_sz; //! | |
| TBranch *b_michel_energy; //! | |
| TBranch *b_michel_first_hit_fraction_sz; //! | |
| TBranch *b_michel_first_hit_fraction; //! | |
| TBranch *b_michel_slice_energy_sz; //! | |
| TBranch *b_michel_slice_energy; //! | |
| TBranch *b_michel_z_extent_sz; //! | |
| TBranch *b_michel_z_extent; //! | |
| TBranch *b_n_prongs; //! | |
| TBranch *b_prong_nParticles; //! | |
| TBranch *b_prong_GEANTTrackNum; //! | |
| TBranch *b_prong_HasTruth; //! | |
| TBranch *b_prong_SeedTrackType; //! | |
| TBranch *b_prong_TruePID; //! | |
| TBranch *b_prong_binned_energy_nbins; //! | |
| TBranch *b_prong_n_frontdEdX_planes_sampled; //! | |
| TBranch *b_prong_n_tracks; //! | |
| TBranch *b_prong_vertexMoved; //! | |
| TBranch *b_prong_BackMiddleRatio; //! | |
| TBranch *b_prong_BeginsInTracker; //! | |
| TBranch *b_prong_CalCorrectedEnergy; //! | |
| TBranch *b_prong_DataFrac; //! | |
| TBranch *b_prong_ECALVisE; //! | |
| TBranch *b_prong_EWgtdLengthByEnergy; //! | |
| TBranch *b_prong_EWgtdProngLength; //! | |
| TBranch *b_prong_FirstFireFraction; //! | |
| TBranch *b_prong_FracProngFromBestTrueTraj; //! | |
| TBranch *b_prong_HCALVisE; //! | |
| TBranch *b_prong_HCALVisEnergy; //! | |
| TBranch *b_prong_LocalShowerWidth; //! | |
| TBranch *b_prong_LongitudinalBunchGapScore; //! | |
| TBranch *b_prong_MedianPlaneShowerWidth; //! | |
| TBranch *b_prong_NoHCALActivity; //! | |
| TBranch *b_prong_NoODActivity; //! | |
| TBranch *b_prong_NonMIPClusFrac; //! | |
| TBranch *b_prong_ODVisE; //! | |
| TBranch *b_prong_ProngLength; //! | |
| TBranch *b_prong_SeedTrackChi2; //! | |
| TBranch *b_prong_ShowerEnergySeparation; //! | |
| TBranch *b_prong_ShowerLengthEnergyScale; //! | |
| TBranch *b_prong_SideECALVisE; //! | |
| TBranch *b_prong_TotalVisE; //! | |
| TBranch *b_prong_TransverseGapScore; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorX; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorX; //! | |
| TBranch *b_prong_TrimmedCaloEnergy; //! | |
| TBranch *b_prong_TrimmedVisE; //! | |
| TBranch *b_prong_TrueEnergy; //! | |
| TBranch *b_prong_TrueFrontdEdX; //! | |
| TBranch *b_prong_TrueTheta; //! | |
| TBranch *b_prong_TrueTrajFracInProng; //! | |
| TBranch *b_prong_VertexResidualR; //! | |
| TBranch *b_prong_VertexResidualX; //! | |
| TBranch *b_prong_VertexResidualY; //! | |
| TBranch *b_prong_VertexResidualZ; //! | |
| TBranch *b_prong_dEdXMaxECAL; //! | |
| TBranch *b_prong_dEdXMaxTracker; //! | |
| TBranch *b_prong_dEdXMean; //! | |
| TBranch *b_prong_dEdXMeanFrontNumBinsTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontPositionTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianECAL; //! | |
| TBranch *b_prong_dEdXMedianFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianTracker; //! | |
| TBranch *b_prong_projection_bin_width; //! | |
| TBranch *b_prong_axis_vector; //! | |
| TBranch *b_prong_axis_vertex; //! | |
| TBranch *b_prong_binned_energy_bin_contents; //! | |
| TBranch *b_prong_binned_energy_bin_indices; //! | |
| TBranch *b_truth_pass_NuECCQE; //! | |
| TBranch *b_truth_has_physics_event; //! | |
| TBranch *b_truth_IsFiducial; //! | |
| TBranch *b_truth_Enu_QE; //! | |
| TBranch *b_truth_Q2_QE; //! | |
| TBranch *b_truth_electron_theta_wrtbeam; //! | |
| TBranch *b_genie_wgt_n_shifts; //! | |
| TBranch *b_truth_genie_wgt_AGKYxF1pi; //! | |
| TBranch *b_truth_genie_wgt_AhtBY; //! | |
| TBranch *b_truth_genie_wgt_BhtBY; //! | |
| TBranch *b_truth_genie_wgt_CCQEPauliSupViaKF; //! | |
| TBranch *b_truth_genie_wgt_CV1uBY; //! | |
| TBranch *b_truth_genie_wgt_CV2uBY; //! | |
| TBranch *b_truth_genie_wgt_EtaNCEL; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_N; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_pi; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_N; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_pi; //! | |
| TBranch *b_truth_genie_wgt_FrElas_N; //! | |
| TBranch *b_truth_genie_wgt_FrElas_pi; //! | |
| TBranch *b_truth_genie_wgt_FrInel_N; //! | |
| TBranch *b_truth_genie_wgt_FrInel_pi; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_N; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_pi; //! | |
| TBranch *b_truth_genie_wgt_MFP_N; //! | |
| TBranch *b_truth_genie_wgt_MFP_pi; //! | |
| TBranch *b_truth_genie_wgt_MaCCQE; //! | |
| TBranch *b_truth_genie_wgt_MaCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_MaNCEL; //! | |
| TBranch *b_truth_genie_wgt_MaRES; //! | |
| TBranch *b_truth_genie_wgt_MvRES; //! | |
| TBranch *b_truth_genie_wgt_NormCCQE; //! | |
| TBranch *b_truth_genie_wgt_NormCCRES; //! | |
| TBranch *b_truth_genie_wgt_NormDISCC; //! | |
| TBranch *b_truth_genie_wgt_NormNCRES; //! | |
| TBranch *b_truth_genie_wgt_RDecBR1gamma; //! | |
| TBranch *b_truth_genie_wgt_Rvn1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvn2pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp2pi; //! | |
| TBranch *b_truth_genie_wgt_Theta_Delta2Npi; //! | |
| TBranch *b_truth_genie_wgt_VecFFCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_shifts; //! | |
| TBranch *b_NuECCQE_nuFlavor; //! | |
| TBranch *b_NuECCQE_nuHelicity; //! | |
| TBranch *b_NuECCQE_intCurrent; //! | |
| TBranch *b_NuECCQE_intType; //! | |
| TBranch *b_NuECCQE_E; //! | |
| TBranch *b_NuECCQE_Q2; //! | |
| TBranch *b_NuECCQE_x; //! | |
| TBranch *b_NuECCQE_y; //! | |
| TBranch *b_NuECCQE_W; //! | |
| TBranch *b_NuECCQE_score; //! | |
| TBranch *b_NuECCQE_leptonE; //! | |
| TBranch *b_NuECCQE_vtx; //! | |
| TBranch *b_ev_run; //! | |
| TBranch *b_ev_subrun; //! | |
| TBranch *b_ev_detector; //! | |
| TBranch *b_ev_triggerType; //! | |
| TBranch *b_ev_gate; //! | |
| TBranch *b_ev_global_gate; //! | |
| TBranch *b_ev_gps_time_sec; //! | |
| TBranch *b_ev_gps_time_usec; //! | |
| TBranch *b_numi_pot; //! | |
| TBranch *b_numi_horn_curr; //! | |
| TBranch *b_numi_x_pos; //! | |
| TBranch *b_numi_y_pos; //! | |
| TBranch *b_numi_x_width; //! | |
| TBranch *b_numi_y_width; //! | |
| TBranch *b_numi_bpm1; //! | |
| TBranch *b_numi_bpm2; //! | |
| TBranch *b_numi_bpm3; //! | |
| TBranch *b_numi_bpm4; //! | |
| TBranch *b_numi_bpm5; //! | |
| TBranch *b_numi_bpm6; //! | |
| TBranch *b_numi_tor101; //! | |
| TBranch *b_numi_tr101d; //! | |
| TBranch *b_numi_tortgt; //! | |
| TBranch *b_numi_trtgtd; //! | |
| TBranch *b_batch_structure; //! | |
| TBranch *b_numi_minos_time_sec; //! | |
| TBranch *b_numi_minos_time_nsec; //! | |
| TBranch *b_numi_database_sec; //! | |
| TBranch *b_numi_database_nsec; //! | |
| TBranch *b_numi_is_good_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_data_spill; //! | |
| TBranch *b_numi_is_no_beam_spill; //! | |
| TBranch *b_numi_is_bad_data_spill; //! | |
| TBranch *b_numi_is_bad_profile_x_width_data; //! | |
| TBranch *b_numi_is_bad_profile_y_width_data; //! | |
| TBranch *b_numi_is_bad_x_position_data; //! | |
| TBranch *b_numi_is_bad_y_position_data; //! | |
| TBranch *b_numi_is_bad_horn_curr_data; //! | |
| TBranch *b_numi_is_bad_nearest_time_spill; //! | |
| TBranch *b_numi_is_bad_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_spill; //! | |
| TBranch *b_numi_is_bad_x_pos; //! | |
| TBranch *b_numi_is_bad_y_pos; //! | |
| TBranch *b_numi_is_bad_beam_size; //! | |
| TBranch *b_numi_is_bad_profile_width_x; //! | |
| TBranch *b_numi_is_bad_profile_width_y; //! | |
| TBranch *b_numi_is_bad_horn_curr; //! | |
| TBranch *b_numi_is_target_out_spill; //! | |
| TBranch *b_numi_is_bad_beam_type_spill; //! | |
| TBranch *b_numi_is_bad_beam_frac_on_tgt_spill; //! | |
| TBranch *b_numi_is_good_position; //! | |
| TBranch *b_numi_is_good_width; //! | |
| TBranch *b_numi_is_good_toroids; //! | |
| TBranch *b_numi_is_good_delta_t; //! | |
| TBranch *b_numi_is_good_horn; //! | |
| TBranch *b_numi_time_to_nearest; //! | |
| TBranch *b_mc_run; //! | |
| TBranch *b_mc_subrun; //! | |
| TBranch *b_mc_nInteractions; //! | |
| TBranch *b_mc_MIState; //! | |
| TBranch *b_mc_pot; //! | |
| TBranch *b_mc_beamConfig; //! | |
| TBranch *b_mc_processType; //! | |
| TBranch *b_mc_nthEvtInSpill; //! | |
| TBranch *b_mc_nthEvtInFile; //! | |
| TBranch *b_mc_intType; //! | |
| TBranch *b_mc_current; //! | |
| TBranch *b_mc_charm; //! | |
| TBranch *b_mc_weight; //! | |
| TBranch *b_mc_XSec; //! | |
| TBranch *b_mc_diffXSec; //! | |
| TBranch *b_mc_incoming; //! | |
| TBranch *b_mc_fluxDriverProb; //! | |
| TBranch *b_mc_targetNucleus; //! | |
| TBranch *b_mc_targetZ; //! | |
| TBranch *b_mc_targetA; //! | |
| TBranch *b_mc_targetNucleon; //! | |
| TBranch *b_mc_struckQuark; //! | |
| TBranch *b_mc_seaQuark; //! | |
| TBranch *b_mc_resID; //! | |
| TBranch *b_mc_primaryLepton; //! | |
| TBranch *b_mc_incomingE; //! | |
| TBranch *b_mc_Bjorkenx; //! | |
| TBranch *b_mc_Bjorkeny; //! | |
| TBranch *b_mc_Q2; //! | |
| TBranch *b_mc_nuT; //! | |
| TBranch *b_mc_w; //! | |
| TBranch *b_mc_vtx; //! | |
| TBranch *b_mc_incomingPartVec; //! | |
| TBranch *b_mc_initNucVec; //! | |
| TBranch *b_mc_primFSLepton; //! | |
| TBranch *b_mc_nFSPart; //! | |
| TBranch *b_mc_FSPartPx; //! | |
| TBranch *b_mc_FSPartPy; //! | |
| TBranch *b_mc_FSPartPz; //! | |
| TBranch *b_mc_FSPartE; //! | |
| TBranch *b_mc_FSPartPDG; //! | |
| TBranch *b_mc_er_nPart; //! | |
| TBranch *b_mc_er_ID; //! | |
| TBranch *b_mc_er_status; //! | |
| TBranch *b_mc_er_posInNucX; //! | |
| TBranch *b_mc_er_posInNucY; //! | |
| TBranch *b_mc_er_posInNucZ; //! | |
| TBranch *b_mc_er_Px; //! | |
| TBranch *b_mc_er_Py; //! | |
| TBranch *b_mc_er_Pz; //! | |
| TBranch *b_mc_er_E; //! | |
| TBranch *b_mc_er_FD; //! | |
| TBranch *b_mc_er_LD; //! | |
| TBranch *b_mc_er_mother; //! | |
| TBranch *b_mc_fr_nNuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuParentID; //! | |
| TBranch *b_mc_fr_decMode; //! | |
| TBranch *b_mc_fr_primProtonVtx; //! | |
| TBranch *b_mc_fr_primProtonP; //! | |
| TBranch *b_mc_fr_nuParentDecVtx; //! | |
| TBranch *b_mc_fr_nuParentProdVtx; //! | |
| TBranch *b_mc_fr_nuParentProdP; //! | |
| TBranch *b_mc_cvweight_total; //! | |
| TBranch *b_wgt; //! | |
| TBranch *b_mc_cvweight_totalFlux; //! | |
| TBranch *b_mc_cvweight_totalXsec; //! | |
| TBranch *b_mc_ppfx1_cvweight; //! | |
| TBranch *b_mc_hornCurrent_cvweight; //! | |
| TBranch *b_mc_gen1_cvweight_total; //! | |
| TBranch *b_gen1_wgt; //! | |
| TBranch *b_mc_gen1_cvweight_totalFlux; //! | |
| TBranch *b_mc_gen1_cvweight_NA49; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus_sz; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49; //! | |
| TBranch *b_mc_wgt_Norm_sz; //! | |
| TBranch *b_mc_wgt_Norm; //! | |
| TBranch *b_mc_wgt_ppfx1_Total_sz; //! | |
| TBranch *b_mc_wgt_ppfx1_Total; //! | |
| TBranch *b_mc_vertex_batch; //! | |
| TBranch *b_prong_part_score; //! | |
| TBranch *b_prong_part_mass; //! | |
| TBranch *b_prong_part_charge; //! | |
| TBranch *b_prong_part_pid; //! | |
| TBranch *b_prong_part_E; //! | |
| TBranch *b_prong_part_pos; //! | |
| NuECCQE(TTree *tree=0); | |
| virtual ~NuECCQE(); | |
| virtual Int_t Cut(Long64_t entry); | |
| virtual Int_t GetEntry(Long64_t entry); | |
| virtual Long64_t LoadTree(Long64_t entry); | |
| virtual void Init(TTree *tree); | |
| virtual void Loop(); | |
| virtual Bool_t Notify(); | |
| virtual void Show(Long64_t entry = -1); | |
| }; | |
| } // end namespace | |
| #endif | |
| #ifdef NuECCQE_cxx | |
| RECOTRACKS_ANA::NuECCQE::NuECCQE(TTree *tree) : fChain(0) | |
| { | |
| // if parameter tree is not specified (or zero), connect the file | |
| // used to generate this class and read the Tree. | |
| if (tree == 0) { | |
| TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("SIM_minerva_00113270_Subruns_0001_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| if (!f || !f->IsOpen()) { | |
| f = new TFile("SIM_minerva_00113270_Subruns_0001_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| } | |
| f->GetObject("NuECCQE",tree); | |
| } | |
| Init(tree); | |
| } | |
| RECOTRACKS_ANA::NuECCQE::~NuECCQE() | |
| { | |
| if (!fChain) return; | |
| delete fChain->GetCurrentFile(); | |
| } | |
| Int_t RECOTRACKS_ANA::NuECCQE::GetEntry(Long64_t entry) | |
| { | |
| // Read contents of entry. | |
| if (!fChain) return 0; | |
| return fChain->GetEntry(entry); | |
| } | |
| Long64_t RECOTRACKS_ANA::NuECCQE::LoadTree(Long64_t entry) | |
| { | |
| // Set the environment to read one entry | |
| if (!fChain) return -5; | |
| Long64_t centry = fChain->LoadTree(entry); | |
| if (centry < 0) return centry; | |
| if (fChain->GetTreeNumber() != fCurrent) { | |
| fCurrent = fChain->GetTreeNumber(); | |
| Notify(); | |
| } | |
| return centry; | |
| } | |
| void RECOTRACKS_ANA::NuECCQE::Init(TTree *tree) | |
| { | |
| // The Init() function is called when the selector needs to initialize | |
| // a new tree or chain. Typically here the branch addresses and branch | |
| // pointers of the tree will be set. | |
| // It is normally not necessary to make changes to the generated | |
| // code, but the routine can be extended by the user if needed. | |
| // Init() will be called many times when running on PROOF | |
| // (once per file to be processed). | |
| // Set object pointer | |
| prong_axis_vector = 0; | |
| prong_axis_vertex = 0; | |
| prong_binned_energy_bin_contents = 0; | |
| prong_binned_energy_bin_indices = 0; | |
| prong_part_E = 0; | |
| prong_part_pos = 0; | |
| // Set branch addresses and branch pointers | |
| if (!tree) return; | |
| fChain = tree; | |
| fCurrent = -1; | |
| fChain->SetMakeClass(1); | |
| fChain->SetBranchAddress("eventID", &eventID, &b_eventID); | |
| fChain->SetBranchAddress("physEvtNum", &physEvtNum, &b_physEvtNum); | |
| fChain->SetBranchAddress("n_hyps", &n_hyps, &b_n_hyps); | |
| fChain->SetBranchAddress("processType", &processType, &b_processType); | |
| fChain->SetBranchAddress("primaryPart", &primaryPart, &b_primaryPart); | |
| fChain->SetBranchAddress("n_slices", &n_slices, &b_n_slices); | |
| fChain->SetBranchAddress("slice_numbers", slice_numbers, &b_slice_numbers); | |
| fChain->SetBranchAddress("shared_slice", &shared_slice, &b_shared_slice); | |
| fChain->SetBranchAddress("vtx", vtx, &b_vtx); | |
| fChain->SetBranchAddress("vtxErr", vtxErr, &b_vtxErr); | |
| fChain->SetBranchAddress("E", E, &b_E); | |
| fChain->SetBranchAddress("reco_vertex_batch", &reco_vertex_batch, &b_reco_vertex_batch); | |
| fChain->SetBranchAddress("found_truth", &found_truth, &b_found_truth); | |
| fChain->SetBranchAddress("phys_front_activity", &phys_front_activity, &b_phys_front_activity); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_is_rockmuon_consistent", &phys_energy_in_road_upstream_is_rockmuon_consistent, &b_phys_energy_in_road_upstream_is_rockmuon_consistent); | |
| fChain->SetBranchAddress("rock_muons_removed", &rock_muons_removed, &b_rock_muons_removed); | |
| fChain->SetBranchAddress("minos_track_match", &minos_track_match, &b_minos_track_match); | |
| fChain->SetBranchAddress("minos_stub_match", &minos_stub_match, &b_minos_stub_match); | |
| fChain->SetBranchAddress("unknown_helicity", &unknown_helicity, &b_unknown_helicity); | |
| fChain->SetBranchAddress("minos_track_inside_partial_plane", &minos_track_inside_partial_plane, &b_minos_track_inside_partial_plane); | |
| fChain->SetBranchAddress("prim_vtx_has_misassigned_track_direction", &prim_vtx_has_misassigned_track_direction, &b_prim_vtx_has_misassigned_track_direction); | |
| fChain->SetBranchAddress("prim_vtx_has_broken_track", &prim_vtx_has_broken_track, &b_prim_vtx_has_broken_track); | |
| fChain->SetBranchAddress("EMLikeTrackMultiplicity", &EMLikeTrackMultiplicity, &b_EMLikeTrackMultiplicity); | |
| fChain->SetBranchAddress("ExtraEnergy_nClusters", &ExtraEnergy_nClusters, &b_ExtraEnergy_nClusters); | |
| fChain->SetBranchAddress("HasFiducialVertex", &HasFiducialVertex, &b_HasFiducialVertex); | |
| fChain->SetBranchAddress("HasNoBackExitingTracks", &HasNoBackExitingTracks, &b_HasNoBackExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonEMExitingTracks", &HasNoNonEMExitingTracks, &b_HasNoNonEMExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonProtons", &HasNoNonProtons, &b_HasNoNonProtons); | |
| fChain->SetBranchAddress("HasNoVertexMismatch", &HasNoVertexMismatch, &b_HasNoVertexMismatch); | |
| fChain->SetBranchAddress("HasTracks", &HasTracks, &b_HasTracks); | |
| fChain->SetBranchAddress("NumShortTracks", &NumShortTracks, &b_NumShortTracks); | |
| fChain->SetBranchAddress("NumTracks", &NumTracks, &b_NumTracks); | |
| fChain->SetBranchAddress("ODMatchProng", &ODMatchProng, &b_ODMatchProng); | |
| fChain->SetBranchAddress("StartPointVertexMultiplicity", &StartPointVertexMultiplicity, &b_StartPointVertexMultiplicity); | |
| fChain->SetBranchAddress("TruePID", &TruePID, &b_TruePID); | |
| fChain->SetBranchAddress("UpstreamInlineNClusters", &UpstreamInlineNClusters, &b_UpstreamInlineNClusters); | |
| fChain->SetBranchAddress("UpstreamInlineNDigits", &UpstreamInlineNDigits, &b_UpstreamInlineNDigits); | |
| fChain->SetBranchAddress("VertexBlob_nClusters", &VertexBlob_nClusters, &b_VertexBlob_nClusters); | |
| fChain->SetBranchAddress("VertexTrackMultiplicity", &VertexTrackMultiplicity, &b_VertexTrackMultiplicity); | |
| fChain->SetBranchAddress("broken_track_most_us_plane", &broken_track_most_us_plane, &b_broken_track_most_us_plane); | |
| fChain->SetBranchAddress("eProng_nClusters", &eProng_nClusters, &b_eProng_nClusters); | |
| fChain->SetBranchAddress("n_indices", &n_indices, &b_n_indices); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream_nplanes", &phys_energy_in_road_downstream_nplanes, &b_phys_energy_in_road_downstream_nplanes); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_nplanes", &phys_energy_in_road_upstream_nplanes, &b_phys_energy_in_road_upstream_nplanes); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair", &phys_n_dead_discr_pair, &b_phys_n_dead_discr_pair); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_in_prim_track_region", &phys_n_dead_discr_pair_in_prim_track_region, &b_phys_n_dead_discr_pair_in_prim_track_region); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_downstream_prim_track", &phys_n_dead_discr_pair_two_mod_downstream_prim_track, &b_phys_n_dead_discr_pair_two_mod_downstream_prim_track); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_upstream_prim_vtx", &phys_n_dead_discr_pair_two_mod_upstream_prim_vtx, &b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_upstream_prim_track_proj", &phys_n_dead_discr_pair_upstream_prim_track_proj, &b_phys_n_dead_discr_pair_upstream_prim_track_proj); | |
| fChain->SetBranchAddress("phys_vertex_is_fiducial", &phys_vertex_is_fiducial, &b_phys_vertex_is_fiducial); | |
| fChain->SetBranchAddress("ConeEnergyVis", &ConeEnergyVis, &b_ConeEnergyVis); | |
| fChain->SetBranchAddress("ExtraEnergyVis", &ExtraEnergyVis, &b_ExtraEnergyVis); | |
| fChain->SetBranchAddress("Psi", &Psi, &b_Psi); | |
| fChain->SetBranchAddress("TrueEnergy", &TrueEnergy, &b_TrueEnergy); | |
| fChain->SetBranchAddress("TrueTheta", &TrueTheta, &b_TrueTheta); | |
| fChain->SetBranchAddress("UpstreamInlineEnergy", &UpstreamInlineEnergy, &b_UpstreamInlineEnergy); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosMean", &UpstreamInlineEnergyWgtdPosMean, &b_UpstreamInlineEnergyWgtdPosMean); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosRMS", &UpstreamInlineEnergyWgtdPosRMS, &b_UpstreamInlineEnergyWgtdPosRMS); | |
| fChain->SetBranchAddress("UpstreamODEnergy", &UpstreamODEnergy, &b_UpstreamODEnergy); | |
| fChain->SetBranchAddress("VertexBlobEnergy", &VertexBlobEnergy, &b_VertexBlobEnergy); | |
| fChain->SetBranchAddress("energy_from_mc", &energy_from_mc, &b_energy_from_mc); | |
| fChain->SetBranchAddress("energy_from_mc_fraction", &energy_from_mc_fraction, &b_energy_from_mc_fraction); | |
| fChain->SetBranchAddress("energy_from_mc_fraction_of_highest", &energy_from_mc_fraction_of_highest, &b_energy_from_mc_fraction_of_highest); | |
| fChain->SetBranchAddress("muon_phi", &muon_phi, &b_muon_phi); | |
| fChain->SetBranchAddress("muon_theta", &muon_theta, &b_muon_theta); | |
| fChain->SetBranchAddress("muon_thetaX", &muon_thetaX, &b_muon_thetaX); | |
| fChain->SetBranchAddress("muon_thetaY", &muon_thetaY, &b_muon_thetaY); | |
| fChain->SetBranchAddress("phys_energy_dispersed", &phys_energy_dispersed, &b_phys_energy_dispersed); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream", &phys_energy_in_road_downstream, &b_phys_energy_in_road_downstream); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream", &phys_energy_in_road_upstream, &b_phys_energy_in_road_upstream); | |
| fChain->SetBranchAddress("phys_energy_unattached", &phys_energy_unattached, &b_phys_energy_unattached); | |
| fChain->SetBranchAddress("prim_vtx_smallest_opening_angle", &prim_vtx_smallest_opening_angle, &b_prim_vtx_smallest_opening_angle); | |
| fChain->SetBranchAddress("latticeEnergyIndices", latticeEnergyIndices, &b_latticeEnergyIndices); | |
| fChain->SetBranchAddress("michel_digits_sz", &michel_digits_sz, &b_michel_digits_sz); | |
| fChain->SetBranchAddress("michel_digits", michel_digits, &b_michel_digits); | |
| fChain->SetBranchAddress("ExtraEnergy", ExtraEnergy, &b_ExtraEnergy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_X", ExtraEnergyClusters_X, &b_ExtraEnergyClusters_X); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Y", ExtraEnergyClusters_Y, &b_ExtraEnergyClusters_Y); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Z", ExtraEnergyClusters_Z, &b_ExtraEnergyClusters_Z); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_energy", ExtraEnergyClusters_energy, &b_ExtraEnergyClusters_energy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_nDigits", ExtraEnergyClusters_nDigits, &b_ExtraEnergyClusters_nDigits); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_width", ExtraEnergyClusters_width, &b_ExtraEnergyClusters_width); | |
| fChain->SetBranchAddress("NonProtonScores_sz", &NonProtonScores_sz, &b_NonProtonScores_sz); | |
| fChain->SetBranchAddress("NonProtonScores", NonProtonScores, &b_NonProtonScores); | |
| fChain->SetBranchAddress("VertexBlobClusters_X", VertexBlobClusters_X, &b_VertexBlobClusters_X); | |
| fChain->SetBranchAddress("VertexBlobClusters_Y", VertexBlobClusters_Y, &b_VertexBlobClusters_Y); | |
| fChain->SetBranchAddress("VertexBlobClusters_Z", VertexBlobClusters_Z, &b_VertexBlobClusters_Z); | |
| fChain->SetBranchAddress("VertexBlobClusters_energy", VertexBlobClusters_energy, &b_VertexBlobClusters_energy); | |
| fChain->SetBranchAddress("VertexBlobClusters_nDigits", VertexBlobClusters_nDigits, &b_VertexBlobClusters_nDigits); | |
| fChain->SetBranchAddress("VertexBlobClusters_width", VertexBlobClusters_width, &b_VertexBlobClusters_width); | |
| fChain->SetBranchAddress("VertexEnergy", VertexEnergy, &b_VertexEnergy); | |
| fChain->SetBranchAddress("eProngClusters_X", eProngClusters_X, &b_eProngClusters_X); | |
| fChain->SetBranchAddress("eProngClusters_Y", eProngClusters_Y, &b_eProngClusters_Y); | |
| fChain->SetBranchAddress("eProngClusters_Z", eProngClusters_Z, &b_eProngClusters_Z); | |
| fChain->SetBranchAddress("eProngClusters_axis_projection", eProngClusters_axis_projection, &b_eProngClusters_axis_projection); | |
| fChain->SetBranchAddress("eProngClusters_cal_energy", eProngClusters_cal_energy, &b_eProngClusters_cal_energy); | |
| fChain->SetBranchAddress("eProngClusters_energy", eProngClusters_energy, &b_eProngClusters_energy); | |
| fChain->SetBranchAddress("eProngClusters_nDigits", eProngClusters_nDigits, &b_eProngClusters_nDigits); | |
| fChain->SetBranchAddress("eProngClusters_width", eProngClusters_width, &b_eProngClusters_width); | |
| fChain->SetBranchAddress("latticeNormEnergySums", latticeNormEnergySums, &b_latticeNormEnergySums); | |
| fChain->SetBranchAddress("latticeRelativeTimes", latticeRelativeTimes, &b_latticeRelativeTimes); | |
| fChain->SetBranchAddress("michel_energy_sz", &michel_energy_sz, &b_michel_energy_sz); | |
| fChain->SetBranchAddress("michel_energy", michel_energy, &b_michel_energy); | |
| fChain->SetBranchAddress("michel_first_hit_fraction_sz", &michel_first_hit_fraction_sz, &b_michel_first_hit_fraction_sz); | |
| fChain->SetBranchAddress("michel_first_hit_fraction", michel_first_hit_fraction, &b_michel_first_hit_fraction); | |
| fChain->SetBranchAddress("michel_slice_energy_sz", &michel_slice_energy_sz, &b_michel_slice_energy_sz); | |
| fChain->SetBranchAddress("michel_slice_energy", michel_slice_energy, &b_michel_slice_energy); | |
| fChain->SetBranchAddress("michel_z_extent_sz", &michel_z_extent_sz, &b_michel_z_extent_sz); | |
| fChain->SetBranchAddress("michel_z_extent", michel_z_extent, &b_michel_z_extent); | |
| fChain->SetBranchAddress("n_prongs", &n_prongs, &b_n_prongs); | |
| fChain->SetBranchAddress("prong_nParticles", prong_nParticles, &b_prong_nParticles); | |
| fChain->SetBranchAddress("prong_GEANTTrackNum", prong_GEANTTrackNum, &b_prong_GEANTTrackNum); | |
| fChain->SetBranchAddress("prong_HasTruth", prong_HasTruth, &b_prong_HasTruth); | |
| fChain->SetBranchAddress("prong_SeedTrackType", prong_SeedTrackType, &b_prong_SeedTrackType); | |
| fChain->SetBranchAddress("prong_TruePID", prong_TruePID, &b_prong_TruePID); | |
| fChain->SetBranchAddress("prong_binned_energy_nbins", prong_binned_energy_nbins, &b_prong_binned_energy_nbins); | |
| fChain->SetBranchAddress("prong_n_frontdEdX_planes_sampled", prong_n_frontdEdX_planes_sampled, &b_prong_n_frontdEdX_planes_sampled); | |
| fChain->SetBranchAddress("prong_n_tracks", prong_n_tracks, &b_prong_n_tracks); | |
| fChain->SetBranchAddress("prong_vertexMoved", prong_vertexMoved, &b_prong_vertexMoved); | |
| fChain->SetBranchAddress("prong_BackMiddleRatio", prong_BackMiddleRatio, &b_prong_BackMiddleRatio); | |
| fChain->SetBranchAddress("prong_BeginsInTracker", prong_BeginsInTracker, &b_prong_BeginsInTracker); | |
| fChain->SetBranchAddress("prong_CalCorrectedEnergy", prong_CalCorrectedEnergy, &b_prong_CalCorrectedEnergy); | |
| fChain->SetBranchAddress("prong_DataFrac", prong_DataFrac, &b_prong_DataFrac); | |
| fChain->SetBranchAddress("prong_ECALVisE", prong_ECALVisE, &b_prong_ECALVisE); | |
| fChain->SetBranchAddress("prong_EWgtdLengthByEnergy", prong_EWgtdLengthByEnergy, &b_prong_EWgtdLengthByEnergy); | |
| fChain->SetBranchAddress("prong_EWgtdProngLength", prong_EWgtdProngLength, &b_prong_EWgtdProngLength); | |
| fChain->SetBranchAddress("prong_FirstFireFraction", prong_FirstFireFraction, &b_prong_FirstFireFraction); | |
| fChain->SetBranchAddress("prong_FracProngFromBestTrueTraj", prong_FracProngFromBestTrueTraj, &b_prong_FracProngFromBestTrueTraj); | |
| fChain->SetBranchAddress("prong_HCALVisE", prong_HCALVisE, &b_prong_HCALVisE); | |
| fChain->SetBranchAddress("prong_HCALVisEnergy", prong_HCALVisEnergy, &b_prong_HCALVisEnergy); | |
| fChain->SetBranchAddress("prong_LocalShowerWidth", prong_LocalShowerWidth, &b_prong_LocalShowerWidth); | |
| fChain->SetBranchAddress("prong_LongitudinalBunchGapScore", prong_LongitudinalBunchGapScore, &b_prong_LongitudinalBunchGapScore); | |
| fChain->SetBranchAddress("prong_MedianPlaneShowerWidth", prong_MedianPlaneShowerWidth, &b_prong_MedianPlaneShowerWidth); | |
| fChain->SetBranchAddress("prong_NoHCALActivity", prong_NoHCALActivity, &b_prong_NoHCALActivity); | |
| fChain->SetBranchAddress("prong_NoODActivity", prong_NoODActivity, &b_prong_NoODActivity); | |
| fChain->SetBranchAddress("prong_NonMIPClusFrac", prong_NonMIPClusFrac, &b_prong_NonMIPClusFrac); | |
| fChain->SetBranchAddress("prong_ODVisE", prong_ODVisE, &b_prong_ODVisE); | |
| fChain->SetBranchAddress("prong_ProngLength", prong_ProngLength, &b_prong_ProngLength); | |
| fChain->SetBranchAddress("prong_SeedTrackChi2", prong_SeedTrackChi2, &b_prong_SeedTrackChi2); | |
| fChain->SetBranchAddress("prong_ShowerEnergySeparation", prong_ShowerEnergySeparation, &b_prong_ShowerEnergySeparation); | |
| fChain->SetBranchAddress("prong_ShowerLengthEnergyScale", prong_ShowerLengthEnergyScale, &b_prong_ShowerLengthEnergyScale); | |
| fChain->SetBranchAddress("prong_SideECALVisE", prong_SideECALVisE, &b_prong_SideECALVisE); | |
| fChain->SetBranchAddress("prong_TotalVisE", prong_TotalVisE, &b_prong_TotalVisE); | |
| fChain->SetBranchAddress("prong_TransverseGapScore", prong_TransverseGapScore, &b_prong_TransverseGapScore); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorU", prong_TransverseShowerAsymmetryDenominatorU, &b_prong_TransverseShowerAsymmetryDenominatorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorV", prong_TransverseShowerAsymmetryDenominatorV, &b_prong_TransverseShowerAsymmetryDenominatorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorX", prong_TransverseShowerAsymmetryDenominatorX, &b_prong_TransverseShowerAsymmetryDenominatorX); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorU", prong_TransverseShowerAsymmetryNumeratorU, &b_prong_TransverseShowerAsymmetryNumeratorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorV", prong_TransverseShowerAsymmetryNumeratorV, &b_prong_TransverseShowerAsymmetryNumeratorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorX", prong_TransverseShowerAsymmetryNumeratorX, &b_prong_TransverseShowerAsymmetryNumeratorX); | |
| fChain->SetBranchAddress("prong_TrimmedCaloEnergy", prong_TrimmedCaloEnergy, &b_prong_TrimmedCaloEnergy); | |
| fChain->SetBranchAddress("prong_TrimmedVisE", prong_TrimmedVisE, &b_prong_TrimmedVisE); | |
| fChain->SetBranchAddress("prong_TrueEnergy", prong_TrueEnergy, &b_prong_TrueEnergy); | |
| fChain->SetBranchAddress("prong_TrueFrontdEdX", prong_TrueFrontdEdX, &b_prong_TrueFrontdEdX); | |
| fChain->SetBranchAddress("prong_TrueTheta", prong_TrueTheta, &b_prong_TrueTheta); | |
| fChain->SetBranchAddress("prong_TrueTrajFracInProng", prong_TrueTrajFracInProng, &b_prong_TrueTrajFracInProng); | |
| fChain->SetBranchAddress("prong_VertexResidualR", prong_VertexResidualR, &b_prong_VertexResidualR); | |
| fChain->SetBranchAddress("prong_VertexResidualX", prong_VertexResidualX, &b_prong_VertexResidualX); | |
| fChain->SetBranchAddress("prong_VertexResidualY", prong_VertexResidualY, &b_prong_VertexResidualY); | |
| fChain->SetBranchAddress("prong_VertexResidualZ", prong_VertexResidualZ, &b_prong_VertexResidualZ); | |
| fChain->SetBranchAddress("prong_dEdXMaxECAL", prong_dEdXMaxECAL, &b_prong_dEdXMaxECAL); | |
| fChain->SetBranchAddress("prong_dEdXMaxTracker", prong_dEdXMaxTracker, &b_prong_dEdXMaxTracker); | |
| fChain->SetBranchAddress("prong_dEdXMean", prong_dEdXMean, &b_prong_dEdXMean); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontNumBinsTracker", prong_dEdXMeanFrontNumBinsTracker, &b_prong_dEdXMeanFrontNumBinsTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontPositionTracker", prong_dEdXMeanFrontPositionTracker, &b_prong_dEdXMeanFrontPositionTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontTracker", prong_dEdXMeanFrontTracker, &b_prong_dEdXMeanFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianECAL", prong_dEdXMedianECAL, &b_prong_dEdXMedianECAL); | |
| fChain->SetBranchAddress("prong_dEdXMedianFrontTracker", prong_dEdXMedianFrontTracker, &b_prong_dEdXMedianFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianTracker", prong_dEdXMedianTracker, &b_prong_dEdXMedianTracker); | |
| fChain->SetBranchAddress("prong_projection_bin_width", prong_projection_bin_width, &b_prong_projection_bin_width); | |
| fChain->SetBranchAddress("prong_axis_vector", &prong_axis_vector, &b_prong_axis_vector); | |
| fChain->SetBranchAddress("prong_axis_vertex", &prong_axis_vertex, &b_prong_axis_vertex); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_contents", &prong_binned_energy_bin_contents, &b_prong_binned_energy_bin_contents); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_indices", &prong_binned_energy_bin_indices, &b_prong_binned_energy_bin_indices); | |
| fChain->SetBranchAddress("truth_pass_NuECCQE", &truth_pass_NuECCQE, &b_truth_pass_NuECCQE); | |
| fChain->SetBranchAddress("truth_has_physics_event", &truth_has_physics_event, &b_truth_has_physics_event); | |
| fChain->SetBranchAddress("truth_IsFiducial", &truth_IsFiducial, &b_truth_IsFiducial); | |
| fChain->SetBranchAddress("truth_Enu_QE", &truth_Enu_QE, &b_truth_Enu_QE); | |
| fChain->SetBranchAddress("truth_Q2_QE", &truth_Q2_QE, &b_truth_Q2_QE); | |
| fChain->SetBranchAddress("truth_electron_theta_wrtbeam", &truth_electron_theta_wrtbeam, &b_truth_electron_theta_wrtbeam); | |
| fChain->SetBranchAddress("genie_wgt_n_shifts", &genie_wgt_n_shifts, &b_genie_wgt_n_shifts); | |
