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#include "bbHAnalysis.h"
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#include <iostream>
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#include <vector>
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#include <string>
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using namespace std;
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#include "Pythia.h"
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using namespace Pythia8;
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#include "UltraFastSim.h"
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#include "TFile.h"
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#include "TTree.h"
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#include "TH1D.h"
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bbHAnalysis::bbHAnalysis(TFile *o, Pythia *p, UltraFastSim *u, bool v) : outFile(o), pythia(p), ufs(u), verbose_(v), iEvent(0) {
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outFile->cd();
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tree = new TTree("bbHTree","Tree containing bbH -> tau_mu, tau_h analysis objects");
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tree->Branch("nElecs", &nElecs, "nElecs/I");
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tree->Branch("nMuons", &nMuons, "nMuons/I");
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tree->Branch("nTaus", &nTaus, "nTaus/I");
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tree->Branch("nRTaus", &nRTaus, "nRTaus/I");
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tree->Branch("nbQrks", &nbQrks, "nbQrks/I");
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tree->Branch("ncQrks", &ncQrks, "ncQrks/I");
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tree->Branch("nJets", &nJets, "nJets/I");
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tree->Branch("nBJets", &nBJets, "nBJets/I");
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tree->Branch("muonPt", &muonPt, "muonPt/D");
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tree->Branch("muonEta", &muonEta, "muonEta/D");
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tree->Branch("muonPhi", &muonPhi, "muonPhi/D");
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tree->Branch("tauPt", &tauPt, "tauPt/D");
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tree->Branch("tauEta", &tauEta, "tauEta/D");
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tree->Branch("tauPhi", &tauPhi, "tauPhi/D");
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tree->Branch("taumPt", &taumPt, "taumPt/D");
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tree->Branch("taumEta", &taumEta, "taumEta/D");
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tree->Branch("taumPhi", &taumPhi, "taumPhi/D");
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tree->Branch("tauhPt", &tauhPt, "tauhPt/D");
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tree->Branch("tauhEta", &tauhEta, "tauhEta/D");
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tree->Branch("tauhPhi", &tauhPhi, "tauhPhi/D");
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tree->Branch("rTauPt", &rTauPt, "rTauPt/D");
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tree->Branch("rTauEta", &rTauEta, "rTauEta/D");
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tree->Branch("rTauPhi", &rTauPhi, "rTauPhi/D");
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tree->Branch("bQrk1Pt", &bQrk1Pt, "bQrk1Pt/D");
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tree->Branch("bQrk1Eta", &bQrk1Eta, "bQrk1Eta/D");
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tree->Branch("bQrk1Phi", &bQrk1Phi, "bQrk1Phi/D");
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tree->Branch("bQrk2Pt", &bQrk2Pt, "bQrk2Pt/D");
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tree->Branch("bQrk2Eta", &bQrk2Eta, "bQrk2Eta/D");
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tree->Branch("bQrk2Phi", &bQrk2Phi, "bQrk2Phi/D");
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tree->Branch("bJet1Pt", &bJet1Pt, "bJet1Pt/D");
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tree->Branch("bJet1Eta", &bJet1Eta, "bJet1Eta/D");
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tree->Branch("bJet1Phi", &bJet1Phi, "bJet1Phi/D");
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tree->Branch("bJet2Pt", &bJet2Pt, "bJet2Pt/D");
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tree->Branch("bJet2Eta", &bJet2Eta, "bJet2Eta/D");
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tree->Branch("bJet2Phi", &bJet2Phi, "bJet2Phi/D");
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tree->Branch("bJet1PtStdGeom", &bJet1PtStdGeom, "bJet1PtStdGeom/D");
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tree->Branch("bJet1EtaStdGeom", &bJet1EtaStdGeom, "bJet1EtaStdGeom/D");
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tree->Branch("bJet1PhiStdGeom", &bJet1PhiStdGeom, "bJet1PhiStdGeom/D");
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tree->Branch("bJet2PtStdGeom", &bJet2PtStdGeom, "bJet2PtStdGeom/D");
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tree->Branch("bJet2EtaStdGeom", &bJet2EtaStdGeom, "bJet2EtaStdGeom/D");
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tree->Branch("bJet2PhiStdGeom", &bJet2PhiStdGeom, "bJet2PhiStdGeom/D");
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tree->Branch("gVisMass", &gVisMass, "gVisMass/D");
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tree->Branch("rVisMass", &rVisMass, "rVisMass/D");
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tree->Branch("ET", &ET, "ET/D");
