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#include <fstream>
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#include <iomanip>
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#include <iostream>
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#include <string.h>
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#include <fstream>
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#include <TFile.h>
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#include <TH1.h>
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#include <TTree.h>
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#include <TCanvas.h>
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#include <TF1.h>
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#include <TStyle.h>
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int TreeReader(char *infile = "temp.root")
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{
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TFile *outf = new TFile("Ntuple_goodglobalmuon.root","RECREATE");
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// TH1D * hEt3;
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TH1D * hlepton_calo_iso = new TH1D( "hlepton_calo_iso", "lepton calo iso", 120, 0., 120.);
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TH1D * hlepton_track_iso = new TH1D( "hlepton_track_iso", "lepton track iso", 120, 0., 120.);
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// TH1 * hmuon_isGood_AllGlobalMuons = new TH1( "hmuon_isGood_AllGlobalMuons", "muon isGood AllGlobalMuons", 120, 0., 120.);
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//TH1 * hmuon_isGood_AllStandAloneMuons = new TH1( "hmuon_isGood_AllStandAloneMuons", "muon isGood AllStandAloneMuons", 120, 0., 120.);
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TH1D * hMt = new TH1D( "hMt", "Mt 3 (all) ", 100, 0., 90.);
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TH1D * hMt_rel_iso = new TH1D( "hMt_rel_iso", "Mt 3 (relative iso)", 100, 0., 90.);
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TH1D * hMt_trk = new TH1D( "hMt_trk", "Mt 3 (track & calo iso)", 100, 0., 90.);
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TH1D * hMt_rel_iso_rev = new TH1D( "hMt_rel_iso_rev", "Mt 3 (relative iso reversed)", 100, 0., 90.);
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TH1D * hMt_trk_rev = new TH1D( "hMt_trk_rev", "Mt 3 (track & calo iso reversed)", 100, 0., 90.);
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TH1D * hMt_goodmuon = new TH1D( "hMt_goodmuon", "Mt 3 (good Global Muon)", 100, 0., 90.);
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TH1D * hMt_goodmuon_rev = new TH1D( "hMt_goodmuon_rev", "Mt 3 (good Global Muon reversed)", 100, 0., 90.);
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TH1D * hgetHt3 = new TH1D( "hgetHt3", "Ht3 (all) ", 100, 0., 900.);
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TH1D * hgetHt3_rel_iso = new TH1D( "hgetHt3_rel_iso", "Ht3 (relative iso)", 100, 0., 900.);
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TH1D * hgetHt3_trk = new TH1D( "hgetHt3_trk", "Ht3 (track & calo iso)", 100, 0., 900.);
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TH1D * hgetHt3_rel_iso_rev = new TH1D( "hgetHt3_rel_iso_rev", "Ht3 (relative iso reversed)", 100, 0., 900.);
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TH1D * hgetHt3_trk_rev = new TH1D( "hgetHt3_trk_rev", "Ht3 (track & calo iso reversed)", 100, 0., 900.);
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TH1D * hgetHt3_goodmuon = new TH1D( "hgetHt3_goodmuon", "Ht3 (good Global muon )", 100, 0., 900.);
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TH1D * hgetHt3_goodmuon_rev = new TH1D( "hgetHt3_goodmuon_rev", "Ht3 (good Global muon reversed)", 100, 0., 900.);
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TH1D * hktMinPrime = new TH1D( "hktMinPrime", "ktMinPrime (all) ", 100, 0., 25.);
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TH1D * hktMinPrime_rel_iso = new TH1D( "hktMinPrime_rel_iso", "ktMinPrime (relative iso)", 100, 0., 25.);
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TH1D * hktMinPrime_trk = new TH1D( "hktMinPrime_trk", "ktMinPrime (track & calo iso)", 100, 0., 25.);
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TH1D * hktMinPrime_rel_iso_rev= new TH1D( "hktMinPrime_rel_iso_rev", "ktMinPrime (relative iso reversed)", 100, 0., 25.);
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TH1D * hktMinPrime_trk_rev = new TH1D( "hktMinPrime_trk_rev", "ktMinPrime (track & calo iso reversed)", 100, 0., 25.);
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TH1D * hktMinPrime_goodmuon = new TH1D( "hktMinPrime_goodmuon", "ktMinPrime (Good Global muon)", 100, 0., 25.);