| fChain->SetBranchAddress("truth_genie_wgt_AGKYxF1pi", truth_genie_wgt_AGKYxF1pi, &b_truth_genie_wgt_AGKYxF1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_AhtBY", truth_genie_wgt_AhtBY, &b_truth_genie_wgt_AhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_BhtBY", truth_genie_wgt_BhtBY, &b_truth_genie_wgt_BhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CCQEPauliSupViaKF", truth_genie_wgt_CCQEPauliSupViaKF, &b_truth_genie_wgt_CCQEPauliSupViaKF); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV1uBY", truth_genie_wgt_CV1uBY, &b_truth_genie_wgt_CV1uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV2uBY", truth_genie_wgt_CV2uBY, &b_truth_genie_wgt_CV2uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_EtaNCEL", truth_genie_wgt_EtaNCEL, &b_truth_genie_wgt_EtaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_N", truth_genie_wgt_FrAbs_N, &b_truth_genie_wgt_FrAbs_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_pi", truth_genie_wgt_FrAbs_pi, &b_truth_genie_wgt_FrAbs_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_N", truth_genie_wgt_FrCEx_N, &b_truth_genie_wgt_FrCEx_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_pi", truth_genie_wgt_FrCEx_pi, &b_truth_genie_wgt_FrCEx_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_N", truth_genie_wgt_FrElas_N, &b_truth_genie_wgt_FrElas_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_pi", truth_genie_wgt_FrElas_pi, &b_truth_genie_wgt_FrElas_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_N", truth_genie_wgt_FrInel_N, &b_truth_genie_wgt_FrInel_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_pi", truth_genie_wgt_FrInel_pi, &b_truth_genie_wgt_FrInel_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_N", truth_genie_wgt_FrPiProd_N, &b_truth_genie_wgt_FrPiProd_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_pi", truth_genie_wgt_FrPiProd_pi, &b_truth_genie_wgt_FrPiProd_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_N", truth_genie_wgt_MFP_N, &b_truth_genie_wgt_MFP_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_pi", truth_genie_wgt_MFP_pi, &b_truth_genie_wgt_MFP_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQE", truth_genie_wgt_MaCCQE, &b_truth_genie_wgt_MaCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQEshape", truth_genie_wgt_MaCCQEshape, &b_truth_genie_wgt_MaCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaNCEL", truth_genie_wgt_MaNCEL, &b_truth_genie_wgt_MaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaRES", truth_genie_wgt_MaRES, &b_truth_genie_wgt_MaRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_MvRES", truth_genie_wgt_MvRES, &b_truth_genie_wgt_MvRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCQE", truth_genie_wgt_NormCCQE, &b_truth_genie_wgt_NormCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCRES", truth_genie_wgt_NormCCRES, &b_truth_genie_wgt_NormCCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormDISCC", truth_genie_wgt_NormDISCC, &b_truth_genie_wgt_NormDISCC); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormNCRES", truth_genie_wgt_NormNCRES, &b_truth_genie_wgt_NormNCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_RDecBR1gamma", truth_genie_wgt_RDecBR1gamma, &b_truth_genie_wgt_RDecBR1gamma); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn1pi", truth_genie_wgt_Rvn1pi, &b_truth_genie_wgt_Rvn1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn2pi", truth_genie_wgt_Rvn2pi, &b_truth_genie_wgt_Rvn2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp1pi", truth_genie_wgt_Rvp1pi, &b_truth_genie_wgt_Rvp1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp2pi", truth_genie_wgt_Rvp2pi, &b_truth_genie_wgt_Rvp2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Theta_Delta2Npi", truth_genie_wgt_Theta_Delta2Npi, &b_truth_genie_wgt_Theta_Delta2Npi); | |
| fChain->SetBranchAddress("truth_genie_wgt_VecFFCCQEshape", truth_genie_wgt_VecFFCCQEshape, &b_truth_genie_wgt_VecFFCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_shifts", truth_genie_wgt_shifts, &b_truth_genie_wgt_shifts); | |
| fChain->SetBranchAddress("NuECCQE_nuFlavor", &NuECCQE_nuFlavor, &b_NuECCQE_nuFlavor); | |
| fChain->SetBranchAddress("NuECCQE_nuHelicity", &NuECCQE_nuHelicity, &b_NuECCQE_nuHelicity); | |
| fChain->SetBranchAddress("NuECCQE_intCurrent", &NuECCQE_intCurrent, &b_NuECCQE_intCurrent); | |
| fChain->SetBranchAddress("NuECCQE_intType", &NuECCQE_intType, &b_NuECCQE_intType); | |
| fChain->SetBranchAddress("NuECCQE_E", &NuECCQE_E, &b_NuECCQE_E); | |
| fChain->SetBranchAddress("NuECCQE_Q2", &NuECCQE_Q2, &b_NuECCQE_Q2); | |
| fChain->SetBranchAddress("NuECCQE_x", &NuECCQE_x, &b_NuECCQE_x); | |
| fChain->SetBranchAddress("NuECCQE_y", &NuECCQE_y, &b_NuECCQE_y); | |
| fChain->SetBranchAddress("NuECCQE_W", &NuECCQE_W, &b_NuECCQE_W); | |
| fChain->SetBranchAddress("NuECCQE_score", &NuECCQE_score, &b_NuECCQE_score); | |
| fChain->SetBranchAddress("NuECCQE_leptonE", NuECCQE_leptonE, &b_NuECCQE_leptonE); | |
| fChain->SetBranchAddress("NuECCQE_vtx", NuECCQE_vtx, &b_NuECCQE_vtx); | |
| fChain->SetBranchAddress("ev_run", &ev_run, &b_ev_run); | |
| fChain->SetBranchAddress("ev_subrun", &ev_subrun, &b_ev_subrun); | |
| fChain->SetBranchAddress("ev_detector", &ev_detector, &b_ev_detector); | |
| fChain->SetBranchAddress("ev_triggerType", &ev_triggerType, &b_ev_triggerType); | |
| fChain->SetBranchAddress("ev_gate", &ev_gate, &b_ev_gate); | |
| fChain->SetBranchAddress("ev_global_gate", &ev_global_gate, &b_ev_global_gate); | |
| fChain->SetBranchAddress("ev_gps_time_sec", &ev_gps_time_sec, &b_ev_gps_time_sec); | |
| fChain->SetBranchAddress("ev_gps_time_usec", &ev_gps_time_usec, &b_ev_gps_time_usec); | |
| fChain->SetBranchAddress("numi_pot", &numi_pot, &b_numi_pot); | |
| fChain->SetBranchAddress("numi_horn_curr", &numi_horn_curr, &b_numi_horn_curr); | |
| fChain->SetBranchAddress("numi_x_pos", &numi_x_pos, &b_numi_x_pos); | |
| fChain->SetBranchAddress("numi_y_pos", &numi_y_pos, &b_numi_y_pos); | |
| fChain->SetBranchAddress("numi_x_width", &numi_x_width, &b_numi_x_width); | |
| fChain->SetBranchAddress("numi_y_width", &numi_y_width, &b_numi_y_width); | |
| fChain->SetBranchAddress("numi_bpm1", &numi_bpm1, &b_numi_bpm1); | |
| fChain->SetBranchAddress("numi_bpm2", &numi_bpm2, &b_numi_bpm2); | |
| fChain->SetBranchAddress("numi_bpm3", &numi_bpm3, &b_numi_bpm3); | |
| fChain->SetBranchAddress("numi_bpm4", &numi_bpm4, &b_numi_bpm4); | |
| fChain->SetBranchAddress("numi_bpm5", &numi_bpm5, &b_numi_bpm5); | |
| fChain->SetBranchAddress("numi_bpm6", &numi_bpm6, &b_numi_bpm6); | |
| fChain->SetBranchAddress("numi_tor101", &numi_tor101, &b_numi_tor101); | |
| fChain->SetBranchAddress("numi_tr101d", &numi_tr101d, &b_numi_tr101d); | |
| fChain->SetBranchAddress("numi_tortgt", &numi_tortgt, &b_numi_tortgt); | |
| fChain->SetBranchAddress("numi_trtgtd", &numi_trtgtd, &b_numi_trtgtd); | |
| fChain->SetBranchAddress("batch_structure", &batch_structure, &b_batch_structure); | |
| fChain->SetBranchAddress("numi_minos_time_sec", &numi_minos_time_sec, &b_numi_minos_time_sec); | |
| fChain->SetBranchAddress("numi_minos_time_nsec", &numi_minos_time_nsec, &b_numi_minos_time_nsec); | |
| fChain->SetBranchAddress("numi_database_sec", &numi_database_sec, &b_numi_database_sec); | |
| fChain->SetBranchAddress("numi_database_nsec", &numi_database_nsec, &b_numi_database_nsec); | |
| fChain->SetBranchAddress("numi_is_good_beam_spill", &numi_is_good_beam_spill, &b_numi_is_good_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_data_spill", &numi_is_bad_pot_data_spill, &b_numi_is_bad_pot_data_spill); | |
| fChain->SetBranchAddress("numi_is_no_beam_spill", &numi_is_no_beam_spill, &b_numi_is_no_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_data_spill", &numi_is_bad_data_spill, &b_numi_is_bad_data_spill); | |
| fChain->SetBranchAddress("numi_is_bad_profile_x_width_data", &numi_is_bad_profile_x_width_data, &b_numi_is_bad_profile_x_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_profile_y_width_data", &numi_is_bad_profile_y_width_data, &b_numi_is_bad_profile_y_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_x_position_data", &numi_is_bad_x_position_data, &b_numi_is_bad_x_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_y_position_data", &numi_is_bad_y_position_data, &b_numi_is_bad_y_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr_data", &numi_is_bad_horn_curr_data, &b_numi_is_bad_horn_curr_data); | |
| fChain->SetBranchAddress("numi_is_bad_nearest_time_spill", &numi_is_bad_nearest_time_spill, &b_numi_is_bad_nearest_time_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_spill", &numi_is_bad_beam_spill, &b_numi_is_bad_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_spill", &numi_is_bad_pot_spill, &b_numi_is_bad_pot_spill); | |
| fChain->SetBranchAddress("numi_is_bad_x_pos", &numi_is_bad_x_pos, &b_numi_is_bad_x_pos); | |
| fChain->SetBranchAddress("numi_is_bad_y_pos", &numi_is_bad_y_pos, &b_numi_is_bad_y_pos); | |
| fChain->SetBranchAddress("numi_is_bad_beam_size", &numi_is_bad_beam_size, &b_numi_is_bad_beam_size); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_x", &numi_is_bad_profile_width_x, &b_numi_is_bad_profile_width_x); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_y", &numi_is_bad_profile_width_y, &b_numi_is_bad_profile_width_y); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr", &numi_is_bad_horn_curr, &b_numi_is_bad_horn_curr); | |
| fChain->SetBranchAddress("numi_is_target_out_spill", &numi_is_target_out_spill, &b_numi_is_target_out_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_type_spill", &numi_is_bad_beam_type_spill, &b_numi_is_bad_beam_type_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_frac_on_tgt_spill", &numi_is_bad_beam_frac_on_tgt_spill, &b_numi_is_bad_beam_frac_on_tgt_spill); | |
| fChain->SetBranchAddress("numi_is_good_position", &numi_is_good_position, &b_numi_is_good_position); | |
| fChain->SetBranchAddress("numi_is_good_width", &numi_is_good_width, &b_numi_is_good_width); | |
| fChain->SetBranchAddress("numi_is_good_toroids", &numi_is_good_toroids, &b_numi_is_good_toroids); | |
| fChain->SetBranchAddress("numi_is_good_delta_t", &numi_is_good_delta_t, &b_numi_is_good_delta_t); | |
| fChain->SetBranchAddress("numi_is_good_horn", &numi_is_good_horn, &b_numi_is_good_horn); | |
| fChain->SetBranchAddress("numi_time_to_nearest", &numi_time_to_nearest, &b_numi_time_to_nearest); | |
| fChain->SetBranchAddress("mc_run", &mc_run, &b_mc_run); | |
| fChain->SetBranchAddress("mc_subrun", &mc_subrun, &b_mc_subrun); | |
| fChain->SetBranchAddress("mc_nInteractions", &mc_nInteractions, &b_mc_nInteractions); | |
| fChain->SetBranchAddress("mc_MIState", &mc_MIState, &b_mc_MIState); | |
| fChain->SetBranchAddress("mc_pot", &mc_pot, &b_mc_pot); | |
| fChain->SetBranchAddress("mc_beamConfig", &mc_beamConfig, &b_mc_beamConfig); | |
| fChain->SetBranchAddress("mc_processType", &mc_processType, &b_mc_processType); | |
| fChain->SetBranchAddress("mc_nthEvtInSpill", &mc_nthEvtInSpill, &b_mc_nthEvtInSpill); | |
| fChain->SetBranchAddress("mc_nthEvtInFile", &mc_nthEvtInFile, &b_mc_nthEvtInFile); | |
| fChain->SetBranchAddress("mc_intType", &mc_intType, &b_mc_intType); | |
| fChain->SetBranchAddress("mc_current", &mc_current, &b_mc_current); | |
| fChain->SetBranchAddress("mc_charm", &mc_charm, &b_mc_charm); | |
| fChain->SetBranchAddress("mc_weight", &mc_weight, &b_mc_weight); | |
| fChain->SetBranchAddress("mc_XSec", &mc_XSec, &b_mc_XSec); | |
| fChain->SetBranchAddress("mc_diffXSec", &mc_diffXSec, &b_mc_diffXSec); | |
| fChain->SetBranchAddress("mc_incoming", &mc_incoming, &b_mc_incoming); | |
| fChain->SetBranchAddress("mc_fluxDriverProb", &mc_fluxDriverProb, &b_mc_fluxDriverProb); | |
| fChain->SetBranchAddress("mc_targetNucleus", &mc_targetNucleus, &b_mc_targetNucleus); | |
| fChain->SetBranchAddress("mc_targetZ", &mc_targetZ, &b_mc_targetZ); | |
| fChain->SetBranchAddress("mc_targetA", &mc_targetA, &b_mc_targetA); | |
| fChain->SetBranchAddress("mc_targetNucleon", &mc_targetNucleon, &b_mc_targetNucleon); | |
| fChain->SetBranchAddress("mc_struckQuark", &mc_struckQuark, &b_mc_struckQuark); | |
| fChain->SetBranchAddress("mc_seaQuark", &mc_seaQuark, &b_mc_seaQuark); | |
| fChain->SetBranchAddress("mc_resID", &mc_resID, &b_mc_resID); | |
| fChain->SetBranchAddress("mc_primaryLepton", &mc_primaryLepton, &b_mc_primaryLepton); | |
| fChain->SetBranchAddress("mc_incomingE", &mc_incomingE, &b_mc_incomingE); | |
| fChain->SetBranchAddress("mc_Bjorkenx", &mc_Bjorkenx, &b_mc_Bjorkenx); | |
| fChain->SetBranchAddress("mc_Bjorkeny", &mc_Bjorkeny, &b_mc_Bjorkeny); | |
| fChain->SetBranchAddress("mc_Q2", &mc_Q2, &b_mc_Q2); | |
| fChain->SetBranchAddress("mc_nuT", &mc_nuT, &b_mc_nuT); | |
| fChain->SetBranchAddress("mc_w", &mc_w, &b_mc_w); | |
| fChain->SetBranchAddress("mc_vtx", mc_vtx, &b_mc_vtx); | |
| fChain->SetBranchAddress("mc_incomingPartVec", mc_incomingPartVec, &b_mc_incomingPartVec); | |
| fChain->SetBranchAddress("mc_initNucVec", mc_initNucVec, &b_mc_initNucVec); | |
| fChain->SetBranchAddress("mc_primFSLepton", mc_primFSLepton, &b_mc_primFSLepton); | |
| fChain->SetBranchAddress("mc_nFSPart", &mc_nFSPart, &b_mc_nFSPart); | |
| fChain->SetBranchAddress("mc_FSPartPx", mc_FSPartPx, &b_mc_FSPartPx); | |
| fChain->SetBranchAddress("mc_FSPartPy", mc_FSPartPy, &b_mc_FSPartPy); | |
| fChain->SetBranchAddress("mc_FSPartPz", mc_FSPartPz, &b_mc_FSPartPz); | |
| fChain->SetBranchAddress("mc_FSPartE", mc_FSPartE, &b_mc_FSPartE); | |
| fChain->SetBranchAddress("mc_FSPartPDG", mc_FSPartPDG, &b_mc_FSPartPDG); | |
| fChain->SetBranchAddress("mc_er_nPart", &mc_er_nPart, &b_mc_er_nPart); | |
| fChain->SetBranchAddress("mc_er_ID", mc_er_ID, &b_mc_er_ID); | |
| fChain->SetBranchAddress("mc_er_status", mc_er_status, &b_mc_er_status); | |
| fChain->SetBranchAddress("mc_er_posInNucX", mc_er_posInNucX, &b_mc_er_posInNucX); | |
| fChain->SetBranchAddress("mc_er_posInNucY", mc_er_posInNucY, &b_mc_er_posInNucY); | |
| fChain->SetBranchAddress("mc_er_posInNucZ", mc_er_posInNucZ, &b_mc_er_posInNucZ); | |
| fChain->SetBranchAddress("mc_er_Px", mc_er_Px, &b_mc_er_Px); | |
| fChain->SetBranchAddress("mc_er_Py", mc_er_Py, &b_mc_er_Py); | |
| fChain->SetBranchAddress("mc_er_Pz", mc_er_Pz, &b_mc_er_Pz); | |
| fChain->SetBranchAddress("mc_er_E", mc_er_E, &b_mc_er_E); | |
| fChain->SetBranchAddress("mc_er_FD", mc_er_FD, &b_mc_er_FD); | |
| fChain->SetBranchAddress("mc_er_LD", mc_er_LD, &b_mc_er_LD); | |
| fChain->SetBranchAddress("mc_er_mother", mc_er_mother, &b_mc_er_mother); | |
| fChain->SetBranchAddress("mc_fr_nNuAncestorIDs", &mc_fr_nNuAncestorIDs, &b_mc_fr_nNuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuAncestorIDs", mc_fr_nuAncestorIDs, &b_mc_fr_nuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuParentID", &mc_fr_nuParentID, &b_mc_fr_nuParentID); | |
| fChain->SetBranchAddress("mc_fr_decMode", &mc_fr_decMode, &b_mc_fr_decMode); | |
| fChain->SetBranchAddress("mc_fr_primProtonVtx", mc_fr_primProtonVtx, &b_mc_fr_primProtonVtx); | |
| fChain->SetBranchAddress("mc_fr_primProtonP", mc_fr_primProtonP, &b_mc_fr_primProtonP); | |
| fChain->SetBranchAddress("mc_fr_nuParentDecVtx", mc_fr_nuParentDecVtx, &b_mc_fr_nuParentDecVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdVtx", mc_fr_nuParentProdVtx, &b_mc_fr_nuParentProdVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdP", mc_fr_nuParentProdP, &b_mc_fr_nuParentProdP); | |
| fChain->SetBranchAddress("mc_cvweight_total", &mc_cvweight_total, &b_mc_cvweight_total); | |
| fChain->SetBranchAddress("wgt", &wgt, &b_wgt); | |
| fChain->SetBranchAddress("mc_cvweight_totalFlux", &mc_cvweight_totalFlux, &b_mc_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_cvweight_totalXsec", &mc_cvweight_totalXsec, &b_mc_cvweight_totalXsec); | |
| fChain->SetBranchAddress("mc_ppfx1_cvweight", &mc_ppfx1_cvweight, &b_mc_ppfx1_cvweight); | |
| fChain->SetBranchAddress("mc_hornCurrent_cvweight", &mc_hornCurrent_cvweight, &b_mc_hornCurrent_cvweight); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_total", &mc_gen1_cvweight_total, &b_mc_gen1_cvweight_total); | |
| fChain->SetBranchAddress("gen1_wgt", &gen1_wgt, &b_gen1_wgt); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_totalFlux", &mc_gen1_cvweight_totalFlux, &b_mc_gen1_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_NA49", &mc_gen1_cvweight_NA49, &b_mc_gen1_cvweight_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus_sz", &mc_wgt_Flux_BeamFocus_sz, &b_mc_wgt_Flux_BeamFocus_sz); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus", &mc_wgt_Flux_BeamFocus, &b_mc_wgt_Flux_BeamFocus); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary_sz", &mc_wgt_gen1_Flux_Tertiary_sz, &b_mc_wgt_gen1_Flux_Tertiary_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary", &mc_wgt_gen1_Flux_Tertiary, &b_mc_wgt_gen1_Flux_Tertiary); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49_sz", &mc_wgt_gen1_Flux_NA49_sz, &b_mc_wgt_gen1_Flux_NA49_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49", &mc_wgt_gen1_Flux_NA49, &b_mc_wgt_gen1_Flux_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Norm_sz", &mc_wgt_Norm_sz, &b_mc_wgt_Norm_sz); | |
| fChain->SetBranchAddress("mc_wgt_Norm", &mc_wgt_Norm, &b_mc_wgt_Norm); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total_sz", &mc_wgt_ppfx1_Total_sz, &b_mc_wgt_ppfx1_Total_sz); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total", &mc_wgt_ppfx1_Total, &b_mc_wgt_ppfx1_Total); | |
| fChain->SetBranchAddress("mc_vertex_batch", &mc_vertex_batch, &b_mc_vertex_batch); | |
| fChain->SetBranchAddress("prong_part_score", prong_part_score, &b_prong_part_score); | |
| fChain->SetBranchAddress("prong_part_mass", prong_part_mass, &b_prong_part_mass); | |
| fChain->SetBranchAddress("prong_part_charge", prong_part_charge, &b_prong_part_charge); | |
| fChain->SetBranchAddress("prong_part_pid", prong_part_pid, &b_prong_part_pid); | |
| fChain->SetBranchAddress("prong_part_E", &prong_part_E, &b_prong_part_E); | |
| fChain->SetBranchAddress("prong_part_pos", &prong_part_pos, &b_prong_part_pos); | |
| Notify(); | |
| } | |
| Bool_t RECOTRACKS_ANA::NuECCQE::Notify() | |
| { | |
| // The Notify() function is called when a new file is opened. This | |
| // can be either for a new TTree in a TChain or when when a new TTree | |
| // is started when using PROOF. It is normally not necessary to make changes | |
| // to the generated code, but the routine can be extended by the | |
| // user if needed. The return value is currently not used. | |
| return kTRUE; | |
| } | |
| void RECOTRACKS_ANA::NuECCQE::Show(Long64_t entry) | |
| { | |
| // Print contents of entry. | |
| // If entry is not specified, print current entry | |
| if (!fChain) return; | |
| fChain->Show(entry); | |
| } | |
| Int_t RECOTRACKS_ANA::NuECCQE::Cut(Long64_t entry) | |
| { | |
| // This function may be called from Loop. | |
| // returns 1 if entry is accepted. | |
| // returns -1 otherwise. | |
| return 1; | |
| } | |
| #endif // #ifdef NuECCQE_cxx |
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| ////////////////////////////////////////////////////////// | |
| // This class has been automatically generated on | |
| // Mon May 14 10:00:44 2018 by ROOT version 5.34/36 | |
| // from TTree NuECCQE/Tuple created by an AnaTuple managed by AnaTupleManager | |
| // found on file: /pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/05/SIM_minerva_00110005_Subruns_0227_NuECCQE_Ana_Tuple_v21r1p1.root | |
| ////////////////////////////////////////////////////////// | |
| #ifndef NuECCQE_h | |
| #define NuECCQE_h | |
| #include <TROOT.h> | |
| #include <TChain.h> | |
| #include <TFile.h> | |
| // Header file for the classes stored in the TTree if any. | |
| #include "/grid/fermiapp/minerva/software_releases/lcgcmake/build/lcg_61a/projects/ROOT-5.34.36/src/ROOT/5.34.36/cint/cint/lib/prec_stl/vector" | |
| // Fixed size dimensions of array or collections stored in the TTree if any. | |
| class NuECCQE { | |
| public : | |
| TTree *fChain; //!pointer to the analyzed TTree or TChain | |
| Int_t fCurrent; //!current Tree number in a TChain | |
| // Declaration of leaf types | |
| Double_t eventID; | |
| Int_t physEvtNum; | |
| Int_t n_hyps; | |
| Int_t processType; | |
| Int_t primaryPart; | |
| Int_t n_slices; | |
| Int_t slice_numbers[1]; //[n_slices] | |
| Int_t shared_slice; | |
| Double_t vtx[4]; | |
| Double_t vtxErr[4]; | |
| Double_t E[4]; | |
| Int_t reco_vertex_batch; | |
| Bool_t found_truth; | |
| Bool_t phys_front_activity; | |
| Bool_t phys_energy_in_road_upstream_is_rockmuon_consistent; | |
| Bool_t rock_muons_removed; | |
| Bool_t minos_track_match; | |
| Bool_t minos_stub_match; | |
| Bool_t unknown_helicity; | |
| Bool_t minos_track_inside_partial_plane; | |
| Bool_t prim_vtx_has_misassigned_track_direction; | |
| Bool_t prim_vtx_has_broken_track; | |
| Int_t EMLikeTrackMultiplicity; | |
| Int_t ExtraEnergy_nClusters; | |
| Int_t HasFiducialVertex; | |
| Int_t HasNoBackExitingTracks; | |
| Int_t HasNoNonEMExitingTracks; | |
| Int_t HasNoNonProtons; | |
| Int_t HasNoVertexMismatch; | |
| Int_t HasTracks; | |
| Int_t NumShortTracks; | |
| Int_t NumTracks; | |
| Int_t ODMatchProng; | |
| Int_t StartPointVertexMultiplicity; | |
| Int_t TruePID; | |
| Int_t UpstreamInlineNClusters; | |
| Int_t UpstreamInlineNDigits; | |
| Int_t VertexBlob_nClusters; | |
| Int_t VertexTrackMultiplicity; | |
| Int_t broken_track_most_us_plane; | |
| Int_t eProng_nClusters; | |
| Int_t n_indices; | |
| Int_t phys_energy_in_road_downstream_nplanes; | |
| Int_t phys_energy_in_road_upstream_nplanes; | |
| Int_t phys_n_dead_discr_pair; | |
| Int_t phys_n_dead_discr_pair_in_prim_track_region; | |
| Int_t phys_n_dead_discr_pair_two_mod_downstream_prim_track; | |
| Int_t phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; | |
| Int_t phys_n_dead_discr_pair_upstream_prim_track_proj; | |
| Int_t phys_vertex_is_fiducial; | |
| Double_t ConeEnergyVis; | |
| Double_t ExtraEnergyVis; | |
| Double_t Psi; | |
| Double_t TrueEnergy; | |
| Double_t TrueTheta; | |
| Double_t UpstreamInlineEnergy; | |
| Double_t UpstreamInlineEnergyWgtdPosMean; | |
| Double_t UpstreamInlineEnergyWgtdPosRMS; | |
| Double_t UpstreamODEnergy; | |
| Double_t VertexBlobEnergy; | |
| Double_t energy_from_mc; | |
| Double_t energy_from_mc_fraction; | |
| Double_t energy_from_mc_fraction_of_highest; | |
| Double_t muon_phi; | |
| Double_t muon_theta; | |
| Double_t muon_thetaX; | |
| Double_t muon_thetaY; | |
| Double_t phys_energy_dispersed; | |
| Double_t phys_energy_in_road_downstream; | |
| Double_t phys_energy_in_road_upstream; | |
| Double_t phys_energy_unattached; | |
| Double_t prim_vtx_smallest_opening_angle; | |
| Int_t latticeEnergyIndices[23876]; //[n_indices] | |
| Int_t michel_digits_sz; | |
| Int_t michel_digits[2]; //[michel_digits_sz] | |
| Double_t ExtraEnergy[4]; | |
| Double_t ExtraEnergyClusters_X[140]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Y[140]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Z[140]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_energy[140]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_nDigits[140]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_width[140]; //[ExtraEnergy_nClusters] | |
| Int_t NonProtonScores_sz; | |
| Double_t NonProtonScores[2]; //[NonProtonScores_sz] | |
| Double_t VertexBlobClusters_X[42]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Y[42]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Z[42]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_energy[42]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_nDigits[42]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_width[42]; //[VertexBlob_nClusters] | |
| Double_t VertexEnergy[4]; | |
| Double_t eProngClusters_X[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_Y[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_Z[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_axis_projection[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_cal_energy[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_energy[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_nDigits[311]; //[eProng_nClusters] | |
| Double_t eProngClusters_width[311]; //[eProng_nClusters] | |
| Double_t latticeNormEnergySums[23876]; //[n_indices] | |
| Double_t latticeRelativeTimes[23876]; //[n_indices] | |
| Int_t michel_energy_sz; | |
| Double_t michel_energy[2]; //[michel_energy_sz] | |
| Int_t michel_first_hit_fraction_sz; | |
| Double_t michel_first_hit_fraction[2]; //[michel_first_hit_fraction_sz] | |
| Int_t michel_slice_energy_sz; | |
| Double_t michel_slice_energy[2]; //[michel_slice_energy_sz] | |
| Int_t michel_z_extent_sz; | |
| Double_t michel_z_extent[2]; //[michel_z_extent_sz] | |
| Int_t n_prongs; | |
| Int_t prong_nParticles[2]; //[n_prongs] | |
| Int_t prong_GEANTTrackNum[2]; //[n_prongs] | |
| Int_t prong_HasTruth[2]; //[n_prongs] | |
| Int_t prong_SeedTrackType[2]; //[n_prongs] | |
| Int_t prong_TruePID[2]; //[n_prongs] | |
| Int_t prong_binned_energy_nbins[2]; //[n_prongs] | |
| Int_t prong_n_frontdEdX_planes_sampled[2]; //[n_prongs] | |
| Int_t prong_n_tracks[2]; //[n_prongs] | |
| Int_t prong_vertexMoved[2]; //[n_prongs] | |
| Double_t prong_BackMiddleRatio[2]; //[n_prongs] | |
| Double_t prong_BeginsInTracker[2]; //[n_prongs] | |
| Double_t prong_CalCorrectedEnergy[2]; //[n_prongs] | |
| Double_t prong_DataFrac[2]; //[n_prongs] | |
| Double_t prong_ECALVisE[2]; //[n_prongs] | |
| Double_t prong_EWgtdLengthByEnergy[2]; //[n_prongs] | |
| Double_t prong_EWgtdProngLength[2]; //[n_prongs] | |
| Double_t prong_FirstFireFraction[2]; //[n_prongs] | |
| Double_t prong_FracProngFromBestTrueTraj[2]; //[n_prongs] | |
| Double_t prong_HCALVisE[2]; //[n_prongs] | |
| Double_t prong_HCALVisEnergy[2]; //[n_prongs] | |
| Double_t prong_LocalShowerWidth[2]; //[n_prongs] | |
| Double_t prong_LongitudinalBunchGapScore[2]; //[n_prongs] | |
| Double_t prong_MedianPlaneShowerWidth[2]; //[n_prongs] | |
| Double_t prong_NoHCALActivity[2]; //[n_prongs] | |
| Double_t prong_NoODActivity[2]; //[n_prongs] | |
| Double_t prong_NonMIPClusFrac[2]; //[n_prongs] | |
| Double_t prong_ODVisE[2]; //[n_prongs] | |
| Double_t prong_ProngLength[2]; //[n_prongs] | |
| Double_t prong_SeedTrackChi2[2]; //[n_prongs] | |
| Double_t prong_ShowerEnergySeparation[2]; //[n_prongs] | |
| Double_t prong_ShowerLengthEnergyScale[2]; //[n_prongs] | |
| Double_t prong_SideECALVisE[2]; //[n_prongs] | |
| Double_t prong_TotalVisE[2]; //[n_prongs] | |
| Double_t prong_TransverseGapScore[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorU[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorV[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorX[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorU[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorV[2]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorX[2]; //[n_prongs] | |
| Double_t prong_TrimmedCaloEnergy[2]; //[n_prongs] | |
| Double_t prong_TrimmedVisE[2]; //[n_prongs] | |
| Double_t prong_TrueEnergy[2]; //[n_prongs] | |
| Double_t prong_TrueFrontdEdX[2]; //[n_prongs] | |
| Double_t prong_TrueTheta[2]; //[n_prongs] | |
| Double_t prong_TrueTrajFracInProng[2]; //[n_prongs] | |
| Double_t prong_VertexResidualR[2]; //[n_prongs] | |
| Double_t prong_VertexResidualX[2]; //[n_prongs] | |
| Double_t prong_VertexResidualY[2]; //[n_prongs] | |
| Double_t prong_VertexResidualZ[2]; //[n_prongs] | |
| Double_t prong_dEdXMaxECAL[2]; //[n_prongs] | |
| Double_t prong_dEdXMaxTracker[2]; //[n_prongs] | |
| Double_t prong_dEdXMean[2]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontNumBinsTracker[2]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontPositionTracker[2]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontTracker[2]; //[n_prongs] | |
| Double_t prong_dEdXMedianECAL[2]; //[n_prongs] | |
| Double_t prong_dEdXMedianFrontTracker[2]; //[n_prongs] | |
| Double_t prong_dEdXMedianTracker[2]; //[n_prongs] | |
| Double_t prong_projection_bin_width[2]; //[n_prongs] | |
| vector<vector<double> > *prong_axis_vector; | |
| vector<vector<double> > *prong_axis_vertex; | |
| vector<vector<double> > *prong_binned_energy_bin_contents; | |
| vector<vector<double> > *prong_binned_energy_bin_indices; | |
| Bool_t truth_pass_NuECCQE; | |
| Bool_t truth_has_physics_event; | |
| Int_t truth_IsFiducial; | |
| Double_t truth_Enu_QE; | |
| Double_t truth_Q2_QE; | |
| Double_t truth_electron_theta_wrtbeam; | |
| Int_t genie_wgt_n_shifts; | |
| Double_t truth_genie_wgt_AGKYxF1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_AhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_BhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CCQEPauliSupViaKF[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV1uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV2uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_EtaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MvRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormDISCC[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormNCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_RDecBR1gamma[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Theta_Delta2Npi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_VecFFCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_shifts[7]; //[genie_wgt_n_shifts] | |
| Int_t NuECCQE_nuFlavor; | |
| Int_t NuECCQE_nuHelicity; | |
| Int_t NuECCQE_intCurrent; | |
| Int_t NuECCQE_intType; | |
| Double_t NuECCQE_E; | |
| Double_t NuECCQE_Q2; | |
| Double_t NuECCQE_x; | |
| Double_t NuECCQE_y; | |
| Double_t NuECCQE_W; | |
| Double_t NuECCQE_score; | |
| Double_t NuECCQE_leptonE[4]; | |
| Double_t NuECCQE_vtx[4]; | |
| Int_t ev_run; | |
| Int_t ev_subrun; | |
| Int_t ev_detector; | |
| Int_t ev_triggerType; | |
| Int_t ev_gate; | |
| Int_t ev_global_gate; | |
| Int_t ev_gps_time_sec; | |
| Int_t ev_gps_time_usec; | |
| Double_t numi_pot; | |
| Double_t numi_horn_curr; | |
| Double_t numi_x_pos; | |
| Double_t numi_y_pos; | |
| Double_t numi_x_width; | |
| Double_t numi_y_width; | |
| Double_t numi_bpm1; | |
| Double_t numi_bpm2; | |
| Double_t numi_bpm3; | |
| Double_t numi_bpm4; | |
| Double_t numi_bpm5; | |
| Double_t numi_bpm6; | |
| Double_t numi_tor101; | |
| Double_t numi_tr101d; | |
| Double_t numi_tortgt; | |
| Double_t numi_trtgtd; | |
| Int_t batch_structure; | |
| Int_t numi_minos_time_sec; | |
| Int_t numi_minos_time_nsec; | |
| Int_t numi_database_sec; | |
| Int_t numi_database_nsec; | |
| Int_t numi_is_good_beam_spill; | |
| Int_t numi_is_bad_pot_data_spill; | |
| Int_t numi_is_no_beam_spill; | |
| Int_t numi_is_bad_data_spill; | |
| Int_t numi_is_bad_profile_x_width_data; | |
| Int_t numi_is_bad_profile_y_width_data; | |
| Int_t numi_is_bad_x_position_data; | |
| Int_t numi_is_bad_y_position_data; | |
| Int_t numi_is_bad_horn_curr_data; | |
| Int_t numi_is_bad_nearest_time_spill; | |
| Int_t numi_is_bad_beam_spill; | |
| Int_t numi_is_bad_pot_spill; | |
| Int_t numi_is_bad_x_pos; | |
| Int_t numi_is_bad_y_pos; | |
| Int_t numi_is_bad_beam_size; | |
| Int_t numi_is_bad_profile_width_x; | |
| Int_t numi_is_bad_profile_width_y; | |
| Int_t numi_is_bad_horn_curr; | |
| Int_t numi_is_target_out_spill; | |
| Int_t numi_is_bad_beam_type_spill; | |
| Int_t numi_is_bad_beam_frac_on_tgt_spill; | |
| Int_t numi_is_good_position; | |
| Int_t numi_is_good_width; | |
| Int_t numi_is_good_toroids; | |
| Int_t numi_is_good_delta_t; | |
| Int_t numi_is_good_horn; | |
| Double_t numi_time_to_nearest; | |
| Int_t mc_run; | |
| Int_t mc_subrun; | |
| Int_t mc_nInteractions; | |
| Int_t mc_MIState; | |
| Double_t mc_pot; | |
| Int_t mc_beamConfig; | |
| Int_t mc_processType; | |
| Int_t mc_nthEvtInSpill; | |
| Int_t mc_nthEvtInFile; | |
| Int_t mc_intType; | |
| Int_t mc_current; | |
| Int_t mc_charm; | |
| Double_t mc_weight; | |
| Double_t mc_XSec; | |
| Double_t mc_diffXSec; | |
| Int_t mc_incoming; | |
| Double_t mc_fluxDriverProb; | |
| Int_t mc_targetNucleus; | |
| Int_t mc_targetZ; | |
| Int_t mc_targetA; | |
| Int_t mc_targetNucleon; | |
| Int_t mc_struckQuark; | |
| Int_t mc_seaQuark; | |
| Int_t mc_resID; | |
| Int_t mc_primaryLepton; | |
| Double_t mc_incomingE; | |
| Double_t mc_Bjorkenx; | |
| Double_t mc_Bjorkeny; | |
| Double_t mc_Q2; | |
| Double_t mc_nuT; | |
| Double_t mc_w; | |
| Double_t mc_vtx[4]; | |
| Double_t mc_incomingPartVec[4]; | |
| Double_t mc_initNucVec[4]; | |
| Double_t mc_primFSLepton[4]; | |
| Int_t mc_nFSPart; | |
| Double_t mc_FSPartPx[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartPy[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartPz[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartE[70]; //[mc_nFSPart] | |
| Int_t mc_FSPartPDG[70]; //[mc_nFSPart] | |
| Int_t mc_er_nPart; | |
| Int_t mc_er_ID[92]; //[mc_er_nPart] | |
| Int_t mc_er_status[92]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucX[92]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucY[92]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucZ[92]; //[mc_er_nPart] | |
| Double_t mc_er_Px[92]; //[mc_er_nPart] | |
| Double_t mc_er_Py[92]; //[mc_er_nPart] | |
| Double_t mc_er_Pz[92]; //[mc_er_nPart] | |
| Double_t mc_er_E[92]; //[mc_er_nPart] | |
| Int_t mc_er_FD[92]; //[mc_er_nPart] | |
| Int_t mc_er_LD[92]; //[mc_er_nPart] | |
| Int_t mc_er_mother[92]; //[mc_er_nPart] | |
| Int_t mc_fr_nNuAncestorIDs; | |
| Int_t mc_fr_nuAncestorIDs[5]; //[mc_fr_nNuAncestorIDs] | |
| Int_t mc_fr_nuParentID; | |
| Int_t mc_fr_decMode; | |
| Double_t mc_fr_primProtonVtx[3]; | |
| Double_t mc_fr_primProtonP[4]; | |
| Double_t mc_fr_nuParentDecVtx[3]; | |
| Double_t mc_fr_nuParentProdVtx[3]; | |
| Double_t mc_fr_nuParentProdP[4]; | |
| Double_t mc_cvweight_total; | |
| Double_t wgt; | |
| Double_t mc_cvweight_totalFlux; | |
| Double_t mc_cvweight_totalXsec; | |
| Double_t mc_ppfx1_cvweight; | |
| Double_t mc_hornCurrent_cvweight; | |
| Double_t mc_gen1_cvweight_total; | |
| Double_t gen1_wgt; | |
| Double_t mc_gen1_cvweight_totalFlux; | |
| Double_t mc_gen1_cvweight_NA49; | |
| Int_t mc_wgt_Flux_BeamFocus_sz; | |
| Double_t mc_wgt_Flux_BeamFocus[1]; //[mc_wgt_Flux_BeamFocus_sz] | |
| Int_t mc_wgt_gen1_Flux_Tertiary_sz; | |
| Double_t mc_wgt_gen1_Flux_Tertiary[1]; //[mc_wgt_gen1_Flux_Tertiary_sz] | |
| Int_t mc_wgt_gen1_Flux_NA49_sz; | |
| Double_t mc_wgt_gen1_Flux_NA49[1]; //[mc_wgt_gen1_Flux_NA49_sz] | |
| Int_t mc_wgt_Norm_sz; | |
| Double_t mc_wgt_Norm[1]; //[mc_wgt_Norm_sz] | |
| Int_t mc_wgt_ppfx1_Total_sz; | |