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tree->Branch("HT", &HT, "HT/D");
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tree->Branch("MET", &MET, "MET/D");
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tree->Branch("MHT", &MHT, "MHT/D");
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//ml added branches for invariant mass analysis
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tree->Branch("muonE", &muonE,"muonE/D");
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tree->Branch("muonPx", &muonPx,"muonPx/D");
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tree->Branch("muonPy", &muonPy,"muonPy/D");
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tree->Branch("muonPz", &muonPz,"muonPz/D");
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tree->Branch("taumE", &taumE,"taumuonE/D");
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tree->Branch("taumPx", &taumPx,"taumPx/D");
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tree->Branch("taumPy", &taumPy,"taumPy/D");
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tree->Branch("taumPz", &taumPz,"taumPz/D");
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tree->Branch("hadE", &hadE,"hadE/D");
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tree->Branch("hadPx", &hadPx,"hadPx/D");
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tree->Branch("hadPy", &hadPy,"hadPy/D");
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tree->Branch("hadPz", &hadPz,"hadPz/D");
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tree->Branch("tauhE", &tauhE,"tauhE/D");
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tree->Branch("tauhPx", &tauhPx,"tauhPx/D");
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tree->Branch("tauhPy", &tauhPy,"tauhPy/D");
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tree->Branch("tauhPz", &tauhPz,"tauPz/D");
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tree->Branch("nBJetsStdGeom", &nBJetsStdGeom,"nBJetStdsGeom/I");
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tree->Branch("nbJetCut", &nbJetCut,"nbJetCut/I");
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tree->Branch("nbJetCutStdGeom", &nbJetCutStdGeom,"nbJetCutStdGeom/I");
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tree->Branch("nbasicCut",&nbasicCut,"nbasicCut/I");
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tree->Branch("nbasicCutStdGeom",&nbasicCutStdGeom,"nbasicCutStdGeom/I");
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tree->Branch("tau1E", &tau1E,"tau1E/D");
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tree->Branch("tau1Px", &tau1Px,"tau1Px/D");
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tree->Branch("tau1Py", &tau1Py,"tau1Py/D");
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tree->Branch("tau1Pz", &tau1Pz,"tau1Pz/D");
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tree->Branch("tau2E", &tau2E,"tau2E/D");
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tree->Branch("tau2Px", &tau2Px,"tau2Px/D");
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tree->Branch("tau2Py", &tau2Py,"tau2Py/D");
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tree->Branch("tau2Pz", &tau2Pz,"tau2Pz/D");
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tree->Branch("rTau1E", &rTau1E,"rTau1E/D");
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tree->Branch("rTau1Px", &rTau1Px,"rTau1Px/D");
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tree->Branch("rTau1Py", &rTau1Py,"rTau1Py/D");
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tree->Branch("rTau1Pz", &rTau1Pz,"rTau1Pz/D");
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tree->Branch("rTau2E", &rTau2E,"rTau2E/D");
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tree->Branch("rTau2Px", &rTau2Px,"rTau2Px/D");
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tree->Branch("rTau2Py", &rTau2Py,"rTau2Py/D");
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tree->Branch("rTau2Pz", &rTau2Pz,"rTau2Pz/D");
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}
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bbHAnalysis::~bbHAnalysis() {
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}
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bool bbHAnalysis::end() {
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outFile->cd();
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tree->Write();
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outFile->Close();
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return true;
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}
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bool bbHAnalysis::run() {
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if(verbose_) {
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cout << "Number of Gen Chrgd = " << ufs->chargedHadronList().size() << endl;
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cout << "Number of Gen Neutr = " << ufs->neutralHadronList().size() << endl;
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cout << "Number of Gen Phtns = " << ufs->photonList().size() << endl;
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cout << "Number of Gen Elcns = " << ufs->electronList().size() << endl;
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cout << "Number of Gen Muons = " << ufs->muonList().size() << endl;
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cout << "Number of Gen Taus = " << ufs->genTauList().size() << endl;
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cout << "Number of GenVisTau = " << ufs->visTauList().size() << endl;
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cout << "Number of Rec Taus = " << ufs->tauList().size() << endl;
