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// $Id: ttEvtSelMod.cc,v 1.3 2008/10/10 10:54:13 ceballos Exp $
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#include "MitPhysics/SelMods/interface/ttEvtSelMod.h"
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#include <TH1D.h>
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#include <TH2D.h>
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#include "MitAna/DataTree/interface/Names.h"
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#include "MitAna/DataCont/interface/ObjArray.h"
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#include "MitCommon/MathTools/interface/MathUtils.h"
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using namespace mithep;
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ClassImp(mithep::ttEvtSelMod)
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//--------------------------------------------------------------------------------------------------
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ttEvtSelMod::ttEvtSelMod(const char *name, const char *title) :
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BaseMod(name,title),
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fPrintDebug(false),
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fMetName(Names::gkCaloMetBrn),
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fMuonName(Names::gkMuonBrn),
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fCleanJetsName(Names::gkCleanJetsName),
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fMCLeptonsName(Names::gkMCLeptonsName),
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fMCQuarksName(Names::gkMCQuarksName),
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fMet(0),
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fMuons(0),
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fNEventsProcessed(0)
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{
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// Constructor.
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}
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//--------------------------------------------------------------------------------------------------
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void ttEvtSelMod::Begin()
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{
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// Run startup code on the client machine. For this module, we dont do
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// anything here.
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}
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//--------------------------------------------------------------------------------------------------
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void ttEvtSelMod::Process()
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{
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// Process entries of the tree. For this module, we just load the branches and
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fNEventsProcessed++;
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if (fNEventsProcessed % 1000 == 0 || fPrintDebug) {
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time_t systime;
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systime = time(NULL);
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cerr << endl << "ttEvtSelMod : Process Event " << fNEventsProcessed << " Time: " << ctime(&systime) << endl;
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}
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//Get Generator Level information for matching
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//ObjArray<MCParticle> *GenLeptons = dynamic_cast<ObjArray<MCParticle>* > (FindObjThisEvt(fMCLeptonsName.Data()));
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ObjArray<MCParticle> *GenQuarks = dynamic_cast<ObjArray<MCParticle>* > (FindObjThisEvt(fMCQuarksName.Data()));
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//Obtain all the good objects from the event cleaning module
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ObjArray<Electron> *CleanElectrons = dynamic_cast<ObjArray<Electron>* >
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(FindObjThisEvt(Names::gkCleanElectronsName));
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ObjArray<Muon> *CleanMuons = dynamic_cast<ObjArray<Muon>* >
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(FindObjThisEvt(Names::gkCleanMuonsName));
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ObjArray<Jet> *CleanJets = dynamic_cast<ObjArray<Jet>* >
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(FindObjThisEvt(fCleanJetsName.Data()));
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LoadBranch(fMetName);
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Met *caloMet = fMet->At(0);
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vector<ChargedParticle*> leptons;
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vector<string> leptonType;
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LoadBranch(fMuonName);
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ObjArray<Muon> *DirtyMuons = new ObjArray<Muon>;
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for (UInt_t i=0; i<fMuons->GetEntries(); ++i) {
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Muon *mu = fMuons->At(i);
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if(!mu->GlobalTrk()) continue;
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if(mu->Pt() < 5.0) continue;
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bool isCleanMuon = false;
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for (UInt_t j=0; j<CleanMuons->GetEntries(); j++) {
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if(fMuons->At(i) == CleanMuons->At(j)) isCleanMuon = true;
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}
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if(isCleanMuon == false) DirtyMuons->Add(mu);
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}
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// Make lepton vector from muons and electrons
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for (UInt_t j=0; j<CleanMuons->GetEntries(); j++) {
