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#ifndef __L1Analysis_L1AnalysisRecoMuonDataFormat_H__
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#define __L1Analysis_L1AnalysisRecoMuonDataFormat_H__
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//-------------------------------------------------------------------------------
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// Created 20/04/2010 - E. Conte, A.C. Le Bihan
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//
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//
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// Original code : UserCode/L1TriggerDPG/L1RecoMuonDataFormatProducer - Luigi Guiducci
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//-------------------------------------------------------------------------------
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#include <vector>
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namespace L1Analysis
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{
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struct L1AnalysisRecoMuonDataFormat
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{
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L1AnalysisRecoMuonDataFormat(){Reset();};
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~L1AnalysisRecoMuonDataFormat(){Reset();};
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void Reset()
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{
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nMuons = 0;
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// what muon kind? 0=global 1=SA 2=trackeronly
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type.clear();
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howmanytypes.clear();
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// global muons quantities
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ch.clear();
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pt.clear();
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p.clear();
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eta.clear();
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phi.clear();
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validhits.clear();
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normchi2.clear();
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imp_point_x.clear();
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imp_point_y.clear();
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imp_point_z.clear();
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imp_point_p.clear();
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imp_point_pt.clear();
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phi_hb.clear();
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z_hb.clear();
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r_he_p.clear();
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r_he_n.clear();
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phi_he_p.clear();
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phi_he_n.clear();
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// tracker muons quantities
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tr_ch.clear();
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tr_pt.clear();
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tr_p.clear();
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tr_eta.clear();
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tr_phi.clear();
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tr_validhits.clear();
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tr_validpixhits.clear();
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tr_normchi2.clear();
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tr_imp_point_x.clear();
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tr_imp_point_y.clear();
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tr_imp_point_z.clear();
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tr_imp_point_p.clear();
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tr_imp_point_pt.clear();
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tr_z_mb2.clear();
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tr_phi_mb2.clear();
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tr_r_me2_p.clear();
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tr_phi_me2_p.clear();
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tr_r_me2_n.clear();
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tr_phi_me2_n.clear();
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tr_z_mb1.clear();
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tr_phi_mb1.clear();
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tr_r_me1_p.clear();
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tr_phi_me1_p.clear();
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tr_r_me1_n.clear();
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tr_phi_me1_n.clear();
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// standalone muons (either part of global or SA only)
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sa_phi_mb2.clear();
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sa_z_mb2.clear();
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sa_pseta.clear();
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sa_normchi2.clear();
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sa_validhits.clear();
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sa_ch.clear();
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sa_pt.clear();
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sa_p.clear();
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sa_eta.clear();
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sa_phi.clear();
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sa_outer_pt.clear();
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sa_inner_pt.clear();
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sa_outer_eta.clear();
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sa_inner_eta.clear();
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sa_outer_phi.clear();
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sa_inner_phi.clear();
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sa_outer_x.clear();
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sa_outer_y.clear();
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sa_outer_z.clear();
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sa_inner_x.clear();
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sa_inner_y.clear();
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sa_inner_z.clear();
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sa_imp_point_x.clear();
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sa_imp_point_y.clear();
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sa_imp_point_z.clear();
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sa_imp_point_p.clear();
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sa_imp_point_pt.clear();
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sa_phi_hb.clear();
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sa_z_hb.clear();
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sa_r_he_p.clear();
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sa_r_he_n.clear();
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sa_phi_he_p.clear();
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sa_phi_he_n.clear();
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sa_phi_me2_p.clear();
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sa_phi_me2_n.clear();
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sa_r_me2_p.clear();
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sa_r_me2_n.clear();
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sa_z_mb1.clear();
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sa_phi_mb1.clear();
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sa_r_me1_p.clear();
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sa_phi_me1_p.clear();
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sa_r_me1_n.clear();
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sa_phi_me1_n.clear();
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calo_energy.clear();
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calo_energy3x3.clear();
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ecal_time.clear();
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ecal_terr.clear();
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hcal_time.clear();
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hcal_terr.clear();
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time_dir.clear(); // -1 = outsideIn 0=undefined 1=insideOut
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time_inout.clear();
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time_inout_err.clear();
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time_outin.clear();
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time_outin_err.clear();
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// RECHIT information from CSC: only for standalone/global muons!
