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EventWriter.C
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EventWriter.C
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#include "EventWriter.h"
const float DEF = -10.;
const float DEFWEIGHT = 1.0;
const bool DEFFLAG = 0.;
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fill(HTTEvent *ev, HTTJetCollection *jets, std::vector<HTTParticle> leptons, HTTPair *pair){
// Make sure that current Collections are filled
jets->setCurrentUncertShift( "", true );
pair->setCurrentMETShift("");
channel = pair->getFinalState();
leg1 = pair->getLeg1();
leg2 = pair->getLeg2();
leg1P4=leg1.getP4();
leg2P4=leg2.getP4();
gen_match_1=leg1.getProperty(PropertyEnum::mc_match);
gen_match_2=leg2.getProperty(PropertyEnum::mc_match);
pdg1=std::abs(leg1.getProperty(PropertyEnum::pdgId));
pdg2=std::abs(leg2.getProperty(PropertyEnum::pdgId));
runID=ev->getRunId();
lumiBlock=ev->getLSId();
eventNr=ev->getEventId();
npv=ev->getNPV();
npu=ev->getNPU();
rho=ev->getRho();
fillLeg1Branches();
fillLeg2Branches();
fillJetBranches(jets);
fillPairBranches(pair, jets);
fillAdditionalLeptons( leptons, pair );
fillMELA(jets);
//////////////////////////////////////////////////////////////////
// Make sure that for 2016 badMuon filters are added
Flag_goodVertices = ev->getFilter(FilterEnum::Flag_goodVertices);
Flag_globalTightHalo2016Filter = ev->getFilter(FilterEnum::Flag_globalTightHalo2016Filter);
Flag_globalSuperTightHalo2016Filter = ev->getFilter(FilterEnum::Flag_globalSuperTightHalo2016Filter);
Flag_HBHENoiseFilter = ev->getFilter(FilterEnum::Flag_HBHENoiseFilter);
Flag_HBHENoiseIsoFilter = ev->getFilter(FilterEnum::Flag_HBHENoiseIsoFilter);
Flag_EcalDeadCellTriggerPrimitiveFilter = ev->getFilter(FilterEnum::Flag_EcalDeadCellTriggerPrimitiveFilter);
Flag_BadPFMuonFilter = ev->getFilter(FilterEnum::Flag_BadPFMuonFilter);
Flag_BadChargedCandidateFilter = ev->getFilter(FilterEnum::Flag_BadChargedCandidateFilter);
Flag_eeBadScFilter = ev->getFilter(FilterEnum::Flag_eeBadScFilter);
Flag_ecalBadCalibFilter = ev->getFilter(FilterEnum::Flag_ecalBadCalibFilter);
Flag_METFilters = ev->getFilter(FilterEnum::Flag_METFilters);
flagMETFilter = Flag_goodVertices
&& Flag_globalSuperTightHalo2016Filter
&& Flag_HBHENoiseFilter
&& Flag_HBHENoiseIsoFilter
&& Flag_EcalDeadCellTriggerPrimitiveFilter
&& Flag_BadPFMuonFilter
&& Flag_BadChargedCandidateFilter
&& Flag_ecalBadCalibFilter;
if(!isMC) flagMETFilter &= Flag_eeBadScFilter; // only for data
//////////////////////////////////////////////////////////////////
// Fill vetos
extramuon_veto=ev->checkSelectionBit(SelectionBitsEnum::extraMuonVeto);
extraelec_veto=ev->checkSelectionBit(SelectionBitsEnum::extraElectronVeto);
diMuonVeto= ev->checkSelectionBit(SelectionBitsEnum::diMuonVeto);
diElectronVeto= ev->checkSelectionBit(SelectionBitsEnum::diElectronVeto);
dilepton_veto = ev->checkSelectionBit(SelectionBitsEnum::diLeptonVeto);
passesDiMuonVeto=!diMuonVeto; // silly to pass a veto...
passesDiElectronVeto=!diElectronVeto; // kept for backward compatibility
passesThirdLepVeto=!ev->checkSelectionBit(SelectionBitsEnum::thirdLeptonVeto);
passesTauLepVetos = ev->checkSelectionBit(SelectionBitsEnum::antiLeptonId);
//////////////////////////////////////////////////////////////////
// Fill stxs related branches
htxs_stage1cat = ev->getStage1Cat();
std::vector<double> THU = ev->getTHU_uncertainties();
THU_ggH_Mu = THU[0];
THU_ggH_Res = THU[1];
THU_ggH_Mig01 = THU[2];
THU_ggH_Mig12 = THU[3];
THU_ggH_VBF2j = THU[4];
THU_ggH_VBF3j = THU[5];
THU_ggH_PT60 = THU[6];
THU_ggH_PT120 = THU[7];
THU_ggH_qmtop = THU[8];
NNLO_ggH_weight = ev->getNNLO_ggH_weight();
//////////////////////////////////////////////////////////////////
//this is quite slow, calling the function for each trigger item...