| Double_t mc_wgt_ppfx1_Total[1]; //[mc_wgt_ppfx1_Total_sz] | |
| Int_t mc_vertex_batch; | |
| Double_t prong_part_score[2]; //[n_prongs] | |
| Double_t prong_part_mass[2]; //[n_prongs] | |
| Int_t prong_part_charge[2]; //[n_prongs] | |
| Int_t prong_part_pid[2]; //[n_prongs] | |
| vector<vector<double> > *prong_part_E; | |
| vector<vector<double> > *prong_part_pos; | |
| // List of branches | |
| TBranch *b_eventID; //! | |
| TBranch *b_physEvtNum; //! | |
| TBranch *b_n_hyps; //! | |
| TBranch *b_processType; //! | |
| TBranch *b_primaryPart; //! | |
| TBranch *b_n_slices; //! | |
| TBranch *b_slice_numbers; //! | |
| TBranch *b_shared_slice; //! | |
| TBranch *b_vtx; //! | |
| TBranch *b_vtxErr; //! | |
| TBranch *b_E; //! | |
| TBranch *b_reco_vertex_batch; //! | |
| TBranch *b_found_truth; //! | |
| TBranch *b_phys_front_activity; //! | |
| TBranch *b_phys_energy_in_road_upstream_is_rockmuon_consistent; //! | |
| TBranch *b_rock_muons_removed; //! | |
| TBranch *b_minos_track_match; //! | |
| TBranch *b_minos_stub_match; //! | |
| TBranch *b_unknown_helicity; //! | |
| TBranch *b_minos_track_inside_partial_plane; //! | |
| TBranch *b_prim_vtx_has_misassigned_track_direction; //! | |
| TBranch *b_prim_vtx_has_broken_track; //! | |
| TBranch *b_EMLikeTrackMultiplicity; //! | |
| TBranch *b_ExtraEnergy_nClusters; //! | |
| TBranch *b_HasFiducialVertex; //! | |
| TBranch *b_HasNoBackExitingTracks; //! | |
| TBranch *b_HasNoNonEMExitingTracks; //! | |
| TBranch *b_HasNoNonProtons; //! | |
| TBranch *b_HasNoVertexMismatch; //! | |
| TBranch *b_HasTracks; //! | |
| TBranch *b_NumShortTracks; //! | |
| TBranch *b_NumTracks; //! | |
| TBranch *b_ODMatchProng; //! | |
| TBranch *b_StartPointVertexMultiplicity; //! | |
| TBranch *b_TruePID; //! | |
| TBranch *b_UpstreamInlineNClusters; //! | |
| TBranch *b_UpstreamInlineNDigits; //! | |
| TBranch *b_VertexBlob_nClusters; //! | |
| TBranch *b_VertexTrackMultiplicity; //! | |
| TBranch *b_broken_track_most_us_plane; //! | |
| TBranch *b_eProng_nClusters; //! | |
| TBranch *b_n_indices; //! | |
| TBranch *b_phys_energy_in_road_downstream_nplanes; //! | |
| TBranch *b_phys_energy_in_road_upstream_nplanes; //! | |
| TBranch *b_phys_n_dead_discr_pair; //! | |
| TBranch *b_phys_n_dead_discr_pair_in_prim_track_region; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_downstream_prim_track; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; //! | |
| TBranch *b_phys_n_dead_discr_pair_upstream_prim_track_proj; //! | |
| TBranch *b_phys_vertex_is_fiducial; //! | |
| TBranch *b_ConeEnergyVis; //! | |
| TBranch *b_ExtraEnergyVis; //! | |
| TBranch *b_Psi; //! | |
| TBranch *b_TrueEnergy; //! | |
| TBranch *b_TrueTheta; //! | |
| TBranch *b_UpstreamInlineEnergy; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosMean; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosRMS; //! | |
| TBranch *b_UpstreamODEnergy; //! | |
| TBranch *b_VertexBlobEnergy; //! | |
| TBranch *b_energy_from_mc; //! | |
| TBranch *b_energy_from_mc_fraction; //! | |
| TBranch *b_energy_from_mc_fraction_of_highest; //! | |
| TBranch *b_muon_phi; //! | |
| TBranch *b_muon_theta; //! | |
| TBranch *b_muon_thetaX; //! | |
| TBranch *b_muon_thetaY; //! | |
| TBranch *b_phys_energy_dispersed; //! | |
| TBranch *b_phys_energy_in_road_downstream; //! | |
| TBranch *b_phys_energy_in_road_upstream; //! | |
| TBranch *b_phys_energy_unattached; //! | |
| TBranch *b_prim_vtx_smallest_opening_angle; //! | |
| TBranch *b_latticeEnergyIndices; //! | |
| TBranch *b_michel_digits_sz; //! | |
| TBranch *b_michel_digits; //! | |
| TBranch *b_ExtraEnergy; //! | |
| TBranch *b_ExtraEnergyClusters_X; //! | |
| TBranch *b_ExtraEnergyClusters_Y; //! | |
| TBranch *b_ExtraEnergyClusters_Z; //! | |
| TBranch *b_ExtraEnergyClusters_energy; //! | |
| TBranch *b_ExtraEnergyClusters_nDigits; //! | |
| TBranch *b_ExtraEnergyClusters_width; //! | |
| TBranch *b_NonProtonScores_sz; //! | |
| TBranch *b_NonProtonScores; //! | |
| TBranch *b_VertexBlobClusters_X; //! | |
| TBranch *b_VertexBlobClusters_Y; //! | |
| TBranch *b_VertexBlobClusters_Z; //! | |
| TBranch *b_VertexBlobClusters_energy; //! | |
| TBranch *b_VertexBlobClusters_nDigits; //! | |
| TBranch *b_VertexBlobClusters_width; //! | |
| TBranch *b_VertexEnergy; //! | |
| TBranch *b_eProngClusters_X; //! | |
| TBranch *b_eProngClusters_Y; //! | |
| TBranch *b_eProngClusters_Z; //! | |
| TBranch *b_eProngClusters_axis_projection; //! | |
| TBranch *b_eProngClusters_cal_energy; //! | |
| TBranch *b_eProngClusters_energy; //! | |
| TBranch *b_eProngClusters_nDigits; //! | |
| TBranch *b_eProngClusters_width; //! | |
| TBranch *b_latticeNormEnergySums; //! | |
| TBranch *b_latticeRelativeTimes; //! | |
| TBranch *b_michel_energy_sz; //! | |
| TBranch *b_michel_energy; //! | |
| TBranch *b_michel_first_hit_fraction_sz; //! | |
| TBranch *b_michel_first_hit_fraction; //! | |
| TBranch *b_michel_slice_energy_sz; //! | |
| TBranch *b_michel_slice_energy; //! | |
| TBranch *b_michel_z_extent_sz; //! | |
| TBranch *b_michel_z_extent; //! | |
| TBranch *b_n_prongs; //! | |
| TBranch *b_prong_nParticles; //! | |
| TBranch *b_prong_GEANTTrackNum; //! | |
| TBranch *b_prong_HasTruth; //! | |
| TBranch *b_prong_SeedTrackType; //! | |
| TBranch *b_prong_TruePID; //! | |
| TBranch *b_prong_binned_energy_nbins; //! | |
| TBranch *b_prong_n_frontdEdX_planes_sampled; //! | |
| TBranch *b_prong_n_tracks; //! | |
| TBranch *b_prong_vertexMoved; //! | |
| TBranch *b_prong_BackMiddleRatio; //! | |
| TBranch *b_prong_BeginsInTracker; //! | |
| TBranch *b_prong_CalCorrectedEnergy; //! | |
| TBranch *b_prong_DataFrac; //! | |
| TBranch *b_prong_ECALVisE; //! | |
| TBranch *b_prong_EWgtdLengthByEnergy; //! | |
| TBranch *b_prong_EWgtdProngLength; //! | |
| TBranch *b_prong_FirstFireFraction; //! | |
| TBranch *b_prong_FracProngFromBestTrueTraj; //! | |
| TBranch *b_prong_HCALVisE; //! | |
| TBranch *b_prong_HCALVisEnergy; //! | |
| TBranch *b_prong_LocalShowerWidth; //! | |
| TBranch *b_prong_LongitudinalBunchGapScore; //! | |
| TBranch *b_prong_MedianPlaneShowerWidth; //! | |
| TBranch *b_prong_NoHCALActivity; //! | |
| TBranch *b_prong_NoODActivity; //! | |
| TBranch *b_prong_NonMIPClusFrac; //! | |
| TBranch *b_prong_ODVisE; //! | |
| TBranch *b_prong_ProngLength; //! | |
| TBranch *b_prong_SeedTrackChi2; //! | |
| TBranch *b_prong_ShowerEnergySeparation; //! | |
| TBranch *b_prong_ShowerLengthEnergyScale; //! | |
| TBranch *b_prong_SideECALVisE; //! | |
| TBranch *b_prong_TotalVisE; //! | |
| TBranch *b_prong_TransverseGapScore; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorX; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorX; //! | |
| TBranch *b_prong_TrimmedCaloEnergy; //! | |
| TBranch *b_prong_TrimmedVisE; //! | |
| TBranch *b_prong_TrueEnergy; //! | |
| TBranch *b_prong_TrueFrontdEdX; //! | |
| TBranch *b_prong_TrueTheta; //! | |
| TBranch *b_prong_TrueTrajFracInProng; //! | |
| TBranch *b_prong_VertexResidualR; //! | |
| TBranch *b_prong_VertexResidualX; //! | |
| TBranch *b_prong_VertexResidualY; //! | |
| TBranch *b_prong_VertexResidualZ; //! | |
| TBranch *b_prong_dEdXMaxECAL; //! | |
| TBranch *b_prong_dEdXMaxTracker; //! | |
| TBranch *b_prong_dEdXMean; //! | |
| TBranch *b_prong_dEdXMeanFrontNumBinsTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontPositionTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianECAL; //! | |
| TBranch *b_prong_dEdXMedianFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianTracker; //! | |
| TBranch *b_prong_projection_bin_width; //! | |
| TBranch *b_prong_axis_vector; //! | |
| TBranch *b_prong_axis_vertex; //! | |
| TBranch *b_prong_binned_energy_bin_contents; //! | |
| TBranch *b_prong_binned_energy_bin_indices; //! | |
| TBranch *b_truth_pass_NuECCQE; //! | |
| TBranch *b_truth_has_physics_event; //! | |
| TBranch *b_truth_IsFiducial; //! | |
| TBranch *b_truth_Enu_QE; //! | |
| TBranch *b_truth_Q2_QE; //! | |
| TBranch *b_truth_electron_theta_wrtbeam; //! | |
| TBranch *b_genie_wgt_n_shifts; //! | |
| TBranch *b_truth_genie_wgt_AGKYxF1pi; //! | |
| TBranch *b_truth_genie_wgt_AhtBY; //! | |
| TBranch *b_truth_genie_wgt_BhtBY; //! | |
| TBranch *b_truth_genie_wgt_CCQEPauliSupViaKF; //! | |
| TBranch *b_truth_genie_wgt_CV1uBY; //! | |
| TBranch *b_truth_genie_wgt_CV2uBY; //! | |
| TBranch *b_truth_genie_wgt_EtaNCEL; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_N; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_pi; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_N; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_pi; //! | |
| TBranch *b_truth_genie_wgt_FrElas_N; //! | |
| TBranch *b_truth_genie_wgt_FrElas_pi; //! | |
| TBranch *b_truth_genie_wgt_FrInel_N; //! | |
| TBranch *b_truth_genie_wgt_FrInel_pi; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_N; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_pi; //! | |
| TBranch *b_truth_genie_wgt_MFP_N; //! | |
| TBranch *b_truth_genie_wgt_MFP_pi; //! | |
| TBranch *b_truth_genie_wgt_MaCCQE; //! | |
| TBranch *b_truth_genie_wgt_MaCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_MaNCEL; //! | |
| TBranch *b_truth_genie_wgt_MaRES; //! | |
| TBranch *b_truth_genie_wgt_MvRES; //! | |
| TBranch *b_truth_genie_wgt_NormCCQE; //! | |
| TBranch *b_truth_genie_wgt_NormCCRES; //! | |
| TBranch *b_truth_genie_wgt_NormDISCC; //! | |
| TBranch *b_truth_genie_wgt_NormNCRES; //! | |
| TBranch *b_truth_genie_wgt_RDecBR1gamma; //! | |
| TBranch *b_truth_genie_wgt_Rvn1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvn2pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp2pi; //! | |
| TBranch *b_truth_genie_wgt_Theta_Delta2Npi; //! | |
| TBranch *b_truth_genie_wgt_VecFFCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_shifts; //! | |
| TBranch *b_NuECCQE_nuFlavor; //! | |
| TBranch *b_NuECCQE_nuHelicity; //! | |
| TBranch *b_NuECCQE_intCurrent; //! | |
| TBranch *b_NuECCQE_intType; //! | |
| TBranch *b_NuECCQE_E; //! | |
| TBranch *b_NuECCQE_Q2; //! | |
| TBranch *b_NuECCQE_x; //! | |
| TBranch *b_NuECCQE_y; //! | |
| TBranch *b_NuECCQE_W; //! | |
| TBranch *b_NuECCQE_score; //! | |
| TBranch *b_NuECCQE_leptonE; //! | |
| TBranch *b_NuECCQE_vtx; //! | |
| TBranch *b_ev_run; //! | |
| TBranch *b_ev_subrun; //! | |
| TBranch *b_ev_detector; //! | |
| TBranch *b_ev_triggerType; //! | |
| TBranch *b_ev_gate; //! | |
| TBranch *b_ev_global_gate; //! | |
| TBranch *b_ev_gps_time_sec; //! | |
| TBranch *b_ev_gps_time_usec; //! | |
| TBranch *b_numi_pot; //! | |
| TBranch *b_numi_horn_curr; //! | |
| TBranch *b_numi_x_pos; //! | |
| TBranch *b_numi_y_pos; //! | |
| TBranch *b_numi_x_width; //! | |
| TBranch *b_numi_y_width; //! | |
| TBranch *b_numi_bpm1; //! | |
| TBranch *b_numi_bpm2; //! | |
| TBranch *b_numi_bpm3; //! | |
| TBranch *b_numi_bpm4; //! | |
| TBranch *b_numi_bpm5; //! | |
| TBranch *b_numi_bpm6; //! | |
| TBranch *b_numi_tor101; //! | |
| TBranch *b_numi_tr101d; //! | |
| TBranch *b_numi_tortgt; //! | |
| TBranch *b_numi_trtgtd; //! | |
| TBranch *b_batch_structure; //! | |
| TBranch *b_numi_minos_time_sec; //! | |
| TBranch *b_numi_minos_time_nsec; //! | |
| TBranch *b_numi_database_sec; //! | |
| TBranch *b_numi_database_nsec; //! | |
| TBranch *b_numi_is_good_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_data_spill; //! | |
| TBranch *b_numi_is_no_beam_spill; //! | |
| TBranch *b_numi_is_bad_data_spill; //! | |
| TBranch *b_numi_is_bad_profile_x_width_data; //! | |
| TBranch *b_numi_is_bad_profile_y_width_data; //! | |
| TBranch *b_numi_is_bad_x_position_data; //! | |
| TBranch *b_numi_is_bad_y_position_data; //! | |
| TBranch *b_numi_is_bad_horn_curr_data; //! | |
| TBranch *b_numi_is_bad_nearest_time_spill; //! | |
| TBranch *b_numi_is_bad_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_spill; //! | |
| TBranch *b_numi_is_bad_x_pos; //! | |
| TBranch *b_numi_is_bad_y_pos; //! | |
| TBranch *b_numi_is_bad_beam_size; //! | |
| TBranch *b_numi_is_bad_profile_width_x; //! | |
| TBranch *b_numi_is_bad_profile_width_y; //! | |
| TBranch *b_numi_is_bad_horn_curr; //! | |
| TBranch *b_numi_is_target_out_spill; //! | |
| TBranch *b_numi_is_bad_beam_type_spill; //! | |
| TBranch *b_numi_is_bad_beam_frac_on_tgt_spill; //! | |
| TBranch *b_numi_is_good_position; //! | |
| TBranch *b_numi_is_good_width; //! | |
| TBranch *b_numi_is_good_toroids; //! | |
| TBranch *b_numi_is_good_delta_t; //! | |
| TBranch *b_numi_is_good_horn; //! | |
| TBranch *b_numi_time_to_nearest; //! | |
| TBranch *b_mc_run; //! | |
| TBranch *b_mc_subrun; //! | |
| TBranch *b_mc_nInteractions; //! | |
| TBranch *b_mc_MIState; //! | |
| TBranch *b_mc_pot; //! | |
| TBranch *b_mc_beamConfig; //! | |
| TBranch *b_mc_processType; //! | |
| TBranch *b_mc_nthEvtInSpill; //! | |
| TBranch *b_mc_nthEvtInFile; //! | |
| TBranch *b_mc_intType; //! | |
| TBranch *b_mc_current; //! | |
| TBranch *b_mc_charm; //! | |
| TBranch *b_mc_weight; //! | |
| TBranch *b_mc_XSec; //! | |
| TBranch *b_mc_diffXSec; //! | |
| TBranch *b_mc_incoming; //! | |
| TBranch *b_mc_fluxDriverProb; //! | |
| TBranch *b_mc_targetNucleus; //! | |
| TBranch *b_mc_targetZ; //! | |
| TBranch *b_mc_targetA; //! | |
| TBranch *b_mc_targetNucleon; //! | |
| TBranch *b_mc_struckQuark; //! | |
| TBranch *b_mc_seaQuark; //! | |
| TBranch *b_mc_resID; //! | |
| TBranch *b_mc_primaryLepton; //! | |
| TBranch *b_mc_incomingE; //! | |
| TBranch *b_mc_Bjorkenx; //! | |
| TBranch *b_mc_Bjorkeny; //! | |
| TBranch *b_mc_Q2; //! | |
| TBranch *b_mc_nuT; //! | |
| TBranch *b_mc_w; //! | |
| TBranch *b_mc_vtx; //! | |
| TBranch *b_mc_incomingPartVec; //! | |
| TBranch *b_mc_initNucVec; //! | |
| TBranch *b_mc_primFSLepton; //! | |
| TBranch *b_mc_nFSPart; //! | |
| TBranch *b_mc_FSPartPx; //! | |
| TBranch *b_mc_FSPartPy; //! | |
| TBranch *b_mc_FSPartPz; //! | |
| TBranch *b_mc_FSPartE; //! | |
| TBranch *b_mc_FSPartPDG; //! | |
| TBranch *b_mc_er_nPart; //! | |
| TBranch *b_mc_er_ID; //! | |
| TBranch *b_mc_er_status; //! | |
| TBranch *b_mc_er_posInNucX; //! | |
| TBranch *b_mc_er_posInNucY; //! | |
| TBranch *b_mc_er_posInNucZ; //! | |
| TBranch *b_mc_er_Px; //! | |
| TBranch *b_mc_er_Py; //! | |
| TBranch *b_mc_er_Pz; //! | |
| TBranch *b_mc_er_E; //! | |
| TBranch *b_mc_er_FD; //! | |
| TBranch *b_mc_er_LD; //! | |
| TBranch *b_mc_er_mother; //! | |
| TBranch *b_mc_fr_nNuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuParentID; //! | |
| TBranch *b_mc_fr_decMode; //! | |
| TBranch *b_mc_fr_primProtonVtx; //! | |
| TBranch *b_mc_fr_primProtonP; //! | |
| TBranch *b_mc_fr_nuParentDecVtx; //! | |
| TBranch *b_mc_fr_nuParentProdVtx; //! | |
| TBranch *b_mc_fr_nuParentProdP; //! | |
| TBranch *b_mc_cvweight_total; //! | |
| TBranch *b_wgt; //! | |
| TBranch *b_mc_cvweight_totalFlux; //! | |
| TBranch *b_mc_cvweight_totalXsec; //! | |
| TBranch *b_mc_ppfx1_cvweight; //! | |
| TBranch *b_mc_hornCurrent_cvweight; //! | |
| TBranch *b_mc_gen1_cvweight_total; //! | |
| TBranch *b_gen1_wgt; //! | |
| TBranch *b_mc_gen1_cvweight_totalFlux; //! | |
| TBranch *b_mc_gen1_cvweight_NA49; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus_sz; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49; //! | |
| TBranch *b_mc_wgt_Norm_sz; //! | |
| TBranch *b_mc_wgt_Norm; //! | |
| TBranch *b_mc_wgt_ppfx1_Total_sz; //! | |
| TBranch *b_mc_wgt_ppfx1_Total; //! | |
| TBranch *b_mc_vertex_batch; //! | |
| TBranch *b_prong_part_score; //! | |
| TBranch *b_prong_part_mass; //! | |
| TBranch *b_prong_part_charge; //! | |
| TBranch *b_prong_part_pid; //! | |
| TBranch *b_prong_part_E; //! | |
| TBranch *b_prong_part_pos; //! | |
| NuECCQE(TTree *tree=0); | |
| virtual ~NuECCQE(); | |
| virtual Int_t Cut(Long64_t entry); | |
| virtual Int_t GetEntry(Long64_t entry); | |
| virtual Long64_t LoadTree(Long64_t entry); | |
| virtual void Init(TTree *tree); | |
| virtual void Loop(); | |
| virtual Bool_t Notify(); | |
| virtual void Show(Long64_t entry = -1); | |
| }; | |
| #endif | |
| #ifdef NuECCQE_cxx | |
| NuECCQE::NuECCQE(TTree *tree) : fChain(0) | |
| { | |
| // if parameter tree is not specified (or zero), connect the file | |
| // used to generate this class and read the Tree. | |
| if (tree == 0) { | |
| TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/05/SIM_minerva_00110005_Subruns_0227_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| if (!f || !f->IsOpen()) { | |
| f = new TFile("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/05/SIM_minerva_00110005_Subruns_0227_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| } | |
| f->GetObject("NuECCQE",tree); | |
| } | |
| Init(tree); | |
| } | |
| NuECCQE::~NuECCQE() | |
| { | |
| if (!fChain) return; | |
| delete fChain->GetCurrentFile(); | |
| } | |
| Int_t NuECCQE::GetEntry(Long64_t entry) | |
| { | |
| // Read contents of entry. | |
| if (!fChain) return 0; | |
| return fChain->GetEntry(entry); | |
| } | |
| Long64_t NuECCQE::LoadTree(Long64_t entry) | |
| { | |
| // Set the environment to read one entry | |
| if (!fChain) return -5; | |
| Long64_t centry = fChain->LoadTree(entry); | |
| if (centry < 0) return centry; | |
| if (fChain->GetTreeNumber() != fCurrent) { | |
| fCurrent = fChain->GetTreeNumber(); | |
| Notify(); | |
| } | |
| return centry; | |
| } | |
| void NuECCQE::Init(TTree *tree) | |
| { | |
| // The Init() function is called when the selector needs to initialize | |
| // a new tree or chain. Typically here the branch addresses and branch | |
| // pointers of the tree will be set. | |
| // It is normally not necessary to make changes to the generated | |
| // code, but the routine can be extended by the user if needed. | |
| // Init() will be called many times when running on PROOF | |
| // (once per file to be processed). | |
| // Set object pointer | |
| prong_axis_vector = 0; | |
| prong_axis_vertex = 0; | |
| prong_binned_energy_bin_contents = 0; | |
| prong_binned_energy_bin_indices = 0; | |
| prong_part_E = 0; | |
| prong_part_pos = 0; | |
| // Set branch addresses and branch pointers | |
| if (!tree) return; | |
| fChain = tree; | |
| fCurrent = -1; | |
| fChain->SetMakeClass(1); | |
| fChain->SetBranchAddress("eventID", &eventID, &b_eventID); | |
| fChain->SetBranchAddress("physEvtNum", &physEvtNum, &b_physEvtNum); | |
| fChain->SetBranchAddress("n_hyps", &n_hyps, &b_n_hyps); | |
| fChain->SetBranchAddress("processType", &processType, &b_processType); | |
| fChain->SetBranchAddress("primaryPart", &primaryPart, &b_primaryPart); | |
| fChain->SetBranchAddress("n_slices", &n_slices, &b_n_slices); | |
| fChain->SetBranchAddress("slice_numbers", slice_numbers, &b_slice_numbers); | |
| fChain->SetBranchAddress("shared_slice", &shared_slice, &b_shared_slice); | |
| fChain->SetBranchAddress("vtx", vtx, &b_vtx); | |
| fChain->SetBranchAddress("vtxErr", vtxErr, &b_vtxErr); | |
| fChain->SetBranchAddress("E", E, &b_E); | |
| fChain->SetBranchAddress("reco_vertex_batch", &reco_vertex_batch, &b_reco_vertex_batch); | |
| fChain->SetBranchAddress("found_truth", &found_truth, &b_found_truth); | |
| fChain->SetBranchAddress("phys_front_activity", &phys_front_activity, &b_phys_front_activity); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_is_rockmuon_consistent", &phys_energy_in_road_upstream_is_rockmuon_consistent, &b_phys_energy_in_road_upstream_is_rockmuon_consistent); | |
| fChain->SetBranchAddress("rock_muons_removed", &rock_muons_removed, &b_rock_muons_removed); | |
| fChain->SetBranchAddress("minos_track_match", &minos_track_match, &b_minos_track_match); | |
| fChain->SetBranchAddress("minos_stub_match", &minos_stub_match, &b_minos_stub_match); | |
| fChain->SetBranchAddress("unknown_helicity", &unknown_helicity, &b_unknown_helicity); | |
| fChain->SetBranchAddress("minos_track_inside_partial_plane", &minos_track_inside_partial_plane, &b_minos_track_inside_partial_plane); | |
| fChain->SetBranchAddress("prim_vtx_has_misassigned_track_direction", &prim_vtx_has_misassigned_track_direction, &b_prim_vtx_has_misassigned_track_direction); | |
| fChain->SetBranchAddress("prim_vtx_has_broken_track", &prim_vtx_has_broken_track, &b_prim_vtx_has_broken_track); | |
| fChain->SetBranchAddress("EMLikeTrackMultiplicity", &EMLikeTrackMultiplicity, &b_EMLikeTrackMultiplicity); | |
| fChain->SetBranchAddress("ExtraEnergy_nClusters", &ExtraEnergy_nClusters, &b_ExtraEnergy_nClusters); | |
| fChain->SetBranchAddress("HasFiducialVertex", &HasFiducialVertex, &b_HasFiducialVertex); | |
| fChain->SetBranchAddress("HasNoBackExitingTracks", &HasNoBackExitingTracks, &b_HasNoBackExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonEMExitingTracks", &HasNoNonEMExitingTracks, &b_HasNoNonEMExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonProtons", &HasNoNonProtons, &b_HasNoNonProtons); | |
| fChain->SetBranchAddress("HasNoVertexMismatch", &HasNoVertexMismatch, &b_HasNoVertexMismatch); | |
| fChain->SetBranchAddress("HasTracks", &HasTracks, &b_HasTracks); | |
| fChain->SetBranchAddress("NumShortTracks", &NumShortTracks, &b_NumShortTracks); | |
| fChain->SetBranchAddress("NumTracks", &NumTracks, &b_NumTracks); | |
| fChain->SetBranchAddress("ODMatchProng", &ODMatchProng, &b_ODMatchProng); | |
| fChain->SetBranchAddress("StartPointVertexMultiplicity", &StartPointVertexMultiplicity, &b_StartPointVertexMultiplicity); | |
| fChain->SetBranchAddress("TruePID", &TruePID, &b_TruePID); | |
| fChain->SetBranchAddress("UpstreamInlineNClusters", &UpstreamInlineNClusters, &b_UpstreamInlineNClusters); | |
| fChain->SetBranchAddress("UpstreamInlineNDigits", &UpstreamInlineNDigits, &b_UpstreamInlineNDigits); | |
| fChain->SetBranchAddress("VertexBlob_nClusters", &VertexBlob_nClusters, &b_VertexBlob_nClusters); | |
| fChain->SetBranchAddress("VertexTrackMultiplicity", &VertexTrackMultiplicity, &b_VertexTrackMultiplicity); | |
| fChain->SetBranchAddress("broken_track_most_us_plane", &broken_track_most_us_plane, &b_broken_track_most_us_plane); | |
| fChain->SetBranchAddress("eProng_nClusters", &eProng_nClusters, &b_eProng_nClusters); | |
| fChain->SetBranchAddress("n_indices", &n_indices, &b_n_indices); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream_nplanes", &phys_energy_in_road_downstream_nplanes, &b_phys_energy_in_road_downstream_nplanes); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_nplanes", &phys_energy_in_road_upstream_nplanes, &b_phys_energy_in_road_upstream_nplanes); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair", &phys_n_dead_discr_pair, &b_phys_n_dead_discr_pair); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_in_prim_track_region", &phys_n_dead_discr_pair_in_prim_track_region, &b_phys_n_dead_discr_pair_in_prim_track_region); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_downstream_prim_track", &phys_n_dead_discr_pair_two_mod_downstream_prim_track, &b_phys_n_dead_discr_pair_two_mod_downstream_prim_track); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_upstream_prim_vtx", &phys_n_dead_discr_pair_two_mod_upstream_prim_vtx, &b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_upstream_prim_track_proj", &phys_n_dead_discr_pair_upstream_prim_track_proj, &b_phys_n_dead_discr_pair_upstream_prim_track_proj); | |
| fChain->SetBranchAddress("phys_vertex_is_fiducial", &phys_vertex_is_fiducial, &b_phys_vertex_is_fiducial); | |
| fChain->SetBranchAddress("ConeEnergyVis", &ConeEnergyVis, &b_ConeEnergyVis); | |
| fChain->SetBranchAddress("ExtraEnergyVis", &ExtraEnergyVis, &b_ExtraEnergyVis); | |
| fChain->SetBranchAddress("Psi", &Psi, &b_Psi); | |
| fChain->SetBranchAddress("TrueEnergy", &TrueEnergy, &b_TrueEnergy); | |
| fChain->SetBranchAddress("TrueTheta", &TrueTheta, &b_TrueTheta); | |
| fChain->SetBranchAddress("UpstreamInlineEnergy", &UpstreamInlineEnergy, &b_UpstreamInlineEnergy); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosMean", &UpstreamInlineEnergyWgtdPosMean, &b_UpstreamInlineEnergyWgtdPosMean); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosRMS", &UpstreamInlineEnergyWgtdPosRMS, &b_UpstreamInlineEnergyWgtdPosRMS); | |
| fChain->SetBranchAddress("UpstreamODEnergy", &UpstreamODEnergy, &b_UpstreamODEnergy); | |
| fChain->SetBranchAddress("VertexBlobEnergy", &VertexBlobEnergy, &b_VertexBlobEnergy); | |
| fChain->SetBranchAddress("energy_from_mc", &energy_from_mc, &b_energy_from_mc); | |
| fChain->SetBranchAddress("energy_from_mc_fraction", &energy_from_mc_fraction, &b_energy_from_mc_fraction); | |
| fChain->SetBranchAddress("energy_from_mc_fraction_of_highest", &energy_from_mc_fraction_of_highest, &b_energy_from_mc_fraction_of_highest); | |
| fChain->SetBranchAddress("muon_phi", &muon_phi, &b_muon_phi); | |
| fChain->SetBranchAddress("muon_theta", &muon_theta, &b_muon_theta); | |
| fChain->SetBranchAddress("muon_thetaX", &muon_thetaX, &b_muon_thetaX); | |
| fChain->SetBranchAddress("muon_thetaY", &muon_thetaY, &b_muon_thetaY); | |
| fChain->SetBranchAddress("phys_energy_dispersed", &phys_energy_dispersed, &b_phys_energy_dispersed); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream", &phys_energy_in_road_downstream, &b_phys_energy_in_road_downstream); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream", &phys_energy_in_road_upstream, &b_phys_energy_in_road_upstream); | |
| fChain->SetBranchAddress("phys_energy_unattached", &phys_energy_unattached, &b_phys_energy_unattached); | |
| fChain->SetBranchAddress("prim_vtx_smallest_opening_angle", &prim_vtx_smallest_opening_angle, &b_prim_vtx_smallest_opening_angle); | |
| fChain->SetBranchAddress("latticeEnergyIndices", latticeEnergyIndices, &b_latticeEnergyIndices); | |
| fChain->SetBranchAddress("michel_digits_sz", &michel_digits_sz, &b_michel_digits_sz); | |
| fChain->SetBranchAddress("michel_digits", michel_digits, &b_michel_digits); | |
| fChain->SetBranchAddress("ExtraEnergy", ExtraEnergy, &b_ExtraEnergy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_X", ExtraEnergyClusters_X, &b_ExtraEnergyClusters_X); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Y", ExtraEnergyClusters_Y, &b_ExtraEnergyClusters_Y); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Z", ExtraEnergyClusters_Z, &b_ExtraEnergyClusters_Z); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_energy", ExtraEnergyClusters_energy, &b_ExtraEnergyClusters_energy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_nDigits", ExtraEnergyClusters_nDigits, &b_ExtraEnergyClusters_nDigits); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_width", ExtraEnergyClusters_width, &b_ExtraEnergyClusters_width); | |
| fChain->SetBranchAddress("NonProtonScores_sz", &NonProtonScores_sz, &b_NonProtonScores_sz); | |
| fChain->SetBranchAddress("NonProtonScores", NonProtonScores, &b_NonProtonScores); | |
| fChain->SetBranchAddress("VertexBlobClusters_X", VertexBlobClusters_X, &b_VertexBlobClusters_X); | |
| fChain->SetBranchAddress("VertexBlobClusters_Y", VertexBlobClusters_Y, &b_VertexBlobClusters_Y); | |
| fChain->SetBranchAddress("VertexBlobClusters_Z", VertexBlobClusters_Z, &b_VertexBlobClusters_Z); | |
| fChain->SetBranchAddress("VertexBlobClusters_energy", VertexBlobClusters_energy, &b_VertexBlobClusters_energy); | |
| fChain->SetBranchAddress("VertexBlobClusters_nDigits", VertexBlobClusters_nDigits, &b_VertexBlobClusters_nDigits); | |
| fChain->SetBranchAddress("VertexBlobClusters_width", VertexBlobClusters_width, &b_VertexBlobClusters_width); | |
| fChain->SetBranchAddress("VertexEnergy", VertexEnergy, &b_VertexEnergy); | |
| fChain->SetBranchAddress("eProngClusters_X", eProngClusters_X, &b_eProngClusters_X); | |
| fChain->SetBranchAddress("eProngClusters_Y", eProngClusters_Y, &b_eProngClusters_Y); | |
| fChain->SetBranchAddress("eProngClusters_Z", eProngClusters_Z, &b_eProngClusters_Z); | |
| fChain->SetBranchAddress("eProngClusters_axis_projection", eProngClusters_axis_projection, &b_eProngClusters_axis_projection); | |
| fChain->SetBranchAddress("eProngClusters_cal_energy", eProngClusters_cal_energy, &b_eProngClusters_cal_energy); | |
| fChain->SetBranchAddress("eProngClusters_energy", eProngClusters_energy, &b_eProngClusters_energy); | |
| fChain->SetBranchAddress("eProngClusters_nDigits", eProngClusters_nDigits, &b_eProngClusters_nDigits); | |
| fChain->SetBranchAddress("eProngClusters_width", eProngClusters_width, &b_eProngClusters_width); | |
| fChain->SetBranchAddress("latticeNormEnergySums", latticeNormEnergySums, &b_latticeNormEnergySums); | |
| fChain->SetBranchAddress("latticeRelativeTimes", latticeRelativeTimes, &b_latticeRelativeTimes); | |
| fChain->SetBranchAddress("michel_energy_sz", &michel_energy_sz, &b_michel_energy_sz); | |
| fChain->SetBranchAddress("michel_energy", michel_energy, &b_michel_energy); | |
| fChain->SetBranchAddress("michel_first_hit_fraction_sz", &michel_first_hit_fraction_sz, &b_michel_first_hit_fraction_sz); | |
| fChain->SetBranchAddress("michel_first_hit_fraction", michel_first_hit_fraction, &b_michel_first_hit_fraction); | |
| fChain->SetBranchAddress("michel_slice_energy_sz", &michel_slice_energy_sz, &b_michel_slice_energy_sz); | |
| fChain->SetBranchAddress("michel_slice_energy", michel_slice_energy, &b_michel_slice_energy); | |
| fChain->SetBranchAddress("michel_z_extent_sz", &michel_z_extent_sz, &b_michel_z_extent_sz); | |
| fChain->SetBranchAddress("michel_z_extent", michel_z_extent, &b_michel_z_extent); | |
| fChain->SetBranchAddress("n_prongs", &n_prongs, &b_n_prongs); | |
| fChain->SetBranchAddress("prong_nParticles", prong_nParticles, &b_prong_nParticles); | |
| fChain->SetBranchAddress("prong_GEANTTrackNum", prong_GEANTTrackNum, &b_prong_GEANTTrackNum); | |
| fChain->SetBranchAddress("prong_HasTruth", prong_HasTruth, &b_prong_HasTruth); | |
| fChain->SetBranchAddress("prong_SeedTrackType", prong_SeedTrackType, &b_prong_SeedTrackType); | |
| fChain->SetBranchAddress("prong_TruePID", prong_TruePID, &b_prong_TruePID); | |
| fChain->SetBranchAddress("prong_binned_energy_nbins", prong_binned_energy_nbins, &b_prong_binned_energy_nbins); | |
| fChain->SetBranchAddress("prong_n_frontdEdX_planes_sampled", prong_n_frontdEdX_planes_sampled, &b_prong_n_frontdEdX_planes_sampled); | |
| fChain->SetBranchAddress("prong_n_tracks", prong_n_tracks, &b_prong_n_tracks); | |
| fChain->SetBranchAddress("prong_vertexMoved", prong_vertexMoved, &b_prong_vertexMoved); | |
| fChain->SetBranchAddress("prong_BackMiddleRatio", prong_BackMiddleRatio, &b_prong_BackMiddleRatio); | |
| fChain->SetBranchAddress("prong_BeginsInTracker", prong_BeginsInTracker, &b_prong_BeginsInTracker); | |
| fChain->SetBranchAddress("prong_CalCorrectedEnergy", prong_CalCorrectedEnergy, &b_prong_CalCorrectedEnergy); | |
| fChain->SetBranchAddress("prong_DataFrac", prong_DataFrac, &b_prong_DataFrac); | |
| fChain->SetBranchAddress("prong_ECALVisE", prong_ECALVisE, &b_prong_ECALVisE); | |
| fChain->SetBranchAddress("prong_EWgtdLengthByEnergy", prong_EWgtdLengthByEnergy, &b_prong_EWgtdLengthByEnergy); | |
| fChain->SetBranchAddress("prong_EWgtdProngLength", prong_EWgtdProngLength, &b_prong_EWgtdProngLength); | |
| fChain->SetBranchAddress("prong_FirstFireFraction", prong_FirstFireFraction, &b_prong_FirstFireFraction); | |
| fChain->SetBranchAddress("prong_FracProngFromBestTrueTraj", prong_FracProngFromBestTrueTraj, &b_prong_FracProngFromBestTrueTraj); | |
| fChain->SetBranchAddress("prong_HCALVisE", prong_HCALVisE, &b_prong_HCALVisE); | |
| fChain->SetBranchAddress("prong_HCALVisEnergy", prong_HCALVisEnergy, &b_prong_HCALVisEnergy); | |
| fChain->SetBranchAddress("prong_LocalShowerWidth", prong_LocalShowerWidth, &b_prong_LocalShowerWidth); | |
| fChain->SetBranchAddress("prong_LongitudinalBunchGapScore", prong_LongitudinalBunchGapScore, &b_prong_LongitudinalBunchGapScore); | |
| fChain->SetBranchAddress("prong_MedianPlaneShowerWidth", prong_MedianPlaneShowerWidth, &b_prong_MedianPlaneShowerWidth); | |
| fChain->SetBranchAddress("prong_NoHCALActivity", prong_NoHCALActivity, &b_prong_NoHCALActivity); | |
| fChain->SetBranchAddress("prong_NoODActivity", prong_NoODActivity, &b_prong_NoODActivity); | |
| fChain->SetBranchAddress("prong_NonMIPClusFrac", prong_NonMIPClusFrac, &b_prong_NonMIPClusFrac); | |
| fChain->SetBranchAddress("prong_ODVisE", prong_ODVisE, &b_prong_ODVisE); | |
| fChain->SetBranchAddress("prong_ProngLength", prong_ProngLength, &b_prong_ProngLength); | |
| fChain->SetBranchAddress("prong_SeedTrackChi2", prong_SeedTrackChi2, &b_prong_SeedTrackChi2); | |
| fChain->SetBranchAddress("prong_ShowerEnergySeparation", prong_ShowerEnergySeparation, &b_prong_ShowerEnergySeparation); | |
| fChain->SetBranchAddress("prong_ShowerLengthEnergyScale", prong_ShowerLengthEnergyScale, &b_prong_ShowerLengthEnergyScale); | |
| fChain->SetBranchAddress("prong_SideECALVisE", prong_SideECALVisE, &b_prong_SideECALVisE); | |
| fChain->SetBranchAddress("prong_TotalVisE", prong_TotalVisE, &b_prong_TotalVisE); | |
| fChain->SetBranchAddress("prong_TransverseGapScore", prong_TransverseGapScore, &b_prong_TransverseGapScore); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorU", prong_TransverseShowerAsymmetryDenominatorU, &b_prong_TransverseShowerAsymmetryDenominatorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorV", prong_TransverseShowerAsymmetryDenominatorV, &b_prong_TransverseShowerAsymmetryDenominatorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorX", prong_TransverseShowerAsymmetryDenominatorX, &b_prong_TransverseShowerAsymmetryDenominatorX); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorU", prong_TransverseShowerAsymmetryNumeratorU, &b_prong_TransverseShowerAsymmetryNumeratorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorV", prong_TransverseShowerAsymmetryNumeratorV, &b_prong_TransverseShowerAsymmetryNumeratorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorX", prong_TransverseShowerAsymmetryNumeratorX, &b_prong_TransverseShowerAsymmetryNumeratorX); | |