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rchCSCtype.clear();
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rchPhi.clear();
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rchEta.clear();
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}
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// how many muons of any kind
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int nMuons;
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// what muon kind? 0=global 1=SA 2=trackeronly 3=trsa
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std::vector<int> type;
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std::vector<int> howmanytypes;
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// global muons quantities
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std::vector<double> ch;
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std::vector<double> pt;
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std::vector<double> p;
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std::vector<double> eta;
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std::vector<double> phi;
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std::vector<double> validhits;
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std::vector<double> normchi2;
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std::vector<double> imp_point_x;
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std::vector<double> imp_point_y;
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std::vector<double> imp_point_z;
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std::vector<double> imp_point_p;
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std::vector<double> imp_point_pt;
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std::vector<double> phi_hb;
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std::vector<double> z_hb;
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std::vector<double> r_he_p;
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std::vector<double> r_he_n;
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std::vector<double> phi_he_p;
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std::vector<double> phi_he_n;
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// tracker muons quantities
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std::vector<double> tr_ch;
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std::vector<double> tr_pt;
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std::vector<double> tr_p;
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std::vector<double> tr_eta;
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std::vector<double> tr_phi;
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std::vector<double> tr_validhits;
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std::vector<double> tr_validpixhits;
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std::vector<double> tr_normchi2;
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std::vector<double> tr_imp_point_x;
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std::vector<double> tr_imp_point_y;
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std::vector<double> tr_imp_point_z;
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std::vector<double> tr_imp_point_p;
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std::vector<double> tr_imp_point_pt;
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std::vector<double> tr_z_mb2;
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std::vector<double> tr_phi_mb2;
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std::vector<double> tr_r_me2_p;
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std::vector<double> tr_phi_me2_p;
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std::vector<double> tr_r_me2_n;
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std::vector<double> tr_phi_me2_n;
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std::vector<double> tr_z_mb1 ;
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std::vector<double> tr_phi_mb1;
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std::vector<double> tr_r_me1_p ;
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std::vector<double> tr_phi_me1_p;
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std::vector<double> tr_r_me1_n ;
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std::vector<double> tr_phi_me1_n;
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// standalone muons (either part of global or SA only)
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std::vector<double> sa_phi_mb2;
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std::vector<double> sa_z_mb2;
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std::vector<double> sa_pseta;
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std::vector<double> sa_normchi2;
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std::vector<double> sa_validhits;
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std::vector<double> sa_ch;
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std::vector<double> sa_pt;
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std::vector<double> sa_p;
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std::vector<double> sa_eta;
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std::vector<double> sa_phi;
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std::vector<double> sa_outer_pt;
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std::vector<double> sa_inner_pt;
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std::vector<double> sa_outer_eta;
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std::vector<double> sa_inner_eta;
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std::vector<double> sa_outer_phi;
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std::vector<double> sa_inner_phi;
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std::vector<double> sa_outer_x;
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std::vector<double> sa_outer_y;
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std::vector<double> sa_outer_z;
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std::vector<double> sa_inner_x;
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std::vector<double> sa_inner_y;
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std::vector<double> sa_inner_z;
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std::vector<double> sa_imp_point_x;
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std::vector<double> sa_imp_point_y;
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std::vector<double> sa_imp_point_z;
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std::vector<double> sa_imp_point_p;
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std::vector<double> sa_imp_point_pt;
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std::vector<double> sa_phi_hb;
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std::vector<double> sa_z_hb;
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std::vector<double> sa_r_he_p;
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std::vector<double> sa_r_he_n;
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std::vector<double> sa_phi_he_p;
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std::vector<double> sa_phi_he_n;
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std::vector<double> sa_r_me2_p;
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std::vector<double> sa_r_me2_n;
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std::vector<double> sa_phi_me2_p;
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std::vector<double> sa_phi_me2_n;
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std::vector<double> sa_z_mb1;
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std::vector<double> sa_phi_mb1;
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std::vector<double> sa_r_me1_p;
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std::vector<double> sa_phi_me1_p;
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std::vector<double> sa_r_me1_n;
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std::vector<double> sa_phi_me1_n;
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std::vector<double> calo_energy;
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std::vector<double> calo_energy3x3;
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std::vector<double> ecal_time;
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std::vector<double> ecal_terr;
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std::vector<double> hcal_time;
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std::vector<double> hcal_terr;
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std::vector<double> time_dir; // -1 = outsideIn ; 0=undefined; 1=insideOut
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std::vector<double> time_inout;
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std::vector<double> time_inout_err;
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std::vector<double> time_outin;
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std::vector<double> time_outin_err;
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// RECHIT information from CSC: only for standalone/global muons!
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std::vector<int> rchCSCtype;
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std::vector<double> rchPhi;
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std::vector<double> rchEta;
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};
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}
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#endif
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