if ( channel == HTTAnalysis::MuTau ) //mu-tau
{
trg_singlemuon_22 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoMu22) && pt_1 > 23;
trg_singlemuon_22_eta2p1 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoMu22_eta2p1) && pt_1 > 23;
trg_singlemuonTk_22 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoTkMu22) && pt_1 > 23;
trg_singlemuonTk_22_eta2p1 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoTkMu22_eta2p1) && pt_1 > 23;
trg_singlemu_22 = trg_singlemuon_22 || trg_singlemuon_22_eta2p1 || trg_singlemuonTk_22 || trg_singlemuonTk_22_eta2p1;
trg_crossmuon_mu19tau20 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoMu19_eta2p1_LooseIsoPFTau20)
&& leg2.hasTriggerMatch(TriggerEnum::HLT_IsoMu19_eta2p1_LooseIsoPFTau20)
&& pt_1 > 20 && pt_2 > 32
&& abs(eta_1) < 2.1 && abs(eta_2) < 2.1;
trg_crossmuon_mu19tau20_singleL1 = leg1.hasTriggerMatch(TriggerEnum::HLT_IsoMu19_eta2p1_LooseIsoPFTau20_SingleL1)
&& leg2.hasTriggerMatch(TriggerEnum::HLT_IsoMu19_eta2p1_LooseIsoPFTau20_SingleL1)
&& pt_1 > 20 && pt_2 > 32
&& abs(eta_1) < 2.1 && abs(eta_2) < 2.1;
trg_crossmu_mu19tau20 = trg_crossmuon_mu19tau20 || trg_crossmuon_mu19tau20_singleL1;
}else if ( channel == HTTAnalysis::EleTau )
{
trg_singleelectron_25_eta2p1 = leg1.hasTriggerMatch(TriggerEnum::HLT_Ele25_eta2p1_WPTight_Gsf) && pt_1 > 26;
} else if ( channel == HTTAnalysis::TauTau )
{
trg_doubletau_35_mediso_eta2p1 = ( leg1.hasTriggerMatch(TriggerEnum::HLT_DoubleMediumIsoPFTau35_Trk1_eta2p1_Reg) && leg2.hasTriggerMatch(TriggerEnum::HLT_DoubleMediumIsoPFTau35_Trk1_eta2p1_Reg) ) && pt_1 > 40 && pt_2 > 40;
trg_doubletau_35_medCombiso_eta2p1 = ( leg1.hasTriggerMatch(TriggerEnum::HLT_DoubleMediumCombinedIsoPFTau35_Trk1_eta2p1_Reg) && leg2.hasTriggerMatch(TriggerEnum::HLT_DoubleMediumCombinedIsoPFTau35_Trk1_eta2p1_Reg) ) && pt_1 > 40 && pt_2 > 40;
trg_doubletau_35 = trg_doubletau_35_mediso_eta2p1 || trg_doubletau_35_medCombiso_eta2p1;
}
TLorentzVector ll=ev->getGenBosonP4(false);
TLorentzVector llvis=ev->getGenBosonP4(true);
gen_Mll=ll.M();
gen_ll_px=ll.Px();
gen_ll_py=ll.Py();
gen_ll_pz=ll.Pz();
gen_vis_Mll=llvis.M();
gen_ll_vis_px=llvis.Px();
gen_ll_vis_py=llvis.Py();
gen_ll_vis_pz=llvis.Pz();
topPtReweightWeightRun2=ev->getTopPtReWeight(false);
topPtReweightWeightRun1=ev->getTopPtReWeight(true);
if(ev->getSampleType() == HTTEvent::DY || ev->getSampleType() == HTTEvent::DYLowM ) {
w->var("z_gen_mass")->setVal( ll.M() );
w->var("z_gen_pt")->setVal( ll.Pt() );
zPtReweightWeight=w->function("zptmass_weight_nom")->getVal();
}
if(isMC)
{
xsec = ev->getXsec();
genWeight = ev->getMCWeight();
genNEventsWeight = ev->getGenNEventsWeight();
puWeight = ev->getPUWeight();
lumiWeight=1000*xsec*genNEventsWeight;
NUP=ev->getLHEnOutPartons();
fillStitchingWeight( ev->getSampleType() );
fillScalefactors();
fillLeptonFakeRateWeights();
} else
{
xsec = DEFWEIGHT;
genWeight = DEFWEIGHT;
genNEventsWeight = DEFWEIGHT;
puWeight = DEFWEIGHT;
weight = DEFWEIGHT;
NUP=-1;
lumiWeight=DEFWEIGHT;
}
// Make sure this weight is up to date.
// Trigger sf need to be applied according to what triggers are used
weight = puWeight*stitchedWeight*genWeight*eleTauFakeRateWeight*muTauFakeRateWeight*idisoweight_1*idisoweight_2*sf_trk*sf_reco;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillStitchingWeight(HTTEvent::sampleTypeEnum sampleType)
{
if(sampleType == HTTEvent::DY)
{
if(NUP == 0) stitchedWeight = 0.03941307;
if(NUP == 1) stitchedWeight = 0.01132200;
if(NUP == 2) stitchedWeight = 0.01175009;
if(NUP == 3) stitchedWeight = 0.01203609;
if(NUP == 4) stitchedWeight = 0.00980626;
} else if(sampleType == HTTEvent::WJets)
{
if(NUP == 0) stitchedWeight = 0.70788322;
if(NUP == 1) stitchedWeight = 0.16372267;
if(NUP == 2) stitchedWeight = 0.04846574;
if(NUP == 3) stitchedWeight = 0.01574309;
if(NUP == 4) stitchedWeight = 0.01585509;
} else stitchedWeight=lumiWeight;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillLeptonFakeRateWeights()
{
eleTauFakeRateWeight = 1.0;
muTauFakeRateWeight = 1.0;