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TH1D * hktMinPrime_goodmuon_rev = new TH1D( "hktMinPrime_goodmuon_rev", "ktMinPrime (Good Global muon reversed)", 100, 0., 25.);
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TH1D * hht2p = new TH1D( "hht2p", "ht2p (all) ", 100, 0., 4.);
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TH1D * hht2p_rel_iso = new TH1D( "hht2p_rel_iso", "ht2p (relative iso)", 100, 0., 4.);
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TH1D * hht2p_trk = new TH1D( "hht2p_trk", "ht2p (track & calo iso)", 100, 0., 4.);
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TH1D * hht2p_rel_iso_rev = new TH1D( "hht2p_rel_iso_rev", "ht2p (relative iso reversed)", 100, 0., 4.);
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TH1D * hht2p_trk_rev = new TH1D( "hht2p_trk_rev", "ht2p (track & calo iso reversed)", 100, 0., 4.);
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TH1D * hht2p_goodmuon = new TH1D( "hht2p_goodmuon", "ht2p (good global muon )", 100, 0., 4.);
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TH1D * hht2p_goodmuon_rev = new TH1D( "hht2p_goodmuon_rev", "ht2p (good global muon reversed)", 100, 0., 4.);
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TH1D * hDphiJMET = new TH1D( "hDphiJMET", "DphiJMET (all) ", 100, 0., 3.5);
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TH1D * hDphiJMET_rel_iso = new TH1D( "hDphiJMET_rel_iso", "DphiJMET (relative iso)", 100, 0., 3.5);
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TH1D * hDphiJMET_trk = new TH1D( "hDphiJMET_trk", "DphiJMET (track & calo iso)", 100, 0., 3.5);
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TH1D * hDphiJMET_rel_iso_rev = new TH1D( "hDphiJMET_rel_iso_rev", "DphiJMET (relative iso reveresed)", 100, 0., 3.5);
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TH1D * hDphiJMET_trk_rev = new TH1D( "hDphiJMET_trk_rev", "DphiJMET (track & calo iso reversed)", 100, 0., 3.5);
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TH1D * hDphiJMET_goodmuon = new TH1D( "hDphiJMET_goodmuon", "DphiJMET (good global muon )", 100, 0., 3.5);
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TH1D * hDphiJMET_goodmuon_rev = new TH1D( "hDphiJMET_goodmuon_rev", "DphiJMET (good global muon reveresed)", 100, 0., 3.5);
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TH1D * haplanarity = new TH1D( "haplanarity", "aplanarity (all) ", 100, 0., 0.5);
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TH1D * haplanarity_rel_iso = new TH1D( "haplanarity_rel_iso", "aplanarity (relative iso)", 100, 0., 0.5);
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TH1D * haplanarity_trk = new TH1D( "haplanarity_trk", "aplanarity (track & calo iso)", 100, 0., 0.5);
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TH1D * haplanarity_rel_iso_rev = new TH1D( "haplanarity_rel_iso_rev", "aplanarity (relative iso reversed)", 100, 0., 0.5);
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TH1D * haplanarity_trk_rev = new TH1D( "haplanarity_trk_rev", "aplanarity (track & calo iso reversed)", 100, 0., 0.5);
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TH1D * haplanarity_goodmuon = new TH1D( "haplanarity_goodmuon", "aplanarity (good global muon )", 100, 0., 0.5);
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TH1D * haplanarity_goodmuon_rev = new TH1D( "haplanarity_goodmuon_rev", "aplanarity (good global muon reversed)", 100, 0., 0.5);
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TH1D * hhtPlusLepton = new TH1D( "hhtPlusLepton", "htPlusLepton (all) ", 100, 0., 20000.);
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TH1D * hhtPlusLepton_rel_iso = new TH1D( "hhtPlusLepton_rel_iso", "htPlusLepton (relative iso)", 100, 0., 20000.);
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TH1D * hhtPlusLepton_trk = new TH1D( "hhtPlusLepton_trk", "htPlusLepton (track & calo iso)", 100, 0., 20000.);
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TH1D * hhtPlusLepton_rel_iso_rev = new TH1D( "hhtPlusLepton_rel_iso_rev", "htPlusLepton (relative iso reversed)", 100, 0., 20000.);
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TH1D * hhtPlusLepton_trk_rev = new TH1D( "hhtPlusLepton_trk_rev", "htPlusLepton (track & calo iso reversed)", 100, 0., 20000.);
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TH1D * hhtPlusLepton_goodmuon = new TH1D( "hhtPlusLepton_goodmuon", "htPlusLepton (good global muon)", 100, 0., 20000.);
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TH1D * hhtPlusLepton_goodmuon_rev = new TH1D( "hhtPlusLepton_goodmuon_rev", "htPlusLepton (good global muon reversed)", 100, 0., 20000.);