| fChain->SetBranchAddress("prong_TrimmedCaloEnergy", prong_TrimmedCaloEnergy, &b_prong_TrimmedCaloEnergy); | |
| fChain->SetBranchAddress("prong_TrimmedVisE", prong_TrimmedVisE, &b_prong_TrimmedVisE); | |
| fChain->SetBranchAddress("prong_TrueEnergy", prong_TrueEnergy, &b_prong_TrueEnergy); | |
| fChain->SetBranchAddress("prong_TrueFrontdEdX", prong_TrueFrontdEdX, &b_prong_TrueFrontdEdX); | |
| fChain->SetBranchAddress("prong_TrueTheta", prong_TrueTheta, &b_prong_TrueTheta); | |
| fChain->SetBranchAddress("prong_TrueTrajFracInProng", prong_TrueTrajFracInProng, &b_prong_TrueTrajFracInProng); | |
| fChain->SetBranchAddress("prong_VertexResidualR", prong_VertexResidualR, &b_prong_VertexResidualR); | |
| fChain->SetBranchAddress("prong_VertexResidualX", prong_VertexResidualX, &b_prong_VertexResidualX); | |
| fChain->SetBranchAddress("prong_VertexResidualY", prong_VertexResidualY, &b_prong_VertexResidualY); | |
| fChain->SetBranchAddress("prong_VertexResidualZ", prong_VertexResidualZ, &b_prong_VertexResidualZ); | |
| fChain->SetBranchAddress("prong_dEdXMaxECAL", prong_dEdXMaxECAL, &b_prong_dEdXMaxECAL); | |
| fChain->SetBranchAddress("prong_dEdXMaxTracker", prong_dEdXMaxTracker, &b_prong_dEdXMaxTracker); | |
| fChain->SetBranchAddress("prong_dEdXMean", prong_dEdXMean, &b_prong_dEdXMean); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontNumBinsTracker", prong_dEdXMeanFrontNumBinsTracker, &b_prong_dEdXMeanFrontNumBinsTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontPositionTracker", prong_dEdXMeanFrontPositionTracker, &b_prong_dEdXMeanFrontPositionTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontTracker", prong_dEdXMeanFrontTracker, &b_prong_dEdXMeanFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianECAL", prong_dEdXMedianECAL, &b_prong_dEdXMedianECAL); | |
| fChain->SetBranchAddress("prong_dEdXMedianFrontTracker", prong_dEdXMedianFrontTracker, &b_prong_dEdXMedianFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianTracker", prong_dEdXMedianTracker, &b_prong_dEdXMedianTracker); | |
| fChain->SetBranchAddress("prong_projection_bin_width", prong_projection_bin_width, &b_prong_projection_bin_width); | |
| fChain->SetBranchAddress("prong_axis_vector", &prong_axis_vector, &b_prong_axis_vector); | |
| fChain->SetBranchAddress("prong_axis_vertex", &prong_axis_vertex, &b_prong_axis_vertex); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_contents", &prong_binned_energy_bin_contents, &b_prong_binned_energy_bin_contents); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_indices", &prong_binned_energy_bin_indices, &b_prong_binned_energy_bin_indices); | |
| fChain->SetBranchAddress("truth_pass_NuECCQE", &truth_pass_NuECCQE, &b_truth_pass_NuECCQE); | |
| fChain->SetBranchAddress("truth_has_physics_event", &truth_has_physics_event, &b_truth_has_physics_event); | |
| fChain->SetBranchAddress("truth_IsFiducial", &truth_IsFiducial, &b_truth_IsFiducial); | |
| fChain->SetBranchAddress("truth_Enu_QE", &truth_Enu_QE, &b_truth_Enu_QE); | |
| fChain->SetBranchAddress("truth_Q2_QE", &truth_Q2_QE, &b_truth_Q2_QE); | |
| fChain->SetBranchAddress("truth_electron_theta_wrtbeam", &truth_electron_theta_wrtbeam, &b_truth_electron_theta_wrtbeam); | |
| fChain->SetBranchAddress("genie_wgt_n_shifts", &genie_wgt_n_shifts, &b_genie_wgt_n_shifts); | |
| fChain->SetBranchAddress("truth_genie_wgt_AGKYxF1pi", truth_genie_wgt_AGKYxF1pi, &b_truth_genie_wgt_AGKYxF1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_AhtBY", truth_genie_wgt_AhtBY, &b_truth_genie_wgt_AhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_BhtBY", truth_genie_wgt_BhtBY, &b_truth_genie_wgt_BhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CCQEPauliSupViaKF", truth_genie_wgt_CCQEPauliSupViaKF, &b_truth_genie_wgt_CCQEPauliSupViaKF); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV1uBY", truth_genie_wgt_CV1uBY, &b_truth_genie_wgt_CV1uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV2uBY", truth_genie_wgt_CV2uBY, &b_truth_genie_wgt_CV2uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_EtaNCEL", truth_genie_wgt_EtaNCEL, &b_truth_genie_wgt_EtaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_N", truth_genie_wgt_FrAbs_N, &b_truth_genie_wgt_FrAbs_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_pi", truth_genie_wgt_FrAbs_pi, &b_truth_genie_wgt_FrAbs_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_N", truth_genie_wgt_FrCEx_N, &b_truth_genie_wgt_FrCEx_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_pi", truth_genie_wgt_FrCEx_pi, &b_truth_genie_wgt_FrCEx_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_N", truth_genie_wgt_FrElas_N, &b_truth_genie_wgt_FrElas_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_pi", truth_genie_wgt_FrElas_pi, &b_truth_genie_wgt_FrElas_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_N", truth_genie_wgt_FrInel_N, &b_truth_genie_wgt_FrInel_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_pi", truth_genie_wgt_FrInel_pi, &b_truth_genie_wgt_FrInel_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_N", truth_genie_wgt_FrPiProd_N, &b_truth_genie_wgt_FrPiProd_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_pi", truth_genie_wgt_FrPiProd_pi, &b_truth_genie_wgt_FrPiProd_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_N", truth_genie_wgt_MFP_N, &b_truth_genie_wgt_MFP_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_pi", truth_genie_wgt_MFP_pi, &b_truth_genie_wgt_MFP_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQE", truth_genie_wgt_MaCCQE, &b_truth_genie_wgt_MaCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQEshape", truth_genie_wgt_MaCCQEshape, &b_truth_genie_wgt_MaCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaNCEL", truth_genie_wgt_MaNCEL, &b_truth_genie_wgt_MaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaRES", truth_genie_wgt_MaRES, &b_truth_genie_wgt_MaRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_MvRES", truth_genie_wgt_MvRES, &b_truth_genie_wgt_MvRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCQE", truth_genie_wgt_NormCCQE, &b_truth_genie_wgt_NormCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCRES", truth_genie_wgt_NormCCRES, &b_truth_genie_wgt_NormCCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormDISCC", truth_genie_wgt_NormDISCC, &b_truth_genie_wgt_NormDISCC); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormNCRES", truth_genie_wgt_NormNCRES, &b_truth_genie_wgt_NormNCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_RDecBR1gamma", truth_genie_wgt_RDecBR1gamma, &b_truth_genie_wgt_RDecBR1gamma); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn1pi", truth_genie_wgt_Rvn1pi, &b_truth_genie_wgt_Rvn1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn2pi", truth_genie_wgt_Rvn2pi, &b_truth_genie_wgt_Rvn2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp1pi", truth_genie_wgt_Rvp1pi, &b_truth_genie_wgt_Rvp1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp2pi", truth_genie_wgt_Rvp2pi, &b_truth_genie_wgt_Rvp2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Theta_Delta2Npi", truth_genie_wgt_Theta_Delta2Npi, &b_truth_genie_wgt_Theta_Delta2Npi); | |
| fChain->SetBranchAddress("truth_genie_wgt_VecFFCCQEshape", truth_genie_wgt_VecFFCCQEshape, &b_truth_genie_wgt_VecFFCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_shifts", truth_genie_wgt_shifts, &b_truth_genie_wgt_shifts); | |
| fChain->SetBranchAddress("NuECCQE_nuFlavor", &NuECCQE_nuFlavor, &b_NuECCQE_nuFlavor); | |
| fChain->SetBranchAddress("NuECCQE_nuHelicity", &NuECCQE_nuHelicity, &b_NuECCQE_nuHelicity); | |
| fChain->SetBranchAddress("NuECCQE_intCurrent", &NuECCQE_intCurrent, &b_NuECCQE_intCurrent); | |
| fChain->SetBranchAddress("NuECCQE_intType", &NuECCQE_intType, &b_NuECCQE_intType); | |
| fChain->SetBranchAddress("NuECCQE_E", &NuECCQE_E, &b_NuECCQE_E); | |
| fChain->SetBranchAddress("NuECCQE_Q2", &NuECCQE_Q2, &b_NuECCQE_Q2); | |
| fChain->SetBranchAddress("NuECCQE_x", &NuECCQE_x, &b_NuECCQE_x); | |
| fChain->SetBranchAddress("NuECCQE_y", &NuECCQE_y, &b_NuECCQE_y); | |
| fChain->SetBranchAddress("NuECCQE_W", &NuECCQE_W, &b_NuECCQE_W); | |
| fChain->SetBranchAddress("NuECCQE_score", &NuECCQE_score, &b_NuECCQE_score); | |
| fChain->SetBranchAddress("NuECCQE_leptonE", NuECCQE_leptonE, &b_NuECCQE_leptonE); | |
| fChain->SetBranchAddress("NuECCQE_vtx", NuECCQE_vtx, &b_NuECCQE_vtx); | |
| fChain->SetBranchAddress("ev_run", &ev_run, &b_ev_run); | |
| fChain->SetBranchAddress("ev_subrun", &ev_subrun, &b_ev_subrun); | |
| fChain->SetBranchAddress("ev_detector", &ev_detector, &b_ev_detector); | |
| fChain->SetBranchAddress("ev_triggerType", &ev_triggerType, &b_ev_triggerType); | |
| fChain->SetBranchAddress("ev_gate", &ev_gate, &b_ev_gate); | |
| fChain->SetBranchAddress("ev_global_gate", &ev_global_gate, &b_ev_global_gate); | |
| fChain->SetBranchAddress("ev_gps_time_sec", &ev_gps_time_sec, &b_ev_gps_time_sec); | |
| fChain->SetBranchAddress("ev_gps_time_usec", &ev_gps_time_usec, &b_ev_gps_time_usec); | |
| fChain->SetBranchAddress("numi_pot", &numi_pot, &b_numi_pot); | |
| fChain->SetBranchAddress("numi_horn_curr", &numi_horn_curr, &b_numi_horn_curr); | |
| fChain->SetBranchAddress("numi_x_pos", &numi_x_pos, &b_numi_x_pos); | |
| fChain->SetBranchAddress("numi_y_pos", &numi_y_pos, &b_numi_y_pos); | |
| fChain->SetBranchAddress("numi_x_width", &numi_x_width, &b_numi_x_width); | |
| fChain->SetBranchAddress("numi_y_width", &numi_y_width, &b_numi_y_width); | |
| fChain->SetBranchAddress("numi_bpm1", &numi_bpm1, &b_numi_bpm1); | |
| fChain->SetBranchAddress("numi_bpm2", &numi_bpm2, &b_numi_bpm2); | |
| fChain->SetBranchAddress("numi_bpm3", &numi_bpm3, &b_numi_bpm3); | |
| fChain->SetBranchAddress("numi_bpm4", &numi_bpm4, &b_numi_bpm4); | |
| fChain->SetBranchAddress("numi_bpm5", &numi_bpm5, &b_numi_bpm5); | |
| fChain->SetBranchAddress("numi_bpm6", &numi_bpm6, &b_numi_bpm6); | |
| fChain->SetBranchAddress("numi_tor101", &numi_tor101, &b_numi_tor101); | |
| fChain->SetBranchAddress("numi_tr101d", &numi_tr101d, &b_numi_tr101d); | |
| fChain->SetBranchAddress("numi_tortgt", &numi_tortgt, &b_numi_tortgt); | |
| fChain->SetBranchAddress("numi_trtgtd", &numi_trtgtd, &b_numi_trtgtd); | |
| fChain->SetBranchAddress("batch_structure", &batch_structure, &b_batch_structure); | |
| fChain->SetBranchAddress("numi_minos_time_sec", &numi_minos_time_sec, &b_numi_minos_time_sec); | |
| fChain->SetBranchAddress("numi_minos_time_nsec", &numi_minos_time_nsec, &b_numi_minos_time_nsec); | |
| fChain->SetBranchAddress("numi_database_sec", &numi_database_sec, &b_numi_database_sec); | |
| fChain->SetBranchAddress("numi_database_nsec", &numi_database_nsec, &b_numi_database_nsec); | |
| fChain->SetBranchAddress("numi_is_good_beam_spill", &numi_is_good_beam_spill, &b_numi_is_good_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_data_spill", &numi_is_bad_pot_data_spill, &b_numi_is_bad_pot_data_spill); | |
| fChain->SetBranchAddress("numi_is_no_beam_spill", &numi_is_no_beam_spill, &b_numi_is_no_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_data_spill", &numi_is_bad_data_spill, &b_numi_is_bad_data_spill); | |
| fChain->SetBranchAddress("numi_is_bad_profile_x_width_data", &numi_is_bad_profile_x_width_data, &b_numi_is_bad_profile_x_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_profile_y_width_data", &numi_is_bad_profile_y_width_data, &b_numi_is_bad_profile_y_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_x_position_data", &numi_is_bad_x_position_data, &b_numi_is_bad_x_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_y_position_data", &numi_is_bad_y_position_data, &b_numi_is_bad_y_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr_data", &numi_is_bad_horn_curr_data, &b_numi_is_bad_horn_curr_data); | |
| fChain->SetBranchAddress("numi_is_bad_nearest_time_spill", &numi_is_bad_nearest_time_spill, &b_numi_is_bad_nearest_time_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_spill", &numi_is_bad_beam_spill, &b_numi_is_bad_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_spill", &numi_is_bad_pot_spill, &b_numi_is_bad_pot_spill); | |
| fChain->SetBranchAddress("numi_is_bad_x_pos", &numi_is_bad_x_pos, &b_numi_is_bad_x_pos); | |
| fChain->SetBranchAddress("numi_is_bad_y_pos", &numi_is_bad_y_pos, &b_numi_is_bad_y_pos); | |
| fChain->SetBranchAddress("numi_is_bad_beam_size", &numi_is_bad_beam_size, &b_numi_is_bad_beam_size); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_x", &numi_is_bad_profile_width_x, &b_numi_is_bad_profile_width_x); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_y", &numi_is_bad_profile_width_y, &b_numi_is_bad_profile_width_y); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr", &numi_is_bad_horn_curr, &b_numi_is_bad_horn_curr); | |
| fChain->SetBranchAddress("numi_is_target_out_spill", &numi_is_target_out_spill, &b_numi_is_target_out_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_type_spill", &numi_is_bad_beam_type_spill, &b_numi_is_bad_beam_type_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_frac_on_tgt_spill", &numi_is_bad_beam_frac_on_tgt_spill, &b_numi_is_bad_beam_frac_on_tgt_spill); | |
| fChain->SetBranchAddress("numi_is_good_position", &numi_is_good_position, &b_numi_is_good_position); | |
| fChain->SetBranchAddress("numi_is_good_width", &numi_is_good_width, &b_numi_is_good_width); | |
| fChain->SetBranchAddress("numi_is_good_toroids", &numi_is_good_toroids, &b_numi_is_good_toroids); | |
| fChain->SetBranchAddress("numi_is_good_delta_t", &numi_is_good_delta_t, &b_numi_is_good_delta_t); | |
| fChain->SetBranchAddress("numi_is_good_horn", &numi_is_good_horn, &b_numi_is_good_horn); | |
| fChain->SetBranchAddress("numi_time_to_nearest", &numi_time_to_nearest, &b_numi_time_to_nearest); | |
| fChain->SetBranchAddress("mc_run", &mc_run, &b_mc_run); | |
| fChain->SetBranchAddress("mc_subrun", &mc_subrun, &b_mc_subrun); | |
| fChain->SetBranchAddress("mc_nInteractions", &mc_nInteractions, &b_mc_nInteractions); | |
| fChain->SetBranchAddress("mc_MIState", &mc_MIState, &b_mc_MIState); | |
| fChain->SetBranchAddress("mc_pot", &mc_pot, &b_mc_pot); | |
| fChain->SetBranchAddress("mc_beamConfig", &mc_beamConfig, &b_mc_beamConfig); | |
| fChain->SetBranchAddress("mc_processType", &mc_processType, &b_mc_processType); | |
| fChain->SetBranchAddress("mc_nthEvtInSpill", &mc_nthEvtInSpill, &b_mc_nthEvtInSpill); | |
| fChain->SetBranchAddress("mc_nthEvtInFile", &mc_nthEvtInFile, &b_mc_nthEvtInFile); | |
| fChain->SetBranchAddress("mc_intType", &mc_intType, &b_mc_intType); | |
| fChain->SetBranchAddress("mc_current", &mc_current, &b_mc_current); | |
| fChain->SetBranchAddress("mc_charm", &mc_charm, &b_mc_charm); | |
| fChain->SetBranchAddress("mc_weight", &mc_weight, &b_mc_weight); | |
| fChain->SetBranchAddress("mc_XSec", &mc_XSec, &b_mc_XSec); | |
| fChain->SetBranchAddress("mc_diffXSec", &mc_diffXSec, &b_mc_diffXSec); | |
| fChain->SetBranchAddress("mc_incoming", &mc_incoming, &b_mc_incoming); | |
| fChain->SetBranchAddress("mc_fluxDriverProb", &mc_fluxDriverProb, &b_mc_fluxDriverProb); | |
| fChain->SetBranchAddress("mc_targetNucleus", &mc_targetNucleus, &b_mc_targetNucleus); | |
| fChain->SetBranchAddress("mc_targetZ", &mc_targetZ, &b_mc_targetZ); | |
| fChain->SetBranchAddress("mc_targetA", &mc_targetA, &b_mc_targetA); | |
| fChain->SetBranchAddress("mc_targetNucleon", &mc_targetNucleon, &b_mc_targetNucleon); | |
| fChain->SetBranchAddress("mc_struckQuark", &mc_struckQuark, &b_mc_struckQuark); | |
| fChain->SetBranchAddress("mc_seaQuark", &mc_seaQuark, &b_mc_seaQuark); | |
| fChain->SetBranchAddress("mc_resID", &mc_resID, &b_mc_resID); | |
| fChain->SetBranchAddress("mc_primaryLepton", &mc_primaryLepton, &b_mc_primaryLepton); | |
| fChain->SetBranchAddress("mc_incomingE", &mc_incomingE, &b_mc_incomingE); | |
| fChain->SetBranchAddress("mc_Bjorkenx", &mc_Bjorkenx, &b_mc_Bjorkenx); | |
| fChain->SetBranchAddress("mc_Bjorkeny", &mc_Bjorkeny, &b_mc_Bjorkeny); | |
| fChain->SetBranchAddress("mc_Q2", &mc_Q2, &b_mc_Q2); | |
| fChain->SetBranchAddress("mc_nuT", &mc_nuT, &b_mc_nuT); | |
| fChain->SetBranchAddress("mc_w", &mc_w, &b_mc_w); | |
| fChain->SetBranchAddress("mc_vtx", mc_vtx, &b_mc_vtx); | |
| fChain->SetBranchAddress("mc_incomingPartVec", mc_incomingPartVec, &b_mc_incomingPartVec); | |
| fChain->SetBranchAddress("mc_initNucVec", mc_initNucVec, &b_mc_initNucVec); | |
| fChain->SetBranchAddress("mc_primFSLepton", mc_primFSLepton, &b_mc_primFSLepton); | |
| fChain->SetBranchAddress("mc_nFSPart", &mc_nFSPart, &b_mc_nFSPart); | |
| fChain->SetBranchAddress("mc_FSPartPx", mc_FSPartPx, &b_mc_FSPartPx); | |
| fChain->SetBranchAddress("mc_FSPartPy", mc_FSPartPy, &b_mc_FSPartPy); | |
| fChain->SetBranchAddress("mc_FSPartPz", mc_FSPartPz, &b_mc_FSPartPz); | |
| fChain->SetBranchAddress("mc_FSPartE", mc_FSPartE, &b_mc_FSPartE); | |
| fChain->SetBranchAddress("mc_FSPartPDG", mc_FSPartPDG, &b_mc_FSPartPDG); | |
| fChain->SetBranchAddress("mc_er_nPart", &mc_er_nPart, &b_mc_er_nPart); | |
| fChain->SetBranchAddress("mc_er_ID", mc_er_ID, &b_mc_er_ID); | |
| fChain->SetBranchAddress("mc_er_status", mc_er_status, &b_mc_er_status); | |
| fChain->SetBranchAddress("mc_er_posInNucX", mc_er_posInNucX, &b_mc_er_posInNucX); | |
| fChain->SetBranchAddress("mc_er_posInNucY", mc_er_posInNucY, &b_mc_er_posInNucY); | |
| fChain->SetBranchAddress("mc_er_posInNucZ", mc_er_posInNucZ, &b_mc_er_posInNucZ); | |
| fChain->SetBranchAddress("mc_er_Px", mc_er_Px, &b_mc_er_Px); | |
| fChain->SetBranchAddress("mc_er_Py", mc_er_Py, &b_mc_er_Py); | |
| fChain->SetBranchAddress("mc_er_Pz", mc_er_Pz, &b_mc_er_Pz); | |
| fChain->SetBranchAddress("mc_er_E", mc_er_E, &b_mc_er_E); | |
| fChain->SetBranchAddress("mc_er_FD", mc_er_FD, &b_mc_er_FD); | |
| fChain->SetBranchAddress("mc_er_LD", mc_er_LD, &b_mc_er_LD); | |
| fChain->SetBranchAddress("mc_er_mother", mc_er_mother, &b_mc_er_mother); | |
| fChain->SetBranchAddress("mc_fr_nNuAncestorIDs", &mc_fr_nNuAncestorIDs, &b_mc_fr_nNuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuAncestorIDs", mc_fr_nuAncestorIDs, &b_mc_fr_nuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuParentID", &mc_fr_nuParentID, &b_mc_fr_nuParentID); | |
| fChain->SetBranchAddress("mc_fr_decMode", &mc_fr_decMode, &b_mc_fr_decMode); | |
| fChain->SetBranchAddress("mc_fr_primProtonVtx", mc_fr_primProtonVtx, &b_mc_fr_primProtonVtx); | |
| fChain->SetBranchAddress("mc_fr_primProtonP", mc_fr_primProtonP, &b_mc_fr_primProtonP); | |
| fChain->SetBranchAddress("mc_fr_nuParentDecVtx", mc_fr_nuParentDecVtx, &b_mc_fr_nuParentDecVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdVtx", mc_fr_nuParentProdVtx, &b_mc_fr_nuParentProdVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdP", mc_fr_nuParentProdP, &b_mc_fr_nuParentProdP); | |
| fChain->SetBranchAddress("mc_cvweight_total", &mc_cvweight_total, &b_mc_cvweight_total); | |
| fChain->SetBranchAddress("wgt", &wgt, &b_wgt); | |
| fChain->SetBranchAddress("mc_cvweight_totalFlux", &mc_cvweight_totalFlux, &b_mc_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_cvweight_totalXsec", &mc_cvweight_totalXsec, &b_mc_cvweight_totalXsec); | |
| fChain->SetBranchAddress("mc_ppfx1_cvweight", &mc_ppfx1_cvweight, &b_mc_ppfx1_cvweight); | |
| fChain->SetBranchAddress("mc_hornCurrent_cvweight", &mc_hornCurrent_cvweight, &b_mc_hornCurrent_cvweight); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_total", &mc_gen1_cvweight_total, &b_mc_gen1_cvweight_total); | |
| fChain->SetBranchAddress("gen1_wgt", &gen1_wgt, &b_gen1_wgt); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_totalFlux", &mc_gen1_cvweight_totalFlux, &b_mc_gen1_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_NA49", &mc_gen1_cvweight_NA49, &b_mc_gen1_cvweight_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus_sz", &mc_wgt_Flux_BeamFocus_sz, &b_mc_wgt_Flux_BeamFocus_sz); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus", &mc_wgt_Flux_BeamFocus, &b_mc_wgt_Flux_BeamFocus); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary_sz", &mc_wgt_gen1_Flux_Tertiary_sz, &b_mc_wgt_gen1_Flux_Tertiary_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary", &mc_wgt_gen1_Flux_Tertiary, &b_mc_wgt_gen1_Flux_Tertiary); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49_sz", &mc_wgt_gen1_Flux_NA49_sz, &b_mc_wgt_gen1_Flux_NA49_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49", &mc_wgt_gen1_Flux_NA49, &b_mc_wgt_gen1_Flux_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Norm_sz", &mc_wgt_Norm_sz, &b_mc_wgt_Norm_sz); | |
| fChain->SetBranchAddress("mc_wgt_Norm", &mc_wgt_Norm, &b_mc_wgt_Norm); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total_sz", &mc_wgt_ppfx1_Total_sz, &b_mc_wgt_ppfx1_Total_sz); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total", &mc_wgt_ppfx1_Total, &b_mc_wgt_ppfx1_Total); | |
| fChain->SetBranchAddress("mc_vertex_batch", &mc_vertex_batch, &b_mc_vertex_batch); | |
| fChain->SetBranchAddress("prong_part_score", prong_part_score, &b_prong_part_score); | |
| fChain->SetBranchAddress("prong_part_mass", prong_part_mass, &b_prong_part_mass); | |
| fChain->SetBranchAddress("prong_part_charge", prong_part_charge, &b_prong_part_charge); | |
| fChain->SetBranchAddress("prong_part_pid", prong_part_pid, &b_prong_part_pid); | |
| fChain->SetBranchAddress("prong_part_E", &prong_part_E, &b_prong_part_E); | |
| fChain->SetBranchAddress("prong_part_pos", &prong_part_pos, &b_prong_part_pos); | |
| Notify(); | |
| } | |
| Bool_t NuECCQE::Notify() | |
| { | |
| // The Notify() function is called when a new file is opened. This | |
| // can be either for a new TTree in a TChain or when when a new TTree | |
| // is started when using PROOF. It is normally not necessary to make changes | |
| // to the generated code, but the routine can be extended by the | |
| // user if needed. The return value is currently not used. | |
| return kTRUE; | |
| } | |
| void NuECCQE::Show(Long64_t entry) | |
| { | |
| // Print contents of entry. | |
| // If entry is not specified, print current entry | |
| if (!fChain) return; | |
| fChain->Show(entry); | |
| } | |
| Int_t NuECCQE::Cut(Long64_t entry) | |
| { | |
| // This function may be called from Loop. | |
| // returns 1 if entry is accepted. | |
| // returns -1 otherwise. | |
| return 1; | |
| } | |
| #endif // #ifdef NuECCQE_cxx |
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| ////////////////////////////////////////////////////////// | |
| // This class has been automatically generated on | |
| // Mon May 14 10:01:20 2018 by ROOT version 5.34/36 | |
| // from TTree NuECCQE/Tuple created by an AnaTuple managed by AnaTupleManager | |
| // found on file: /pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/15/SIM_minerva_00110015_Subruns_0322_NuECCQE_Ana_Tuple_v21r1p1.root | |
| ////////////////////////////////////////////////////////// | |
| #ifndef NuECCQE_h | |
| #define NuECCQE_h | |
| #include <TROOT.h> | |
| #include <TChain.h> | |
| #include <TFile.h> | |
| // Header file for the classes stored in the TTree if any. | |
| #include "/grid/fermiapp/minerva/software_releases/lcgcmake/build/lcg_61a/projects/ROOT-5.34.36/src/ROOT/5.34.36/cint/cint/lib/prec_stl/vector" | |
| // Fixed size dimensions of array or collections stored in the TTree if any. | |
| class NuECCQE { | |
| public : | |
| TTree *fChain; //!pointer to the analyzed TTree or TChain | |
| Int_t fCurrent; //!current Tree number in a TChain | |
| // Declaration of leaf types | |
| Double_t eventID; | |
| Int_t physEvtNum; | |
| Int_t n_hyps; | |
| Int_t processType; | |
| Int_t primaryPart; | |
| Int_t n_slices; | |
| Int_t slice_numbers[1]; //[n_slices] | |
| Int_t shared_slice; | |
| Double_t vtx[4]; | |
| Double_t vtxErr[4]; | |
| Double_t E[4]; | |
| Int_t reco_vertex_batch; | |
| Bool_t found_truth; | |
| Bool_t phys_front_activity; | |
| Bool_t phys_energy_in_road_upstream_is_rockmuon_consistent; | |
| Bool_t rock_muons_removed; | |
| Bool_t minos_track_match; | |
| Bool_t minos_stub_match; | |
| Bool_t unknown_helicity; | |
| Bool_t minos_track_inside_partial_plane; | |
| Bool_t prim_vtx_has_misassigned_track_direction; | |
| Bool_t prim_vtx_has_broken_track; | |
| Int_t EMLikeTrackMultiplicity; | |
| Int_t ExtraEnergy_nClusters; | |
| Int_t HasFiducialVertex; | |
| Int_t HasNoBackExitingTracks; | |
| Int_t HasNoNonEMExitingTracks; | |
| Int_t HasNoNonProtons; | |
| Int_t HasNoVertexMismatch; | |
| Int_t HasTracks; | |
| Int_t NumShortTracks; | |
| Int_t NumTracks; | |
| Int_t ODMatchProng; | |
| Int_t StartPointVertexMultiplicity; | |
| Int_t TruePID; | |
| Int_t UpstreamInlineNClusters; | |
| Int_t UpstreamInlineNDigits; | |
| Int_t VertexBlob_nClusters; | |
| Int_t VertexTrackMultiplicity; | |
| Int_t broken_track_most_us_plane; | |
| Int_t eProng_nClusters; | |
| Int_t n_indices; | |
| Int_t phys_energy_in_road_downstream_nplanes; | |
| Int_t phys_energy_in_road_upstream_nplanes; | |
| Int_t phys_n_dead_discr_pair; | |
| Int_t phys_n_dead_discr_pair_in_prim_track_region; | |
| Int_t phys_n_dead_discr_pair_two_mod_downstream_prim_track; | |
| Int_t phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; | |
| Int_t phys_n_dead_discr_pair_upstream_prim_track_proj; | |
| Int_t phys_vertex_is_fiducial; | |
| Double_t ConeEnergyVis; | |
| Double_t ExtraEnergyVis; | |
| Double_t Psi; | |
| Double_t TrueEnergy; | |
| Double_t TrueTheta; | |
| Double_t UpstreamInlineEnergy; | |
| Double_t UpstreamInlineEnergyWgtdPosMean; | |
| Double_t UpstreamInlineEnergyWgtdPosRMS; | |
| Double_t UpstreamODEnergy; | |
| Double_t VertexBlobEnergy; | |
| Double_t energy_from_mc; | |
| Double_t energy_from_mc_fraction; | |
| Double_t energy_from_mc_fraction_of_highest; | |
| Double_t muon_phi; | |
| Double_t muon_theta; | |
| Double_t muon_thetaX; | |
| Double_t muon_thetaY; | |
| Double_t phys_energy_dispersed; | |
| Double_t phys_energy_in_road_downstream; | |
| Double_t phys_energy_in_road_upstream; | |
| Double_t phys_energy_unattached; | |
| Double_t prim_vtx_smallest_opening_angle; | |
| Int_t latticeEnergyIndices[23876]; //[n_indices] | |
| Int_t michel_digits_sz; | |
| Int_t michel_digits[2]; //[michel_digits_sz] | |
| Double_t ExtraEnergy[4]; | |
| Double_t ExtraEnergyClusters_X[203]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Y[203]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Z[203]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_energy[203]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_nDigits[203]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_width[203]; //[ExtraEnergy_nClusters] | |
| Int_t NonProtonScores_sz; | |
| Double_t NonProtonScores[3]; //[NonProtonScores_sz] | |
| Double_t VertexBlobClusters_X[54]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Y[54]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Z[54]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_energy[54]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_nDigits[54]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_width[54]; //[VertexBlob_nClusters] | |
| Double_t VertexEnergy[4]; | |
| Double_t eProngClusters_X[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_Y[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_Z[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_axis_projection[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_cal_energy[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_energy[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_nDigits[234]; //[eProng_nClusters] | |
| Double_t eProngClusters_width[234]; //[eProng_nClusters] | |
| Double_t latticeNormEnergySums[23876]; //[n_indices] | |
| Double_t latticeRelativeTimes[23876]; //[n_indices] | |
| Int_t michel_energy_sz; | |
| Double_t michel_energy[2]; //[michel_energy_sz] | |
| Int_t michel_first_hit_fraction_sz; | |
| Double_t michel_first_hit_fraction[2]; //[michel_first_hit_fraction_sz] | |
| Int_t michel_slice_energy_sz; | |
| Double_t michel_slice_energy[2]; //[michel_slice_energy_sz] | |
| Int_t michel_z_extent_sz; | |
| Double_t michel_z_extent[2]; //[michel_z_extent_sz] | |
| Int_t n_prongs; | |
| Int_t prong_nParticles[1]; //[n_prongs] | |
| Int_t prong_GEANTTrackNum[1]; //[n_prongs] | |
| Int_t prong_HasTruth[1]; //[n_prongs] | |
| Int_t prong_SeedTrackType[1]; //[n_prongs] | |
| Int_t prong_TruePID[1]; //[n_prongs] | |
| Int_t prong_binned_energy_nbins[1]; //[n_prongs] | |
| Int_t prong_n_frontdEdX_planes_sampled[1]; //[n_prongs] | |
| Int_t prong_n_tracks[1]; //[n_prongs] | |
| Int_t prong_vertexMoved[1]; //[n_prongs] | |
| Double_t prong_BackMiddleRatio[1]; //[n_prongs] | |
| Double_t prong_BeginsInTracker[1]; //[n_prongs] | |
| Double_t prong_CalCorrectedEnergy[1]; //[n_prongs] | |
| Double_t prong_DataFrac[1]; //[n_prongs] | |
| Double_t prong_ECALVisE[1]; //[n_prongs] | |
| Double_t prong_EWgtdLengthByEnergy[1]; //[n_prongs] | |
| Double_t prong_EWgtdProngLength[1]; //[n_prongs] | |
| Double_t prong_FirstFireFraction[1]; //[n_prongs] | |
| Double_t prong_FracProngFromBestTrueTraj[1]; //[n_prongs] | |
| Double_t prong_HCALVisE[1]; //[n_prongs] | |
| Double_t prong_HCALVisEnergy[1]; //[n_prongs] | |
| Double_t prong_LocalShowerWidth[1]; //[n_prongs] | |
| Double_t prong_LongitudinalBunchGapScore[1]; //[n_prongs] | |
| Double_t prong_MedianPlaneShowerWidth[1]; //[n_prongs] | |
| Double_t prong_NoHCALActivity[1]; //[n_prongs] | |
| Double_t prong_NoODActivity[1]; //[n_prongs] | |
| Double_t prong_NonMIPClusFrac[1]; //[n_prongs] | |
| Double_t prong_ODVisE[1]; //[n_prongs] | |
| Double_t prong_ProngLength[1]; //[n_prongs] | |
| Double_t prong_SeedTrackChi2[1]; //[n_prongs] | |
| Double_t prong_ShowerEnergySeparation[1]; //[n_prongs] | |
| Double_t prong_ShowerLengthEnergyScale[1]; //[n_prongs] | |
| Double_t prong_SideECALVisE[1]; //[n_prongs] | |
| Double_t prong_TotalVisE[1]; //[n_prongs] | |
| Double_t prong_TransverseGapScore[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorU[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorV[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorX[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorU[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorV[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorX[1]; //[n_prongs] | |
| Double_t prong_TrimmedCaloEnergy[1]; //[n_prongs] | |
| Double_t prong_TrimmedVisE[1]; //[n_prongs] | |
| Double_t prong_TrueEnergy[1]; //[n_prongs] | |
| Double_t prong_TrueFrontdEdX[1]; //[n_prongs] | |
| Double_t prong_TrueTheta[1]; //[n_prongs] | |
| Double_t prong_TrueTrajFracInProng[1]; //[n_prongs] | |
| Double_t prong_VertexResidualR[1]; //[n_prongs] | |
| Double_t prong_VertexResidualX[1]; //[n_prongs] | |
| Double_t prong_VertexResidualY[1]; //[n_prongs] | |
| Double_t prong_VertexResidualZ[1]; //[n_prongs] | |
| Double_t prong_dEdXMaxECAL[1]; //[n_prongs] | |
| Double_t prong_dEdXMaxTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMean[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontNumBinsTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontPositionTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianECAL[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianFrontTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianTracker[1]; //[n_prongs] | |
| Double_t prong_projection_bin_width[1]; //[n_prongs] | |
| vector<vector<double> > *prong_axis_vector; | |
| vector<vector<double> > *prong_axis_vertex; | |
| vector<vector<double> > *prong_binned_energy_bin_contents; | |
| vector<vector<double> > *prong_binned_energy_bin_indices; | |
| Bool_t truth_pass_NuECCQE; | |
| Bool_t truth_has_physics_event; | |
| Int_t truth_IsFiducial; | |
| Double_t truth_Enu_QE; | |
| Double_t truth_Q2_QE; | |
| Double_t truth_electron_theta_wrtbeam; | |
| Int_t genie_wgt_n_shifts; | |
| Double_t truth_genie_wgt_AGKYxF1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_AhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_BhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CCQEPauliSupViaKF[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV1uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV2uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_EtaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MvRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormDISCC[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormNCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_RDecBR1gamma[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Theta_Delta2Npi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_VecFFCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_shifts[7]; //[genie_wgt_n_shifts] | |
| Int_t NuECCQE_nuFlavor; | |
| Int_t NuECCQE_nuHelicity; | |
| Int_t NuECCQE_intCurrent; | |
| Int_t NuECCQE_intType; | |
| Double_t NuECCQE_E; | |
| Double_t NuECCQE_Q2; | |
| Double_t NuECCQE_x; | |
| Double_t NuECCQE_y; | |
| Double_t NuECCQE_W; | |
| Double_t NuECCQE_score; | |
| Double_t NuECCQE_leptonE[4]; | |
| Double_t NuECCQE_vtx[4]; | |
| Int_t ev_run; | |
| Int_t ev_subrun; | |
| Int_t ev_detector; | |
| Int_t ev_triggerType; | |
| Int_t ev_gate; | |
| Int_t ev_global_gate; | |
| Int_t ev_gps_time_sec; | |