antilep_tauscaling = 1.0;
//values taken from here: https://indico.cern.ch/event/803335/contributions/3359969/attachments/1829820/2996253/TauPOG_HTT_workshop_20190415_v0.pdf
// values taken from https://twiki.cern.ch/twiki/bin/viewauth/CMS/HiggsToTauTauWorkingLegacyRun2#mu-%3Etau%20FR
if(channel == HTTAnalysis::MuTau)
{
if((gen_match_2 == 1 || gen_match_2 == 3) && againstElectronVLooseMVA6_2 > 0.5 )
{
if( std::abs(eta_2) < 1.460 ) eleTauFakeRateWeight *= 1.21;
else if ( std::abs(eta_2) > 1.559 ) eleTauFakeRateWeight *= 1.38;
}
if((gen_match_2 == 2 || gen_match_2 == 4) && againstMuonTight3_2 > 0.5 )
{
if( std::abs(eta_2) < 0.4 ) muTauFakeRateWeight *= 1.47;
else if ( std::abs(eta_2) < 0.8 ) muTauFakeRateWeight *= 1.55;
else if ( std::abs(eta_2) < 1.2 ) muTauFakeRateWeight *= 1.33;
else if ( std::abs(eta_2) < 1.7 ) muTauFakeRateWeight *= 1.72;
else if ( std::abs(eta_2) < 2.3 ) muTauFakeRateWeight *= 2.5;
}
}
if(channel == HTTAnalysis::EleTau)
{
if((gen_match_2 == 1 || gen_match_2 == 3) && againstElectronTightMVA6_2 > 0.5 )
{
if( std::abs(eta_2) < 1.460 ) eleTauFakeRateWeight *= 1.40;
else if ( std::abs(eta_2) > 1.559 ) eleTauFakeRateWeight *= 1.90;
}
if((gen_match_2 == 2 || gen_match_2 == 4) && againstMuonLoose3_2> 0.5 )
{
if( std::abs(eta_2) < 0.4 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_2) < 0.8 ) muTauFakeRateWeight *= 1.12;
else if ( std::abs(eta_2) < 1.2 ) muTauFakeRateWeight *= 1.26;
else if ( std::abs(eta_2) < 1.7 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_2) < 2.3 ) muTauFakeRateWeight *= 2.39;
}
}
if(channel == HTTAnalysis::TauTau)
{
if((gen_match_1 == 1 || gen_match_1 == 3) && againstElectronVLooseMVA6_1 > 0.5 )
{
if( std::abs(eta_1) < 1.460 ) eleTauFakeRateWeight *= 1.21;
else if ( std::abs(eta_1) > 1.559 ) eleTauFakeRateWeight *= 1.38;
}
if((gen_match_1 == 2 || gen_match_1 == 4) && againstMuonLoose3_1> 0.5 )
{
if( std::abs(eta_1) < 0.4 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_1) < 0.8 ) muTauFakeRateWeight *= 1.12;
else if ( std::abs(eta_1) < 1.2 ) muTauFakeRateWeight *= 1.26;
else if ( std::abs(eta_1) < 1.7 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_1) < 2.3 ) muTauFakeRateWeight *= 2.39;
}
if((gen_match_2 == 1 || gen_match_2 == 3) && againstElectronVLooseMVA6_2 > 0.5 )
{
if( std::abs(eta_2) < 1.460 ) eleTauFakeRateWeight *= 1.21;
else if ( std::abs(eta_2) > 1.559 ) eleTauFakeRateWeight *= 1.38;
}
if((gen_match_2 == 2 || gen_match_2 == 4) && againstMuonLoose3_2> 0.5 )
{
if( std::abs(eta_2) < 0.4 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_2) < 0.8 ) muTauFakeRateWeight *= 1.12;
else if ( std::abs(eta_2) < 1.2 ) muTauFakeRateWeight *= 1.26;
else if ( std::abs(eta_2) < 1.7 ) muTauFakeRateWeight *= 1.22;
else if ( std::abs(eta_2) < 2.3 ) muTauFakeRateWeight *= 2.39;
}
}
antilep_tauscaling = eleTauFakeRateWeight * muTauFakeRateWeight;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillScalefactors()
{
// from https://github.com/CMS-HTT/CorrectionsWorkspace/tree/2017_17NovReRecoData_Fall17MC
singleTriggerSFLeg1 = DEFWEIGHT;
singleTriggerSFLeg2 = DEFWEIGHT;
double s1_data = DEFWEIGHT;
double s1_mc = DEFWEIGHT;
double x1_data = DEFWEIGHT;
double x1_mc = DEFWEIGHT;
double x2_data = DEFWEIGHT;
double x2_mc = DEFWEIGHT;
isoWeight_1 = DEFWEIGHT;
isoWeight_2 = DEFWEIGHT;
idWeight_1 = DEFWEIGHT;
idWeight_2 = DEFWEIGHT;
idisoweight_1 = DEFWEIGHT;
idisoweight_2 = DEFWEIGHT;
// from https://github.com/truggles/TauTriggerSFs2017/tree/tauTriggers2017_MCv2_PreReMiniaod
xTriggerSFLeg1 = DEFWEIGHT;
xTriggerSFLeg2 = DEFWEIGHT;
sf_trk =DEFWEIGHT;
sf_reco=DEFWEIGHT;
sf_SingleOrCrossTrigger = DEFWEIGHT;
sf_SingleXorCrossTrigger = DEFWEIGHT;
sf_SingleTrigger = DEFWEIGHT;
sf_DoubleTauTight = DEFWEIGHT;
sf_DoubleTauVTight = DEFWEIGHT;
trk_sf = DEFWEIGHT;
trigweight_1 = DEFWEIGHT;
trigweight_2 = DEFWEIGHT;
trigweightVTight_1 = DEFWEIGHT;
trigweightVTight_2 = DEFWEIGHT;
idisoweight_1 = DEFWEIGHT;
idisoweight_2 = DEFWEIGHT;
// FIXME needs to be changed for 2016!