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leptons.push_back(CleanMuons->At(j));
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leptonType.push_back("mu");
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}
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for (UInt_t j=0; j<CleanElectrons->GetEntries(); j++) {
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leptons.push_back(CleanElectrons->At(j));
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leptonType.push_back("e");
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}
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// Sort the Leptons by Pt
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for(UInt_t i=0; i<leptons.size(); i++){
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for(UInt_t j=i+1; j<leptons.size(); j++){
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if(leptons[i]->Pt() < leptons[j]->Pt()) {
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//swap i and j
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ChargedParticle* templepton = leptons[i];
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leptons[i] = leptons[j];
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leptons[j] = templepton;
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string templeptonType = leptonType[i];
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leptonType[i] = leptonType[j];
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leptonType[j] = templeptonType;
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}
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}
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}
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if (fPrintDebug) {
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cout << "Check Lepton Sort\n";
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for(UInt_t i=0; i<leptons.size(); i++)
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cout << leptons[i]->Pt() << endl;
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}
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// Pt requirements && MET requirements
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if (leptons.size() >= 2 && caloMet->Pt() >= 0 &&
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leptons[0]->Pt() > 20 && leptons[1]->Pt() > 15){
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CompositeParticle *dilepton = new CompositeParticle();
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dilepton->AddDaughter(leptons[0]);
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dilepton->AddDaughter(leptons[1]);
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// Charge of the leptons should be opposite && minimum mass requirement
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if (dilepton->Charge() == 0 && dilepton->Mass() > 12){
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// Sort and count the number of central Jets for vetoing
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vector<Jet*> sortedJets;
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int nCentralJets = 0;
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for(UInt_t i=0; i<CleanJets->GetEntries(); i++){
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if(fabs(CleanJets->At(i)->Eta()) < 2.5){
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nCentralJets++;
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Jet* jet_f = new Jet(CleanJets->At(i)->Px()*CleanJets->At(i)->L2RelativeCorrectionScale()*CleanJets->At(i)->L3AbsoluteCorrectionScale(),
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CleanJets->At(i)->Py()*CleanJets->At(i)->L2RelativeCorrectionScale()*CleanJets->At(i)->L3AbsoluteCorrectionScale(),
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CleanJets->At(i)->Pz()*CleanJets->At(i)->L2RelativeCorrectionScale()*CleanJets->At(i)->L3AbsoluteCorrectionScale(),
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CleanJets->At(i)->E() *CleanJets->At(i)->L2RelativeCorrectionScale()*CleanJets->At(i)->L3AbsoluteCorrectionScale());
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sortedJets.push_back(jet_f);
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}
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}
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for(UInt_t i=0; i<sortedJets.size(); i++){
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for(UInt_t j=i+1; j<sortedJets.size(); j++){
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if(sortedJets[i]->Pt() < sortedJets[j]->Pt()) {
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//swap i and j
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Jet* tempjet = sortedJets[i];
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sortedJets[i] = sortedJets[j];
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sortedJets[j] = tempjet;
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}
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}
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}
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// Delta phi between the 2 leptons in degrees
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double deltaPhiLeptons = MathUtils::DeltaPhi(leptons[0]->Phi(),
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leptons[1]->Phi())* 180./TMath::Pi();
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double deltaEtaLeptons = abs(leptons[0]->Eta() - leptons[1]->Eta());
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double deltaPhiDileptonMet = MathUtils::DeltaPhi(caloMet->Phi(),
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dilepton->Phi())* 180./TMath::Pi();
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double mtHiggs = TMath::Sqrt(2.0*dilepton->Pt() * caloMet->Pt()*
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(1.0 - cos(deltaPhiDileptonMet * TMath::Pi()/180.0)));
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// Angle between MET and closest lepton
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double deltaPhiMetLepton[2] = {MathUtils::DeltaPhi(caloMet->Phi(), leptons[0]->Phi()),
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MathUtils::DeltaPhi(caloMet->Phi(), leptons[1]->Phi())};
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double minDeltaPhiMetLepton = (deltaPhiMetLepton[0] < deltaPhiMetLepton[1])?