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TH1D * hdPhiLMet = new TH1D( "hdPhiLMet", "dPhiLMet (all) ", 100, 0., 3.5);
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TH1D * hdPhiLMet_rel_iso = new TH1D( "hdPhiLMet_rel_iso", "dPhiLMet (relative iso)", 100, 0., 3.5);
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TH1D * hdPhiLMet_trk = new TH1D( "hdPhiLMet_trk", "dPhiLMet (track & calo iso)", 100, 0., 3.5);
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TH1D * hdPhiLMet_rel_iso_rev = new TH1D( "hdPhiLMet_rel_iso_rev", "dPhiLMet (relative iso reversed)", 100, 0., 3.5);
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TH1D * hdPhiLMet_trk_rev = new TH1D( "hdPhiLMet_trk_rev", "dPhiLMet (track & calo iso reversed)", 100, 0., 3.5);
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TH1D * hdPhiLMet_goodmuon = new TH1D( "hdPhiLMet_goodmuon", "dPhiLMet (good global muon )", 100, 0., 3.5);
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TH1D * hdPhiLMet_goodmuon_rev = new TH1D( "hdPhiLMet_goodmuon_rev", "dPhiLMet (good global muon reversed)", 100, 0., 3.5);
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TFile *fin = TFile::Open(infile);
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TTree * t1 = (TTree*)fin->Get("qcd");
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Double_t Mt, lepton_track_iso, lepton_calo_iso;
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Double_t getHt3, ktMinPrime, ht2p,aplanarity, htPlusLepton,dPhiLMet,DphiJMET,lepton_pt;
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Bool_t muon_isGood_AllGlobalMuons,muon_isGood_AllStandAloneMuons;
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t1->SetBranchAddress("getMt",&Mt);
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t1->SetBranchAddress("lepton_track_iso",&lepton_track_iso);
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t1->SetBranchAddress("lepton_calo_iso",&lepton_calo_iso);
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t1->SetBranchAddress("getHt3",&getHt3);
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t1->SetBranchAddress("ktMinPrime",&ktMinPrime);
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t1->SetBranchAddress("ht2p",&ht2p);
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t1->SetBranchAddress("aplanarity",&aplanarity);
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t1->SetBranchAddress("htPlusLepton",&htPlusLepton);
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t1->SetBranchAddress("dPhiLMet",&dPhiLMet);
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t1->SetBranchAddress("DphiJMET",&DphiJMET);
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t1->SetBranchAddress("muon_isGood_AllGlobalMuons",&muon_isGood_AllGlobalMuons);
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t1->SetBranchAddress("muon_isGood_AllStandAloneMuons",&muon_isGood_AllStandAloneMuons);
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t1->SetBranchAddress("lepton_pt",&lepton_pt);
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Int_t n_gen = (Int_t)t1->GetEntries();
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cout<<"No of entries from trees "<<n_gen<<endl;
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for(Int_t i=0; i<n_gen; i++){
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t1->GetEntry(i);
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hMt->Fill(Mt);
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hgetHt3->Fill(getHt3);
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hktMinPrime->Fill(ktMinPrime);
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hht2p->Fill(ht2p);
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hDphiJMET->Fill(DphiJMET);
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haplanarity->Fill(aplanarity);
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hhtPlusLepton->Fill(htPlusLepton);
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hdPhiLMet->Fill(dPhiLMet);
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if(1.0/(1.0+(lepton_calo_iso+lepton_track_iso)/lepton_pt) > 0.67 ){
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hMt_rel_iso->Fill(Mt);
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hgetHt3_rel_iso->Fill(getHt3);
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hktMinPrime_rel_iso->Fill(ktMinPrime);
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hht2p_rel_iso->Fill(ht2p);
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hDphiJMET_rel_iso->Fill(DphiJMET);
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haplanarity_rel_iso->Fill(aplanarity);
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hhtPlusLepton_rel_iso->Fill(htPlusLepton);