if( channel == HTTAnalysis::MuTau )
{
w->var("m_pt")->setVal( pt_1 );
w->var("m_eta")->setVal( eta_1 );
// w->var("t_pt")->setVal( pt_2 );
// w->var("t_eta")->setVal( eta_2 );
// w->var("t_dm")->setVal( decayMode_2 );
idisoweight_1 = w->function("m_idiso_desy_ratio")->getVal();
if(pt_1 > 23){
trigweight_1 = w->function("m_trgIsoMu22_desy_ratio")->getVal();
}
// else if(pt_1 < 23){
// trigweight_1 = w->function("m_trgMu19leg_eta2p1_desy_ratio")->getVal();
// trigweight_2 = w->function("t_genuine_TightIso_mt_ratio")->getVal();
// }
trk_sf = w->function("m_trk_ratio")->getVal();
sf_SingleTrigger = trigweight_1;
}
if( channel == HTTAnalysis::EleTau )
{
w->var("e_pt")->setVal( pt_1 );
w->var("e_eta")->setVal( eta_1 );
idisoweight_1 = w->function("e_idiso_desy_ratio")->getVal();
if( std::abs(eta_2) < 2.1 ){
trigweight_1 = w->function("e_trgEle25leg_desy_ratio")->getVal();
}
trk_sf = w->function("e_trk_ratio")->getVal();
sf_SingleTrigger = trigweight_1;
}
if( channel == HTTAnalysis::TauTau )
{
w->var("t_pt")->setVal( pt_1 );
w->var("t_eta")->setVal( eta_1 );
w->var("t_dm")->setVal( decayMode_1 );
if( gen_match_1 == 5){
trigweight_1 = w->function("t_genuine_TightIso_tt_ratio")->getVal();
trigweightVTight_1 = w->function("t_genuine_VTightIso_tt_ratio")->getVal();
}
else{
trigweight_1 = w->function("t_fake_TightIso_tt_ratio")->getVal();
trigweightVTight_1 = w->function("t_fake_VTightIso_tt_ratio")->getVal();
}
w->var("t_pt")->setVal( pt_2 );
w->var("t_eta")->setVal( eta_2 );
w->var("t_dm")->setVal( decayMode_2 );
if(gen_match_2 == 5){
trigweight_2 = w->function("t_genuine_TightIso_tt_ratio")->getVal();
trigweightVTight_2 = w->function("t_genuine_VTightIso_tt_ratio")->getVal();
}
else{
trigweight_2 = w->function("t_fake_TightIso_tt_ratio")->getVal();
trigweightVTight_2 = w->function("t_fake_VTightIso_tt_ratio")->getVal();
}
sf_DoubleTauVTight = trigweight_1 * trigweight_2;
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillLeg1Branches()
{
UChar_t bitmask;
pt_1=leg1P4.Pt();
phi_1=leg1P4.Phi();
eta_1=leg1P4.Eta();
eta_SC_1=eta_1+leg1.getProperty(PropertyEnum::deltaEtaSC);
m_1=leg1P4.M();
q_1=leg1.getCharge();
d0_1=leg1.getProperty(PropertyEnum::dxy);
dZ_1=leg1.getProperty(PropertyEnum::dz);
if (pdg1==15) iso_1=leg1.getProperty( HTTEvent::usePropertyFor.at("tauIsolation") );
else if (pdg1==13) iso_1=leg1.getProperty( HTTEvent::usePropertyFor.at("muonIsolation") );
else if (pdg1==11) iso_1=leg1.getProperty( HTTEvent::usePropertyFor.at("electronIsolation") );;
// bitmask=leg1.getProperty(PropertyEnum::idAntiEle);
againstElectronMVA6_1 = leg1.getProperty(PropertyEnum::idAntiEle);
againstElectronVLooseMVA6_1 =(againstElectronMVA6_1 & 0x1 )>0;
againstElectronLooseMVA6_1 =(againstElectronMVA6_1 & 0x2 )>0;
againstElectronMediumMVA6_1 =(againstElectronMVA6_1 & 0x4 )>0;
againstElectronTightMVA6_1 =(againstElectronMVA6_1 & 0x8 )>0;
againstElectronVTightMVA6_1 =(againstElectronMVA6_1 & 0x10)>0;
againstMuon3_1=leg1.getProperty(PropertyEnum::idAntiMu);
againstMuonLoose3_1=(againstMuon3_1 & 0x1)>0;
againstMuonTight3_1=(againstMuon3_1 & 0x2)>0;
byCombinedIsolationDeltaBetaCorrRaw3Hits_1=leg1.getProperty(PropertyEnum::rawIso);
byIsolationMVA3oldDMwLTraw_1 =leg1.getProperty(HTTEvent::usePropertyFor.at("tauID"));
// Tau ID based on BDT trained with 2017 data
byIsolationMVArun2017v2DBoldDMwLTraw2017_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIsolation")); // Raw value
byIsolationMVArun2017v2DBoldDMwLT2017_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauID")); // Bitmask
byVVLooseIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x1)>0;
byVLooseIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x2)>0;
byLooseIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x4)>0;
byMediumIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x8)>0;
byTightIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x10)>0;
byVTightIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x20)>0;
byVVTightIsolationMVArun2017v2DBoldDMwLT2017_1 = (byIsolationMVArun2017v2DBoldDMwLT2017_1 & 0x40)>0;
// std::cout<<"byIsolationMVArun2017v2DBoldDMwLTraw2017_1 : "<<byIsolationMVArun2017v2DBoldDMwLTraw2017_1 << std::endl;
// std::cout<<"byIsolationMVArun2017v2DBoldDMwLT2017_1 : "<<byIsolationMVArun2017v2DBoldDMwLT2017_1 << std::endl;
// Tau ID based on DeepTauIDv2 against jets
byIsolationDeepTau2017v2VSjet_raw_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSjet")); // Raw value
byIsolationDeepTau2017v2VSjet_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSjet")); // Bitmask
// std::cout<<"byIsolationDeepTau2017v2VSjet_raw_1 : "<<byIsolationDeepTau2017v2VSjet_raw_1 << std::endl;
// std::cout<<"byIsolationDeepTau2017v2VSjet_1 : "<<byIsolationDeepTau2017v2VSjet_1 << std::endl;
byVVVLooseIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x1)>0;
byVVLooseIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x2)>0;
byVLooseIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x4)>0;
byLooseIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x8)>0;
byMediumIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x10)>0;
byTightIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x20)>0;
byVTightIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x40)>0; // 4*16 = 64
byVVTightIsolationDeepTau2017v2VSjet_1 = (byIsolationDeepTau2017v2VSjet_1 & 0x80)>0; //8*16 = 128
// Tau ID based on DeepTauIDv2 against electrons
byIsolationDeepTau2017v2VSe_raw_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSele")); // Raw value
byIsolationDeepTau2017v2VSe_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSele")); // Bitmask
byVVVLooseIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x1)>0;
byVVLooseIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x2)>0;
byVLooseIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x4)>0;
byLooseIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x8)>0;
byMediumIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x10)>0;
byTightIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x20)>0;
byVTightIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x40)>0; // 4*16 = 64
byVVTightIsolationDeepTau2017v2VSe_1 = (byIsolationDeepTau2017v2VSe_1 & 0x80)>0; //8*16 = 128
// Tau ID based on DeepTauIDv2 against muons
byIsolationDeepTau2017v2VSmu_raw_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSmu")); // Raw value
byIsolationDeepTau2017v2VSmu_1=leg1.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSmu")); // Bitmask
byVLooseIsolationDeepTau2017v2VSmu_1 = (byIsolationDeepTau2017v2VSmu_1 & 0x1)>0;
byLooseIsolationDeepTau2017v2VSmu_1 = (byIsolationDeepTau2017v2VSmu_1 & 0x2)>0;
byMediumIsolationDeepTau2017v2VSmu_1 = (byIsolationDeepTau2017v2VSmu_1 & 0x4)>0;
byTightIsolationDeepTau2017v2VSmu_1 = (byIsolationDeepTau2017v2VSmu_1 & 0x8)>0;
chargedIsoPtSum_1=leg1.getProperty(PropertyEnum::chargedIso);
neutralIsoPtSum_1=leg1.getProperty(PropertyEnum::neutralIso);
puCorrPtSum_1=leg1.getProperty(PropertyEnum::puCorr);
decayModeFindingOldDMs_1=leg1.getProperty(PropertyEnum::idDecayMode);
decayModeFindingNewDMs_1=leg1.getProperty(PropertyEnum::idDecayModeNewDMs);
decayMode_1=leg1.getProperty(PropertyEnum::decayMode);
if (pdg1==13) id_m_loose_1=1; //already filtered at NanoAOD production
id_m_medium_1=leg1.getProperty(PropertyEnum::mediumId);
id_m_tight_1=leg1.getProperty(PropertyEnum::tightId);
bitmask=leg1.getProperty(PropertyEnum::highPtId);
id_m_highpt_1=(bitmask & 0x2)>0;
int intmask=leg1.getProperty(PropertyEnum::cutBased);
id_e_cut_veto_1=intmask>=1;
id_e_cut_loose_1=intmask>=2;
id_e_cut_medium_1=intmask>=3;
id_e_cut_tight_1=intmask>=4;
id_e_mva_nt_loose_1=DEF;
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillLeg2Branches()
{
UChar_t bitmask;
pt_2=leg2P4.Pt();
phi_2=leg2P4.Phi();
eta_2=leg2P4.Eta();
m_2=leg2P4.M();
q_2=leg2.getCharge();
d0_2=leg2.getProperty(PropertyEnum::dxy);
dZ_2=leg2.getProperty(PropertyEnum::dz);
if (pdg2==15) iso_2=leg2.getProperty( HTTEvent::usePropertyFor.at("tauIsolation") );
else if (pdg2==13) iso_2=leg2.getProperty( HTTEvent::usePropertyFor.at("muonIsolation") );
else if (pdg2==11) iso_2=leg2.getProperty( HTTEvent::usePropertyFor.at("electronIsolation") );;
againstElectronMVA6_2=leg2.getProperty(PropertyEnum::idAntiEle);
againstElectronVLooseMVA6_2 = (againstElectronMVA6_2 & 0x1)>0;
againstElectronLooseMVA6_2 = (againstElectronMVA6_2 & 0x2)>0;
againstElectronMediumMVA6_2 = (againstElectronMVA6_2 & 0x4)>0;
againstElectronTightMVA6_2 = (againstElectronMVA6_2 & 0x8)>0;
againstElectronVTightMVA6_2 = (againstElectronMVA6_2 & 0x10)>0;
againstMuon3_2=leg2.getProperty(PropertyEnum::idAntiMu);
againstMuonLoose3_2=(againstMuon3_2 & 0x1)>0;
againstMuonTight3_2=(againstMuon3_2 & 0x2)>0;
byCombinedIsolationDeltaBetaCorrRaw3Hits_2=leg2.getProperty(PropertyEnum::rawIso);
byIsolationMVA3oldDMwLTraw_2 =leg2.getProperty(PropertyEnum::rawMVAoldDM2017v2); //same as above!?
byIsolationMVArun2017v2DBoldDMwLTraw2017_2=leg2.getProperty( HTTEvent::usePropertyFor.at("tauIsolation") ); // Raw value
byIsolationMVArun2017v2DBoldDMwLT2017_2=leg2.getProperty( HTTEvent::usePropertyFor.at("tauID") ); // Bitmask
byVVLooseIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x1)>0;
byVLooseIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x2)>0;
byLooseIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x4)>0;;
byMediumIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x8)>0;
byTightIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x10)>0;
byVTightIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x20)>0;
byVVTightIsolationMVArun2017v2DBoldDMwLT2017_2 = (byIsolationMVArun2017v2DBoldDMwLT2017_2 & 0x40)>0;
// std::cout<<"byIsolationMVArun2017v2DBoldDMwLTraw2017_2 : "<<byIsolationMVArun2017v2DBoldDMwLTraw2017_2 << std::endl;
// std::cout<<"byIsolationMVArun2017v2DBoldDMwLT2017_2 : "<<byIsolationMVArun2017v2DBoldDMwLT2017_2 << std::endl;
// Tau ID based on DeepTauIDv2 against jets
byIsolationDeepTau2017v2VSjet_raw_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSjet")); // Raw value
byIsolationDeepTau2017v2VSjet_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSjet")); // Bitmask
// std::cout<<"byIsolationDeepTau2017v2VSjet_raw_2 : "<<byIsolationDeepTau2017v2VSjet_raw_2 << std::endl;
// std::cout<<"byIsolationDeepTau2017v2VSjet_2 : "<<byIsolationDeepTau2017v2VSjet_2 << std::endl;
byVVVLooseIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x1)>0;
byVVLooseIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x2)>0;
byVLooseIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x4)>0;
byLooseIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x8)>0;
byMediumIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x10)>0;
byTightIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x20)>0;
byVTightIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x40)>0; // 4*16 = 64
byVVTightIsolationDeepTau2017v2VSjet_2 = (byIsolationDeepTau2017v2VSjet_2 & 0x80)>0; //8*16 = 128
// Tau ID based on DeepTauIDv2 against electrons
byIsolationDeepTau2017v2VSe_raw_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSele")); // Raw value
byIsolationDeepTau2017v2VSe_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSele")); // Bitmask
byVVVLooseIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x1)>0;
byVVLooseIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x2)>0;
byVLooseIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x4)>0;
byLooseIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x8)>0;
byMediumIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x10)>0;
byTightIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x20)>0;
byVTightIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x40)>0; // 4*16 = 64
byVVTightIsolationDeepTau2017v2VSe_2 = (byIsolationDeepTau2017v2VSe_2 & 0x80)>0; //8*16 = 128
// Tau ID based on DeepTauIDv2 against muons
byIsolationDeepTau2017v2VSmu_raw_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIsolationDeepVSmu")); // Raw value
byIsolationDeepTau2017v2VSmu_2=leg2.getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSmu")); // Bitmask
// std::cout<<"byIsolationDeepTau2017v2VSmu_raw_2 : "<<byIsolationDeepTau2017v2VSmu_raw_2 << std::endl;
// std::cout<<"byIsolationDeepTau2017v2VSmu_2 : "<<byIsolationDeepTau2017v2VSmu_2 << std::endl;
byVLooseIsolationDeepTau2017v2VSmu_2 = (byIsolationDeepTau2017v2VSmu_2 & 0x1)>0;
byLooseIsolationDeepTau2017v2VSmu_2 = (byIsolationDeepTau2017v2VSmu_2 & 0x2)>0;
byMediumIsolationDeepTau2017v2VSmu_2 = (byIsolationDeepTau2017v2VSmu_2 & 0x4)>0;
byTightIsolationDeepTau2017v2VSmu_2 = (byIsolationDeepTau2017v2VSmu_2 & 0x8)>0;
chargedIsoPtSum_2=leg2.getProperty(PropertyEnum::chargedIso);
neutralIsoPtSum_2=leg2.getProperty(PropertyEnum::neutralIso);
puCorrPtSum_2=leg2.getProperty(PropertyEnum::puCorr);
decayModeFindingOldDMs_2=leg2.getProperty(PropertyEnum::idDecayMode);
decayModeFindingNewDMs_2=leg2.getProperty(PropertyEnum::idDecayModeNewDMs);
decayMode_2=leg2.getProperty(PropertyEnum::decayMode);
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillJetBranches(HTTJetCollection *jets)
{
for(unsigned int shift = 0; shift<jecShifts.size(); ++shift )
{
jets->setCurrentUncertShift( jecShifts[shift].second.first, jecShifts[shift].second.second);
njets[shift] = jets->getNJets(30);
njetspt20[shift] = jets->getNJets(20);
njetingap[shift] = jets->getNJetInGap(30);
njetingap20[shift] = jets->getNJetInGap(20);
if ( njetspt20[shift] >=1 )
{
jpt_1[shift] = jets->getJet(0).Pt();
jeta_1[shift] = jets->getJet(0).Eta();
jphi_1[shift] = jets->getJet(0).Phi();
if( strcmp(jecShifts[shift].first.c_str(), "") == 0 )
{
jm_1= jets->getJet(0).M();
jrawf_1=jets->getJet(0).getProperty(PropertyEnum::rawFactor);
//jmva_1= jets->getJet(0).getProperty(PropertyEnum::puIdDisc);
jcsv_1= jets->getJet(0).getProperty(PropertyEnum::btagDeepB);
}
}
if ( njetspt20[shift] >=2 )
{
jpt_2[shift] = jets->getJet(1).Pt();
jeta_2[shift] = jets->getJet(1).Eta();
jphi_2[shift] = jets->getJet(1).Phi();
mjj[shift] = jets->getDiJetP4().M();
dijetpt[shift] = jets->getDiJetP4().Pt();
dijetphi[shift] = jets->getDiJetP4().Phi();
jdeta[shift] = std::abs( jets->getJet(0).Eta()-jets->getJet(1).Eta() );
jdphi[shift] = jets->getJet(0).P4().DeltaPhi( jets->getJet(1).P4() );
if( strcmp(jecShifts[shift].first.c_str(), "") == 0 )
{
jm_2= jets->getJet(1).M();
jrawf_2=jets->getJet(1).getProperty(PropertyEnum::rawFactor);
//jmva_2= jets->getJet(1).getProperty(PropertyEnum::puIdDisc);
jcsv_2= jets->getJet(1).getProperty(PropertyEnum::btagDeepB);
jeta1eta2=jeta_1[shift]*jeta_2[shift];
lep_etacentrality=TMath::Exp( -4/pow(jeta_1[shift]-jeta_2[shift],2) * pow( (eta_1-( jeta_1[shift]+jeta_2[shift] )*0.5), 2 ) );
}
}
}
jets->setCurrentUncertShift("",true);
for(unsigned int shift = 0; shift<btagShifts.size(); ++shift )
{
jets->btagPromoteDemote( btagShifts[shift].second.first, btagShifts[shift].second.second );
nbtag[shift]= jets->getNBtag();
if (nbtag[shift] >= 1)
{
bpt_1[shift]= jets->getBtagJet(0).Pt();
beta_1[shift]= jets->getBtagJet(0).Eta();
bphi_1[shift]= jets->getBtagJet(0).Phi();
brawf_1[shift]= jets->getBtagJet(0).getProperty(PropertyEnum::rawFactor);
//bmva_1[shift]= jets->getBtagJet(0).getProperty(PropertyEnum::puIdDisc);
bcsv_1[shift]= jets->getBtagJet(0).getProperty(PropertyEnum::btagDeepB);
}
if (nbtag[shift] >= 2)
{
bpt_2[shift]= jets->getBtagJet(1).Pt();
beta_2[shift]= jets->getBtagJet(1).Eta();
bphi_2[shift]= jets->getBtagJet(1).Phi();
brawf_2[shift]= jets->getBtagJet(1).getProperty(PropertyEnum::rawFactor);
//bmva_2[shift]= jets->getBtagJet(1).getProperty(PropertyEnum::puIdDisc);