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deltaPhiMetLepton[0]:deltaPhiMetLepton[1];
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minDeltaPhiMetLepton = minDeltaPhiMetLepton * 180./TMath::Pi();
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double METdeltaPhilEt = caloMet->Pt();
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if(minDeltaPhiMetLepton < 90.0)
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METdeltaPhilEt = METdeltaPhilEt * sin(minDeltaPhiMetLepton * TMath::Pi()/180.);
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double mTW[2] = {TMath::Sqrt(2.0*leptons[0]->Pt()*caloMet->Pt()*
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(1.0 - cos(deltaPhiMetLepton[0]))),
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TMath::Sqrt(2.0*leptons[1]->Pt()*caloMet->Pt()*
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(1.0 - cos(deltaPhiMetLepton[1])))};
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int pairType = -1;
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if (leptonType[0] == "mu" && leptonType[1] == "mu" )
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pairType = 0;
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else if(leptonType[0] == "e" && leptonType[1] == "e")
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pairType = 1;
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else if((leptonType[0] == "e" && leptonType[1] == "mu") ||
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(leptonType[0] == "mu" && leptonType[1] == "e"))
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pairType = 2;
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else {
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cout << "Hey, this is not possible, leptonTypes: "
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<< leptonType[0] << " - "
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<< leptonType[1] << endl;
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}
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hDttPresel[ 0+100*pairType]->Fill((double)leptons.size());
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// No more than 2 isolated good leptons
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if (leptons.size() > 2) return;
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hDttPresel[ 1+100*pairType]->Fill(caloMet->Pt());
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hDttPresel[ 2+100*pairType]->Fill(leptons[0]->Pt());
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hDttPresel[ 3+100*pairType]->Fill(leptons[1]->Pt());
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hDttPresel[ 4+100*pairType]->Fill(dilepton->Mass());
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hDttPresel[ 5+100*pairType]->Fill((double)nCentralJets);
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hDttPresel[ 6+100*pairType]->Fill(deltaEtaLeptons);
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hDttPresel[ 7+100*pairType]->Fill(deltaPhiLeptons);
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hDttPresel[ 8+100*pairType]->Fill(mtHiggs);
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hDttPresel[ 9+100*pairType]->Fill(minDeltaPhiMetLepton);
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hDttPresel[10+100*pairType]->Fill(METdeltaPhilEt);
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hDttPresel[11+100*pairType]->Fill(caloMet->MetSig());
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hDttPresel[12+100*pairType]->Fill(caloMet->SumEt());
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hDttPresel[13+100*pairType]->Fill(TMath::Max(mTW[0],mTW[1]));
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hDttPresel[14+100*pairType]->Fill(TMath::Min(mTW[0],mTW[1]));
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hDttPresel[15+100*pairType]->Fill(leptons[0]->Pt()+leptons[1]->Pt()+caloMet->Pt());
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for (UInt_t j=0; j<CleanMuons->GetEntries(); j++) {
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hDttPresel[16+100*pairType]->Fill(TMath::Min(fabs(CleanMuons->At(j)->GlobalTrk()->D0()),0.3999));
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}
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for (UInt_t j=0; j<CleanElectrons->GetEntries(); j++) {
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hDttPresel[17+100*pairType]->Fill(TMath::Min(fabs(CleanElectrons->At(j)->GsfTrk()->D0()),0.3999));
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}
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// Study for genuine tt->WbWb->2l2nubb
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if(nCentralJets >= 2){
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hDttPresel[18+100*pairType]->Fill(TMath::Max(fabs(sortedJets[0]->Eta()),
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fabs(sortedJets[1]->Eta())));
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hDttPresel[19+100*pairType]->Fill(TMath::Min(fabs(sortedJets[0]->Eta()),
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fabs(sortedJets[1]->Eta())));
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hDttPresel[20+100*pairType]->Fill(MathUtils::DeltaPhi(sortedJets[0]->Phi(),sortedJets[1]->Phi())
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* 180.0 / TMath::Pi());
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hDttPresel[21+100*pairType]->Fill(fabs(sortedJets[0]->Eta()-sortedJets[1]->Eta()));
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hDttPresel[22+100*pairType]->Fill(MathUtils::DeltaR(sortedJets[0]->Phi(),sortedJets[0]->Eta(),
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sortedJets[1]->Phi(),sortedJets[1]->Eta()));
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hDttPresel[23+100*pairType]->Fill(TMath::Max(fabs(sortedJets[0]->Pt()),
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fabs(sortedJets[1]->Pt())));
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hDttPresel[24+100*pairType]->Fill(TMath::Min(fabs(sortedJets[0]->Pt()),
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fabs(sortedJets[1]->Pt())));
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CompositeParticle *dijet = new CompositeParticle();
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dijet->AddDaughter(sortedJets[0]);
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dijet->AddDaughter(sortedJets[1]);
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hDttPresel[25+100*pairType]->Fill(dijet->Mass());
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hDttPresel[26+100*pairType]->Fill(dijet->Pt());
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// Study energy scale corrections
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if(GenQuarks->GetEntries() >= 2){
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double deltarAux[2];
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double deltaPt;
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deltarAux[0] = MathUtils::DeltaR(sortedJets[0]->Phi(),sortedJets[0]->Eta(),