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cout << "Number of c Quarks = " << ufs->cQuarkList().size() << endl;
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cout << "Number of b Quarks = " << ufs->bQuarkList().size() << endl;
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cout << "Number of Jets = " << ufs->jetList().size() << endl;
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cout << "Number of bJets = " << ufs->bJetList().size() << endl;
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cout << "Number of bJetsStdGeom= " << ufs->bJetListStdGeom().size()<<endl;
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cout << endl;
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}
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// Store information for top muon, hadronic tau (not matching muon), top bJets (not matching tau)
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nElecs = ufs->electronList().size();
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nMuons = ufs->muonList().size();
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nTaus = ufs->genTauList().size();
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nRTaus = ufs->tauList().size();
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nbQrks = ufs->bQuarkList().size();
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ncQrks = ufs->cQuarkList().size();
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nJets = ufs->jetList().size();
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nBJets = ufs->bJetList().size();
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nBJetsStdGeom=ufs->bJetListStdGeom().size();
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muonPt = 0;
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muonEta = -999.;
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muonPhi = -999.;
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tauPt = 0;
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tauEta = -999.;
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tauPhi = -999.;
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taumPt = 0;
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taumEta = -999.;
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taumPhi = -999.;
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tauhPt = 0;
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tauhEta = -999.;
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tauhPhi = -999.;
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rTauPt = 0;
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rTauEta = -999.;
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rTauPhi = -999.;
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bQrk1Pt = 0;
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bQrk1Eta = -999.;
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bQrk1Phi = -999.;
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bQrk2Pt = 0;
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bQrk2Eta = -999.;
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bQrk2Phi = -999.;
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bJet1Pt = 0;
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bJet1Eta = -999.;
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bJet1Phi = -999.;
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bJet2Pt = 0;
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bJet2Eta = -999.;
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bJet2Phi = -999.;
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bJet1PtStdGeom = 0;
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bJet1EtaStdGeom = -999.;
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bJet1PhiStdGeom = -999.;
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bJet2PtStdGeom = 0;
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bJet2EtaStdGeom = -999.;
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bJet2PhiStdGeom = -999.;
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gVisMass = -999.;
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rVisMass = -999.;
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ET = ufs->getET();
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HT = ufs->getHT();
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MET = ufs->getMET().Pt();
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MHT = ufs->getMHT().Pt();
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//ml added
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nbJetCut=0;//passed bjet cut- 1 is passed
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nbJetCutStdGeom=0;
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nbasicCut=0;
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nbasicCutStdGeom=0;
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bJetPtCut=30.;
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muonE=0;
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muonPx=0;
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muonPy=0;
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muonPz=0;
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taumE=0;
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taumPx=0;
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taumPy=0;
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taumPz=0;
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hadE=0;
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hadPx=0;
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hadPy=0;
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hadPz=0;
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tauhE=0;
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tauhPx=0;