bcsv_2[shift]= jets->getBtagJet(1).getProperty(PropertyEnum::btagDeepB);
}
if (pdg1==15) gen_match_jetId_1=getGenMatch_jetId(leg1P4,jets);
if (pdg2==15) gen_match_jetId_2=getGenMatch_jetId(leg2P4,jets);
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillPairBranches(HTTPair *pair, HTTJetCollection *jets)
{
metcov00=pair->getMETMatrix().at(0);
metcov01=pair->getMETMatrix().at(1);
metcov10=pair->getMETMatrix().at(2);
metcov11=pair->getMETMatrix().at(3);
for(unsigned int shift = 0; shift<metShifts.size(); ++shift )
{
pair->setCurrentMETShift( metShifts[shift] );
met[shift] =pair->getMET().Mod();
met_ex[shift]=pair->getMET().X();
met_ey[shift]=pair->getMET().Y();
metphi[shift]= TVector2::Phi_mpi_pi( pair->getMET().Phi() );
mt_1[shift]=pair->getMTLeg1();
mt_2[shift]=pair->getMTLeg2();
m_sv[shift]=pair->getP4(HTTPair::SVFit).M();
pt_sv[shift]=pair->getP4(HTTPair::SVFit).Pt();
pt_tt[shift]=pair->getP4( HTTPair::Simple ).Pt();
mt_tot[shift]=pair->getMTTOT();
pt_sum[shift]=pt_1+pt_2+met[shift];
}
for(unsigned int shift = 0; shift<jecShifts.size(); ++shift )
{
jets->setCurrentUncertShift( jecShifts[shift].second.first, jecShifts[shift].second.second );
htxs_reco_ggf[shift] = (int)getStage1Category(HiggsProdMode::GGF, pair->getP4( HTTPair::Simple ), jets);
htxs_reco_vbf[shift] = (int)getStage1Category(HiggsProdMode::VBF, pair->getP4( HTTPair::Simple ), jets);
//////////////////////////////////////////////////////////////////
TLorentzVector ttjj; ttjj.SetPtEtaPhiM(-10,-10,-10,-10);
if ( njetspt20[0] >=2 )
{
ttjj = pair->getP4( HTTPair::Simple ) + jets->getJet(0).P4() + jets->getJet(1).P4();
}
pt_ttjj[shift] = ttjj.Pt();
m_ttjj[shift] = ttjj.M();
//////////////////////////////////////////////////////////////////
}
jets->setCurrentUncertShift( "", true );
pair->setCurrentMETShift( "" );
//////////////////////////////////////////////////////////////////
//////////////////////////////////////////////////////////////////
pt_vis=pair->getPTVis();
m_vis=pair->getMVis();
dphi=leg1P4.DeltaPhi(leg2P4);
dr_leptau=leg1P4.DeltaR(leg2P4);
//////////////////////////////////////////////////////////////////
double zetaX = TMath::Cos(phi_1) + TMath::Cos(phi_2);
double zetaY = TMath::Sin(phi_1) + TMath::Sin(phi_2);
double zetaR = TMath::Sqrt(zetaX*zetaX + zetaY*zetaY);
if ( zetaR > 0. ) {
zetaX /= zetaR;
zetaY /= zetaR;
}
pzetavis = (leg1P4.Px() + leg2P4.Px())*zetaX + (leg1P4.Py() + leg2P4.Py())*zetaY;
pzetamiss = met_ex[0]*zetaX + met_ey[0]*zetaY;
dzeta = pzetamiss + (pzetavis - 1.85 * pzetavis);
//////////////////////////////////////////////////////////////////
double x1 = pt_1 / ( pt_1 + met[0] );
double x2 = pt_2 / ( pt_2 + met[0] );
if( TMath::Cos( dphi ) > -0.95
&& ( x1 > 0 && x1 < 1)
&& ( x2 > 0 && x2 < 1) )
{
m_coll = m_vis / sqrt( x1 * x2 ) ;
}
else m_coll = DEF;
//////////////////////////////////////////////////////////////////
vector<TLorentzVector> objs;
objs.push_back(leg1P4);
objs.push_back(leg2P4);
if ( njetspt20[0]>0 ) objs.push_back(jets->getJet(0).P4());
if ( njetspt20[0]>1 ) objs.push_back(jets->getJet(1).P4());
sphericity=calcSphericity(objs);
//////////////////////////////////////////////////////////////////
TLorentzVector v0=leg1P4*( 1/sqrt( pow(leg1P4.Px(),2)+pow(leg1P4.Py(),2) ) ); //lep, normalized in transverse plane
TLorentzVector v1=leg2P4*( 1/sqrt( pow(leg2P4.Px(),2)+pow(leg2P4.Py(),2) ) ); //tau, normalized in transverse plane
float omega=v1.DeltaPhi(v0);
float theta=-v0.Phi();
float x=( met_ex[0] * TMath::Sin(omega-theta) - met_ey[0]*TMath::Cos(omega-theta) ) / TMath::Sin(omega); //x coord in lep-tau system
float y=( met_ex[0] * TMath::Sin(theta) + met_ey[0]*TMath::Cos(theta) ) / TMath::Sin(omega); //y coord in lep-tau system
met_centrality=( x+y ) / sqrt(x*x + y*y);
//////////////////////////////////////////////////////////////////
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillAdditionalLeptons( std::vector<HTTParticle> leptons, HTTPair *pair )
{
unsigned int indexLeg1 = (unsigned int)pair->getIndexLeg1();
unsigned int indexLeg2 = (unsigned int)pair->getIndexLeg2();
UChar_t bitmask;
for(unsigned int i = 0; i<leptons.size(); i++)
{
if( i == indexLeg1 || i == indexLeg2 || !leptons[i].isAdditionalLepton() ) continue;
int lepPDGId = leptons[i].getPDGid();
if( std::abs(lepPDGId) == 15 && channel == HTTAnalysis::TauTau ) continue;
addlepton_p4.push_back( leptons[i].getP4() );
addlepton_pt.push_back( leptons[i].getP4().Pt() );
addlepton_eta.push_back( leptons[i].getP4().Eta() );
addlepton_phi.push_back( leptons[i].getP4().Phi() );
addlepton_m.push_back( leptons[i].getP4().M() );
addlepton_pdgId.push_back( leptons[i].getPDGid()*(-1) );
addlepton_mc_match.push_back( leptons[i].getProperty(PropertyEnum::mc_match) );
addlepton_tauAntiEle.push_back( (int)leptons[i].getProperty(PropertyEnum::idAntiEle) );
addlepton_tauAntiMu.push_back( (int)leptons[i].getProperty(PropertyEnum::idAntiMu) );
addlepton_d0.push_back( leptons[i].getProperty(PropertyEnum::dxy) );
addlepton_dZ.push_back( leptons[i].getProperty(PropertyEnum::dz) );
addlepton_mt.push_back( leptons[i].getMT( pair->getMET() ) );
if( std::abs(lepPDGId) == 13 )
{
nadditionalMu++;
addmuon_pt.push_back( leptons[i].getP4().Pt() );