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GenQuarks->At(0)->Phi(),GenQuarks->At(0)->Eta());
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deltarAux[1] = MathUtils::DeltaR(sortedJets[0]->Phi(),sortedJets[0]->Eta(),
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GenQuarks->At(1)->Phi(),GenQuarks->At(1)->Eta());
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hDttPresel[27+100*pairType]->Fill(TMath::Min(deltarAux[0],deltarAux[1]));
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deltaPt = -999;
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if (deltarAux[0] < deltarAux[1] && deltarAux[0] < 1.0){
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deltaPt = (sortedJets[0]->Pt()-GenQuarks->At(0)->Pt())/sortedJets[0]->Pt();
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}
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else if(deltarAux[1] < deltarAux[0] && deltarAux[1] < 1.0){
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deltaPt = (sortedJets[0]->Pt()-GenQuarks->At(1)->Pt())/sortedJets[0]->Pt();
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}
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if(deltaPt != -999) hDttPresel[28+100*pairType]->Fill(deltaPt);
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deltarAux[0] = MathUtils::DeltaR(sortedJets[1]->Phi(),sortedJets[1]->Eta(),
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GenQuarks->At(0)->Phi(),GenQuarks->At(0)->Eta());
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deltarAux[1] = MathUtils::DeltaR(sortedJets[1]->Phi(),sortedJets[1]->Eta(),
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GenQuarks->At(1)->Phi(),GenQuarks->At(1)->Eta());
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hDttPresel[29+100*pairType]->Fill(TMath::Min(deltarAux[0],deltarAux[1]));
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deltaPt = -999;
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if (deltarAux[0] < deltarAux[1] && deltarAux[0] < 1.0){
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deltaPt = (sortedJets[1]->Pt()-GenQuarks->At(0)->Pt())/sortedJets[1]->Pt();
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}
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else if(deltarAux[1] < deltarAux[0] && deltarAux[1] < 1.0){
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deltaPt = (sortedJets[1]->Pt()-GenQuarks->At(1)->Pt())/sortedJets[1]->Pt();
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}
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if(deltaPt != -999) hDttPresel[30+100*pairType]->Fill(deltaPt);
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}
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delete dijet;
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} // Njets >=2
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// Study for additional muons
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hDttPresel[31+100*pairType]->Fill((double)DirtyMuons->GetEntries());
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for (UInt_t i=0; i<DirtyMuons->GetEntries(); ++i) {
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Muon *mu = DirtyMuons->At(i);
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hDttPresel[32+100*pairType]->Fill(mu->Pt());
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hDttPresel[33+100*pairType]->Fill(TMath::Min(fabs(mu->GlobalTrk()->D0()),0.3999));
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}
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if(DirtyMuons->GetEntries() > 0){
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hDttPresel[34+100*pairType]->Fill((double)nCentralJets);
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}
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// Study dijet mass
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if(nCentralJets >= 2){
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double dijetMass = 999.;
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int indDiJet[2] = {-1, -1};
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for(UInt_t i=0; i<sortedJets.size(); i++){
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for(UInt_t j=i+1; j<sortedJets.size(); j++){
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CompositeParticle *dijetTemp = new CompositeParticle();
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dijetTemp->AddDaughter(sortedJets[i]);
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dijetTemp->AddDaughter(sortedJets[j]);
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if(fabs(dijetTemp->Mass()-91.18) < fabs(dijetMass-91.18)){
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dijetMass = dijetTemp->Mass();
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indDiJet[0] = i;
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indDiJet[1] = j;
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}
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delete dijetTemp;
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}
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}
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hDttPresel[35+100*pairType]->Fill(dijetMass);
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if(indDiJet[0] == 0 && indDiJet[1] == 1)
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hDttPresel[36+100*pairType]->Fill(dijetMass);
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else
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hDttPresel[37+100*pairType]->Fill(dijetMass);
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hDttPresel[38+100*pairType]->Fill((double)(indDiJet[0]+10*indDiJet[1]));
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}
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for(UInt_t i=0; i<sortedJets.size(); i++) delete sortedJets[i];
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} // q1+q2==0 && mass_ll>12
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delete dilepton;
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} // Minimun Pt, Nleptons and MET requirements
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delete DirtyMuons;
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leptons.clear();
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}
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//--------------------------------------------------------------------------------------------------
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void ttEvtSelMod::SlaveBegin()
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{
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| 313 |
// Run startup code on the computer (slave) doing the actual analysis. Here,
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// we typically initialize histograms and other analysis objects and request
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// branches. For this module, we request a branch of the MitTree.