| Int_t ev_gps_time_usec; | |
| Double_t numi_pot; | |
| Double_t numi_horn_curr; | |
| Double_t numi_x_pos; | |
| Double_t numi_y_pos; | |
| Double_t numi_x_width; | |
| Double_t numi_y_width; | |
| Double_t numi_bpm1; | |
| Double_t numi_bpm2; | |
| Double_t numi_bpm3; | |
| Double_t numi_bpm4; | |
| Double_t numi_bpm5; | |
| Double_t numi_bpm6; | |
| Double_t numi_tor101; | |
| Double_t numi_tr101d; | |
| Double_t numi_tortgt; | |
| Double_t numi_trtgtd; | |
| Int_t batch_structure; | |
| Int_t numi_minos_time_sec; | |
| Int_t numi_minos_time_nsec; | |
| Int_t numi_database_sec; | |
| Int_t numi_database_nsec; | |
| Int_t numi_is_good_beam_spill; | |
| Int_t numi_is_bad_pot_data_spill; | |
| Int_t numi_is_no_beam_spill; | |
| Int_t numi_is_bad_data_spill; | |
| Int_t numi_is_bad_profile_x_width_data; | |
| Int_t numi_is_bad_profile_y_width_data; | |
| Int_t numi_is_bad_x_position_data; | |
| Int_t numi_is_bad_y_position_data; | |
| Int_t numi_is_bad_horn_curr_data; | |
| Int_t numi_is_bad_nearest_time_spill; | |
| Int_t numi_is_bad_beam_spill; | |
| Int_t numi_is_bad_pot_spill; | |
| Int_t numi_is_bad_x_pos; | |
| Int_t numi_is_bad_y_pos; | |
| Int_t numi_is_bad_beam_size; | |
| Int_t numi_is_bad_profile_width_x; | |
| Int_t numi_is_bad_profile_width_y; | |
| Int_t numi_is_bad_horn_curr; | |
| Int_t numi_is_target_out_spill; | |
| Int_t numi_is_bad_beam_type_spill; | |
| Int_t numi_is_bad_beam_frac_on_tgt_spill; | |
| Int_t numi_is_good_position; | |
| Int_t numi_is_good_width; | |
| Int_t numi_is_good_toroids; | |
| Int_t numi_is_good_delta_t; | |
| Int_t numi_is_good_horn; | |
| Double_t numi_time_to_nearest; | |
| Int_t mc_run; | |
| Int_t mc_subrun; | |
| Int_t mc_nInteractions; | |
| Int_t mc_MIState; | |
| Double_t mc_pot; | |
| Int_t mc_beamConfig; | |
| Int_t mc_processType; | |
| Int_t mc_nthEvtInSpill; | |
| Int_t mc_nthEvtInFile; | |
| Int_t mc_intType; | |
| Int_t mc_current; | |
| Int_t mc_charm; | |
| Double_t mc_weight; | |
| Double_t mc_XSec; | |
| Double_t mc_diffXSec; | |
| Int_t mc_incoming; | |
| Double_t mc_fluxDriverProb; | |
| Int_t mc_targetNucleus; | |
| Int_t mc_targetZ; | |
| Int_t mc_targetA; | |
| Int_t mc_targetNucleon; | |
| Int_t mc_struckQuark; | |
| Int_t mc_seaQuark; | |
| Int_t mc_resID; | |
| Int_t mc_primaryLepton; | |
| Double_t mc_incomingE; | |
| Double_t mc_Bjorkenx; | |
| Double_t mc_Bjorkeny; | |
| Double_t mc_Q2; | |
| Double_t mc_nuT; | |
| Double_t mc_w; | |
| Double_t mc_vtx[4]; | |
| Double_t mc_incomingPartVec[4]; | |
| Double_t mc_initNucVec[4]; | |
| Double_t mc_primFSLepton[4]; | |
| Int_t mc_nFSPart; | |
| Double_t mc_FSPartPx[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartPy[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartPz[70]; //[mc_nFSPart] | |
| Double_t mc_FSPartE[70]; //[mc_nFSPart] | |
| Int_t mc_FSPartPDG[70]; //[mc_nFSPart] | |
| Int_t mc_er_nPart; | |
| Int_t mc_er_ID[84]; //[mc_er_nPart] | |
| Int_t mc_er_status[84]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucX[84]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucY[84]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucZ[84]; //[mc_er_nPart] | |
| Double_t mc_er_Px[84]; //[mc_er_nPart] | |
| Double_t mc_er_Py[84]; //[mc_er_nPart] | |
| Double_t mc_er_Pz[84]; //[mc_er_nPart] | |
| Double_t mc_er_E[84]; //[mc_er_nPart] | |
| Int_t mc_er_FD[84]; //[mc_er_nPart] | |
| Int_t mc_er_LD[84]; //[mc_er_nPart] | |
| Int_t mc_er_mother[84]; //[mc_er_nPart] | |
| Int_t mc_fr_nNuAncestorIDs; | |
| Int_t mc_fr_nuAncestorIDs[6]; //[mc_fr_nNuAncestorIDs] | |
| Int_t mc_fr_nuParentID; | |
| Int_t mc_fr_decMode; | |
| Double_t mc_fr_primProtonVtx[3]; | |
| Double_t mc_fr_primProtonP[4]; | |
| Double_t mc_fr_nuParentDecVtx[3]; | |
| Double_t mc_fr_nuParentProdVtx[3]; | |
| Double_t mc_fr_nuParentProdP[4]; | |
| Double_t mc_cvweight_total; | |
| Double_t wgt; | |
| Double_t mc_cvweight_totalFlux; | |
| Double_t mc_cvweight_totalXsec; | |
| Double_t mc_ppfx1_cvweight; | |
| Double_t mc_hornCurrent_cvweight; | |
| Double_t mc_gen1_cvweight_total; | |
| Double_t gen1_wgt; | |
| Double_t mc_gen1_cvweight_totalFlux; | |
| Double_t mc_gen1_cvweight_NA49; | |
| Int_t mc_wgt_Flux_BeamFocus_sz; | |
| Double_t mc_wgt_Flux_BeamFocus[1]; //[mc_wgt_Flux_BeamFocus_sz] | |
| Int_t mc_wgt_gen1_Flux_Tertiary_sz; | |
| Double_t mc_wgt_gen1_Flux_Tertiary[1]; //[mc_wgt_gen1_Flux_Tertiary_sz] | |
| Int_t mc_wgt_gen1_Flux_NA49_sz; | |
| Double_t mc_wgt_gen1_Flux_NA49[1]; //[mc_wgt_gen1_Flux_NA49_sz] | |
| Int_t mc_wgt_Norm_sz; | |
| Double_t mc_wgt_Norm[1]; //[mc_wgt_Norm_sz] | |
| Int_t mc_wgt_ppfx1_Total_sz; | |
| Double_t mc_wgt_ppfx1_Total[1]; //[mc_wgt_ppfx1_Total_sz] | |
| Int_t mc_vertex_batch; | |
| Double_t prong_part_score[1]; //[n_prongs] | |
| Double_t prong_part_mass[1]; //[n_prongs] | |
| Int_t prong_part_charge[1]; //[n_prongs] | |
| Int_t prong_part_pid[1]; //[n_prongs] | |
| vector<vector<double> > *prong_part_E; | |
| vector<vector<double> > *prong_part_pos; | |
| // List of branches | |
| TBranch *b_eventID; //! | |
| TBranch *b_physEvtNum; //! | |
| TBranch *b_n_hyps; //! | |
| TBranch *b_processType; //! | |
| TBranch *b_primaryPart; //! | |
| TBranch *b_n_slices; //! | |
| TBranch *b_slice_numbers; //! | |
| TBranch *b_shared_slice; //! | |
| TBranch *b_vtx; //! | |
| TBranch *b_vtxErr; //! | |
| TBranch *b_E; //! | |
| TBranch *b_reco_vertex_batch; //! | |
| TBranch *b_found_truth; //! | |
| TBranch *b_phys_front_activity; //! | |
| TBranch *b_phys_energy_in_road_upstream_is_rockmuon_consistent; //! | |
| TBranch *b_rock_muons_removed; //! | |
| TBranch *b_minos_track_match; //! | |
| TBranch *b_minos_stub_match; //! | |
| TBranch *b_unknown_helicity; //! | |
| TBranch *b_minos_track_inside_partial_plane; //! | |
| TBranch *b_prim_vtx_has_misassigned_track_direction; //! | |
| TBranch *b_prim_vtx_has_broken_track; //! | |
| TBranch *b_EMLikeTrackMultiplicity; //! | |
| TBranch *b_ExtraEnergy_nClusters; //! | |
| TBranch *b_HasFiducialVertex; //! | |
| TBranch *b_HasNoBackExitingTracks; //! | |
| TBranch *b_HasNoNonEMExitingTracks; //! | |
| TBranch *b_HasNoNonProtons; //! | |
| TBranch *b_HasNoVertexMismatch; //! | |
| TBranch *b_HasTracks; //! | |
| TBranch *b_NumShortTracks; //! | |
| TBranch *b_NumTracks; //! | |
| TBranch *b_ODMatchProng; //! | |
| TBranch *b_StartPointVertexMultiplicity; //! | |
| TBranch *b_TruePID; //! | |
| TBranch *b_UpstreamInlineNClusters; //! | |
| TBranch *b_UpstreamInlineNDigits; //! | |
| TBranch *b_VertexBlob_nClusters; //! | |
| TBranch *b_VertexTrackMultiplicity; //! | |
| TBranch *b_broken_track_most_us_plane; //! | |
| TBranch *b_eProng_nClusters; //! | |
| TBranch *b_n_indices; //! | |
| TBranch *b_phys_energy_in_road_downstream_nplanes; //! | |
| TBranch *b_phys_energy_in_road_upstream_nplanes; //! | |
| TBranch *b_phys_n_dead_discr_pair; //! | |
| TBranch *b_phys_n_dead_discr_pair_in_prim_track_region; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_downstream_prim_track; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; //! | |
| TBranch *b_phys_n_dead_discr_pair_upstream_prim_track_proj; //! | |
| TBranch *b_phys_vertex_is_fiducial; //! | |
| TBranch *b_ConeEnergyVis; //! | |
| TBranch *b_ExtraEnergyVis; //! | |
| TBranch *b_Psi; //! | |
| TBranch *b_TrueEnergy; //! | |
| TBranch *b_TrueTheta; //! | |
| TBranch *b_UpstreamInlineEnergy; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosMean; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosRMS; //! | |
| TBranch *b_UpstreamODEnergy; //! | |
| TBranch *b_VertexBlobEnergy; //! | |
| TBranch *b_energy_from_mc; //! | |
| TBranch *b_energy_from_mc_fraction; //! | |
| TBranch *b_energy_from_mc_fraction_of_highest; //! | |
| TBranch *b_muon_phi; //! | |
| TBranch *b_muon_theta; //! | |
| TBranch *b_muon_thetaX; //! | |
| TBranch *b_muon_thetaY; //! | |
| TBranch *b_phys_energy_dispersed; //! | |
| TBranch *b_phys_energy_in_road_downstream; //! | |
| TBranch *b_phys_energy_in_road_upstream; //! | |
| TBranch *b_phys_energy_unattached; //! | |
| TBranch *b_prim_vtx_smallest_opening_angle; //! | |
| TBranch *b_latticeEnergyIndices; //! | |
| TBranch *b_michel_digits_sz; //! | |
| TBranch *b_michel_digits; //! | |
| TBranch *b_ExtraEnergy; //! | |
| TBranch *b_ExtraEnergyClusters_X; //! | |
| TBranch *b_ExtraEnergyClusters_Y; //! | |
| TBranch *b_ExtraEnergyClusters_Z; //! | |
| TBranch *b_ExtraEnergyClusters_energy; //! | |
| TBranch *b_ExtraEnergyClusters_nDigits; //! | |
| TBranch *b_ExtraEnergyClusters_width; //! | |
| TBranch *b_NonProtonScores_sz; //! | |
| TBranch *b_NonProtonScores; //! | |
| TBranch *b_VertexBlobClusters_X; //! | |
| TBranch *b_VertexBlobClusters_Y; //! | |
| TBranch *b_VertexBlobClusters_Z; //! | |
| TBranch *b_VertexBlobClusters_energy; //! | |
| TBranch *b_VertexBlobClusters_nDigits; //! | |
| TBranch *b_VertexBlobClusters_width; //! | |
| TBranch *b_VertexEnergy; //! | |
| TBranch *b_eProngClusters_X; //! | |
| TBranch *b_eProngClusters_Y; //! | |
| TBranch *b_eProngClusters_Z; //! | |
| TBranch *b_eProngClusters_axis_projection; //! | |
| TBranch *b_eProngClusters_cal_energy; //! | |
| TBranch *b_eProngClusters_energy; //! | |
| TBranch *b_eProngClusters_nDigits; //! | |
| TBranch *b_eProngClusters_width; //! | |
| TBranch *b_latticeNormEnergySums; //! | |
| TBranch *b_latticeRelativeTimes; //! | |
| TBranch *b_michel_energy_sz; //! | |
| TBranch *b_michel_energy; //! | |
| TBranch *b_michel_first_hit_fraction_sz; //! | |
| TBranch *b_michel_first_hit_fraction; //! | |
| TBranch *b_michel_slice_energy_sz; //! | |
| TBranch *b_michel_slice_energy; //! | |
| TBranch *b_michel_z_extent_sz; //! | |
| TBranch *b_michel_z_extent; //! | |
| TBranch *b_n_prongs; //! | |
| TBranch *b_prong_nParticles; //! | |
| TBranch *b_prong_GEANTTrackNum; //! | |
| TBranch *b_prong_HasTruth; //! | |
| TBranch *b_prong_SeedTrackType; //! | |
| TBranch *b_prong_TruePID; //! | |
| TBranch *b_prong_binned_energy_nbins; //! | |
| TBranch *b_prong_n_frontdEdX_planes_sampled; //! | |
| TBranch *b_prong_n_tracks; //! | |
| TBranch *b_prong_vertexMoved; //! | |
| TBranch *b_prong_BackMiddleRatio; //! | |
| TBranch *b_prong_BeginsInTracker; //! | |
| TBranch *b_prong_CalCorrectedEnergy; //! | |
| TBranch *b_prong_DataFrac; //! | |
| TBranch *b_prong_ECALVisE; //! | |
| TBranch *b_prong_EWgtdLengthByEnergy; //! | |
| TBranch *b_prong_EWgtdProngLength; //! | |
| TBranch *b_prong_FirstFireFraction; //! | |
| TBranch *b_prong_FracProngFromBestTrueTraj; //! | |
| TBranch *b_prong_HCALVisE; //! | |
| TBranch *b_prong_HCALVisEnergy; //! | |
| TBranch *b_prong_LocalShowerWidth; //! | |
| TBranch *b_prong_LongitudinalBunchGapScore; //! | |
| TBranch *b_prong_MedianPlaneShowerWidth; //! | |
| TBranch *b_prong_NoHCALActivity; //! | |
| TBranch *b_prong_NoODActivity; //! | |
| TBranch *b_prong_NonMIPClusFrac; //! | |
| TBranch *b_prong_ODVisE; //! | |
| TBranch *b_prong_ProngLength; //! | |
| TBranch *b_prong_SeedTrackChi2; //! | |
| TBranch *b_prong_ShowerEnergySeparation; //! | |
| TBranch *b_prong_ShowerLengthEnergyScale; //! | |
| TBranch *b_prong_SideECALVisE; //! | |
| TBranch *b_prong_TotalVisE; //! | |
| TBranch *b_prong_TransverseGapScore; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorX; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorX; //! | |
| TBranch *b_prong_TrimmedCaloEnergy; //! | |
| TBranch *b_prong_TrimmedVisE; //! | |
| TBranch *b_prong_TrueEnergy; //! | |
| TBranch *b_prong_TrueFrontdEdX; //! | |
| TBranch *b_prong_TrueTheta; //! | |
| TBranch *b_prong_TrueTrajFracInProng; //! | |
| TBranch *b_prong_VertexResidualR; //! | |
| TBranch *b_prong_VertexResidualX; //! | |
| TBranch *b_prong_VertexResidualY; //! | |
| TBranch *b_prong_VertexResidualZ; //! | |
| TBranch *b_prong_dEdXMaxECAL; //! | |
| TBranch *b_prong_dEdXMaxTracker; //! | |
| TBranch *b_prong_dEdXMean; //! | |
| TBranch *b_prong_dEdXMeanFrontNumBinsTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontPositionTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianECAL; //! | |
| TBranch *b_prong_dEdXMedianFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianTracker; //! | |
| TBranch *b_prong_projection_bin_width; //! | |
| TBranch *b_prong_axis_vector; //! | |
| TBranch *b_prong_axis_vertex; //! | |
| TBranch *b_prong_binned_energy_bin_contents; //! | |
| TBranch *b_prong_binned_energy_bin_indices; //! | |
| TBranch *b_truth_pass_NuECCQE; //! | |
| TBranch *b_truth_has_physics_event; //! | |
| TBranch *b_truth_IsFiducial; //! | |
| TBranch *b_truth_Enu_QE; //! | |
| TBranch *b_truth_Q2_QE; //! | |
| TBranch *b_truth_electron_theta_wrtbeam; //! | |
| TBranch *b_genie_wgt_n_shifts; //! | |
| TBranch *b_truth_genie_wgt_AGKYxF1pi; //! | |
| TBranch *b_truth_genie_wgt_AhtBY; //! | |
| TBranch *b_truth_genie_wgt_BhtBY; //! | |
| TBranch *b_truth_genie_wgt_CCQEPauliSupViaKF; //! | |
| TBranch *b_truth_genie_wgt_CV1uBY; //! | |
| TBranch *b_truth_genie_wgt_CV2uBY; //! | |
| TBranch *b_truth_genie_wgt_EtaNCEL; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_N; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_pi; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_N; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_pi; //! | |
| TBranch *b_truth_genie_wgt_FrElas_N; //! | |
| TBranch *b_truth_genie_wgt_FrElas_pi; //! | |
| TBranch *b_truth_genie_wgt_FrInel_N; //! | |
| TBranch *b_truth_genie_wgt_FrInel_pi; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_N; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_pi; //! | |
| TBranch *b_truth_genie_wgt_MFP_N; //! | |
| TBranch *b_truth_genie_wgt_MFP_pi; //! | |
| TBranch *b_truth_genie_wgt_MaCCQE; //! | |
| TBranch *b_truth_genie_wgt_MaCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_MaNCEL; //! | |
| TBranch *b_truth_genie_wgt_MaRES; //! | |
| TBranch *b_truth_genie_wgt_MvRES; //! | |
| TBranch *b_truth_genie_wgt_NormCCQE; //! | |
| TBranch *b_truth_genie_wgt_NormCCRES; //! | |
| TBranch *b_truth_genie_wgt_NormDISCC; //! | |
| TBranch *b_truth_genie_wgt_NormNCRES; //! | |
| TBranch *b_truth_genie_wgt_RDecBR1gamma; //! | |
| TBranch *b_truth_genie_wgt_Rvn1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvn2pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp2pi; //! | |
| TBranch *b_truth_genie_wgt_Theta_Delta2Npi; //! | |
| TBranch *b_truth_genie_wgt_VecFFCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_shifts; //! | |
| TBranch *b_NuECCQE_nuFlavor; //! | |
| TBranch *b_NuECCQE_nuHelicity; //! | |
| TBranch *b_NuECCQE_intCurrent; //! | |
| TBranch *b_NuECCQE_intType; //! | |
| TBranch *b_NuECCQE_E; //! | |
| TBranch *b_NuECCQE_Q2; //! | |
| TBranch *b_NuECCQE_x; //! | |
| TBranch *b_NuECCQE_y; //! | |
| TBranch *b_NuECCQE_W; //! | |
| TBranch *b_NuECCQE_score; //! | |
| TBranch *b_NuECCQE_leptonE; //! | |
| TBranch *b_NuECCQE_vtx; //! | |
| TBranch *b_ev_run; //! | |
| TBranch *b_ev_subrun; //! | |
| TBranch *b_ev_detector; //! | |
| TBranch *b_ev_triggerType; //! | |
| TBranch *b_ev_gate; //! | |
| TBranch *b_ev_global_gate; //! | |
| TBranch *b_ev_gps_time_sec; //! | |
| TBranch *b_ev_gps_time_usec; //! | |
| TBranch *b_numi_pot; //! | |
| TBranch *b_numi_horn_curr; //! | |
| TBranch *b_numi_x_pos; //! | |
| TBranch *b_numi_y_pos; //! | |
| TBranch *b_numi_x_width; //! | |
| TBranch *b_numi_y_width; //! | |
| TBranch *b_numi_bpm1; //! | |
| TBranch *b_numi_bpm2; //! | |
| TBranch *b_numi_bpm3; //! | |
| TBranch *b_numi_bpm4; //! | |
| TBranch *b_numi_bpm5; //! | |
| TBranch *b_numi_bpm6; //! | |
| TBranch *b_numi_tor101; //! | |
| TBranch *b_numi_tr101d; //! | |
| TBranch *b_numi_tortgt; //! | |
| TBranch *b_numi_trtgtd; //! | |
| TBranch *b_batch_structure; //! | |
| TBranch *b_numi_minos_time_sec; //! | |
| TBranch *b_numi_minos_time_nsec; //! | |
| TBranch *b_numi_database_sec; //! | |
| TBranch *b_numi_database_nsec; //! | |
| TBranch *b_numi_is_good_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_data_spill; //! | |
| TBranch *b_numi_is_no_beam_spill; //! | |
| TBranch *b_numi_is_bad_data_spill; //! | |
| TBranch *b_numi_is_bad_profile_x_width_data; //! | |
| TBranch *b_numi_is_bad_profile_y_width_data; //! | |
| TBranch *b_numi_is_bad_x_position_data; //! | |
| TBranch *b_numi_is_bad_y_position_data; //! | |
| TBranch *b_numi_is_bad_horn_curr_data; //! | |
| TBranch *b_numi_is_bad_nearest_time_spill; //! | |
| TBranch *b_numi_is_bad_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_spill; //! | |
| TBranch *b_numi_is_bad_x_pos; //! | |
| TBranch *b_numi_is_bad_y_pos; //! | |
| TBranch *b_numi_is_bad_beam_size; //! | |
| TBranch *b_numi_is_bad_profile_width_x; //! | |
| TBranch *b_numi_is_bad_profile_width_y; //! | |
| TBranch *b_numi_is_bad_horn_curr; //! | |
| TBranch *b_numi_is_target_out_spill; //! | |
| TBranch *b_numi_is_bad_beam_type_spill; //! | |
| TBranch *b_numi_is_bad_beam_frac_on_tgt_spill; //! | |
| TBranch *b_numi_is_good_position; //! | |
| TBranch *b_numi_is_good_width; //! | |
| TBranch *b_numi_is_good_toroids; //! | |
| TBranch *b_numi_is_good_delta_t; //! | |
| TBranch *b_numi_is_good_horn; //! | |
| TBranch *b_numi_time_to_nearest; //! | |
| TBranch *b_mc_run; //! | |
| TBranch *b_mc_subrun; //! | |
| TBranch *b_mc_nInteractions; //! | |
| TBranch *b_mc_MIState; //! | |
| TBranch *b_mc_pot; //! | |
| TBranch *b_mc_beamConfig; //! | |
| TBranch *b_mc_processType; //! | |
| TBranch *b_mc_nthEvtInSpill; //! | |
| TBranch *b_mc_nthEvtInFile; //! | |
| TBranch *b_mc_intType; //! | |
| TBranch *b_mc_current; //! | |
| TBranch *b_mc_charm; //! | |
| TBranch *b_mc_weight; //! | |
| TBranch *b_mc_XSec; //! | |
| TBranch *b_mc_diffXSec; //! | |
| TBranch *b_mc_incoming; //! | |
| TBranch *b_mc_fluxDriverProb; //! | |
| TBranch *b_mc_targetNucleus; //! | |
| TBranch *b_mc_targetZ; //! | |
| TBranch *b_mc_targetA; //! | |
| TBranch *b_mc_targetNucleon; //! | |
| TBranch *b_mc_struckQuark; //! | |
| TBranch *b_mc_seaQuark; //! | |
| TBranch *b_mc_resID; //! | |
| TBranch *b_mc_primaryLepton; //! | |
| TBranch *b_mc_incomingE; //! | |
| TBranch *b_mc_Bjorkenx; //! | |
| TBranch *b_mc_Bjorkeny; //! | |
| TBranch *b_mc_Q2; //! | |
| TBranch *b_mc_nuT; //! | |
| TBranch *b_mc_w; //! | |
| TBranch *b_mc_vtx; //! | |
| TBranch *b_mc_incomingPartVec; //! | |
| TBranch *b_mc_initNucVec; //! | |
| TBranch *b_mc_primFSLepton; //! | |
| TBranch *b_mc_nFSPart; //! | |
| TBranch *b_mc_FSPartPx; //! | |
| TBranch *b_mc_FSPartPy; //! | |
| TBranch *b_mc_FSPartPz; //! | |
| TBranch *b_mc_FSPartE; //! | |
| TBranch *b_mc_FSPartPDG; //! | |
| TBranch *b_mc_er_nPart; //! | |
| TBranch *b_mc_er_ID; //! | |
| TBranch *b_mc_er_status; //! | |
| TBranch *b_mc_er_posInNucX; //! | |
| TBranch *b_mc_er_posInNucY; //! | |
| TBranch *b_mc_er_posInNucZ; //! | |
| TBranch *b_mc_er_Px; //! | |
| TBranch *b_mc_er_Py; //! | |
| TBranch *b_mc_er_Pz; //! | |
| TBranch *b_mc_er_E; //! | |
| TBranch *b_mc_er_FD; //! | |
| TBranch *b_mc_er_LD; //! | |
| TBranch *b_mc_er_mother; //! | |
| TBranch *b_mc_fr_nNuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuParentID; //! | |
| TBranch *b_mc_fr_decMode; //! | |
| TBranch *b_mc_fr_primProtonVtx; //! | |
| TBranch *b_mc_fr_primProtonP; //! | |
| TBranch *b_mc_fr_nuParentDecVtx; //! | |
| TBranch *b_mc_fr_nuParentProdVtx; //! | |
| TBranch *b_mc_fr_nuParentProdP; //! | |
| TBranch *b_mc_cvweight_total; //! | |
| TBranch *b_wgt; //! | |
| TBranch *b_mc_cvweight_totalFlux; //! | |
| TBranch *b_mc_cvweight_totalXsec; //! | |
| TBranch *b_mc_ppfx1_cvweight; //! | |
| TBranch *b_mc_hornCurrent_cvweight; //! | |
| TBranch *b_mc_gen1_cvweight_total; //! | |
| TBranch *b_gen1_wgt; //! | |
| TBranch *b_mc_gen1_cvweight_totalFlux; //! | |
| TBranch *b_mc_gen1_cvweight_NA49; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus_sz; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49; //! | |
| TBranch *b_mc_wgt_Norm_sz; //! | |
| TBranch *b_mc_wgt_Norm; //! | |
| TBranch *b_mc_wgt_ppfx1_Total_sz; //! | |
| TBranch *b_mc_wgt_ppfx1_Total; //! | |
| TBranch *b_mc_vertex_batch; //! | |
| TBranch *b_prong_part_score; //! | |
| TBranch *b_prong_part_mass; //! | |
| TBranch *b_prong_part_charge; //! | |
| TBranch *b_prong_part_pid; //! | |
| TBranch *b_prong_part_E; //! | |
| TBranch *b_prong_part_pos; //! | |
| NuECCQE(TTree *tree=0); | |
| virtual ~NuECCQE(); | |
| virtual Int_t Cut(Long64_t entry); | |
| virtual Int_t GetEntry(Long64_t entry); | |
| virtual Long64_t LoadTree(Long64_t entry); | |
| virtual void Init(TTree *tree); | |
| virtual void Loop(); | |
| virtual Bool_t Notify(); | |
| virtual void Show(Long64_t entry = -1); | |
| }; | |
| #endif | |
| #ifdef NuECCQE_cxx | |
| NuECCQE::NuECCQE(TTree *tree) : fChain(0) | |
| { | |
| // if parameter tree is not specified (or zero), connect the file | |
| // used to generate this class and read the Tree. | |
| if (tree == 0) { | |
| TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/15/SIM_minerva_00110015_Subruns_0322_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| if (!f || !f->IsOpen()) { | |
| f = new TFile("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/15/SIM_minerva_00110015_Subruns_0322_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| } | |
| f->GetObject("NuECCQE",tree); | |
| } | |
| Init(tree); | |
| } | |
| NuECCQE::~NuECCQE() | |
| { | |
| if (!fChain) return; | |
| delete fChain->GetCurrentFile(); | |
| } | |
| Int_t NuECCQE::GetEntry(Long64_t entry) | |
| { | |
| // Read contents of entry. | |
| if (!fChain) return 0; | |
| return fChain->GetEntry(entry); | |
| } | |
| Long64_t NuECCQE::LoadTree(Long64_t entry) | |
| { | |
| // Set the environment to read one entry | |
| if (!fChain) return -5; | |
| Long64_t centry = fChain->LoadTree(entry); | |
| if (centry < 0) return centry; | |
| if (fChain->GetTreeNumber() != fCurrent) { | |
| fCurrent = fChain->GetTreeNumber(); | |
| Notify(); | |
| } | |
| return centry; | |
| } | |
| void NuECCQE::Init(TTree *tree) | |
| { | |
| // The Init() function is called when the selector needs to initialize | |
| // a new tree or chain. Typically here the branch addresses and branch | |
| // pointers of the tree will be set. | |
| // It is normally not necessary to make changes to the generated | |
| // code, but the routine can be extended by the user if needed. | |
| // Init() will be called many times when running on PROOF | |
| // (once per file to be processed). | |
| // Set object pointer | |
| prong_axis_vector = 0; | |
| prong_axis_vertex = 0; | |
| prong_binned_energy_bin_contents = 0; | |
| prong_binned_energy_bin_indices = 0; | |
| prong_part_E = 0; | |
| prong_part_pos = 0; | |
| // Set branch addresses and branch pointers | |
| if (!tree) return; | |
| fChain = tree; | |
| fCurrent = -1; | |
| fChain->SetMakeClass(1); | |
| fChain->SetBranchAddress("eventID", &eventID, &b_eventID); | |
| fChain->SetBranchAddress("physEvtNum", &physEvtNum, &b_physEvtNum); | |
| fChain->SetBranchAddress("n_hyps", &n_hyps, &b_n_hyps); | |
| fChain->SetBranchAddress("processType", &processType, &b_processType); | |
| fChain->SetBranchAddress("primaryPart", &primaryPart, &b_primaryPart); | |
| fChain->SetBranchAddress("n_slices", &n_slices, &b_n_slices); | |
| fChain->SetBranchAddress("slice_numbers", slice_numbers, &b_slice_numbers); | |
| fChain->SetBranchAddress("shared_slice", &shared_slice, &b_shared_slice); | |
| fChain->SetBranchAddress("vtx", vtx, &b_vtx); | |
| fChain->SetBranchAddress("vtxErr", vtxErr, &b_vtxErr); | |
| fChain->SetBranchAddress("E", E, &b_E); | |
| fChain->SetBranchAddress("reco_vertex_batch", &reco_vertex_batch, &b_reco_vertex_batch); | |
| fChain->SetBranchAddress("found_truth", &found_truth, &b_found_truth); | |
| fChain->SetBranchAddress("phys_front_activity", &phys_front_activity, &b_phys_front_activity); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_is_rockmuon_consistent", &phys_energy_in_road_upstream_is_rockmuon_consistent, &b_phys_energy_in_road_upstream_is_rockmuon_consistent); | |
| fChain->SetBranchAddress("rock_muons_removed", &rock_muons_removed, &b_rock_muons_removed); | |
| fChain->SetBranchAddress("minos_track_match", &minos_track_match, &b_minos_track_match); | |
| fChain->SetBranchAddress("minos_stub_match", &minos_stub_match, &b_minos_stub_match); | |
| fChain->SetBranchAddress("unknown_helicity", &unknown_helicity, &b_unknown_helicity); | |
| fChain->SetBranchAddress("minos_track_inside_partial_plane", &minos_track_inside_partial_plane, &b_minos_track_inside_partial_plane); | |
| fChain->SetBranchAddress("prim_vtx_has_misassigned_track_direction", &prim_vtx_has_misassigned_track_direction, &b_prim_vtx_has_misassigned_track_direction); | |
| fChain->SetBranchAddress("prim_vtx_has_broken_track", &prim_vtx_has_broken_track, &b_prim_vtx_has_broken_track); | |
| fChain->SetBranchAddress("EMLikeTrackMultiplicity", &EMLikeTrackMultiplicity, &b_EMLikeTrackMultiplicity); | |
| fChain->SetBranchAddress("ExtraEnergy_nClusters", &ExtraEnergy_nClusters, &b_ExtraEnergy_nClusters); | |
| fChain->SetBranchAddress("HasFiducialVertex", &HasFiducialVertex, &b_HasFiducialVertex); | |
| fChain->SetBranchAddress("HasNoBackExitingTracks", &HasNoBackExitingTracks, &b_HasNoBackExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonEMExitingTracks", &HasNoNonEMExitingTracks, &b_HasNoNonEMExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonProtons", &HasNoNonProtons, &b_HasNoNonProtons); | |
| fChain->SetBranchAddress("HasNoVertexMismatch", &HasNoVertexMismatch, &b_HasNoVertexMismatch); | |
| fChain->SetBranchAddress("HasTracks", &HasTracks, &b_HasTracks); | |
| fChain->SetBranchAddress("NumShortTracks", &NumShortTracks, &b_NumShortTracks); | |
| fChain->SetBranchAddress("NumTracks", &NumTracks, &b_NumTracks); | |
| fChain->SetBranchAddress("ODMatchProng", &ODMatchProng, &b_ODMatchProng); | |
| fChain->SetBranchAddress("StartPointVertexMultiplicity", &StartPointVertexMultiplicity, &b_StartPointVertexMultiplicity); | |
| fChain->SetBranchAddress("TruePID", &TruePID, &b_TruePID); | |
| fChain->SetBranchAddress("UpstreamInlineNClusters", &UpstreamInlineNClusters, &b_UpstreamInlineNClusters); | |
| fChain->SetBranchAddress("UpstreamInlineNDigits", &UpstreamInlineNDigits, &b_UpstreamInlineNDigits); | |
| fChain->SetBranchAddress("VertexBlob_nClusters", &VertexBlob_nClusters, &b_VertexBlob_nClusters); | |
| fChain->SetBranchAddress("VertexTrackMultiplicity", &VertexTrackMultiplicity, &b_VertexTrackMultiplicity); | |
| fChain->SetBranchAddress("broken_track_most_us_plane", &broken_track_most_us_plane, &b_broken_track_most_us_plane); | |
| fChain->SetBranchAddress("eProng_nClusters", &eProng_nClusters, &b_eProng_nClusters); | |
| fChain->SetBranchAddress("n_indices", &n_indices, &b_n_indices); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream_nplanes", &phys_energy_in_road_downstream_nplanes, &b_phys_energy_in_road_downstream_nplanes); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_nplanes", &phys_energy_in_road_upstream_nplanes, &b_phys_energy_in_road_upstream_nplanes); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair", &phys_n_dead_discr_pair, &b_phys_n_dead_discr_pair); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_in_prim_track_region", &phys_n_dead_discr_pair_in_prim_track_region, &b_phys_n_dead_discr_pair_in_prim_track_region); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_downstream_prim_track", &phys_n_dead_discr_pair_two_mod_downstream_prim_track, &b_phys_n_dead_discr_pair_two_mod_downstream_prim_track); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_upstream_prim_vtx", &phys_n_dead_discr_pair_two_mod_upstream_prim_vtx, &b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_upstream_prim_track_proj", &phys_n_dead_discr_pair_upstream_prim_track_proj, &b_phys_n_dead_discr_pair_upstream_prim_track_proj); | |
| fChain->SetBranchAddress("phys_vertex_is_fiducial", &phys_vertex_is_fiducial, &b_phys_vertex_is_fiducial); | |
| fChain->SetBranchAddress("ConeEnergyVis", &ConeEnergyVis, &b_ConeEnergyVis); | |
| fChain->SetBranchAddress("ExtraEnergyVis", &ExtraEnergyVis, &b_ExtraEnergyVis); | |
| fChain->SetBranchAddress("Psi", &Psi, &b_Psi); | |
| fChain->SetBranchAddress("TrueEnergy", &TrueEnergy, &b_TrueEnergy); | |
| fChain->SetBranchAddress("TrueTheta", &TrueTheta, &b_TrueTheta); | |
| fChain->SetBranchAddress("UpstreamInlineEnergy", &UpstreamInlineEnergy, &b_UpstreamInlineEnergy); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosMean", &UpstreamInlineEnergyWgtdPosMean, &b_UpstreamInlineEnergyWgtdPosMean); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosRMS", &UpstreamInlineEnergyWgtdPosRMS, &b_UpstreamInlineEnergyWgtdPosRMS); | |
| fChain->SetBranchAddress("UpstreamODEnergy", &UpstreamODEnergy, &b_UpstreamODEnergy); | |
| fChain->SetBranchAddress("VertexBlobEnergy", &VertexBlobEnergy, &b_VertexBlobEnergy); | |
| fChain->SetBranchAddress("energy_from_mc", &energy_from_mc, &b_energy_from_mc); | |
| fChain->SetBranchAddress("energy_from_mc_fraction", &energy_from_mc_fraction, &b_energy_from_mc_fraction); | |
| fChain->SetBranchAddress("energy_from_mc_fraction_of_highest", &energy_from_mc_fraction_of_highest, &b_energy_from_mc_fraction_of_highest); | |
| fChain->SetBranchAddress("muon_phi", &muon_phi, &b_muon_phi); | |
| fChain->SetBranchAddress("muon_theta", &muon_theta, &b_muon_theta); | |
| fChain->SetBranchAddress("muon_thetaX", &muon_thetaX, &b_muon_thetaX); | |
| fChain->SetBranchAddress("muon_thetaY", &muon_thetaY, &b_muon_thetaY); | |
| fChain->SetBranchAddress("phys_energy_dispersed", &phys_energy_dispersed, &b_phys_energy_dispersed); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream", &phys_energy_in_road_downstream, &b_phys_energy_in_road_downstream); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream", &phys_energy_in_road_upstream, &b_phys_energy_in_road_upstream); | |
| fChain->SetBranchAddress("phys_energy_unattached", &phys_energy_unattached, &b_phys_energy_unattached); | |
| fChain->SetBranchAddress("prim_vtx_smallest_opening_angle", &prim_vtx_smallest_opening_angle, &b_prim_vtx_smallest_opening_angle); | |
| fChain->SetBranchAddress("latticeEnergyIndices", latticeEnergyIndices, &b_latticeEnergyIndices); | |
| fChain->SetBranchAddress("michel_digits_sz", &michel_digits_sz, &b_michel_digits_sz); | |
| fChain->SetBranchAddress("michel_digits", michel_digits, &b_michel_digits); | |
| fChain->SetBranchAddress("ExtraEnergy", ExtraEnergy, &b_ExtraEnergy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_X", ExtraEnergyClusters_X, &b_ExtraEnergyClusters_X); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Y", ExtraEnergyClusters_Y, &b_ExtraEnergyClusters_Y); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Z", ExtraEnergyClusters_Z, &b_ExtraEnergyClusters_Z); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_energy", ExtraEnergyClusters_energy, &b_ExtraEnergyClusters_energy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_nDigits", ExtraEnergyClusters_nDigits, &b_ExtraEnergyClusters_nDigits); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_width", ExtraEnergyClusters_width, &b_ExtraEnergyClusters_width); | |
| fChain->SetBranchAddress("NonProtonScores_sz", &NonProtonScores_sz, &b_NonProtonScores_sz); | |
| fChain->SetBranchAddress("NonProtonScores", NonProtonScores, &b_NonProtonScores); | |
| fChain->SetBranchAddress("VertexBlobClusters_X", VertexBlobClusters_X, &b_VertexBlobClusters_X); | |
| fChain->SetBranchAddress("VertexBlobClusters_Y", VertexBlobClusters_Y, &b_VertexBlobClusters_Y); | |
| fChain->SetBranchAddress("VertexBlobClusters_Z", VertexBlobClusters_Z, &b_VertexBlobClusters_Z); | |
| fChain->SetBranchAddress("VertexBlobClusters_energy", VertexBlobClusters_energy, &b_VertexBlobClusters_energy); | |
| fChain->SetBranchAddress("VertexBlobClusters_nDigits", VertexBlobClusters_nDigits, &b_VertexBlobClusters_nDigits); | |
| fChain->SetBranchAddress("VertexBlobClusters_width", VertexBlobClusters_width, &b_VertexBlobClusters_width); | |
| fChain->SetBranchAddress("VertexEnergy", VertexEnergy, &b_VertexEnergy); | |
| fChain->SetBranchAddress("eProngClusters_X", eProngClusters_X, &b_eProngClusters_X); | |
| fChain->SetBranchAddress("eProngClusters_Y", eProngClusters_Y, &b_eProngClusters_Y); | |
| fChain->SetBranchAddress("eProngClusters_Z", eProngClusters_Z, &b_eProngClusters_Z); | |
| fChain->SetBranchAddress("eProngClusters_axis_projection", eProngClusters_axis_projection, &b_eProngClusters_axis_projection); | |
| fChain->SetBranchAddress("eProngClusters_cal_energy", eProngClusters_cal_energy, &b_eProngClusters_cal_energy); | |
| fChain->SetBranchAddress("eProngClusters_energy", eProngClusters_energy, &b_eProngClusters_energy); | |
| fChain->SetBranchAddress("eProngClusters_nDigits", eProngClusters_nDigits, &b_eProngClusters_nDigits); | |
| fChain->SetBranchAddress("eProngClusters_width", eProngClusters_width, &b_eProngClusters_width); | |
| fChain->SetBranchAddress("latticeNormEnergySums", latticeNormEnergySums, &b_latticeNormEnergySums); | |
| fChain->SetBranchAddress("latticeRelativeTimes", latticeRelativeTimes, &b_latticeRelativeTimes); | |
| fChain->SetBranchAddress("michel_energy_sz", &michel_energy_sz, &b_michel_energy_sz); | |
| fChain->SetBranchAddress("michel_energy", michel_energy, &b_michel_energy); | |
| fChain->SetBranchAddress("michel_first_hit_fraction_sz", &michel_first_hit_fraction_sz, &b_michel_first_hit_fraction_sz); | |
| fChain->SetBranchAddress("michel_first_hit_fraction", michel_first_hit_fraction, &b_michel_first_hit_fraction); | |