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hdPhiLMet_rel_iso->Fill(dPhiLMet);
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}
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// hlepton_iso->Fill(lepton_calo_iso);
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if(lepton_calo_iso<7 && lepton_track_iso < 3 && muon_isGood_AllStandAloneMuons){
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hMt_trk->Fill(Mt);
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hgetHt3_trk->Fill(getHt3);
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hktMinPrime_trk->Fill(ktMinPrime);
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hht2p_trk->Fill(ht2p);
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hDphiJMET_trk->Fill(DphiJMET);
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haplanarity_trk->Fill(aplanarity);
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hhtPlusLepton_trk->Fill(htPlusLepton);
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hdPhiLMet_trk->Fill(dPhiLMet); }
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if(1.0/(1.0+(lepton_calo_iso+lepton_track_iso)/lepton_pt) < 0.67 ){
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hMt_rel_iso_rev->Fill(Mt);
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hgetHt3_rel_iso_rev->Fill(getHt3);
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hktMinPrime_rel_iso_rev->Fill(ktMinPrime);
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hht2p_rel_iso_rev->Fill(ht2p);
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hDphiJMET_rel_iso_rev->Fill(DphiJMET);
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haplanarity_rel_iso_rev->Fill(aplanarity);
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hhtPlusLepton_rel_iso_rev->Fill(htPlusLepton);
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hdPhiLMet_rel_iso_rev->Fill(dPhiLMet);
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}
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// hlepton_iso->Fill(lepton_calo_iso);
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if(lepton_calo_iso>7 && lepton_track_iso > 3 && muon_isGood_AllStandAloneMuons){
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hMt_trk_rev->Fill(Mt);
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hgetHt3_trk_rev->Fill(getHt3);
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hktMinPrime_trk_rev->Fill(ktMinPrime);
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hht2p_trk_rev->Fill(ht2p);
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hDphiJMET_trk_rev->Fill(DphiJMET);
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haplanarity_trk_rev->Fill(aplanarity);
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hhtPlusLepton_trk_rev->Fill(htPlusLepton);
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hdPhiLMet_trk_rev->Fill(dPhiLMet); }
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if(muon_isGood_AllGlobalMuons){
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hMt_goodmuon->Fill(Mt);
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hgetHt3_goodmuon->Fill(getHt3);
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hktMinPrime_goodmuon->Fill(ktMinPrime);
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hht2p_goodmuon->Fill(ht2p);
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hDphiJMET_goodmuon->Fill(DphiJMET);
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haplanarity_goodmuon->Fill(aplanarity);
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hhtPlusLepton_goodmuon->Fill(htPlusLepton);
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hdPhiLMet_goodmuon->Fill(dPhiLMet); }
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if(!muon_isGood_AllGlobalMuons){
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hMt_goodmuon_rev->Fill(Mt);
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hgetHt3_goodmuon_rev->Fill(getHt3);
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hktMinPrime_goodmuon_rev->Fill(ktMinPrime);
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hht2p_goodmuon_rev->Fill(ht2p);
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hDphiJMET_goodmuon_rev->Fill(DphiJMET);
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haplanarity_goodmuon_rev->Fill(aplanarity);
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hhtPlusLepton_goodmuon_rev->Fill(htPlusLepton);
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hdPhiLMet_goodmuon_rev->Fill(dPhiLMet); }
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}
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outf->Write();
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outf->Close();
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}
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