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ReqBranch(fMetName, fMet);
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ReqBranch(fMuonName, fMuons);
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char sb[200];
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for(int j=0; j<3; j++){
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int ind = 100 * j;
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sprintf(sb,"hDttPresel_%d",ind+0); hDttPresel[ind+0] = new TH1D(sb,sb,10,-0.5,9.5);
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sprintf(sb,"hDttPresel_%d",ind+1); hDttPresel[ind+1] = new TH1D(sb,sb,150,0.0,300.);
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sprintf(sb,"hDttPresel_%d",ind+2); hDttPresel[ind+2] = new TH1D(sb,sb,100,0.0,200.);
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sprintf(sb,"hDttPresel_%d",ind+3); hDttPresel[ind+3] = new TH1D(sb,sb,100,0.0,200.);
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sprintf(sb,"hDttPresel_%d",ind+4); hDttPresel[ind+4] = new TH1D(sb,sb,150,0.0,300.);
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sprintf(sb,"hDttPresel_%d",ind+5); hDttPresel[ind+5] = new TH1D(sb,sb,10,-0.5,9.5);
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sprintf(sb,"hDttPresel_%d",ind+6); hDttPresel[ind+6] = new TH1D(sb,sb,50,0.0,5.);
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sprintf(sb,"hDttPresel_%d",ind+7); hDttPresel[ind+7] = new TH1D(sb,sb,90,0.0,180.);
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sprintf(sb,"hDttPresel_%d",ind+8); hDttPresel[ind+8] = new TH1D(sb,sb,150,0.0,300.);
|
| 332 |
sprintf(sb,"hDttPresel_%d",ind+9); hDttPresel[ind+9] = new TH1D(sb,sb,90,0.0,180.);
|
| 333 |
sprintf(sb,"hDttPresel_%d",ind+10); hDttPresel[ind+10] = new TH1D(sb,sb,150,0.0,300.);
|
| 334 |
sprintf(sb,"hDttPresel_%d",ind+11); hDttPresel[ind+11] = new TH1D(sb,sb,100,0.0,20.);
|
| 335 |
sprintf(sb,"hDttPresel_%d",ind+12); hDttPresel[ind+12] = new TH1D(sb,sb,200,0.0,800.);
|
| 336 |
sprintf(sb,"hDttPresel_%d",ind+13); hDttPresel[ind+13] = new TH1D(sb,sb,200,0.0,300.);
|
| 337 |
sprintf(sb,"hDttPresel_%d",ind+14); hDttPresel[ind+14] = new TH1D(sb,sb,200,0.0,300.);
|
| 338 |
sprintf(sb,"hDttPresel_%d",ind+15); hDttPresel[ind+15] = new TH1D(sb,sb,250,0.0,500.);
|
| 339 |
sprintf(sb,"hDttPresel_%d",ind+16); hDttPresel[ind+16] = new TH1D(sb,sb,200,0.0,0.4);
|
| 340 |
sprintf(sb,"hDttPresel_%d",ind+17); hDttPresel[ind+17] = new TH1D(sb,sb,200,0.0,0.4);
|
| 341 |
sprintf(sb,"hDttPresel_%d",ind+18); hDttPresel[ind+18] = new TH1D(sb,sb,25,0.0,2.5);
|
| 342 |