| fChain->SetBranchAddress("michel_slice_energy_sz", &michel_slice_energy_sz, &b_michel_slice_energy_sz); | |
| fChain->SetBranchAddress("michel_slice_energy", michel_slice_energy, &b_michel_slice_energy); | |
| fChain->SetBranchAddress("michel_z_extent_sz", &michel_z_extent_sz, &b_michel_z_extent_sz); | |
| fChain->SetBranchAddress("michel_z_extent", michel_z_extent, &b_michel_z_extent); | |
| fChain->SetBranchAddress("n_prongs", &n_prongs, &b_n_prongs); | |
| fChain->SetBranchAddress("prong_nParticles", prong_nParticles, &b_prong_nParticles); | |
| fChain->SetBranchAddress("prong_GEANTTrackNum", prong_GEANTTrackNum, &b_prong_GEANTTrackNum); | |
| fChain->SetBranchAddress("prong_HasTruth", prong_HasTruth, &b_prong_HasTruth); | |
| fChain->SetBranchAddress("prong_SeedTrackType", prong_SeedTrackType, &b_prong_SeedTrackType); | |
| fChain->SetBranchAddress("prong_TruePID", prong_TruePID, &b_prong_TruePID); | |
| fChain->SetBranchAddress("prong_binned_energy_nbins", prong_binned_energy_nbins, &b_prong_binned_energy_nbins); | |
| fChain->SetBranchAddress("prong_n_frontdEdX_planes_sampled", prong_n_frontdEdX_planes_sampled, &b_prong_n_frontdEdX_planes_sampled); | |
| fChain->SetBranchAddress("prong_n_tracks", prong_n_tracks, &b_prong_n_tracks); | |
| fChain->SetBranchAddress("prong_vertexMoved", prong_vertexMoved, &b_prong_vertexMoved); | |
| fChain->SetBranchAddress("prong_BackMiddleRatio", prong_BackMiddleRatio, &b_prong_BackMiddleRatio); | |
| fChain->SetBranchAddress("prong_BeginsInTracker", prong_BeginsInTracker, &b_prong_BeginsInTracker); | |
| fChain->SetBranchAddress("prong_CalCorrectedEnergy", prong_CalCorrectedEnergy, &b_prong_CalCorrectedEnergy); | |
| fChain->SetBranchAddress("prong_DataFrac", prong_DataFrac, &b_prong_DataFrac); | |
| fChain->SetBranchAddress("prong_ECALVisE", prong_ECALVisE, &b_prong_ECALVisE); | |
| fChain->SetBranchAddress("prong_EWgtdLengthByEnergy", prong_EWgtdLengthByEnergy, &b_prong_EWgtdLengthByEnergy); | |
| fChain->SetBranchAddress("prong_EWgtdProngLength", prong_EWgtdProngLength, &b_prong_EWgtdProngLength); | |
| fChain->SetBranchAddress("prong_FirstFireFraction", prong_FirstFireFraction, &b_prong_FirstFireFraction); | |
| fChain->SetBranchAddress("prong_FracProngFromBestTrueTraj", prong_FracProngFromBestTrueTraj, &b_prong_FracProngFromBestTrueTraj); | |
| fChain->SetBranchAddress("prong_HCALVisE", prong_HCALVisE, &b_prong_HCALVisE); | |
| fChain->SetBranchAddress("prong_HCALVisEnergy", prong_HCALVisEnergy, &b_prong_HCALVisEnergy); | |
| fChain->SetBranchAddress("prong_LocalShowerWidth", prong_LocalShowerWidth, &b_prong_LocalShowerWidth); | |
| fChain->SetBranchAddress("prong_LongitudinalBunchGapScore", prong_LongitudinalBunchGapScore, &b_prong_LongitudinalBunchGapScore); | |
| fChain->SetBranchAddress("prong_MedianPlaneShowerWidth", prong_MedianPlaneShowerWidth, &b_prong_MedianPlaneShowerWidth); | |
| fChain->SetBranchAddress("prong_NoHCALActivity", prong_NoHCALActivity, &b_prong_NoHCALActivity); | |
| fChain->SetBranchAddress("prong_NoODActivity", prong_NoODActivity, &b_prong_NoODActivity); | |
| fChain->SetBranchAddress("prong_NonMIPClusFrac", prong_NonMIPClusFrac, &b_prong_NonMIPClusFrac); | |
| fChain->SetBranchAddress("prong_ODVisE", prong_ODVisE, &b_prong_ODVisE); | |
| fChain->SetBranchAddress("prong_ProngLength", prong_ProngLength, &b_prong_ProngLength); | |
| fChain->SetBranchAddress("prong_SeedTrackChi2", prong_SeedTrackChi2, &b_prong_SeedTrackChi2); | |
| fChain->SetBranchAddress("prong_ShowerEnergySeparation", prong_ShowerEnergySeparation, &b_prong_ShowerEnergySeparation); | |
| fChain->SetBranchAddress("prong_ShowerLengthEnergyScale", prong_ShowerLengthEnergyScale, &b_prong_ShowerLengthEnergyScale); | |
| fChain->SetBranchAddress("prong_SideECALVisE", prong_SideECALVisE, &b_prong_SideECALVisE); | |
| fChain->SetBranchAddress("prong_TotalVisE", prong_TotalVisE, &b_prong_TotalVisE); | |
| fChain->SetBranchAddress("prong_TransverseGapScore", prong_TransverseGapScore, &b_prong_TransverseGapScore); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorU", prong_TransverseShowerAsymmetryDenominatorU, &b_prong_TransverseShowerAsymmetryDenominatorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorV", prong_TransverseShowerAsymmetryDenominatorV, &b_prong_TransverseShowerAsymmetryDenominatorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorX", prong_TransverseShowerAsymmetryDenominatorX, &b_prong_TransverseShowerAsymmetryDenominatorX); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorU", prong_TransverseShowerAsymmetryNumeratorU, &b_prong_TransverseShowerAsymmetryNumeratorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorV", prong_TransverseShowerAsymmetryNumeratorV, &b_prong_TransverseShowerAsymmetryNumeratorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorX", prong_TransverseShowerAsymmetryNumeratorX, &b_prong_TransverseShowerAsymmetryNumeratorX); | |
| fChain->SetBranchAddress("prong_TrimmedCaloEnergy", prong_TrimmedCaloEnergy, &b_prong_TrimmedCaloEnergy); | |
| fChain->SetBranchAddress("prong_TrimmedVisE", prong_TrimmedVisE, &b_prong_TrimmedVisE); | |
| fChain->SetBranchAddress("prong_TrueEnergy", prong_TrueEnergy, &b_prong_TrueEnergy); | |
| fChain->SetBranchAddress("prong_TrueFrontdEdX", prong_TrueFrontdEdX, &b_prong_TrueFrontdEdX); | |
| fChain->SetBranchAddress("prong_TrueTheta", prong_TrueTheta, &b_prong_TrueTheta); | |
| fChain->SetBranchAddress("prong_TrueTrajFracInProng", prong_TrueTrajFracInProng, &b_prong_TrueTrajFracInProng); | |
| fChain->SetBranchAddress("prong_VertexResidualR", prong_VertexResidualR, &b_prong_VertexResidualR); | |
| fChain->SetBranchAddress("prong_VertexResidualX", prong_VertexResidualX, &b_prong_VertexResidualX); | |
| fChain->SetBranchAddress("prong_VertexResidualY", prong_VertexResidualY, &b_prong_VertexResidualY); | |
| fChain->SetBranchAddress("prong_VertexResidualZ", prong_VertexResidualZ, &b_prong_VertexResidualZ); | |
| fChain->SetBranchAddress("prong_dEdXMaxECAL", prong_dEdXMaxECAL, &b_prong_dEdXMaxECAL); | |
| fChain->SetBranchAddress("prong_dEdXMaxTracker", prong_dEdXMaxTracker, &b_prong_dEdXMaxTracker); | |
| fChain->SetBranchAddress("prong_dEdXMean", prong_dEdXMean, &b_prong_dEdXMean); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontNumBinsTracker", prong_dEdXMeanFrontNumBinsTracker, &b_prong_dEdXMeanFrontNumBinsTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontPositionTracker", prong_dEdXMeanFrontPositionTracker, &b_prong_dEdXMeanFrontPositionTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontTracker", prong_dEdXMeanFrontTracker, &b_prong_dEdXMeanFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianECAL", prong_dEdXMedianECAL, &b_prong_dEdXMedianECAL); | |
| fChain->SetBranchAddress("prong_dEdXMedianFrontTracker", prong_dEdXMedianFrontTracker, &b_prong_dEdXMedianFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianTracker", prong_dEdXMedianTracker, &b_prong_dEdXMedianTracker); | |
| fChain->SetBranchAddress("prong_projection_bin_width", prong_projection_bin_width, &b_prong_projection_bin_width); | |
| fChain->SetBranchAddress("prong_axis_vector", &prong_axis_vector, &b_prong_axis_vector); | |
| fChain->SetBranchAddress("prong_axis_vertex", &prong_axis_vertex, &b_prong_axis_vertex); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_contents", &prong_binned_energy_bin_contents, &b_prong_binned_energy_bin_contents); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_indices", &prong_binned_energy_bin_indices, &b_prong_binned_energy_bin_indices); | |
| fChain->SetBranchAddress("truth_pass_NuECCQE", &truth_pass_NuECCQE, &b_truth_pass_NuECCQE); | |
| fChain->SetBranchAddress("truth_has_physics_event", &truth_has_physics_event, &b_truth_has_physics_event); | |
| fChain->SetBranchAddress("truth_IsFiducial", &truth_IsFiducial, &b_truth_IsFiducial); | |
| fChain->SetBranchAddress("truth_Enu_QE", &truth_Enu_QE, &b_truth_Enu_QE); | |
| fChain->SetBranchAddress("truth_Q2_QE", &truth_Q2_QE, &b_truth_Q2_QE); | |
| fChain->SetBranchAddress("truth_electron_theta_wrtbeam", &truth_electron_theta_wrtbeam, &b_truth_electron_theta_wrtbeam); | |
| fChain->SetBranchAddress("genie_wgt_n_shifts", &genie_wgt_n_shifts, &b_genie_wgt_n_shifts); | |
| fChain->SetBranchAddress("truth_genie_wgt_AGKYxF1pi", truth_genie_wgt_AGKYxF1pi, &b_truth_genie_wgt_AGKYxF1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_AhtBY", truth_genie_wgt_AhtBY, &b_truth_genie_wgt_AhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_BhtBY", truth_genie_wgt_BhtBY, &b_truth_genie_wgt_BhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CCQEPauliSupViaKF", truth_genie_wgt_CCQEPauliSupViaKF, &b_truth_genie_wgt_CCQEPauliSupViaKF); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV1uBY", truth_genie_wgt_CV1uBY, &b_truth_genie_wgt_CV1uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV2uBY", truth_genie_wgt_CV2uBY, &b_truth_genie_wgt_CV2uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_EtaNCEL", truth_genie_wgt_EtaNCEL, &b_truth_genie_wgt_EtaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_N", truth_genie_wgt_FrAbs_N, &b_truth_genie_wgt_FrAbs_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_pi", truth_genie_wgt_FrAbs_pi, &b_truth_genie_wgt_FrAbs_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_N", truth_genie_wgt_FrCEx_N, &b_truth_genie_wgt_FrCEx_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_pi", truth_genie_wgt_FrCEx_pi, &b_truth_genie_wgt_FrCEx_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_N", truth_genie_wgt_FrElas_N, &b_truth_genie_wgt_FrElas_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_pi", truth_genie_wgt_FrElas_pi, &b_truth_genie_wgt_FrElas_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_N", truth_genie_wgt_FrInel_N, &b_truth_genie_wgt_FrInel_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_pi", truth_genie_wgt_FrInel_pi, &b_truth_genie_wgt_FrInel_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_N", truth_genie_wgt_FrPiProd_N, &b_truth_genie_wgt_FrPiProd_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_pi", truth_genie_wgt_FrPiProd_pi, &b_truth_genie_wgt_FrPiProd_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_N", truth_genie_wgt_MFP_N, &b_truth_genie_wgt_MFP_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_pi", truth_genie_wgt_MFP_pi, &b_truth_genie_wgt_MFP_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQE", truth_genie_wgt_MaCCQE, &b_truth_genie_wgt_MaCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQEshape", truth_genie_wgt_MaCCQEshape, &b_truth_genie_wgt_MaCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaNCEL", truth_genie_wgt_MaNCEL, &b_truth_genie_wgt_MaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaRES", truth_genie_wgt_MaRES, &b_truth_genie_wgt_MaRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_MvRES", truth_genie_wgt_MvRES, &b_truth_genie_wgt_MvRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCQE", truth_genie_wgt_NormCCQE, &b_truth_genie_wgt_NormCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCRES", truth_genie_wgt_NormCCRES, &b_truth_genie_wgt_NormCCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormDISCC", truth_genie_wgt_NormDISCC, &b_truth_genie_wgt_NormDISCC); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormNCRES", truth_genie_wgt_NormNCRES, &b_truth_genie_wgt_NormNCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_RDecBR1gamma", truth_genie_wgt_RDecBR1gamma, &b_truth_genie_wgt_RDecBR1gamma); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn1pi", truth_genie_wgt_Rvn1pi, &b_truth_genie_wgt_Rvn1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn2pi", truth_genie_wgt_Rvn2pi, &b_truth_genie_wgt_Rvn2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp1pi", truth_genie_wgt_Rvp1pi, &b_truth_genie_wgt_Rvp1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp2pi", truth_genie_wgt_Rvp2pi, &b_truth_genie_wgt_Rvp2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Theta_Delta2Npi", truth_genie_wgt_Theta_Delta2Npi, &b_truth_genie_wgt_Theta_Delta2Npi); | |
| fChain->SetBranchAddress("truth_genie_wgt_VecFFCCQEshape", truth_genie_wgt_VecFFCCQEshape, &b_truth_genie_wgt_VecFFCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_shifts", truth_genie_wgt_shifts, &b_truth_genie_wgt_shifts); | |
| fChain->SetBranchAddress("NuECCQE_nuFlavor", &NuECCQE_nuFlavor, &b_NuECCQE_nuFlavor); | |
| fChain->SetBranchAddress("NuECCQE_nuHelicity", &NuECCQE_nuHelicity, &b_NuECCQE_nuHelicity); | |
| fChain->SetBranchAddress("NuECCQE_intCurrent", &NuECCQE_intCurrent, &b_NuECCQE_intCurrent); | |
| fChain->SetBranchAddress("NuECCQE_intType", &NuECCQE_intType, &b_NuECCQE_intType); | |
| fChain->SetBranchAddress("NuECCQE_E", &NuECCQE_E, &b_NuECCQE_E); | |
| fChain->SetBranchAddress("NuECCQE_Q2", &NuECCQE_Q2, &b_NuECCQE_Q2); | |
| fChain->SetBranchAddress("NuECCQE_x", &NuECCQE_x, &b_NuECCQE_x); | |
| fChain->SetBranchAddress("NuECCQE_y", &NuECCQE_y, &b_NuECCQE_y); | |
| fChain->SetBranchAddress("NuECCQE_W", &NuECCQE_W, &b_NuECCQE_W); | |
| fChain->SetBranchAddress("NuECCQE_score", &NuECCQE_score, &b_NuECCQE_score); | |
| fChain->SetBranchAddress("NuECCQE_leptonE", NuECCQE_leptonE, &b_NuECCQE_leptonE); | |
| fChain->SetBranchAddress("NuECCQE_vtx", NuECCQE_vtx, &b_NuECCQE_vtx); | |
| fChain->SetBranchAddress("ev_run", &ev_run, &b_ev_run); | |
| fChain->SetBranchAddress("ev_subrun", &ev_subrun, &b_ev_subrun); | |
| fChain->SetBranchAddress("ev_detector", &ev_detector, &b_ev_detector); | |
| fChain->SetBranchAddress("ev_triggerType", &ev_triggerType, &b_ev_triggerType); | |
| fChain->SetBranchAddress("ev_gate", &ev_gate, &b_ev_gate); | |
| fChain->SetBranchAddress("ev_global_gate", &ev_global_gate, &b_ev_global_gate); | |
| fChain->SetBranchAddress("ev_gps_time_sec", &ev_gps_time_sec, &b_ev_gps_time_sec); | |
| fChain->SetBranchAddress("ev_gps_time_usec", &ev_gps_time_usec, &b_ev_gps_time_usec); | |
| fChain->SetBranchAddress("numi_pot", &numi_pot, &b_numi_pot); | |
| fChain->SetBranchAddress("numi_horn_curr", &numi_horn_curr, &b_numi_horn_curr); | |
| fChain->SetBranchAddress("numi_x_pos", &numi_x_pos, &b_numi_x_pos); | |
| fChain->SetBranchAddress("numi_y_pos", &numi_y_pos, &b_numi_y_pos); | |
| fChain->SetBranchAddress("numi_x_width", &numi_x_width, &b_numi_x_width); | |
| fChain->SetBranchAddress("numi_y_width", &numi_y_width, &b_numi_y_width); | |
| fChain->SetBranchAddress("numi_bpm1", &numi_bpm1, &b_numi_bpm1); | |
| fChain->SetBranchAddress("numi_bpm2", &numi_bpm2, &b_numi_bpm2); | |
| fChain->SetBranchAddress("numi_bpm3", &numi_bpm3, &b_numi_bpm3); | |
| fChain->SetBranchAddress("numi_bpm4", &numi_bpm4, &b_numi_bpm4); | |
| fChain->SetBranchAddress("numi_bpm5", &numi_bpm5, &b_numi_bpm5); | |
| fChain->SetBranchAddress("numi_bpm6", &numi_bpm6, &b_numi_bpm6); | |
| fChain->SetBranchAddress("numi_tor101", &numi_tor101, &b_numi_tor101); | |
| fChain->SetBranchAddress("numi_tr101d", &numi_tr101d, &b_numi_tr101d); | |
| fChain->SetBranchAddress("numi_tortgt", &numi_tortgt, &b_numi_tortgt); | |
| fChain->SetBranchAddress("numi_trtgtd", &numi_trtgtd, &b_numi_trtgtd); | |
| fChain->SetBranchAddress("batch_structure", &batch_structure, &b_batch_structure); | |
| fChain->SetBranchAddress("numi_minos_time_sec", &numi_minos_time_sec, &b_numi_minos_time_sec); | |
| fChain->SetBranchAddress("numi_minos_time_nsec", &numi_minos_time_nsec, &b_numi_minos_time_nsec); | |
| fChain->SetBranchAddress("numi_database_sec", &numi_database_sec, &b_numi_database_sec); | |
| fChain->SetBranchAddress("numi_database_nsec", &numi_database_nsec, &b_numi_database_nsec); | |
| fChain->SetBranchAddress("numi_is_good_beam_spill", &numi_is_good_beam_spill, &b_numi_is_good_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_data_spill", &numi_is_bad_pot_data_spill, &b_numi_is_bad_pot_data_spill); | |
| fChain->SetBranchAddress("numi_is_no_beam_spill", &numi_is_no_beam_spill, &b_numi_is_no_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_data_spill", &numi_is_bad_data_spill, &b_numi_is_bad_data_spill); | |
| fChain->SetBranchAddress("numi_is_bad_profile_x_width_data", &numi_is_bad_profile_x_width_data, &b_numi_is_bad_profile_x_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_profile_y_width_data", &numi_is_bad_profile_y_width_data, &b_numi_is_bad_profile_y_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_x_position_data", &numi_is_bad_x_position_data, &b_numi_is_bad_x_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_y_position_data", &numi_is_bad_y_position_data, &b_numi_is_bad_y_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr_data", &numi_is_bad_horn_curr_data, &b_numi_is_bad_horn_curr_data); | |
| fChain->SetBranchAddress("numi_is_bad_nearest_time_spill", &numi_is_bad_nearest_time_spill, &b_numi_is_bad_nearest_time_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_spill", &numi_is_bad_beam_spill, &b_numi_is_bad_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_spill", &numi_is_bad_pot_spill, &b_numi_is_bad_pot_spill); | |
| fChain->SetBranchAddress("numi_is_bad_x_pos", &numi_is_bad_x_pos, &b_numi_is_bad_x_pos); | |
| fChain->SetBranchAddress("numi_is_bad_y_pos", &numi_is_bad_y_pos, &b_numi_is_bad_y_pos); | |
| fChain->SetBranchAddress("numi_is_bad_beam_size", &numi_is_bad_beam_size, &b_numi_is_bad_beam_size); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_x", &numi_is_bad_profile_width_x, &b_numi_is_bad_profile_width_x); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_y", &numi_is_bad_profile_width_y, &b_numi_is_bad_profile_width_y); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr", &numi_is_bad_horn_curr, &b_numi_is_bad_horn_curr); | |
| fChain->SetBranchAddress("numi_is_target_out_spill", &numi_is_target_out_spill, &b_numi_is_target_out_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_type_spill", &numi_is_bad_beam_type_spill, &b_numi_is_bad_beam_type_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_frac_on_tgt_spill", &numi_is_bad_beam_frac_on_tgt_spill, &b_numi_is_bad_beam_frac_on_tgt_spill); | |
| fChain->SetBranchAddress("numi_is_good_position", &numi_is_good_position, &b_numi_is_good_position); | |
| fChain->SetBranchAddress("numi_is_good_width", &numi_is_good_width, &b_numi_is_good_width); | |
| fChain->SetBranchAddress("numi_is_good_toroids", &numi_is_good_toroids, &b_numi_is_good_toroids); | |
| fChain->SetBranchAddress("numi_is_good_delta_t", &numi_is_good_delta_t, &b_numi_is_good_delta_t); | |
| fChain->SetBranchAddress("numi_is_good_horn", &numi_is_good_horn, &b_numi_is_good_horn); | |
| fChain->SetBranchAddress("numi_time_to_nearest", &numi_time_to_nearest, &b_numi_time_to_nearest); | |
| fChain->SetBranchAddress("mc_run", &mc_run, &b_mc_run); | |
| fChain->SetBranchAddress("mc_subrun", &mc_subrun, &b_mc_subrun); | |
| fChain->SetBranchAddress("mc_nInteractions", &mc_nInteractions, &b_mc_nInteractions); | |
| fChain->SetBranchAddress("mc_MIState", &mc_MIState, &b_mc_MIState); | |
| fChain->SetBranchAddress("mc_pot", &mc_pot, &b_mc_pot); | |
| fChain->SetBranchAddress("mc_beamConfig", &mc_beamConfig, &b_mc_beamConfig); | |
| fChain->SetBranchAddress("mc_processType", &mc_processType, &b_mc_processType); | |
| fChain->SetBranchAddress("mc_nthEvtInSpill", &mc_nthEvtInSpill, &b_mc_nthEvtInSpill); | |
| fChain->SetBranchAddress("mc_nthEvtInFile", &mc_nthEvtInFile, &b_mc_nthEvtInFile); | |
| fChain->SetBranchAddress("mc_intType", &mc_intType, &b_mc_intType); | |
| fChain->SetBranchAddress("mc_current", &mc_current, &b_mc_current); | |
| fChain->SetBranchAddress("mc_charm", &mc_charm, &b_mc_charm); | |
| fChain->SetBranchAddress("mc_weight", &mc_weight, &b_mc_weight); | |
| fChain->SetBranchAddress("mc_XSec", &mc_XSec, &b_mc_XSec); | |
| fChain->SetBranchAddress("mc_diffXSec", &mc_diffXSec, &b_mc_diffXSec); | |
| fChain->SetBranchAddress("mc_incoming", &mc_incoming, &b_mc_incoming); | |
| fChain->SetBranchAddress("mc_fluxDriverProb", &mc_fluxDriverProb, &b_mc_fluxDriverProb); | |
| fChain->SetBranchAddress("mc_targetNucleus", &mc_targetNucleus, &b_mc_targetNucleus); | |
| fChain->SetBranchAddress("mc_targetZ", &mc_targetZ, &b_mc_targetZ); | |
| fChain->SetBranchAddress("mc_targetA", &mc_targetA, &b_mc_targetA); | |
| fChain->SetBranchAddress("mc_targetNucleon", &mc_targetNucleon, &b_mc_targetNucleon); | |
| fChain->SetBranchAddress("mc_struckQuark", &mc_struckQuark, &b_mc_struckQuark); | |
| fChain->SetBranchAddress("mc_seaQuark", &mc_seaQuark, &b_mc_seaQuark); | |
| fChain->SetBranchAddress("mc_resID", &mc_resID, &b_mc_resID); | |
| fChain->SetBranchAddress("mc_primaryLepton", &mc_primaryLepton, &b_mc_primaryLepton); | |
| fChain->SetBranchAddress("mc_incomingE", &mc_incomingE, &b_mc_incomingE); | |
| fChain->SetBranchAddress("mc_Bjorkenx", &mc_Bjorkenx, &b_mc_Bjorkenx); | |
| fChain->SetBranchAddress("mc_Bjorkeny", &mc_Bjorkeny, &b_mc_Bjorkeny); | |
| fChain->SetBranchAddress("mc_Q2", &mc_Q2, &b_mc_Q2); | |
| fChain->SetBranchAddress("mc_nuT", &mc_nuT, &b_mc_nuT); | |
| fChain->SetBranchAddress("mc_w", &mc_w, &b_mc_w); | |
| fChain->SetBranchAddress("mc_vtx", mc_vtx, &b_mc_vtx); | |
| fChain->SetBranchAddress("mc_incomingPartVec", mc_incomingPartVec, &b_mc_incomingPartVec); | |
| fChain->SetBranchAddress("mc_initNucVec", mc_initNucVec, &b_mc_initNucVec); | |
| fChain->SetBranchAddress("mc_primFSLepton", mc_primFSLepton, &b_mc_primFSLepton); | |
| fChain->SetBranchAddress("mc_nFSPart", &mc_nFSPart, &b_mc_nFSPart); | |
| fChain->SetBranchAddress("mc_FSPartPx", mc_FSPartPx, &b_mc_FSPartPx); | |
| fChain->SetBranchAddress("mc_FSPartPy", mc_FSPartPy, &b_mc_FSPartPy); | |
| fChain->SetBranchAddress("mc_FSPartPz", mc_FSPartPz, &b_mc_FSPartPz); | |
| fChain->SetBranchAddress("mc_FSPartE", mc_FSPartE, &b_mc_FSPartE); | |
| fChain->SetBranchAddress("mc_FSPartPDG", mc_FSPartPDG, &b_mc_FSPartPDG); | |
| fChain->SetBranchAddress("mc_er_nPart", &mc_er_nPart, &b_mc_er_nPart); | |
| fChain->SetBranchAddress("mc_er_ID", mc_er_ID, &b_mc_er_ID); | |
| fChain->SetBranchAddress("mc_er_status", mc_er_status, &b_mc_er_status); | |
| fChain->SetBranchAddress("mc_er_posInNucX", mc_er_posInNucX, &b_mc_er_posInNucX); | |
| fChain->SetBranchAddress("mc_er_posInNucY", mc_er_posInNucY, &b_mc_er_posInNucY); | |
| fChain->SetBranchAddress("mc_er_posInNucZ", mc_er_posInNucZ, &b_mc_er_posInNucZ); | |
| fChain->SetBranchAddress("mc_er_Px", mc_er_Px, &b_mc_er_Px); | |
| fChain->SetBranchAddress("mc_er_Py", mc_er_Py, &b_mc_er_Py); | |
| fChain->SetBranchAddress("mc_er_Pz", mc_er_Pz, &b_mc_er_Pz); | |
| fChain->SetBranchAddress("mc_er_E", mc_er_E, &b_mc_er_E); | |
| fChain->SetBranchAddress("mc_er_FD", mc_er_FD, &b_mc_er_FD); | |
| fChain->SetBranchAddress("mc_er_LD", mc_er_LD, &b_mc_er_LD); | |
| fChain->SetBranchAddress("mc_er_mother", mc_er_mother, &b_mc_er_mother); | |
| fChain->SetBranchAddress("mc_fr_nNuAncestorIDs", &mc_fr_nNuAncestorIDs, &b_mc_fr_nNuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuAncestorIDs", mc_fr_nuAncestorIDs, &b_mc_fr_nuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuParentID", &mc_fr_nuParentID, &b_mc_fr_nuParentID); | |
| fChain->SetBranchAddress("mc_fr_decMode", &mc_fr_decMode, &b_mc_fr_decMode); | |
| fChain->SetBranchAddress("mc_fr_primProtonVtx", mc_fr_primProtonVtx, &b_mc_fr_primProtonVtx); | |
| fChain->SetBranchAddress("mc_fr_primProtonP", mc_fr_primProtonP, &b_mc_fr_primProtonP); | |
| fChain->SetBranchAddress("mc_fr_nuParentDecVtx", mc_fr_nuParentDecVtx, &b_mc_fr_nuParentDecVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdVtx", mc_fr_nuParentProdVtx, &b_mc_fr_nuParentProdVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdP", mc_fr_nuParentProdP, &b_mc_fr_nuParentProdP); | |
| fChain->SetBranchAddress("mc_cvweight_total", &mc_cvweight_total, &b_mc_cvweight_total); | |
| fChain->SetBranchAddress("wgt", &wgt, &b_wgt); | |
| fChain->SetBranchAddress("mc_cvweight_totalFlux", &mc_cvweight_totalFlux, &b_mc_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_cvweight_totalXsec", &mc_cvweight_totalXsec, &b_mc_cvweight_totalXsec); | |
| fChain->SetBranchAddress("mc_ppfx1_cvweight", &mc_ppfx1_cvweight, &b_mc_ppfx1_cvweight); | |
| fChain->SetBranchAddress("mc_hornCurrent_cvweight", &mc_hornCurrent_cvweight, &b_mc_hornCurrent_cvweight); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_total", &mc_gen1_cvweight_total, &b_mc_gen1_cvweight_total); | |
| fChain->SetBranchAddress("gen1_wgt", &gen1_wgt, &b_gen1_wgt); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_totalFlux", &mc_gen1_cvweight_totalFlux, &b_mc_gen1_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_NA49", &mc_gen1_cvweight_NA49, &b_mc_gen1_cvweight_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus_sz", &mc_wgt_Flux_BeamFocus_sz, &b_mc_wgt_Flux_BeamFocus_sz); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus", &mc_wgt_Flux_BeamFocus, &b_mc_wgt_Flux_BeamFocus); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary_sz", &mc_wgt_gen1_Flux_Tertiary_sz, &b_mc_wgt_gen1_Flux_Tertiary_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary", &mc_wgt_gen1_Flux_Tertiary, &b_mc_wgt_gen1_Flux_Tertiary); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49_sz", &mc_wgt_gen1_Flux_NA49_sz, &b_mc_wgt_gen1_Flux_NA49_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49", &mc_wgt_gen1_Flux_NA49, &b_mc_wgt_gen1_Flux_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Norm_sz", &mc_wgt_Norm_sz, &b_mc_wgt_Norm_sz); | |
| fChain->SetBranchAddress("mc_wgt_Norm", &mc_wgt_Norm, &b_mc_wgt_Norm); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total_sz", &mc_wgt_ppfx1_Total_sz, &b_mc_wgt_ppfx1_Total_sz); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total", &mc_wgt_ppfx1_Total, &b_mc_wgt_ppfx1_Total); | |
| fChain->SetBranchAddress("mc_vertex_batch", &mc_vertex_batch, &b_mc_vertex_batch); | |
| fChain->SetBranchAddress("prong_part_score", prong_part_score, &b_prong_part_score); | |
| fChain->SetBranchAddress("prong_part_mass", prong_part_mass, &b_prong_part_mass); | |
| fChain->SetBranchAddress("prong_part_charge", prong_part_charge, &b_prong_part_charge); | |
| fChain->SetBranchAddress("prong_part_pid", prong_part_pid, &b_prong_part_pid); | |
| fChain->SetBranchAddress("prong_part_E", &prong_part_E, &b_prong_part_E); | |
| fChain->SetBranchAddress("prong_part_pos", &prong_part_pos, &b_prong_part_pos); | |
| Notify(); | |
| } | |
| Bool_t NuECCQE::Notify() | |
| { | |
| // The Notify() function is called when a new file is opened. This | |
| // can be either for a new TTree in a TChain or when when a new TTree | |
| // is started when using PROOF. It is normally not necessary to make changes | |
| // to the generated code, but the routine can be extended by the | |
| // user if needed. The return value is currently not used. | |
| return kTRUE; | |
| } | |
| void NuECCQE::Show(Long64_t entry) | |
| { | |
| // Print contents of entry. | |
| // If entry is not specified, print current entry | |
| if (!fChain) return; | |
| fChain->Show(entry); | |
| } | |
| Int_t NuECCQE::Cut(Long64_t entry) | |
| { | |
| // This function may be called from Loop. | |
| // returns 1 if entry is accepted. | |
| // returns -1 otherwise. | |
| return 1; | |
| } | |
| #endif // #ifdef NuECCQE_cxx |
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| ////////////////////////////////////////////////////////// | |
| // This class has been automatically generated on | |
| // Mon May 14 10:01:55 2018 by ROOT version 5.34/36 | |
| // from TTree NuECCQE/Tuple created by an AnaTuple managed by AnaTupleManager | |
| // found on file: /pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/10/SIM_minerva_00110010_Subruns_0258_NuECCQE_Ana_Tuple_v21r1p1.root | |
| ////////////////////////////////////////////////////////// | |
| #ifndef NuECCQE_h | |
| #define NuECCQE_h | |
| #include <TROOT.h> | |
| #include <TChain.h> | |
| #include <TFile.h> | |
| // Header file for the classes stored in the TTree if any. | |
| #include "/grid/fermiapp/minerva/software_releases/lcgcmake/build/lcg_61a/projects/ROOT-5.34.36/src/ROOT/5.34.36/cint/cint/lib/prec_stl/vector" | |
| // Fixed size dimensions of array or collections stored in the TTree if any. | |
| class NuECCQE { | |
| public : | |
| TTree *fChain; //!pointer to the analyzed TTree or TChain | |
| Int_t fCurrent; //!current Tree number in a TChain | |
| // Declaration of leaf types | |
| Double_t eventID; | |
| Int_t physEvtNum; | |
| Int_t n_hyps; | |
| Int_t processType; | |
| Int_t primaryPart; | |
| Int_t n_slices; | |
| Int_t slice_numbers[1]; //[n_slices] | |
| Int_t shared_slice; | |
| Double_t vtx[4]; | |
| Double_t vtxErr[4]; | |
| Double_t E[4]; | |
| Int_t reco_vertex_batch; | |
| Bool_t found_truth; | |
| Bool_t phys_front_activity; | |
| Bool_t phys_energy_in_road_upstream_is_rockmuon_consistent; | |
| Bool_t rock_muons_removed; | |
| Bool_t minos_track_match; | |
| Bool_t minos_stub_match; | |
| Bool_t unknown_helicity; | |
| Bool_t minos_track_inside_partial_plane; | |
| Bool_t prim_vtx_has_misassigned_track_direction; | |
| Bool_t prim_vtx_has_broken_track; | |
| Int_t EMLikeTrackMultiplicity; | |
| Int_t ExtraEnergy_nClusters; | |
| Int_t HasFiducialVertex; | |
| Int_t HasNoBackExitingTracks; | |
| Int_t HasNoNonEMExitingTracks; | |
| Int_t HasNoNonProtons; | |
| Int_t HasNoVertexMismatch; | |
| Int_t HasTracks; | |
| Int_t NumShortTracks; | |
| Int_t NumTracks; | |
| Int_t ODMatchProng; | |
| Int_t StartPointVertexMultiplicity; | |
| Int_t TruePID; | |
| Int_t UpstreamInlineNClusters; | |
| Int_t UpstreamInlineNDigits; | |
| Int_t VertexBlob_nClusters; | |
| Int_t VertexTrackMultiplicity; | |
| Int_t broken_track_most_us_plane; | |
| Int_t eProng_nClusters; | |
| Int_t n_indices; | |
| Int_t phys_energy_in_road_downstream_nplanes; | |
| Int_t phys_energy_in_road_upstream_nplanes; | |
| Int_t phys_n_dead_discr_pair; | |
| Int_t phys_n_dead_discr_pair_in_prim_track_region; | |
| Int_t phys_n_dead_discr_pair_two_mod_downstream_prim_track; | |
| Int_t phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; | |
| Int_t phys_n_dead_discr_pair_upstream_prim_track_proj; | |
| Int_t phys_vertex_is_fiducial; | |
| Double_t ConeEnergyVis; | |
| Double_t ExtraEnergyVis; | |
| Double_t Psi; | |
| Double_t TrueEnergy; | |
| Double_t TrueTheta; | |
| Double_t UpstreamInlineEnergy; | |
| Double_t UpstreamInlineEnergyWgtdPosMean; | |
| Double_t UpstreamInlineEnergyWgtdPosRMS; | |
| Double_t UpstreamODEnergy; | |
| Double_t VertexBlobEnergy; | |
| Double_t energy_from_mc; | |
| Double_t energy_from_mc_fraction; | |
| Double_t energy_from_mc_fraction_of_highest; | |
| Double_t muon_phi; | |
| Double_t muon_theta; | |
| Double_t muon_thetaX; | |
| Double_t muon_thetaY; | |
| Double_t phys_energy_dispersed; | |
| Double_t phys_energy_in_road_downstream; | |
| Double_t phys_energy_in_road_upstream; | |
| Double_t phys_energy_unattached; | |
| Double_t prim_vtx_smallest_opening_angle; | |
| Int_t latticeEnergyIndices[23876]; //[n_indices] | |
| Int_t michel_digits_sz; | |
| Int_t michel_digits[2]; //[michel_digits_sz] | |
| Double_t ExtraEnergy[4]; | |
| Double_t ExtraEnergyClusters_X[145]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Y[145]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_Z[145]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_energy[145]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_nDigits[145]; //[ExtraEnergy_nClusters] | |
| Double_t ExtraEnergyClusters_width[145]; //[ExtraEnergy_nClusters] | |
| Int_t NonProtonScores_sz; | |
| Double_t NonProtonScores[3]; //[NonProtonScores_sz] | |
| Double_t VertexBlobClusters_X[49]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Y[49]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_Z[49]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_energy[49]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_nDigits[49]; //[VertexBlob_nClusters] | |
| Double_t VertexBlobClusters_width[49]; //[VertexBlob_nClusters] | |
| Double_t VertexEnergy[4]; | |
| Double_t eProngClusters_X[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_Y[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_Z[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_axis_projection[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_cal_energy[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_energy[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_nDigits[240]; //[eProng_nClusters] | |
| Double_t eProngClusters_width[240]; //[eProng_nClusters] | |
| Double_t latticeNormEnergySums[23876]; //[n_indices] | |
| Double_t latticeRelativeTimes[23876]; //[n_indices] | |
| Int_t michel_energy_sz; | |
| Double_t michel_energy[2]; //[michel_energy_sz] | |
| Int_t michel_first_hit_fraction_sz; | |
| Double_t michel_first_hit_fraction[2]; //[michel_first_hit_fraction_sz] | |
| Int_t michel_slice_energy_sz; | |
| Double_t michel_slice_energy[2]; //[michel_slice_energy_sz] | |
| Int_t michel_z_extent_sz; | |
| Double_t michel_z_extent[2]; //[michel_z_extent_sz] | |
| Int_t n_prongs; | |
| Int_t prong_nParticles[1]; //[n_prongs] | |
| Int_t prong_GEANTTrackNum[1]; //[n_prongs] | |
| Int_t prong_HasTruth[1]; //[n_prongs] | |
| Int_t prong_SeedTrackType[1]; //[n_prongs] | |
| Int_t prong_TruePID[1]; //[n_prongs] | |
| Int_t prong_binned_energy_nbins[1]; //[n_prongs] | |
| Int_t prong_n_frontdEdX_planes_sampled[1]; //[n_prongs] | |
| Int_t prong_n_tracks[1]; //[n_prongs] | |
| Int_t prong_vertexMoved[1]; //[n_prongs] | |