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tauhPy=0;
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tauhPz=0;
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tau1E=0;
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tau1Px=0;
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tau1Py=0;
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tau1Pz=0;
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tau2E=0;
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tau2Px=0;
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tau2Py=0;
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tau2Pz=0;
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rTau1E=0;
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rTau1Px=0;
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rTau1Py=0;
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rTau1Pz=0;
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rTau2E=0;
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rTau2Px=0;
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rTau2Py=0;
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rTau2Pz=0;
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hadronPt = 0;
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for(unsigned int i =0; i<ufs->chargedHadronList().size();i++){
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if(ufs->chargedHadronList()[i].Pt() > hadronPt) {
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hadE=ufs->chargedHadronList()[i].Energy();
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hadPx=ufs->chargedHadronList()[i].Px();
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hadPy=ufs->chargedHadronList()[i].Py();
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hadPz=ufs->chargedHadronList()[i].Pz();
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hadronPt=ufs->chargedHadronList()[i].Pt();
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}
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}
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int muonMother;
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TLorentzVector muonP;
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for(unsigned int i = 0; i < ufs->muonList().size(); i++) {
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//loops over all the muons and stores highest pt one
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if(ufs->muonList()[i].Pt() > muonPt) {
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muonMother = ufs->muonList()[i].GetFirstMother();
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muonPt = ufs->muonList()[i].Pt();
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muonEta = ufs->muonList()[i].Eta();
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muonPhi = ufs->muonList()[i].Phi();
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ufs->muonList()[i].Momentum(muonP);
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//ml added
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muonE = ufs->muonList()[i].Energy();
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muonPx = ufs->muonList()[i].Px();
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muonPy = ufs->muonList()[i].Py();
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muonPz = ufs->muonList()[i].Pz();
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}
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}
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//this is the loop over all generated taus
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for(unsigned int i = 0; i < ufs->genTauList().size(); i++) {
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if(ufs->genTauList()[i].Pt() > tauPt) {
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tauPt = ufs->genTauList()[i].Pt();
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tauEta = ufs->genTauList()[i].Eta();
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tauPhi = ufs->genTauList()[i].Phi();
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tau2E=tau1E;
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tau2Px=tau1Px;
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tau2Py=tau1Py;
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tau2Pz=tau1Pz;
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tau1E=ufs->genTauList()[i].Energy();
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tau1Px=ufs->genTauList()[i].Px();
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tau1Py=ufs->genTauList()[i].Py();
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tau1Pz=ufs->genTauList()[i].Pz();
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// cout<<tau1E<<" "<<tau2E<<endl;
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}
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}
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TLorentzVector taumP;
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TLorentzVector tauhP;
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for(unsigned int i = 0; i < ufs->visTauList().size(); i++) {
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//loop over all visible taus that decay to lepton and hadron
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if(muonMother == ufs->visTauList()[i].GetSecondMother()) { // We stole the second mother spot to store the pythia particle index
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if(ufs->visTauList()[i].Pt() > taumPt) {
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taumPt = ufs->visTauList()[i].Pt();
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taumEta = ufs->visTauList()[i].Eta();
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taumPhi = ufs->visTauList()[i].Phi();