sprintf(sb,"hDttPresel_%d",ind+19); hDttPresel[ind+19] = new TH1D(sb,sb,25,0.0,2.5);
|
| 343 |
sprintf(sb,"hDttPresel_%d",ind+20); hDttPresel[ind+20] = new TH1D(sb,sb,90,0.0,180.);
|
| 344 |
sprintf(sb,"hDttPresel_%d",ind+21); hDttPresel[ind+21] = new TH1D(sb,sb,50,0.0, 5.0);
|
| 345 |
sprintf(sb,"hDttPresel_%d",ind+22); hDttPresel[ind+22] = new TH1D(sb,sb,50,0.0,10.0);
|
| 346 |
sprintf(sb,"hDttPresel_%d",ind+23); hDttPresel[ind+23] = new TH1D(sb,sb,100,0.0,200.0);
|
| 347 |
sprintf(sb,"hDttPresel_%d",ind+24); hDttPresel[ind+24] = new TH1D(sb,sb,100,0.0,200.0);
|
| 348 |
sprintf(sb,"hDttPresel_%d",ind+25); hDttPresel[ind+25] = new TH1D(sb,sb,100,0.0,400.0);
|
| 349 |
sprintf(sb,"hDttPresel_%d",ind+26); hDttPresel[ind+26] = new TH1D(sb,sb,100,0.0,400.0);
|
| 350 |
sprintf(sb,"hDttPresel_%d",ind+27); hDttPresel[ind+27] = new TH1D(sb,sb,200,0.0,10.0);
|
| 351 |
sprintf(sb,"hDttPresel_%d",ind+28); hDttPresel[ind+28] = new TH1D(sb,sb,80,-2.0,2.0);
|
| 352 |
sprintf(sb,"hDttPresel_%d",ind+29); hDttPresel[ind+29] = new TH1D(sb,sb,200,0.0,10.0);
|
| 353 |
sprintf(sb,"hDttPresel_%d",ind+30); hDttPresel[ind+30] = new TH1D(sb,sb,80,-2.0,2.0);
|
| 354 |
sprintf(sb,"hDttPresel_%d",ind+31); hDttPresel[ind+31] = new TH1D(sb,sb,10,-0.5,9.5);
|
| 355 |
sprintf(sb,"hDttPresel_%d",ind+32); hDttPresel[ind+32] = new TH1D(sb,sb,200,0.0,50.0);
|
| 356 |
sprintf(sb,"hDttPresel_%d",ind+33); hDttPresel[ind+33] = new TH1D(sb,sb,200,0.0,0.4);
|
| 357 |
sprintf(sb,"hDttPresel_%d",ind+34); hDttPresel[ind+34] = new TH1D(sb,sb,10,-0.5,9.5);
|
| 358 |
sprintf(sb,"hDttPresel_%d",ind+35); hDttPresel[ind+35] = new TH1D(sb,sb,100,0.0,400.0);
|
| 359 |
sprintf(sb,"hDttPresel_%d",ind+36); hDttPresel[ind+36] = new TH1D(sb,sb,100,0.0,400.0);
|
| 360 |
sprintf(sb,"hDttPresel_%d",ind+37); hDttPresel[ind+37] = new TH1D(sb,sb,100,0.0,400.0);
|
| 361 |
sprintf(sb,"hDttPresel_%d",ind+38); hDttPresel[ind+38] = new TH1D(sb,sb,100,-0.5,99.5);
|
| 362 |
}
|
| 363 |
|
| 364 |
for(int i=0; i<39; i++){
|
| 365 |
for(int j=0; j<3; j++){
|
| 366 |
AddOutput(hDttPresel[i+j*100]);
|
| 367 |
}
|
| 368 |
}
|
| 369 |
}
|
| 370 |
|
| 371 |
//--------------------------------------------------------------------------------------------------
|
| 372 |
void ttEvtSelMod::SlaveTerminate()
|
| 373 |
{
|
| 374 |
// Run finishing code on the computer (slave) that did the analysis
|
| 375 |
}
|
| 376 |
|
| 377 |
//--------------------------------------------------------------------------------------------------
|
| 378 |
void ttEvtSelMod::Terminate()
|
| 379 |
{
|
| 380 |
// Run finishing code on the client computer
|
| 381 |
}
|