| Double_t prong_BackMiddleRatio[1]; //[n_prongs] | |
| Double_t prong_BeginsInTracker[1]; //[n_prongs] | |
| Double_t prong_CalCorrectedEnergy[1]; //[n_prongs] | |
| Double_t prong_DataFrac[1]; //[n_prongs] | |
| Double_t prong_ECALVisE[1]; //[n_prongs] | |
| Double_t prong_EWgtdLengthByEnergy[1]; //[n_prongs] | |
| Double_t prong_EWgtdProngLength[1]; //[n_prongs] | |
| Double_t prong_FirstFireFraction[1]; //[n_prongs] | |
| Double_t prong_FracProngFromBestTrueTraj[1]; //[n_prongs] | |
| Double_t prong_HCALVisE[1]; //[n_prongs] | |
| Double_t prong_HCALVisEnergy[1]; //[n_prongs] | |
| Double_t prong_LocalShowerWidth[1]; //[n_prongs] | |
| Double_t prong_LongitudinalBunchGapScore[1]; //[n_prongs] | |
| Double_t prong_MedianPlaneShowerWidth[1]; //[n_prongs] | |
| Double_t prong_NoHCALActivity[1]; //[n_prongs] | |
| Double_t prong_NoODActivity[1]; //[n_prongs] | |
| Double_t prong_NonMIPClusFrac[1]; //[n_prongs] | |
| Double_t prong_ODVisE[1]; //[n_prongs] | |
| Double_t prong_ProngLength[1]; //[n_prongs] | |
| Double_t prong_SeedTrackChi2[1]; //[n_prongs] | |
| Double_t prong_ShowerEnergySeparation[1]; //[n_prongs] | |
| Double_t prong_ShowerLengthEnergyScale[1]; //[n_prongs] | |
| Double_t prong_SideECALVisE[1]; //[n_prongs] | |
| Double_t prong_TotalVisE[1]; //[n_prongs] | |
| Double_t prong_TransverseGapScore[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorU[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorV[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryDenominatorX[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorU[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorV[1]; //[n_prongs] | |
| Double_t prong_TransverseShowerAsymmetryNumeratorX[1]; //[n_prongs] | |
| Double_t prong_TrimmedCaloEnergy[1]; //[n_prongs] | |
| Double_t prong_TrimmedVisE[1]; //[n_prongs] | |
| Double_t prong_TrueEnergy[1]; //[n_prongs] | |
| Double_t prong_TrueFrontdEdX[1]; //[n_prongs] | |
| Double_t prong_TrueTheta[1]; //[n_prongs] | |
| Double_t prong_TrueTrajFracInProng[1]; //[n_prongs] | |
| Double_t prong_VertexResidualR[1]; //[n_prongs] | |
| Double_t prong_VertexResidualX[1]; //[n_prongs] | |
| Double_t prong_VertexResidualY[1]; //[n_prongs] | |
| Double_t prong_VertexResidualZ[1]; //[n_prongs] | |
| Double_t prong_dEdXMaxECAL[1]; //[n_prongs] | |
| Double_t prong_dEdXMaxTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMean[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontNumBinsTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontPositionTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMeanFrontTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianECAL[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianFrontTracker[1]; //[n_prongs] | |
| Double_t prong_dEdXMedianTracker[1]; //[n_prongs] | |
| Double_t prong_projection_bin_width[1]; //[n_prongs] | |
| vector<vector<double> > *prong_axis_vector; | |
| vector<vector<double> > *prong_axis_vertex; | |
| vector<vector<double> > *prong_binned_energy_bin_contents; | |
| vector<vector<double> > *prong_binned_energy_bin_indices; | |
| Bool_t truth_pass_NuECCQE; | |
| Bool_t truth_has_physics_event; | |
| Int_t truth_IsFiducial; | |
| Double_t truth_Enu_QE; | |
| Double_t truth_Q2_QE; | |
| Double_t truth_electron_theta_wrtbeam; | |
| Int_t genie_wgt_n_shifts; | |
| Double_t truth_genie_wgt_AGKYxF1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_AhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_BhtBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CCQEPauliSupViaKF[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV1uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_CV2uBY[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_EtaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrAbs_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrCEx_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrElas_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrInel_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_FrPiProd_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_N[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MFP_pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaNCEL[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MaRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_MvRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCQE[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormCCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormDISCC[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_NormNCRES[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_RDecBR1gamma[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvn2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp1pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Rvp2pi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_Theta_Delta2Npi[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_VecFFCCQEshape[7]; //[genie_wgt_n_shifts] | |
| Double_t truth_genie_wgt_shifts[7]; //[genie_wgt_n_shifts] | |
| Int_t NuECCQE_nuFlavor; | |
| Int_t NuECCQE_nuHelicity; | |
| Int_t NuECCQE_intCurrent; | |
| Int_t NuECCQE_intType; | |
| Double_t NuECCQE_E; | |
| Double_t NuECCQE_Q2; | |
| Double_t NuECCQE_x; | |
| Double_t NuECCQE_y; | |
| Double_t NuECCQE_W; | |
| Double_t NuECCQE_score; | |
| Double_t NuECCQE_leptonE[4]; | |
| Double_t NuECCQE_vtx[4]; | |
| Int_t ev_run; | |
| Int_t ev_subrun; | |
| Int_t ev_detector; | |
| Int_t ev_triggerType; | |
| Int_t ev_gate; | |
| Int_t ev_global_gate; | |
| Int_t ev_gps_time_sec; | |
| Int_t ev_gps_time_usec; | |
| Double_t numi_pot; | |
| Double_t numi_horn_curr; | |
| Double_t numi_x_pos; | |
| Double_t numi_y_pos; | |
| Double_t numi_x_width; | |
| Double_t numi_y_width; | |
| Double_t numi_bpm1; | |
| Double_t numi_bpm2; | |
| Double_t numi_bpm3; | |
| Double_t numi_bpm4; | |
| Double_t numi_bpm5; | |
| Double_t numi_bpm6; | |
| Double_t numi_tor101; | |
| Double_t numi_tr101d; | |
| Double_t numi_tortgt; | |
| Double_t numi_trtgtd; | |
| Int_t batch_structure; | |
| Int_t numi_minos_time_sec; | |
| Int_t numi_minos_time_nsec; | |
| Int_t numi_database_sec; | |
| Int_t numi_database_nsec; | |
| Int_t numi_is_good_beam_spill; | |
| Int_t numi_is_bad_pot_data_spill; | |
| Int_t numi_is_no_beam_spill; | |
| Int_t numi_is_bad_data_spill; | |
| Int_t numi_is_bad_profile_x_width_data; | |
| Int_t numi_is_bad_profile_y_width_data; | |
| Int_t numi_is_bad_x_position_data; | |
| Int_t numi_is_bad_y_position_data; | |
| Int_t numi_is_bad_horn_curr_data; | |
| Int_t numi_is_bad_nearest_time_spill; | |
| Int_t numi_is_bad_beam_spill; | |
| Int_t numi_is_bad_pot_spill; | |
| Int_t numi_is_bad_x_pos; | |
| Int_t numi_is_bad_y_pos; | |
| Int_t numi_is_bad_beam_size; | |
| Int_t numi_is_bad_profile_width_x; | |
| Int_t numi_is_bad_profile_width_y; | |
| Int_t numi_is_bad_horn_curr; | |
| Int_t numi_is_target_out_spill; | |
| Int_t numi_is_bad_beam_type_spill; | |
| Int_t numi_is_bad_beam_frac_on_tgt_spill; | |
| Int_t numi_is_good_position; | |
| Int_t numi_is_good_width; | |
| Int_t numi_is_good_toroids; | |
| Int_t numi_is_good_delta_t; | |
| Int_t numi_is_good_horn; | |
| Double_t numi_time_to_nearest; | |
| Int_t mc_run; | |
| Int_t mc_subrun; | |
| Int_t mc_nInteractions; | |
| Int_t mc_MIState; | |
| Double_t mc_pot; | |
| Int_t mc_beamConfig; | |
| Int_t mc_processType; | |
| Int_t mc_nthEvtInSpill; | |
| Int_t mc_nthEvtInFile; | |
| Int_t mc_intType; | |
| Int_t mc_current; | |
| Int_t mc_charm; | |
| Double_t mc_weight; | |
| Double_t mc_XSec; | |
| Double_t mc_diffXSec; | |
| Int_t mc_incoming; | |
| Double_t mc_fluxDriverProb; | |
| Int_t mc_targetNucleus; | |
| Int_t mc_targetZ; | |
| Int_t mc_targetA; | |
| Int_t mc_targetNucleon; | |
| Int_t mc_struckQuark; | |
| Int_t mc_seaQuark; | |
| Int_t mc_resID; | |
| Int_t mc_primaryLepton; | |
| Double_t mc_incomingE; | |
| Double_t mc_Bjorkenx; | |
| Double_t mc_Bjorkeny; | |
| Double_t mc_Q2; | |
| Double_t mc_nuT; | |
| Double_t mc_w; | |
| Double_t mc_vtx[4]; | |
| Double_t mc_incomingPartVec[4]; | |
| Double_t mc_initNucVec[4]; | |
| Double_t mc_primFSLepton[4]; | |
| Int_t mc_nFSPart; | |
| Double_t mc_FSPartPx[98]; //[mc_nFSPart] | |
| Double_t mc_FSPartPy[98]; //[mc_nFSPart] | |
| Double_t mc_FSPartPz[98]; //[mc_nFSPart] | |
| Double_t mc_FSPartE[98]; //[mc_nFSPart] | |
| Int_t mc_FSPartPDG[98]; //[mc_nFSPart] | |
| Int_t mc_er_nPart; | |
| Int_t mc_er_ID[120]; //[mc_er_nPart] | |
| Int_t mc_er_status[120]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucX[120]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucY[120]; //[mc_er_nPart] | |
| Double_t mc_er_posInNucZ[120]; //[mc_er_nPart] | |
| Double_t mc_er_Px[120]; //[mc_er_nPart] | |
| Double_t mc_er_Py[120]; //[mc_er_nPart] | |
| Double_t mc_er_Pz[120]; //[mc_er_nPart] | |
| Double_t mc_er_E[120]; //[mc_er_nPart] | |
| Int_t mc_er_FD[120]; //[mc_er_nPart] | |
| Int_t mc_er_LD[120]; //[mc_er_nPart] | |
| Int_t mc_er_mother[120]; //[mc_er_nPart] | |
| Int_t mc_fr_nNuAncestorIDs; | |
| Int_t mc_fr_nuAncestorIDs[5]; //[mc_fr_nNuAncestorIDs] | |
| Int_t mc_fr_nuParentID; | |
| Int_t mc_fr_decMode; | |
| Double_t mc_fr_primProtonVtx[3]; | |
| Double_t mc_fr_primProtonP[4]; | |
| Double_t mc_fr_nuParentDecVtx[3]; | |
| Double_t mc_fr_nuParentProdVtx[3]; | |
| Double_t mc_fr_nuParentProdP[4]; | |
| Double_t mc_cvweight_total; | |
| Double_t wgt; | |
| Double_t mc_cvweight_totalFlux; | |
| Double_t mc_cvweight_totalXsec; | |
| Double_t mc_ppfx1_cvweight; | |
| Double_t mc_hornCurrent_cvweight; | |
| Double_t mc_gen1_cvweight_total; | |
| Double_t gen1_wgt; | |
| Double_t mc_gen1_cvweight_totalFlux; | |
| Double_t mc_gen1_cvweight_NA49; | |
| Int_t mc_wgt_Flux_BeamFocus_sz; | |
| Double_t mc_wgt_Flux_BeamFocus[1]; //[mc_wgt_Flux_BeamFocus_sz] | |
| Int_t mc_wgt_gen1_Flux_Tertiary_sz; | |
| Double_t mc_wgt_gen1_Flux_Tertiary[1]; //[mc_wgt_gen1_Flux_Tertiary_sz] | |
| Int_t mc_wgt_gen1_Flux_NA49_sz; | |
| Double_t mc_wgt_gen1_Flux_NA49[1]; //[mc_wgt_gen1_Flux_NA49_sz] | |
| Int_t mc_wgt_Norm_sz; | |
| Double_t mc_wgt_Norm[1]; //[mc_wgt_Norm_sz] | |
| Int_t mc_wgt_ppfx1_Total_sz; | |
| Double_t mc_wgt_ppfx1_Total[1]; //[mc_wgt_ppfx1_Total_sz] | |
| Int_t mc_vertex_batch; | |
| Double_t prong_part_score[1]; //[n_prongs] | |
| Double_t prong_part_mass[1]; //[n_prongs] | |
| Int_t prong_part_charge[1]; //[n_prongs] | |
| Int_t prong_part_pid[1]; //[n_prongs] | |
| vector<vector<double> > *prong_part_E; | |
| vector<vector<double> > *prong_part_pos; | |
| // List of branches | |
| TBranch *b_eventID; //! | |
| TBranch *b_physEvtNum; //! | |
| TBranch *b_n_hyps; //! | |
| TBranch *b_processType; //! | |
| TBranch *b_primaryPart; //! | |
| TBranch *b_n_slices; //! | |
| TBranch *b_slice_numbers; //! | |
| TBranch *b_shared_slice; //! | |
| TBranch *b_vtx; //! | |
| TBranch *b_vtxErr; //! | |
| TBranch *b_E; //! | |
| TBranch *b_reco_vertex_batch; //! | |
| TBranch *b_found_truth; //! | |
| TBranch *b_phys_front_activity; //! | |
| TBranch *b_phys_energy_in_road_upstream_is_rockmuon_consistent; //! | |
| TBranch *b_rock_muons_removed; //! | |
| TBranch *b_minos_track_match; //! | |
| TBranch *b_minos_stub_match; //! | |
| TBranch *b_unknown_helicity; //! | |
| TBranch *b_minos_track_inside_partial_plane; //! | |
| TBranch *b_prim_vtx_has_misassigned_track_direction; //! | |
| TBranch *b_prim_vtx_has_broken_track; //! | |
| TBranch *b_EMLikeTrackMultiplicity; //! | |
| TBranch *b_ExtraEnergy_nClusters; //! | |
| TBranch *b_HasFiducialVertex; //! | |
| TBranch *b_HasNoBackExitingTracks; //! | |
| TBranch *b_HasNoNonEMExitingTracks; //! | |
| TBranch *b_HasNoNonProtons; //! | |
| TBranch *b_HasNoVertexMismatch; //! | |
| TBranch *b_HasTracks; //! | |
| TBranch *b_NumShortTracks; //! | |
| TBranch *b_NumTracks; //! | |
| TBranch *b_ODMatchProng; //! | |
| TBranch *b_StartPointVertexMultiplicity; //! | |
| TBranch *b_TruePID; //! | |
| TBranch *b_UpstreamInlineNClusters; //! | |
| TBranch *b_UpstreamInlineNDigits; //! | |
| TBranch *b_VertexBlob_nClusters; //! | |
| TBranch *b_VertexTrackMultiplicity; //! | |
| TBranch *b_broken_track_most_us_plane; //! | |
| TBranch *b_eProng_nClusters; //! | |
| TBranch *b_n_indices; //! | |
| TBranch *b_phys_energy_in_road_downstream_nplanes; //! | |
| TBranch *b_phys_energy_in_road_upstream_nplanes; //! | |
| TBranch *b_phys_n_dead_discr_pair; //! | |
| TBranch *b_phys_n_dead_discr_pair_in_prim_track_region; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_downstream_prim_track; //! | |
| TBranch *b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx; //! | |
| TBranch *b_phys_n_dead_discr_pair_upstream_prim_track_proj; //! | |
| TBranch *b_phys_vertex_is_fiducial; //! | |
| TBranch *b_ConeEnergyVis; //! | |
| TBranch *b_ExtraEnergyVis; //! | |
| TBranch *b_Psi; //! | |
| TBranch *b_TrueEnergy; //! | |
| TBranch *b_TrueTheta; //! | |
| TBranch *b_UpstreamInlineEnergy; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosMean; //! | |
| TBranch *b_UpstreamInlineEnergyWgtdPosRMS; //! | |
| TBranch *b_UpstreamODEnergy; //! | |
| TBranch *b_VertexBlobEnergy; //! | |
| TBranch *b_energy_from_mc; //! | |
| TBranch *b_energy_from_mc_fraction; //! | |
| TBranch *b_energy_from_mc_fraction_of_highest; //! | |
| TBranch *b_muon_phi; //! | |
| TBranch *b_muon_theta; //! | |
| TBranch *b_muon_thetaX; //! | |
| TBranch *b_muon_thetaY; //! | |
| TBranch *b_phys_energy_dispersed; //! | |
| TBranch *b_phys_energy_in_road_downstream; //! | |
| TBranch *b_phys_energy_in_road_upstream; //! | |
| TBranch *b_phys_energy_unattached; //! | |
| TBranch *b_prim_vtx_smallest_opening_angle; //! | |
| TBranch *b_latticeEnergyIndices; //! | |
| TBranch *b_michel_digits_sz; //! | |
| TBranch *b_michel_digits; //! | |
| TBranch *b_ExtraEnergy; //! | |
| TBranch *b_ExtraEnergyClusters_X; //! | |
| TBranch *b_ExtraEnergyClusters_Y; //! | |
| TBranch *b_ExtraEnergyClusters_Z; //! | |
| TBranch *b_ExtraEnergyClusters_energy; //! | |
| TBranch *b_ExtraEnergyClusters_nDigits; //! | |
| TBranch *b_ExtraEnergyClusters_width; //! | |
| TBranch *b_NonProtonScores_sz; //! | |
| TBranch *b_NonProtonScores; //! | |
| TBranch *b_VertexBlobClusters_X; //! | |
| TBranch *b_VertexBlobClusters_Y; //! | |
| TBranch *b_VertexBlobClusters_Z; //! | |
| TBranch *b_VertexBlobClusters_energy; //! | |
| TBranch *b_VertexBlobClusters_nDigits; //! | |
| TBranch *b_VertexBlobClusters_width; //! | |
| TBranch *b_VertexEnergy; //! | |
| TBranch *b_eProngClusters_X; //! | |
| TBranch *b_eProngClusters_Y; //! | |
| TBranch *b_eProngClusters_Z; //! | |
| TBranch *b_eProngClusters_axis_projection; //! | |
| TBranch *b_eProngClusters_cal_energy; //! | |
| TBranch *b_eProngClusters_energy; //! | |
| TBranch *b_eProngClusters_nDigits; //! | |
| TBranch *b_eProngClusters_width; //! | |
| TBranch *b_latticeNormEnergySums; //! | |
| TBranch *b_latticeRelativeTimes; //! | |
| TBranch *b_michel_energy_sz; //! | |
| TBranch *b_michel_energy; //! | |
| TBranch *b_michel_first_hit_fraction_sz; //! | |
| TBranch *b_michel_first_hit_fraction; //! | |
| TBranch *b_michel_slice_energy_sz; //! | |
| TBranch *b_michel_slice_energy; //! | |
| TBranch *b_michel_z_extent_sz; //! | |
| TBranch *b_michel_z_extent; //! | |
| TBranch *b_n_prongs; //! | |
| TBranch *b_prong_nParticles; //! | |
| TBranch *b_prong_GEANTTrackNum; //! | |
| TBranch *b_prong_HasTruth; //! | |
| TBranch *b_prong_SeedTrackType; //! | |
| TBranch *b_prong_TruePID; //! | |
| TBranch *b_prong_binned_energy_nbins; //! | |
| TBranch *b_prong_n_frontdEdX_planes_sampled; //! | |
| TBranch *b_prong_n_tracks; //! | |
| TBranch *b_prong_vertexMoved; //! | |
| TBranch *b_prong_BackMiddleRatio; //! | |
| TBranch *b_prong_BeginsInTracker; //! | |
| TBranch *b_prong_CalCorrectedEnergy; //! | |
| TBranch *b_prong_DataFrac; //! | |
| TBranch *b_prong_ECALVisE; //! | |
| TBranch *b_prong_EWgtdLengthByEnergy; //! | |
| TBranch *b_prong_EWgtdProngLength; //! | |
| TBranch *b_prong_FirstFireFraction; //! | |
| TBranch *b_prong_FracProngFromBestTrueTraj; //! | |
| TBranch *b_prong_HCALVisE; //! | |
| TBranch *b_prong_HCALVisEnergy; //! | |
| TBranch *b_prong_LocalShowerWidth; //! | |
| TBranch *b_prong_LongitudinalBunchGapScore; //! | |
| TBranch *b_prong_MedianPlaneShowerWidth; //! | |
| TBranch *b_prong_NoHCALActivity; //! | |
| TBranch *b_prong_NoODActivity; //! | |
| TBranch *b_prong_NonMIPClusFrac; //! | |
| TBranch *b_prong_ODVisE; //! | |
| TBranch *b_prong_ProngLength; //! | |
| TBranch *b_prong_SeedTrackChi2; //! | |
| TBranch *b_prong_ShowerEnergySeparation; //! | |
| TBranch *b_prong_ShowerLengthEnergyScale; //! | |
| TBranch *b_prong_SideECALVisE; //! | |
| TBranch *b_prong_TotalVisE; //! | |
| TBranch *b_prong_TransverseGapScore; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryDenominatorX; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorU; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorV; //! | |
| TBranch *b_prong_TransverseShowerAsymmetryNumeratorX; //! | |
| TBranch *b_prong_TrimmedCaloEnergy; //! | |
| TBranch *b_prong_TrimmedVisE; //! | |
| TBranch *b_prong_TrueEnergy; //! | |
| TBranch *b_prong_TrueFrontdEdX; //! | |
| TBranch *b_prong_TrueTheta; //! | |
| TBranch *b_prong_TrueTrajFracInProng; //! | |
| TBranch *b_prong_VertexResidualR; //! | |
| TBranch *b_prong_VertexResidualX; //! | |
| TBranch *b_prong_VertexResidualY; //! | |
| TBranch *b_prong_VertexResidualZ; //! | |
| TBranch *b_prong_dEdXMaxECAL; //! | |
| TBranch *b_prong_dEdXMaxTracker; //! | |
| TBranch *b_prong_dEdXMean; //! | |
| TBranch *b_prong_dEdXMeanFrontNumBinsTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontPositionTracker; //! | |
| TBranch *b_prong_dEdXMeanFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianECAL; //! | |
| TBranch *b_prong_dEdXMedianFrontTracker; //! | |
| TBranch *b_prong_dEdXMedianTracker; //! | |
| TBranch *b_prong_projection_bin_width; //! | |
| TBranch *b_prong_axis_vector; //! | |
| TBranch *b_prong_axis_vertex; //! | |
| TBranch *b_prong_binned_energy_bin_contents; //! | |
| TBranch *b_prong_binned_energy_bin_indices; //! | |
| TBranch *b_truth_pass_NuECCQE; //! | |
| TBranch *b_truth_has_physics_event; //! | |
| TBranch *b_truth_IsFiducial; //! | |
| TBranch *b_truth_Enu_QE; //! | |
| TBranch *b_truth_Q2_QE; //! | |
| TBranch *b_truth_electron_theta_wrtbeam; //! | |
| TBranch *b_genie_wgt_n_shifts; //! | |
| TBranch *b_truth_genie_wgt_AGKYxF1pi; //! | |
| TBranch *b_truth_genie_wgt_AhtBY; //! | |
| TBranch *b_truth_genie_wgt_BhtBY; //! | |
| TBranch *b_truth_genie_wgt_CCQEPauliSupViaKF; //! | |
| TBranch *b_truth_genie_wgt_CV1uBY; //! | |
| TBranch *b_truth_genie_wgt_CV2uBY; //! | |
| TBranch *b_truth_genie_wgt_EtaNCEL; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_N; //! | |
| TBranch *b_truth_genie_wgt_FrAbs_pi; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_N; //! | |
| TBranch *b_truth_genie_wgt_FrCEx_pi; //! | |
| TBranch *b_truth_genie_wgt_FrElas_N; //! | |
| TBranch *b_truth_genie_wgt_FrElas_pi; //! | |
| TBranch *b_truth_genie_wgt_FrInel_N; //! | |
| TBranch *b_truth_genie_wgt_FrInel_pi; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_N; //! | |
| TBranch *b_truth_genie_wgt_FrPiProd_pi; //! | |
| TBranch *b_truth_genie_wgt_MFP_N; //! | |
| TBranch *b_truth_genie_wgt_MFP_pi; //! | |
| TBranch *b_truth_genie_wgt_MaCCQE; //! | |
| TBranch *b_truth_genie_wgt_MaCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_MaNCEL; //! | |
| TBranch *b_truth_genie_wgt_MaRES; //! | |
| TBranch *b_truth_genie_wgt_MvRES; //! | |
| TBranch *b_truth_genie_wgt_NormCCQE; //! | |
| TBranch *b_truth_genie_wgt_NormCCRES; //! | |
| TBranch *b_truth_genie_wgt_NormDISCC; //! | |
| TBranch *b_truth_genie_wgt_NormNCRES; //! | |
| TBranch *b_truth_genie_wgt_RDecBR1gamma; //! | |
| TBranch *b_truth_genie_wgt_Rvn1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvn2pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp1pi; //! | |
| TBranch *b_truth_genie_wgt_Rvp2pi; //! | |
| TBranch *b_truth_genie_wgt_Theta_Delta2Npi; //! | |
| TBranch *b_truth_genie_wgt_VecFFCCQEshape; //! | |
| TBranch *b_truth_genie_wgt_shifts; //! | |
| TBranch *b_NuECCQE_nuFlavor; //! | |
| TBranch *b_NuECCQE_nuHelicity; //! | |
| TBranch *b_NuECCQE_intCurrent; //! | |
| TBranch *b_NuECCQE_intType; //! | |
| TBranch *b_NuECCQE_E; //! | |
| TBranch *b_NuECCQE_Q2; //! | |
| TBranch *b_NuECCQE_x; //! | |
| TBranch *b_NuECCQE_y; //! | |
| TBranch *b_NuECCQE_W; //! | |
| TBranch *b_NuECCQE_score; //! | |
| TBranch *b_NuECCQE_leptonE; //! | |
| TBranch *b_NuECCQE_vtx; //! | |
| TBranch *b_ev_run; //! | |
| TBranch *b_ev_subrun; //! | |
| TBranch *b_ev_detector; //! | |
| TBranch *b_ev_triggerType; //! | |
| TBranch *b_ev_gate; //! | |
| TBranch *b_ev_global_gate; //! | |
| TBranch *b_ev_gps_time_sec; //! | |
| TBranch *b_ev_gps_time_usec; //! | |
| TBranch *b_numi_pot; //! | |
| TBranch *b_numi_horn_curr; //! | |
| TBranch *b_numi_x_pos; //! | |
| TBranch *b_numi_y_pos; //! | |
| TBranch *b_numi_x_width; //! | |
| TBranch *b_numi_y_width; //! | |
| TBranch *b_numi_bpm1; //! | |
| TBranch *b_numi_bpm2; //! | |
| TBranch *b_numi_bpm3; //! | |
| TBranch *b_numi_bpm4; //! | |
| TBranch *b_numi_bpm5; //! | |
| TBranch *b_numi_bpm6; //! | |
| TBranch *b_numi_tor101; //! | |
| TBranch *b_numi_tr101d; //! | |
| TBranch *b_numi_tortgt; //! | |
| TBranch *b_numi_trtgtd; //! | |
| TBranch *b_batch_structure; //! | |
| TBranch *b_numi_minos_time_sec; //! | |
| TBranch *b_numi_minos_time_nsec; //! | |
| TBranch *b_numi_database_sec; //! | |
| TBranch *b_numi_database_nsec; //! | |
| TBranch *b_numi_is_good_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_data_spill; //! | |
| TBranch *b_numi_is_no_beam_spill; //! | |
| TBranch *b_numi_is_bad_data_spill; //! | |
| TBranch *b_numi_is_bad_profile_x_width_data; //! | |
| TBranch *b_numi_is_bad_profile_y_width_data; //! | |
| TBranch *b_numi_is_bad_x_position_data; //! | |
| TBranch *b_numi_is_bad_y_position_data; //! | |
| TBranch *b_numi_is_bad_horn_curr_data; //! | |
| TBranch *b_numi_is_bad_nearest_time_spill; //! | |
| TBranch *b_numi_is_bad_beam_spill; //! | |
| TBranch *b_numi_is_bad_pot_spill; //! | |
| TBranch *b_numi_is_bad_x_pos; //! | |
| TBranch *b_numi_is_bad_y_pos; //! | |
| TBranch *b_numi_is_bad_beam_size; //! | |
| TBranch *b_numi_is_bad_profile_width_x; //! | |
| TBranch *b_numi_is_bad_profile_width_y; //! | |
| TBranch *b_numi_is_bad_horn_curr; //! | |
| TBranch *b_numi_is_target_out_spill; //! | |
| TBranch *b_numi_is_bad_beam_type_spill; //! | |
| TBranch *b_numi_is_bad_beam_frac_on_tgt_spill; //! | |
| TBranch *b_numi_is_good_position; //! | |
| TBranch *b_numi_is_good_width; //! | |
| TBranch *b_numi_is_good_toroids; //! | |
| TBranch *b_numi_is_good_delta_t; //! | |
| TBranch *b_numi_is_good_horn; //! | |
| TBranch *b_numi_time_to_nearest; //! | |
| TBranch *b_mc_run; //! | |
| TBranch *b_mc_subrun; //! | |
| TBranch *b_mc_nInteractions; //! | |
| TBranch *b_mc_MIState; //! | |
| TBranch *b_mc_pot; //! | |
| TBranch *b_mc_beamConfig; //! | |
| TBranch *b_mc_processType; //! | |
| TBranch *b_mc_nthEvtInSpill; //! | |
| TBranch *b_mc_nthEvtInFile; //! | |
| TBranch *b_mc_intType; //! | |
| TBranch *b_mc_current; //! | |
| TBranch *b_mc_charm; //! | |
| TBranch *b_mc_weight; //! | |
| TBranch *b_mc_XSec; //! | |
| TBranch *b_mc_diffXSec; //! | |
| TBranch *b_mc_incoming; //! | |
| TBranch *b_mc_fluxDriverProb; //! | |
| TBranch *b_mc_targetNucleus; //! | |
| TBranch *b_mc_targetZ; //! | |
| TBranch *b_mc_targetA; //! | |
| TBranch *b_mc_targetNucleon; //! | |
| TBranch *b_mc_struckQuark; //! | |
| TBranch *b_mc_seaQuark; //! | |
| TBranch *b_mc_resID; //! | |
| TBranch *b_mc_primaryLepton; //! | |
| TBranch *b_mc_incomingE; //! | |
| TBranch *b_mc_Bjorkenx; //! | |
| TBranch *b_mc_Bjorkeny; //! | |
| TBranch *b_mc_Q2; //! | |
| TBranch *b_mc_nuT; //! | |
| TBranch *b_mc_w; //! | |
| TBranch *b_mc_vtx; //! | |
| TBranch *b_mc_incomingPartVec; //! | |
| TBranch *b_mc_initNucVec; //! | |
| TBranch *b_mc_primFSLepton; //! | |
| TBranch *b_mc_nFSPart; //! | |
| TBranch *b_mc_FSPartPx; //! | |
| TBranch *b_mc_FSPartPy; //! | |
| TBranch *b_mc_FSPartPz; //! | |
| TBranch *b_mc_FSPartE; //! | |
| TBranch *b_mc_FSPartPDG; //! | |
| TBranch *b_mc_er_nPart; //! | |
| TBranch *b_mc_er_ID; //! | |
| TBranch *b_mc_er_status; //! | |
| TBranch *b_mc_er_posInNucX; //! | |
| TBranch *b_mc_er_posInNucY; //! | |
| TBranch *b_mc_er_posInNucZ; //! | |
| TBranch *b_mc_er_Px; //! | |
| TBranch *b_mc_er_Py; //! | |
| TBranch *b_mc_er_Pz; //! | |
| TBranch *b_mc_er_E; //! | |
| TBranch *b_mc_er_FD; //! | |
| TBranch *b_mc_er_LD; //! | |
| TBranch *b_mc_er_mother; //! | |
| TBranch *b_mc_fr_nNuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuAncestorIDs; //! | |
| TBranch *b_mc_fr_nuParentID; //! | |
| TBranch *b_mc_fr_decMode; //! | |
| TBranch *b_mc_fr_primProtonVtx; //! | |
| TBranch *b_mc_fr_primProtonP; //! | |
| TBranch *b_mc_fr_nuParentDecVtx; //! | |
| TBranch *b_mc_fr_nuParentProdVtx; //! | |
| TBranch *b_mc_fr_nuParentProdP; //! | |
| TBranch *b_mc_cvweight_total; //! | |
| TBranch *b_wgt; //! | |
| TBranch *b_mc_cvweight_totalFlux; //! | |
| TBranch *b_mc_cvweight_totalXsec; //! | |
| TBranch *b_mc_ppfx1_cvweight; //! | |
| TBranch *b_mc_hornCurrent_cvweight; //! | |
| TBranch *b_mc_gen1_cvweight_total; //! | |
| TBranch *b_gen1_wgt; //! | |
| TBranch *b_mc_gen1_cvweight_totalFlux; //! | |
| TBranch *b_mc_gen1_cvweight_NA49; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus_sz; //! | |
| TBranch *b_mc_wgt_Flux_BeamFocus; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_Tertiary; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49_sz; //! | |
| TBranch *b_mc_wgt_gen1_Flux_NA49; //! | |
| TBranch *b_mc_wgt_Norm_sz; //! | |
| TBranch *b_mc_wgt_Norm; //! | |
| TBranch *b_mc_wgt_ppfx1_Total_sz; //! | |
| TBranch *b_mc_wgt_ppfx1_Total; //! | |
| TBranch *b_mc_vertex_batch; //! | |
| TBranch *b_prong_part_score; //! | |
| TBranch *b_prong_part_mass; //! | |
| TBranch *b_prong_part_charge; //! | |
| TBranch *b_prong_part_pid; //! | |
| TBranch *b_prong_part_E; //! | |
| TBranch *b_prong_part_pos; //! | |
| NuECCQE(TTree *tree=0); | |
| virtual ~NuECCQE(); | |
| virtual Int_t Cut(Long64_t entry); | |
| virtual Int_t GetEntry(Long64_t entry); | |
| virtual Long64_t LoadTree(Long64_t entry); | |
| virtual void Init(TTree *tree); | |
| virtual void Loop(); | |
| virtual Bool_t Notify(); | |
| virtual void Show(Long64_t entry = -1); | |
| }; | |
| #endif | |
| #ifdef NuECCQE_cxx | |
| NuECCQE::NuECCQE(TTree *tree) : fChain(0) | |
| { | |
| // if parameter tree is not specified (or zero), connect the file | |
| // used to generate this class and read the Tree. | |
| if (tree == 0) { | |
| TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/10/SIM_minerva_00110010_Subruns_0258_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| if (!f || !f->IsOpen()) { | |
| f = new TFile("/pnfs/minerva/persistent/users/perdue/mnv--mc20180510/grid/central_value/minerva/ana/v21r1p1/00/11/00/10/SIM_minerva_00110010_Subruns_0258_NuECCQE_Ana_Tuple_v21r1p1.root"); | |
| } | |
| f->GetObject("NuECCQE",tree); | |
| } | |
| Init(tree); | |
| } | |
| NuECCQE::~NuECCQE() | |
| { | |
| if (!fChain) return; | |
| delete fChain->GetCurrentFile(); | |
| } | |
| Int_t NuECCQE::GetEntry(Long64_t entry) | |
| { | |
| // Read contents of entry. | |
| if (!fChain) return 0; | |
| return fChain->GetEntry(entry); | |
| } | |
| Long64_t NuECCQE::LoadTree(Long64_t entry) | |
| { | |
| // Set the environment to read one entry | |
| if (!fChain) return -5; | |
| Long64_t centry = fChain->LoadTree(entry); | |
| if (centry < 0) return centry; | |
| if (fChain->GetTreeNumber() != fCurrent) { | |
| fCurrent = fChain->GetTreeNumber(); | |
| Notify(); | |
| } | |
| return centry; | |
| } | |
| void NuECCQE::Init(TTree *tree) | |
| { | |
| // The Init() function is called when the selector needs to initialize | |
| // a new tree or chain. Typically here the branch addresses and branch | |
| // pointers of the tree will be set. | |
| // It is normally not necessary to make changes to the generated | |
| // code, but the routine can be extended by the user if needed. | |
| // Init() will be called many times when running on PROOF | |
| // (once per file to be processed). | |
| // Set object pointer | |
| prong_axis_vector = 0; | |
| prong_axis_vertex = 0; | |
| prong_binned_energy_bin_contents = 0; | |
| prong_binned_energy_bin_indices = 0; | |
| prong_part_E = 0; | |
| prong_part_pos = 0; | |
| // Set branch addresses and branch pointers | |
| if (!tree) return; | |
| fChain = tree; | |
| fCurrent = -1; | |
| fChain->SetMakeClass(1); | |
| fChain->SetBranchAddress("eventID", &eventID, &b_eventID); | |
| fChain->SetBranchAddress("physEvtNum", &physEvtNum, &b_physEvtNum); | |
| fChain->SetBranchAddress("n_hyps", &n_hyps, &b_n_hyps); | |
| fChain->SetBranchAddress("processType", &processType, &b_processType); | |
| fChain->SetBranchAddress("primaryPart", &primaryPart, &b_primaryPart); | |
| fChain->SetBranchAddress("n_slices", &n_slices, &b_n_slices); | |
| fChain->SetBranchAddress("slice_numbers", slice_numbers, &b_slice_numbers); | |
| fChain->SetBranchAddress("shared_slice", &shared_slice, &b_shared_slice); | |
| fChain->SetBranchAddress("vtx", vtx, &b_vtx); | |
| fChain->SetBranchAddress("vtxErr", vtxErr, &b_vtxErr); | |
| fChain->SetBranchAddress("E", E, &b_E); | |
| fChain->SetBranchAddress("reco_vertex_batch", &reco_vertex_batch, &b_reco_vertex_batch); | |
| fChain->SetBranchAddress("found_truth", &found_truth, &b_found_truth); | |
| fChain->SetBranchAddress("phys_front_activity", &phys_front_activity, &b_phys_front_activity); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_is_rockmuon_consistent", &phys_energy_in_road_upstream_is_rockmuon_consistent, &b_phys_energy_in_road_upstream_is_rockmuon_consistent); | |
| fChain->SetBranchAddress("rock_muons_removed", &rock_muons_removed, &b_rock_muons_removed); | |
| fChain->SetBranchAddress("minos_track_match", &minos_track_match, &b_minos_track_match); | |
| fChain->SetBranchAddress("minos_stub_match", &minos_stub_match, &b_minos_stub_match); | |
| fChain->SetBranchAddress("unknown_helicity", &unknown_helicity, &b_unknown_helicity); | |
| fChain->SetBranchAddress("minos_track_inside_partial_plane", &minos_track_inside_partial_plane, &b_minos_track_inside_partial_plane); | |
| fChain->SetBranchAddress("prim_vtx_has_misassigned_track_direction", &prim_vtx_has_misassigned_track_direction, &b_prim_vtx_has_misassigned_track_direction); | |
| fChain->SetBranchAddress("prim_vtx_has_broken_track", &prim_vtx_has_broken_track, &b_prim_vtx_has_broken_track); | |
| fChain->SetBranchAddress("EMLikeTrackMultiplicity", &EMLikeTrackMultiplicity, &b_EMLikeTrackMultiplicity); | |
| fChain->SetBranchAddress("ExtraEnergy_nClusters", &ExtraEnergy_nClusters, &b_ExtraEnergy_nClusters); | |
| fChain->SetBranchAddress("HasFiducialVertex", &HasFiducialVertex, &b_HasFiducialVertex); | |
| fChain->SetBranchAddress("HasNoBackExitingTracks", &HasNoBackExitingTracks, &b_HasNoBackExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonEMExitingTracks", &HasNoNonEMExitingTracks, &b_HasNoNonEMExitingTracks); | |
| fChain->SetBranchAddress("HasNoNonProtons", &HasNoNonProtons, &b_HasNoNonProtons); | |
| fChain->SetBranchAddress("HasNoVertexMismatch", &HasNoVertexMismatch, &b_HasNoVertexMismatch); | |
| fChain->SetBranchAddress("HasTracks", &HasTracks, &b_HasTracks); | |
| fChain->SetBranchAddress("NumShortTracks", &NumShortTracks, &b_NumShortTracks); | |
| fChain->SetBranchAddress("NumTracks", &NumTracks, &b_NumTracks); | |
| fChain->SetBranchAddress("ODMatchProng", &ODMatchProng, &b_ODMatchProng); | |
| fChain->SetBranchAddress("StartPointVertexMultiplicity", &StartPointVertexMultiplicity, &b_StartPointVertexMultiplicity); | |
| fChain->SetBranchAddress("TruePID", &TruePID, &b_TruePID); | |
| fChain->SetBranchAddress("UpstreamInlineNClusters", &UpstreamInlineNClusters, &b_UpstreamInlineNClusters); | |
| fChain->SetBranchAddress("UpstreamInlineNDigits", &UpstreamInlineNDigits, &b_UpstreamInlineNDigits); | |
| fChain->SetBranchAddress("VertexBlob_nClusters", &VertexBlob_nClusters, &b_VertexBlob_nClusters); | |
| fChain->SetBranchAddress("VertexTrackMultiplicity", &VertexTrackMultiplicity, &b_VertexTrackMultiplicity); | |
| fChain->SetBranchAddress("broken_track_most_us_plane", &broken_track_most_us_plane, &b_broken_track_most_us_plane); | |
| fChain->SetBranchAddress("eProng_nClusters", &eProng_nClusters, &b_eProng_nClusters); | |
| fChain->SetBranchAddress("n_indices", &n_indices, &b_n_indices); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream_nplanes", &phys_energy_in_road_downstream_nplanes, &b_phys_energy_in_road_downstream_nplanes); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream_nplanes", &phys_energy_in_road_upstream_nplanes, &b_phys_energy_in_road_upstream_nplanes); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair", &phys_n_dead_discr_pair, &b_phys_n_dead_discr_pair); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_in_prim_track_region", &phys_n_dead_discr_pair_in_prim_track_region, &b_phys_n_dead_discr_pair_in_prim_track_region); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_downstream_prim_track", &phys_n_dead_discr_pair_two_mod_downstream_prim_track, &b_phys_n_dead_discr_pair_two_mod_downstream_prim_track); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_two_mod_upstream_prim_vtx", &phys_n_dead_discr_pair_two_mod_upstream_prim_vtx, &b_phys_n_dead_discr_pair_two_mod_upstream_prim_vtx); | |