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ufs->visTauList()[i].Momentum(taumP);
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//ml added
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taumE=ufs->visTauList()[i].Energy();
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taumPx=ufs->visTauList()[i].Px();
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taumPy=ufs->visTauList()[i].Py();
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taumPz=ufs->visTauList()[i].Pz();
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}
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}
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else {
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if(ufs->visTauList()[i].Pt() > tauhPt) {
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tauhPt = ufs->visTauList()[i].Pt();
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tauhEta = ufs->visTauList()[i].Eta();
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tauhPhi = ufs->visTauList()[i].Phi();
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ufs->visTauList()[i].Momentum(tauhP);
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tauhE=ufs->visTauList()[i].Energy();
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tauhPx=ufs->visTauList()[i].Px();
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tauhPy=ufs->visTauList()[i].Py();
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tauhPz=ufs->visTauList()[i].Pz();
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}
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}
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}
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TLorentzVector gTauTauP = taumP + tauhP;
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gVisMass = gTauTauP.M();
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//full tau list highest taus rtau final state (i.e. no hadrons)
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TLorentzVector rTauP;
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for(unsigned int i = 0; i < ufs->tauList().size(); i++) {
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if(ufs->tauList()[i].Pt() > rTauPt) {
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rTauPt = ufs->tauList()[i].Pt();
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rTauEta = ufs->tauList()[i].Eta();
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rTauPhi = ufs->tauList()[i].Phi();
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ufs->tauList()[i].Momentum(rTauP);
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//save two highest momentum rtaus
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rTau2E=rTau1E;
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rTau2Px=rTau1Px;
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rTau2Py=rTau1Py;
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rTau2Pz=rTau1Pz;
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rTau1E=ufs->tauList()[i].Energy();
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rTau1Px=ufs->tauList()[i].Px();
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rTau1Py=ufs->tauList()[i].Py();
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rTau1Pz=ufs->tauList()[i].Pz();
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}
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}
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TLorentzVector rTauTauP = muonP + rTauP;
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rVisMass = rTauTauP.M();
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| 359 |
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//save the highest two pt of bquarks etc
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if(nbQrks > 0) {
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bQrk1Pt = ufs->bQuarkList()[0].Pt();
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bQrk1Eta = ufs->bQuarkList()[0].Eta();
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| 364 |
bQrk1Phi = ufs->bQuarkList()[0].Phi();
|
| 365 |
if(nbQrks > 1) {
|
| 366 |
bQrk2Pt = ufs->bQuarkList()[1].Pt();
|
| 367 |
bQrk2Eta = ufs->bQuarkList()[1].Eta();
|
| 368 |
bQrk2Phi = ufs->bQuarkList()[1].Phi();
|
| 369 |
}
|
| 370 |
}
|
| 371 |
|
| 372 |
if(nBJets > 0) {
|
| 373 |
bJet1Pt = ufs->bJetList()[0].Pt();
|
| 374 |
bJet1Eta = ufs->bJetList()[0].Eta();
|
| 375 |
bJet1Phi = ufs->bJetList()[0].Phi();
|
| 376 |
if(nBJets > 1) {
|
| 377 |
bJet2Pt = ufs->bJetList()[1].Pt();
|
| 378 |
bJet2Eta = ufs->bJetList()[1].Eta();
|
| 379 |
bJet2Phi = ufs->bJetList()[1].Phi();
|
| 380 |
}
|
| 381 |
}
|
| 382 |
|
| 383 |
if(nBJetsStdGeom > 0) {
|
| 384 |
bJet1PtStdGeom = ufs->bJetListStdGeom()[0].Et();
|
| 385 |
bJet1EtaStdGeom = ufs->bJetListStdGeom()[0].rap();
|
| 386 |
bJet1PhiStdGeom = ufs->bJetListStdGeom()[0].phi();
|
| 387 |
if(nBJetsStdGeom > 1) {
|
| 388 |
bJet2PtStdGeom = ufs->bJetListStdGeom()[1].Et();
|
| 389 |
bJet2EtaStdGeom = ufs->bJetListStdGeom()[1].rap();
|
| 390 |
bJet2PhiStdGeom = ufs->bJetListStdGeom()[1].phi();
|
| 391 |
}
|
| 392 |
}
|
| 393 |
//ml added - passes secondary pt cut - saves 1 for pass, 0 otherwise
|
| 394 |
if(nMuons >0 && nTaus >1 && nBJets > 1){
|
| 395 |
nbasicCut = 1;
|
| 396 |
|
| 397 |
}
|
| 398 |
if(nBJets>1){
|
| 399 |
if(bJet1Pt > bJetPtCut && bJet2Pt>bJetPtCut){
|
| 400 |
nbJetCut=1;
|
| 401 |
}
|
| 402 |
}
|
| 403 |
|
| 404 |
if(nMuons>0 && nTaus>1 && nBJetsStdGeom > 1){
|
| 405 |
nbasicCutStdGeom =1;
|
| 406 |
}
|
| 407 |
if(nBJetsStdGeom > 1){
|
| 408 |
if(bJet1PtStdGeom > bJetPtCut && bJet2PtStdGeom > bJetPtCut){
|
| 409 |
nbJetCutStdGeom=1;
|
| 410 |
}
|
| 411 |
}
|
| 412 |
|
| 413 |
|
| 414 |
|
| 415 |
tree->Fill();
|
| 416 |
iEvent++;
|
| 417 |
return true;
|
| 418 |
}
|
| 419 |
|