| fChain->SetBranchAddress("phys_n_dead_discr_pair_upstream_prim_track_proj", &phys_n_dead_discr_pair_upstream_prim_track_proj, &b_phys_n_dead_discr_pair_upstream_prim_track_proj); | |
| fChain->SetBranchAddress("phys_vertex_is_fiducial", &phys_vertex_is_fiducial, &b_phys_vertex_is_fiducial); | |
| fChain->SetBranchAddress("ConeEnergyVis", &ConeEnergyVis, &b_ConeEnergyVis); | |
| fChain->SetBranchAddress("ExtraEnergyVis", &ExtraEnergyVis, &b_ExtraEnergyVis); | |
| fChain->SetBranchAddress("Psi", &Psi, &b_Psi); | |
| fChain->SetBranchAddress("TrueEnergy", &TrueEnergy, &b_TrueEnergy); | |
| fChain->SetBranchAddress("TrueTheta", &TrueTheta, &b_TrueTheta); | |
| fChain->SetBranchAddress("UpstreamInlineEnergy", &UpstreamInlineEnergy, &b_UpstreamInlineEnergy); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosMean", &UpstreamInlineEnergyWgtdPosMean, &b_UpstreamInlineEnergyWgtdPosMean); | |
| fChain->SetBranchAddress("UpstreamInlineEnergyWgtdPosRMS", &UpstreamInlineEnergyWgtdPosRMS, &b_UpstreamInlineEnergyWgtdPosRMS); | |
| fChain->SetBranchAddress("UpstreamODEnergy", &UpstreamODEnergy, &b_UpstreamODEnergy); | |
| fChain->SetBranchAddress("VertexBlobEnergy", &VertexBlobEnergy, &b_VertexBlobEnergy); | |
| fChain->SetBranchAddress("energy_from_mc", &energy_from_mc, &b_energy_from_mc); | |
| fChain->SetBranchAddress("energy_from_mc_fraction", &energy_from_mc_fraction, &b_energy_from_mc_fraction); | |
| fChain->SetBranchAddress("energy_from_mc_fraction_of_highest", &energy_from_mc_fraction_of_highest, &b_energy_from_mc_fraction_of_highest); | |
| fChain->SetBranchAddress("muon_phi", &muon_phi, &b_muon_phi); | |
| fChain->SetBranchAddress("muon_theta", &muon_theta, &b_muon_theta); | |
| fChain->SetBranchAddress("muon_thetaX", &muon_thetaX, &b_muon_thetaX); | |
| fChain->SetBranchAddress("muon_thetaY", &muon_thetaY, &b_muon_thetaY); | |
| fChain->SetBranchAddress("phys_energy_dispersed", &phys_energy_dispersed, &b_phys_energy_dispersed); | |
| fChain->SetBranchAddress("phys_energy_in_road_downstream", &phys_energy_in_road_downstream, &b_phys_energy_in_road_downstream); | |
| fChain->SetBranchAddress("phys_energy_in_road_upstream", &phys_energy_in_road_upstream, &b_phys_energy_in_road_upstream); | |
| fChain->SetBranchAddress("phys_energy_unattached", &phys_energy_unattached, &b_phys_energy_unattached); | |
| fChain->SetBranchAddress("prim_vtx_smallest_opening_angle", &prim_vtx_smallest_opening_angle, &b_prim_vtx_smallest_opening_angle); | |
| fChain->SetBranchAddress("latticeEnergyIndices", latticeEnergyIndices, &b_latticeEnergyIndices); | |
| fChain->SetBranchAddress("michel_digits_sz", &michel_digits_sz, &b_michel_digits_sz); | |
| fChain->SetBranchAddress("michel_digits", michel_digits, &b_michel_digits); | |
| fChain->SetBranchAddress("ExtraEnergy", ExtraEnergy, &b_ExtraEnergy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_X", ExtraEnergyClusters_X, &b_ExtraEnergyClusters_X); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Y", ExtraEnergyClusters_Y, &b_ExtraEnergyClusters_Y); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_Z", ExtraEnergyClusters_Z, &b_ExtraEnergyClusters_Z); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_energy", ExtraEnergyClusters_energy, &b_ExtraEnergyClusters_energy); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_nDigits", ExtraEnergyClusters_nDigits, &b_ExtraEnergyClusters_nDigits); | |
| fChain->SetBranchAddress("ExtraEnergyClusters_width", ExtraEnergyClusters_width, &b_ExtraEnergyClusters_width); | |
| fChain->SetBranchAddress("NonProtonScores_sz", &NonProtonScores_sz, &b_NonProtonScores_sz); | |
| fChain->SetBranchAddress("NonProtonScores", NonProtonScores, &b_NonProtonScores); | |
| fChain->SetBranchAddress("VertexBlobClusters_X", VertexBlobClusters_X, &b_VertexBlobClusters_X); | |
| fChain->SetBranchAddress("VertexBlobClusters_Y", VertexBlobClusters_Y, &b_VertexBlobClusters_Y); | |
| fChain->SetBranchAddress("VertexBlobClusters_Z", VertexBlobClusters_Z, &b_VertexBlobClusters_Z); | |
| fChain->SetBranchAddress("VertexBlobClusters_energy", VertexBlobClusters_energy, &b_VertexBlobClusters_energy); | |
| fChain->SetBranchAddress("VertexBlobClusters_nDigits", VertexBlobClusters_nDigits, &b_VertexBlobClusters_nDigits); | |
| fChain->SetBranchAddress("VertexBlobClusters_width", VertexBlobClusters_width, &b_VertexBlobClusters_width); | |
| fChain->SetBranchAddress("VertexEnergy", VertexEnergy, &b_VertexEnergy); | |
| fChain->SetBranchAddress("eProngClusters_X", eProngClusters_X, &b_eProngClusters_X); | |
| fChain->SetBranchAddress("eProngClusters_Y", eProngClusters_Y, &b_eProngClusters_Y); | |
| fChain->SetBranchAddress("eProngClusters_Z", eProngClusters_Z, &b_eProngClusters_Z); | |
| fChain->SetBranchAddress("eProngClusters_axis_projection", eProngClusters_axis_projection, &b_eProngClusters_axis_projection); | |
| fChain->SetBranchAddress("eProngClusters_cal_energy", eProngClusters_cal_energy, &b_eProngClusters_cal_energy); | |
| fChain->SetBranchAddress("eProngClusters_energy", eProngClusters_energy, &b_eProngClusters_energy); | |
| fChain->SetBranchAddress("eProngClusters_nDigits", eProngClusters_nDigits, &b_eProngClusters_nDigits); | |
| fChain->SetBranchAddress("eProngClusters_width", eProngClusters_width, &b_eProngClusters_width); | |
| fChain->SetBranchAddress("latticeNormEnergySums", latticeNormEnergySums, &b_latticeNormEnergySums); | |
| fChain->SetBranchAddress("latticeRelativeTimes", latticeRelativeTimes, &b_latticeRelativeTimes); | |
| fChain->SetBranchAddress("michel_energy_sz", &michel_energy_sz, &b_michel_energy_sz); | |
| fChain->SetBranchAddress("michel_energy", michel_energy, &b_michel_energy); | |
| fChain->SetBranchAddress("michel_first_hit_fraction_sz", &michel_first_hit_fraction_sz, &b_michel_first_hit_fraction_sz); | |
| fChain->SetBranchAddress("michel_first_hit_fraction", michel_first_hit_fraction, &b_michel_first_hit_fraction); | |
| fChain->SetBranchAddress("michel_slice_energy_sz", &michel_slice_energy_sz, &b_michel_slice_energy_sz); | |
| fChain->SetBranchAddress("michel_slice_energy", michel_slice_energy, &b_michel_slice_energy); | |
| fChain->SetBranchAddress("michel_z_extent_sz", &michel_z_extent_sz, &b_michel_z_extent_sz); | |
| fChain->SetBranchAddress("michel_z_extent", michel_z_extent, &b_michel_z_extent); | |
| fChain->SetBranchAddress("n_prongs", &n_prongs, &b_n_prongs); | |
| fChain->SetBranchAddress("prong_nParticles", prong_nParticles, &b_prong_nParticles); | |
| fChain->SetBranchAddress("prong_GEANTTrackNum", prong_GEANTTrackNum, &b_prong_GEANTTrackNum); | |
| fChain->SetBranchAddress("prong_HasTruth", prong_HasTruth, &b_prong_HasTruth); | |
| fChain->SetBranchAddress("prong_SeedTrackType", prong_SeedTrackType, &b_prong_SeedTrackType); | |
| fChain->SetBranchAddress("prong_TruePID", prong_TruePID, &b_prong_TruePID); | |
| fChain->SetBranchAddress("prong_binned_energy_nbins", prong_binned_energy_nbins, &b_prong_binned_energy_nbins); | |
| fChain->SetBranchAddress("prong_n_frontdEdX_planes_sampled", prong_n_frontdEdX_planes_sampled, &b_prong_n_frontdEdX_planes_sampled); | |
| fChain->SetBranchAddress("prong_n_tracks", prong_n_tracks, &b_prong_n_tracks); | |
| fChain->SetBranchAddress("prong_vertexMoved", prong_vertexMoved, &b_prong_vertexMoved); | |
| fChain->SetBranchAddress("prong_BackMiddleRatio", prong_BackMiddleRatio, &b_prong_BackMiddleRatio); | |
| fChain->SetBranchAddress("prong_BeginsInTracker", prong_BeginsInTracker, &b_prong_BeginsInTracker); | |
| fChain->SetBranchAddress("prong_CalCorrectedEnergy", prong_CalCorrectedEnergy, &b_prong_CalCorrectedEnergy); | |
| fChain->SetBranchAddress("prong_DataFrac", prong_DataFrac, &b_prong_DataFrac); | |
| fChain->SetBranchAddress("prong_ECALVisE", prong_ECALVisE, &b_prong_ECALVisE); | |
| fChain->SetBranchAddress("prong_EWgtdLengthByEnergy", prong_EWgtdLengthByEnergy, &b_prong_EWgtdLengthByEnergy); | |
| fChain->SetBranchAddress("prong_EWgtdProngLength", prong_EWgtdProngLength, &b_prong_EWgtdProngLength); | |
| fChain->SetBranchAddress("prong_FirstFireFraction", prong_FirstFireFraction, &b_prong_FirstFireFraction); | |
| fChain->SetBranchAddress("prong_FracProngFromBestTrueTraj", prong_FracProngFromBestTrueTraj, &b_prong_FracProngFromBestTrueTraj); | |
| fChain->SetBranchAddress("prong_HCALVisE", prong_HCALVisE, &b_prong_HCALVisE); | |
| fChain->SetBranchAddress("prong_HCALVisEnergy", prong_HCALVisEnergy, &b_prong_HCALVisEnergy); | |
| fChain->SetBranchAddress("prong_LocalShowerWidth", prong_LocalShowerWidth, &b_prong_LocalShowerWidth); | |
| fChain->SetBranchAddress("prong_LongitudinalBunchGapScore", prong_LongitudinalBunchGapScore, &b_prong_LongitudinalBunchGapScore); | |
| fChain->SetBranchAddress("prong_MedianPlaneShowerWidth", prong_MedianPlaneShowerWidth, &b_prong_MedianPlaneShowerWidth); | |
| fChain->SetBranchAddress("prong_NoHCALActivity", prong_NoHCALActivity, &b_prong_NoHCALActivity); | |
| fChain->SetBranchAddress("prong_NoODActivity", prong_NoODActivity, &b_prong_NoODActivity); | |
| fChain->SetBranchAddress("prong_NonMIPClusFrac", prong_NonMIPClusFrac, &b_prong_NonMIPClusFrac); | |
| fChain->SetBranchAddress("prong_ODVisE", prong_ODVisE, &b_prong_ODVisE); | |
| fChain->SetBranchAddress("prong_ProngLength", prong_ProngLength, &b_prong_ProngLength); | |
| fChain->SetBranchAddress("prong_SeedTrackChi2", prong_SeedTrackChi2, &b_prong_SeedTrackChi2); | |
| fChain->SetBranchAddress("prong_ShowerEnergySeparation", prong_ShowerEnergySeparation, &b_prong_ShowerEnergySeparation); | |
| fChain->SetBranchAddress("prong_ShowerLengthEnergyScale", prong_ShowerLengthEnergyScale, &b_prong_ShowerLengthEnergyScale); | |
| fChain->SetBranchAddress("prong_SideECALVisE", prong_SideECALVisE, &b_prong_SideECALVisE); | |
| fChain->SetBranchAddress("prong_TotalVisE", prong_TotalVisE, &b_prong_TotalVisE); | |
| fChain->SetBranchAddress("prong_TransverseGapScore", prong_TransverseGapScore, &b_prong_TransverseGapScore); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorU", prong_TransverseShowerAsymmetryDenominatorU, &b_prong_TransverseShowerAsymmetryDenominatorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorV", prong_TransverseShowerAsymmetryDenominatorV, &b_prong_TransverseShowerAsymmetryDenominatorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryDenominatorX", prong_TransverseShowerAsymmetryDenominatorX, &b_prong_TransverseShowerAsymmetryDenominatorX); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorU", prong_TransverseShowerAsymmetryNumeratorU, &b_prong_TransverseShowerAsymmetryNumeratorU); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorV", prong_TransverseShowerAsymmetryNumeratorV, &b_prong_TransverseShowerAsymmetryNumeratorV); | |
| fChain->SetBranchAddress("prong_TransverseShowerAsymmetryNumeratorX", prong_TransverseShowerAsymmetryNumeratorX, &b_prong_TransverseShowerAsymmetryNumeratorX); | |
| fChain->SetBranchAddress("prong_TrimmedCaloEnergy", prong_TrimmedCaloEnergy, &b_prong_TrimmedCaloEnergy); | |
| fChain->SetBranchAddress("prong_TrimmedVisE", prong_TrimmedVisE, &b_prong_TrimmedVisE); | |
| fChain->SetBranchAddress("prong_TrueEnergy", prong_TrueEnergy, &b_prong_TrueEnergy); | |
| fChain->SetBranchAddress("prong_TrueFrontdEdX", prong_TrueFrontdEdX, &b_prong_TrueFrontdEdX); | |
| fChain->SetBranchAddress("prong_TrueTheta", prong_TrueTheta, &b_prong_TrueTheta); | |
| fChain->SetBranchAddress("prong_TrueTrajFracInProng", prong_TrueTrajFracInProng, &b_prong_TrueTrajFracInProng); | |
| fChain->SetBranchAddress("prong_VertexResidualR", prong_VertexResidualR, &b_prong_VertexResidualR); | |
| fChain->SetBranchAddress("prong_VertexResidualX", prong_VertexResidualX, &b_prong_VertexResidualX); | |
| fChain->SetBranchAddress("prong_VertexResidualY", prong_VertexResidualY, &b_prong_VertexResidualY); | |
| fChain->SetBranchAddress("prong_VertexResidualZ", prong_VertexResidualZ, &b_prong_VertexResidualZ); | |
| fChain->SetBranchAddress("prong_dEdXMaxECAL", prong_dEdXMaxECAL, &b_prong_dEdXMaxECAL); | |
| fChain->SetBranchAddress("prong_dEdXMaxTracker", prong_dEdXMaxTracker, &b_prong_dEdXMaxTracker); | |
| fChain->SetBranchAddress("prong_dEdXMean", prong_dEdXMean, &b_prong_dEdXMean); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontNumBinsTracker", prong_dEdXMeanFrontNumBinsTracker, &b_prong_dEdXMeanFrontNumBinsTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontPositionTracker", prong_dEdXMeanFrontPositionTracker, &b_prong_dEdXMeanFrontPositionTracker); | |
| fChain->SetBranchAddress("prong_dEdXMeanFrontTracker", prong_dEdXMeanFrontTracker, &b_prong_dEdXMeanFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianECAL", prong_dEdXMedianECAL, &b_prong_dEdXMedianECAL); | |
| fChain->SetBranchAddress("prong_dEdXMedianFrontTracker", prong_dEdXMedianFrontTracker, &b_prong_dEdXMedianFrontTracker); | |
| fChain->SetBranchAddress("prong_dEdXMedianTracker", prong_dEdXMedianTracker, &b_prong_dEdXMedianTracker); | |
| fChain->SetBranchAddress("prong_projection_bin_width", prong_projection_bin_width, &b_prong_projection_bin_width); | |
| fChain->SetBranchAddress("prong_axis_vector", &prong_axis_vector, &b_prong_axis_vector); | |
| fChain->SetBranchAddress("prong_axis_vertex", &prong_axis_vertex, &b_prong_axis_vertex); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_contents", &prong_binned_energy_bin_contents, &b_prong_binned_energy_bin_contents); | |
| fChain->SetBranchAddress("prong_binned_energy_bin_indices", &prong_binned_energy_bin_indices, &b_prong_binned_energy_bin_indices); | |
| fChain->SetBranchAddress("truth_pass_NuECCQE", &truth_pass_NuECCQE, &b_truth_pass_NuECCQE); | |
| fChain->SetBranchAddress("truth_has_physics_event", &truth_has_physics_event, &b_truth_has_physics_event); | |
| fChain->SetBranchAddress("truth_IsFiducial", &truth_IsFiducial, &b_truth_IsFiducial); | |
| fChain->SetBranchAddress("truth_Enu_QE", &truth_Enu_QE, &b_truth_Enu_QE); | |
| fChain->SetBranchAddress("truth_Q2_QE", &truth_Q2_QE, &b_truth_Q2_QE); | |
| fChain->SetBranchAddress("truth_electron_theta_wrtbeam", &truth_electron_theta_wrtbeam, &b_truth_electron_theta_wrtbeam); | |
| fChain->SetBranchAddress("genie_wgt_n_shifts", &genie_wgt_n_shifts, &b_genie_wgt_n_shifts); | |
| fChain->SetBranchAddress("truth_genie_wgt_AGKYxF1pi", truth_genie_wgt_AGKYxF1pi, &b_truth_genie_wgt_AGKYxF1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_AhtBY", truth_genie_wgt_AhtBY, &b_truth_genie_wgt_AhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_BhtBY", truth_genie_wgt_BhtBY, &b_truth_genie_wgt_BhtBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CCQEPauliSupViaKF", truth_genie_wgt_CCQEPauliSupViaKF, &b_truth_genie_wgt_CCQEPauliSupViaKF); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV1uBY", truth_genie_wgt_CV1uBY, &b_truth_genie_wgt_CV1uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_CV2uBY", truth_genie_wgt_CV2uBY, &b_truth_genie_wgt_CV2uBY); | |
| fChain->SetBranchAddress("truth_genie_wgt_EtaNCEL", truth_genie_wgt_EtaNCEL, &b_truth_genie_wgt_EtaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_N", truth_genie_wgt_FrAbs_N, &b_truth_genie_wgt_FrAbs_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrAbs_pi", truth_genie_wgt_FrAbs_pi, &b_truth_genie_wgt_FrAbs_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_N", truth_genie_wgt_FrCEx_N, &b_truth_genie_wgt_FrCEx_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrCEx_pi", truth_genie_wgt_FrCEx_pi, &b_truth_genie_wgt_FrCEx_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_N", truth_genie_wgt_FrElas_N, &b_truth_genie_wgt_FrElas_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrElas_pi", truth_genie_wgt_FrElas_pi, &b_truth_genie_wgt_FrElas_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_N", truth_genie_wgt_FrInel_N, &b_truth_genie_wgt_FrInel_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrInel_pi", truth_genie_wgt_FrInel_pi, &b_truth_genie_wgt_FrInel_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_N", truth_genie_wgt_FrPiProd_N, &b_truth_genie_wgt_FrPiProd_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_FrPiProd_pi", truth_genie_wgt_FrPiProd_pi, &b_truth_genie_wgt_FrPiProd_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_N", truth_genie_wgt_MFP_N, &b_truth_genie_wgt_MFP_N); | |
| fChain->SetBranchAddress("truth_genie_wgt_MFP_pi", truth_genie_wgt_MFP_pi, &b_truth_genie_wgt_MFP_pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQE", truth_genie_wgt_MaCCQE, &b_truth_genie_wgt_MaCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaCCQEshape", truth_genie_wgt_MaCCQEshape, &b_truth_genie_wgt_MaCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaNCEL", truth_genie_wgt_MaNCEL, &b_truth_genie_wgt_MaNCEL); | |
| fChain->SetBranchAddress("truth_genie_wgt_MaRES", truth_genie_wgt_MaRES, &b_truth_genie_wgt_MaRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_MvRES", truth_genie_wgt_MvRES, &b_truth_genie_wgt_MvRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCQE", truth_genie_wgt_NormCCQE, &b_truth_genie_wgt_NormCCQE); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormCCRES", truth_genie_wgt_NormCCRES, &b_truth_genie_wgt_NormCCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormDISCC", truth_genie_wgt_NormDISCC, &b_truth_genie_wgt_NormDISCC); | |
| fChain->SetBranchAddress("truth_genie_wgt_NormNCRES", truth_genie_wgt_NormNCRES, &b_truth_genie_wgt_NormNCRES); | |
| fChain->SetBranchAddress("truth_genie_wgt_RDecBR1gamma", truth_genie_wgt_RDecBR1gamma, &b_truth_genie_wgt_RDecBR1gamma); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn1pi", truth_genie_wgt_Rvn1pi, &b_truth_genie_wgt_Rvn1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvn2pi", truth_genie_wgt_Rvn2pi, &b_truth_genie_wgt_Rvn2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp1pi", truth_genie_wgt_Rvp1pi, &b_truth_genie_wgt_Rvp1pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Rvp2pi", truth_genie_wgt_Rvp2pi, &b_truth_genie_wgt_Rvp2pi); | |
| fChain->SetBranchAddress("truth_genie_wgt_Theta_Delta2Npi", truth_genie_wgt_Theta_Delta2Npi, &b_truth_genie_wgt_Theta_Delta2Npi); | |
| fChain->SetBranchAddress("truth_genie_wgt_VecFFCCQEshape", truth_genie_wgt_VecFFCCQEshape, &b_truth_genie_wgt_VecFFCCQEshape); | |
| fChain->SetBranchAddress("truth_genie_wgt_shifts", truth_genie_wgt_shifts, &b_truth_genie_wgt_shifts); | |
| fChain->SetBranchAddress("NuECCQE_nuFlavor", &NuECCQE_nuFlavor, &b_NuECCQE_nuFlavor); | |
| fChain->SetBranchAddress("NuECCQE_nuHelicity", &NuECCQE_nuHelicity, &b_NuECCQE_nuHelicity); | |
| fChain->SetBranchAddress("NuECCQE_intCurrent", &NuECCQE_intCurrent, &b_NuECCQE_intCurrent); | |
| fChain->SetBranchAddress("NuECCQE_intType", &NuECCQE_intType, &b_NuECCQE_intType); | |
| fChain->SetBranchAddress("NuECCQE_E", &NuECCQE_E, &b_NuECCQE_E); | |
| fChain->SetBranchAddress("NuECCQE_Q2", &NuECCQE_Q2, &b_NuECCQE_Q2); | |
| fChain->SetBranchAddress("NuECCQE_x", &NuECCQE_x, &b_NuECCQE_x); | |
| fChain->SetBranchAddress("NuECCQE_y", &NuECCQE_y, &b_NuECCQE_y); | |
| fChain->SetBranchAddress("NuECCQE_W", &NuECCQE_W, &b_NuECCQE_W); | |
| fChain->SetBranchAddress("NuECCQE_score", &NuECCQE_score, &b_NuECCQE_score); | |
| fChain->SetBranchAddress("NuECCQE_leptonE", NuECCQE_leptonE, &b_NuECCQE_leptonE); | |
| fChain->SetBranchAddress("NuECCQE_vtx", NuECCQE_vtx, &b_NuECCQE_vtx); | |
| fChain->SetBranchAddress("ev_run", &ev_run, &b_ev_run); | |
| fChain->SetBranchAddress("ev_subrun", &ev_subrun, &b_ev_subrun); | |
| fChain->SetBranchAddress("ev_detector", &ev_detector, &b_ev_detector); | |
| fChain->SetBranchAddress("ev_triggerType", &ev_triggerType, &b_ev_triggerType); | |
| fChain->SetBranchAddress("ev_gate", &ev_gate, &b_ev_gate); | |
| fChain->SetBranchAddress("ev_global_gate", &ev_global_gate, &b_ev_global_gate); | |
| fChain->SetBranchAddress("ev_gps_time_sec", &ev_gps_time_sec, &b_ev_gps_time_sec); | |
| fChain->SetBranchAddress("ev_gps_time_usec", &ev_gps_time_usec, &b_ev_gps_time_usec); | |
| fChain->SetBranchAddress("numi_pot", &numi_pot, &b_numi_pot); | |
| fChain->SetBranchAddress("numi_horn_curr", &numi_horn_curr, &b_numi_horn_curr); | |
| fChain->SetBranchAddress("numi_x_pos", &numi_x_pos, &b_numi_x_pos); | |
| fChain->SetBranchAddress("numi_y_pos", &numi_y_pos, &b_numi_y_pos); | |
| fChain->SetBranchAddress("numi_x_width", &numi_x_width, &b_numi_x_width); | |
| fChain->SetBranchAddress("numi_y_width", &numi_y_width, &b_numi_y_width); | |
| fChain->SetBranchAddress("numi_bpm1", &numi_bpm1, &b_numi_bpm1); | |
| fChain->SetBranchAddress("numi_bpm2", &numi_bpm2, &b_numi_bpm2); | |
| fChain->SetBranchAddress("numi_bpm3", &numi_bpm3, &b_numi_bpm3); | |
| fChain->SetBranchAddress("numi_bpm4", &numi_bpm4, &b_numi_bpm4); | |
| fChain->SetBranchAddress("numi_bpm5", &numi_bpm5, &b_numi_bpm5); | |
| fChain->SetBranchAddress("numi_bpm6", &numi_bpm6, &b_numi_bpm6); | |
| fChain->SetBranchAddress("numi_tor101", &numi_tor101, &b_numi_tor101); | |
| fChain->SetBranchAddress("numi_tr101d", &numi_tr101d, &b_numi_tr101d); | |
| fChain->SetBranchAddress("numi_tortgt", &numi_tortgt, &b_numi_tortgt); | |
| fChain->SetBranchAddress("numi_trtgtd", &numi_trtgtd, &b_numi_trtgtd); | |
| fChain->SetBranchAddress("batch_structure", &batch_structure, &b_batch_structure); | |
| fChain->SetBranchAddress("numi_minos_time_sec", &numi_minos_time_sec, &b_numi_minos_time_sec); | |
| fChain->SetBranchAddress("numi_minos_time_nsec", &numi_minos_time_nsec, &b_numi_minos_time_nsec); | |
| fChain->SetBranchAddress("numi_database_sec", &numi_database_sec, &b_numi_database_sec); | |
| fChain->SetBranchAddress("numi_database_nsec", &numi_database_nsec, &b_numi_database_nsec); | |
| fChain->SetBranchAddress("numi_is_good_beam_spill", &numi_is_good_beam_spill, &b_numi_is_good_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_data_spill", &numi_is_bad_pot_data_spill, &b_numi_is_bad_pot_data_spill); | |
| fChain->SetBranchAddress("numi_is_no_beam_spill", &numi_is_no_beam_spill, &b_numi_is_no_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_data_spill", &numi_is_bad_data_spill, &b_numi_is_bad_data_spill); | |
| fChain->SetBranchAddress("numi_is_bad_profile_x_width_data", &numi_is_bad_profile_x_width_data, &b_numi_is_bad_profile_x_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_profile_y_width_data", &numi_is_bad_profile_y_width_data, &b_numi_is_bad_profile_y_width_data); | |
| fChain->SetBranchAddress("numi_is_bad_x_position_data", &numi_is_bad_x_position_data, &b_numi_is_bad_x_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_y_position_data", &numi_is_bad_y_position_data, &b_numi_is_bad_y_position_data); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr_data", &numi_is_bad_horn_curr_data, &b_numi_is_bad_horn_curr_data); | |
| fChain->SetBranchAddress("numi_is_bad_nearest_time_spill", &numi_is_bad_nearest_time_spill, &b_numi_is_bad_nearest_time_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_spill", &numi_is_bad_beam_spill, &b_numi_is_bad_beam_spill); | |
| fChain->SetBranchAddress("numi_is_bad_pot_spill", &numi_is_bad_pot_spill, &b_numi_is_bad_pot_spill); | |
| fChain->SetBranchAddress("numi_is_bad_x_pos", &numi_is_bad_x_pos, &b_numi_is_bad_x_pos); | |
| fChain->SetBranchAddress("numi_is_bad_y_pos", &numi_is_bad_y_pos, &b_numi_is_bad_y_pos); | |
| fChain->SetBranchAddress("numi_is_bad_beam_size", &numi_is_bad_beam_size, &b_numi_is_bad_beam_size); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_x", &numi_is_bad_profile_width_x, &b_numi_is_bad_profile_width_x); | |
| fChain->SetBranchAddress("numi_is_bad_profile_width_y", &numi_is_bad_profile_width_y, &b_numi_is_bad_profile_width_y); | |
| fChain->SetBranchAddress("numi_is_bad_horn_curr", &numi_is_bad_horn_curr, &b_numi_is_bad_horn_curr); | |
| fChain->SetBranchAddress("numi_is_target_out_spill", &numi_is_target_out_spill, &b_numi_is_target_out_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_type_spill", &numi_is_bad_beam_type_spill, &b_numi_is_bad_beam_type_spill); | |
| fChain->SetBranchAddress("numi_is_bad_beam_frac_on_tgt_spill", &numi_is_bad_beam_frac_on_tgt_spill, &b_numi_is_bad_beam_frac_on_tgt_spill); | |
| fChain->SetBranchAddress("numi_is_good_position", &numi_is_good_position, &b_numi_is_good_position); | |
| fChain->SetBranchAddress("numi_is_good_width", &numi_is_good_width, &b_numi_is_good_width); | |
| fChain->SetBranchAddress("numi_is_good_toroids", &numi_is_good_toroids, &b_numi_is_good_toroids); | |
| fChain->SetBranchAddress("numi_is_good_delta_t", &numi_is_good_delta_t, &b_numi_is_good_delta_t); | |
| fChain->SetBranchAddress("numi_is_good_horn", &numi_is_good_horn, &b_numi_is_good_horn); | |
| fChain->SetBranchAddress("numi_time_to_nearest", &numi_time_to_nearest, &b_numi_time_to_nearest); | |
| fChain->SetBranchAddress("mc_run", &mc_run, &b_mc_run); | |
| fChain->SetBranchAddress("mc_subrun", &mc_subrun, &b_mc_subrun); | |
| fChain->SetBranchAddress("mc_nInteractions", &mc_nInteractions, &b_mc_nInteractions); | |
| fChain->SetBranchAddress("mc_MIState", &mc_MIState, &b_mc_MIState); | |
| fChain->SetBranchAddress("mc_pot", &mc_pot, &b_mc_pot); | |
| fChain->SetBranchAddress("mc_beamConfig", &mc_beamConfig, &b_mc_beamConfig); | |
| fChain->SetBranchAddress("mc_processType", &mc_processType, &b_mc_processType); | |
| fChain->SetBranchAddress("mc_nthEvtInSpill", &mc_nthEvtInSpill, &b_mc_nthEvtInSpill); | |
| fChain->SetBranchAddress("mc_nthEvtInFile", &mc_nthEvtInFile, &b_mc_nthEvtInFile); | |
| fChain->SetBranchAddress("mc_intType", &mc_intType, &b_mc_intType); | |
| fChain->SetBranchAddress("mc_current", &mc_current, &b_mc_current); | |
| fChain->SetBranchAddress("mc_charm", &mc_charm, &b_mc_charm); | |
| fChain->SetBranchAddress("mc_weight", &mc_weight, &b_mc_weight); | |
| fChain->SetBranchAddress("mc_XSec", &mc_XSec, &b_mc_XSec); | |
| fChain->SetBranchAddress("mc_diffXSec", &mc_diffXSec, &b_mc_diffXSec); | |
| fChain->SetBranchAddress("mc_incoming", &mc_incoming, &b_mc_incoming); | |
| fChain->SetBranchAddress("mc_fluxDriverProb", &mc_fluxDriverProb, &b_mc_fluxDriverProb); | |
| fChain->SetBranchAddress("mc_targetNucleus", &mc_targetNucleus, &b_mc_targetNucleus); | |
| fChain->SetBranchAddress("mc_targetZ", &mc_targetZ, &b_mc_targetZ); | |
| fChain->SetBranchAddress("mc_targetA", &mc_targetA, &b_mc_targetA); | |
| fChain->SetBranchAddress("mc_targetNucleon", &mc_targetNucleon, &b_mc_targetNucleon); | |
| fChain->SetBranchAddress("mc_struckQuark", &mc_struckQuark, &b_mc_struckQuark); | |
| fChain->SetBranchAddress("mc_seaQuark", &mc_seaQuark, &b_mc_seaQuark); | |
| fChain->SetBranchAddress("mc_resID", &mc_resID, &b_mc_resID); | |
| fChain->SetBranchAddress("mc_primaryLepton", &mc_primaryLepton, &b_mc_primaryLepton); | |
| fChain->SetBranchAddress("mc_incomingE", &mc_incomingE, &b_mc_incomingE); | |
| fChain->SetBranchAddress("mc_Bjorkenx", &mc_Bjorkenx, &b_mc_Bjorkenx); | |
| fChain->SetBranchAddress("mc_Bjorkeny", &mc_Bjorkeny, &b_mc_Bjorkeny); | |
| fChain->SetBranchAddress("mc_Q2", &mc_Q2, &b_mc_Q2); | |
| fChain->SetBranchAddress("mc_nuT", &mc_nuT, &b_mc_nuT); | |
| fChain->SetBranchAddress("mc_w", &mc_w, &b_mc_w); | |
| fChain->SetBranchAddress("mc_vtx", mc_vtx, &b_mc_vtx); | |
| fChain->SetBranchAddress("mc_incomingPartVec", mc_incomingPartVec, &b_mc_incomingPartVec); | |
| fChain->SetBranchAddress("mc_initNucVec", mc_initNucVec, &b_mc_initNucVec); | |
| fChain->SetBranchAddress("mc_primFSLepton", mc_primFSLepton, &b_mc_primFSLepton); | |
| fChain->SetBranchAddress("mc_nFSPart", &mc_nFSPart, &b_mc_nFSPart); | |
| fChain->SetBranchAddress("mc_FSPartPx", mc_FSPartPx, &b_mc_FSPartPx); | |
| fChain->SetBranchAddress("mc_FSPartPy", mc_FSPartPy, &b_mc_FSPartPy); | |
| fChain->SetBranchAddress("mc_FSPartPz", mc_FSPartPz, &b_mc_FSPartPz); | |
| fChain->SetBranchAddress("mc_FSPartE", mc_FSPartE, &b_mc_FSPartE); | |
| fChain->SetBranchAddress("mc_FSPartPDG", mc_FSPartPDG, &b_mc_FSPartPDG); | |
| fChain->SetBranchAddress("mc_er_nPart", &mc_er_nPart, &b_mc_er_nPart); | |
| fChain->SetBranchAddress("mc_er_ID", mc_er_ID, &b_mc_er_ID); | |
| fChain->SetBranchAddress("mc_er_status", mc_er_status, &b_mc_er_status); | |
| fChain->SetBranchAddress("mc_er_posInNucX", mc_er_posInNucX, &b_mc_er_posInNucX); | |
| fChain->SetBranchAddress("mc_er_posInNucY", mc_er_posInNucY, &b_mc_er_posInNucY); | |
| fChain->SetBranchAddress("mc_er_posInNucZ", mc_er_posInNucZ, &b_mc_er_posInNucZ); | |
| fChain->SetBranchAddress("mc_er_Px", mc_er_Px, &b_mc_er_Px); | |
| fChain->SetBranchAddress("mc_er_Py", mc_er_Py, &b_mc_er_Py); | |
| fChain->SetBranchAddress("mc_er_Pz", mc_er_Pz, &b_mc_er_Pz); | |
| fChain->SetBranchAddress("mc_er_E", mc_er_E, &b_mc_er_E); | |
| fChain->SetBranchAddress("mc_er_FD", mc_er_FD, &b_mc_er_FD); | |
| fChain->SetBranchAddress("mc_er_LD", mc_er_LD, &b_mc_er_LD); | |
| fChain->SetBranchAddress("mc_er_mother", mc_er_mother, &b_mc_er_mother); | |
| fChain->SetBranchAddress("mc_fr_nNuAncestorIDs", &mc_fr_nNuAncestorIDs, &b_mc_fr_nNuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuAncestorIDs", mc_fr_nuAncestorIDs, &b_mc_fr_nuAncestorIDs); | |
| fChain->SetBranchAddress("mc_fr_nuParentID", &mc_fr_nuParentID, &b_mc_fr_nuParentID); | |
| fChain->SetBranchAddress("mc_fr_decMode", &mc_fr_decMode, &b_mc_fr_decMode); | |
| fChain->SetBranchAddress("mc_fr_primProtonVtx", mc_fr_primProtonVtx, &b_mc_fr_primProtonVtx); | |
| fChain->SetBranchAddress("mc_fr_primProtonP", mc_fr_primProtonP, &b_mc_fr_primProtonP); | |
| fChain->SetBranchAddress("mc_fr_nuParentDecVtx", mc_fr_nuParentDecVtx, &b_mc_fr_nuParentDecVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdVtx", mc_fr_nuParentProdVtx, &b_mc_fr_nuParentProdVtx); | |
| fChain->SetBranchAddress("mc_fr_nuParentProdP", mc_fr_nuParentProdP, &b_mc_fr_nuParentProdP); | |
| fChain->SetBranchAddress("mc_cvweight_total", &mc_cvweight_total, &b_mc_cvweight_total); | |
| fChain->SetBranchAddress("wgt", &wgt, &b_wgt); | |
| fChain->SetBranchAddress("mc_cvweight_totalFlux", &mc_cvweight_totalFlux, &b_mc_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_cvweight_totalXsec", &mc_cvweight_totalXsec, &b_mc_cvweight_totalXsec); | |
| fChain->SetBranchAddress("mc_ppfx1_cvweight", &mc_ppfx1_cvweight, &b_mc_ppfx1_cvweight); | |
| fChain->SetBranchAddress("mc_hornCurrent_cvweight", &mc_hornCurrent_cvweight, &b_mc_hornCurrent_cvweight); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_total", &mc_gen1_cvweight_total, &b_mc_gen1_cvweight_total); | |
| fChain->SetBranchAddress("gen1_wgt", &gen1_wgt, &b_gen1_wgt); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_totalFlux", &mc_gen1_cvweight_totalFlux, &b_mc_gen1_cvweight_totalFlux); | |
| fChain->SetBranchAddress("mc_gen1_cvweight_NA49", &mc_gen1_cvweight_NA49, &b_mc_gen1_cvweight_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus_sz", &mc_wgt_Flux_BeamFocus_sz, &b_mc_wgt_Flux_BeamFocus_sz); | |
| fChain->SetBranchAddress("mc_wgt_Flux_BeamFocus", &mc_wgt_Flux_BeamFocus, &b_mc_wgt_Flux_BeamFocus); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary_sz", &mc_wgt_gen1_Flux_Tertiary_sz, &b_mc_wgt_gen1_Flux_Tertiary_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_Tertiary", &mc_wgt_gen1_Flux_Tertiary, &b_mc_wgt_gen1_Flux_Tertiary); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49_sz", &mc_wgt_gen1_Flux_NA49_sz, &b_mc_wgt_gen1_Flux_NA49_sz); | |
| fChain->SetBranchAddress("mc_wgt_gen1_Flux_NA49", &mc_wgt_gen1_Flux_NA49, &b_mc_wgt_gen1_Flux_NA49); | |
| fChain->SetBranchAddress("mc_wgt_Norm_sz", &mc_wgt_Norm_sz, &b_mc_wgt_Norm_sz); | |
| fChain->SetBranchAddress("mc_wgt_Norm", &mc_wgt_Norm, &b_mc_wgt_Norm); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total_sz", &mc_wgt_ppfx1_Total_sz, &b_mc_wgt_ppfx1_Total_sz); | |
| fChain->SetBranchAddress("mc_wgt_ppfx1_Total", &mc_wgt_ppfx1_Total, &b_mc_wgt_ppfx1_Total); | |
| fChain->SetBranchAddress("mc_vertex_batch", &mc_vertex_batch, &b_mc_vertex_batch); | |
| fChain->SetBranchAddress("prong_part_score", prong_part_score, &b_prong_part_score); | |
| fChain->SetBranchAddress("prong_part_mass", prong_part_mass, &b_prong_part_mass); | |
| fChain->SetBranchAddress("prong_part_charge", prong_part_charge, &b_prong_part_charge); | |
| fChain->SetBranchAddress("prong_part_pid", prong_part_pid, &b_prong_part_pid); | |
| fChain->SetBranchAddress("prong_part_E", &prong_part_E, &b_prong_part_E); | |
| fChain->SetBranchAddress("prong_part_pos", &prong_part_pos, &b_prong_part_pos); | |
| Notify(); | |
| } | |
| Bool_t NuECCQE::Notify() | |
| { | |
| // The Notify() function is called when a new file is opened. This | |
| // can be either for a new TTree in a TChain or when when a new TTree | |
| // is started when using PROOF. It is normally not necessary to make changes | |
| // to the generated code, but the routine can be extended by the | |
| // user if needed. The return value is currently not used. | |
| return kTRUE; | |
| } | |
| void NuECCQE::Show(Long64_t entry) | |
| { | |
| // Print contents of entry. | |
| // If entry is not specified, print current entry | |
| if (!fChain) return; | |
| fChain->Show(entry); | |
| } | |
| Int_t NuECCQE::Cut(Long64_t entry) | |
| { | |
| // This function may be called from Loop. | |
| // returns 1 if entry is accepted. | |
| // returns -1 otherwise. | |
| return 1; | |
| } | |
| #endif // #ifdef NuECCQE_cxx |
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