addmuon_eta.push_back( leptons[i].getP4().Eta() );
addmuon_phi.push_back( leptons[i].getP4().Phi() );
addmuon_m.push_back( leptons[i].getP4().M() );
addmuon_q.push_back(leptons[i].getProperty(PropertyEnum::charge));
addmuon_iso.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("muonIsolation") ) );
addmuon_gen_match.push_back(leptons[i].getProperty(PropertyEnum::mc_match) );
addlepton_isoDeepTau.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("tauIsolationDeepVSmu") ) );
addlepton_tauIDDeepTau.push_back( (int)leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSmu")) );
addlepton_iso.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("muonIsolation") ) );
addlepton_mvis.push_back( ( leg2P4 + leptons[i].getP4() ).M() );
addlepton_tauID.push_back( 0. );
addlepton_tauDM.push_back( -1. );
addlepton_tauCombIso.push_back( 0. );
}else if( std::abs(lepPDGId) == 11 )
{
nadditionalEle++;
addele_pt.push_back( leptons[i].getP4().Pt() );
addele_eta.push_back( leptons[i].getP4().Eta() );
addele_phi.push_back( leptons[i].getP4().Phi() );
addele_m.push_back( leptons[i].getP4().M() );
addele_q.push_back(leptons[i].getProperty(PropertyEnum::charge));
addele_iso.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("electronIsolation") ) );
addele_gen_match.push_back(leptons[i].getProperty(PropertyEnum::mc_match) );
addlepton_isoDeepTau.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("tauIsolationDeepVSele") ) );
addlepton_tauIDDeepTau.push_back( (int)leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSele")) );
addlepton_iso.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("electronIsolation") ) );
addlepton_mvis.push_back( ( leg2P4 + leptons[i].getP4() ).M() );
addlepton_tauID.push_back( 0. );
addlepton_tauDM.push_back( -1. );
addlepton_tauCombIso.push_back( 0. );
}else if( std::abs(lepPDGId) == 15 )
{
nadditionalTau++;
addtau_pt.push_back( leptons[i].getP4().Pt() );
addtau_eta.push_back( leptons[i].getP4().Eta() );
addtau_phi.push_back( leptons[i].getP4().Phi() );
addtau_m.push_back( leptons[i].getP4().M() );
addtau_q.push_back(leptons[i].getProperty(PropertyEnum::charge));
addtau_byIsolationMVArun2v1DBoldDMwLTraw.push_back(leptons[i].getProperty( HTTEvent::usePropertyFor.at("tauIsolation") ));
addtau_gen_match.push_back( leptons[i].getProperty(PropertyEnum::mc_match) );
bitmask = leptons[i].getProperty(PropertyEnum::idAntiEle);
bool antiEle = ( bitmask & 0x8) > 0;
bitmask = leptons[i].getProperty(PropertyEnum::idAntiMu);
bool antiMu = (bitmask & 0x1 ) > 0;
addtau_passesTauLepVetos.push_back( antiEle & antiMu );
addtau_decayMode.push_back( leptons[i].getProperty(PropertyEnum::decayMode) );
addtau_d0.push_back( leptons[i].getProperty(PropertyEnum::dxy) );
addtau_dZ.push_back( leptons[i].getProperty(PropertyEnum::dz) );
addtau_mt.push_back( leptons[i].getMT( pair->getMET() ) );
addtau_mvis.push_back( ( leg1P4 + leptons[i].getP4() ).M() );
addtau_byCombinedIsolationDeltaBetaCorrRaw3Hits.push_back( leptons[i].getProperty(PropertyEnum::rawIso) );
bitmask=leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauID"));
addtau_byVVLooseIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x1)>0 );
addtau_byVLooseIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x2)>0 );
addtau_byLooseIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x4)>0 );
addtau_byMediumIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x8)>0 );
addtau_byTightIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x10)>0 );
addtau_byVTightIsolationMVArun2v1DBoldDMwLT.push_back( (bitmask & 0x20)>0 );
// Tau ID based on DeepTauIDv2 against jets
bitmask=leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSjet")); // Bitmask
addtau_byVVVLooseIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x1)>0 );
addtau_byVVLooseIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x2)>0 );
addtau_byVLooseIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x4)>0 );
addtau_byLooseIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x8)>0 );
addtau_byMediumIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x10)>0 );
addtau_byTightIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x20)>0 );
addtau_byVTightIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x40)>0 ); // 4*16 = 64
addtau_byVVTightIsolationDeepTau2017v2VSjet.push_back( (bitmask & 0x80)>0 ); //8*16 = 128
addlepton_isoDeepTau.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("tauIsolationDeepVSjet") ) );
addlepton_tauIDDeepTau.push_back( (int)leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauIDDeepVSjet")) );
addlepton_iso.push_back( leptons[i].getProperty( HTTEvent::usePropertyFor.at("tauIsolation") ) );
addlepton_mvis.push_back( ( leg1P4 + leptons[i].getP4() ).M() );
addlepton_tauID.push_back( (int)leptons[i].getProperty(HTTEvent::usePropertyFor.at("tauID")) );
addlepton_tauDM.push_back( (int)leptons[i].getProperty(PropertyEnum::decayMode) );
addlepton_tauCombIso.push_back( leptons[i].getProperty(PropertyEnum::rawIso) );
}
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
void EventWriter::fillMELA(HTTJetCollection *jets)
{
if(jets->getNJets(30) < 2) return;
TLorentzVector tau1, tau2;
tau1 = leg1P4;
tau2 = leg2P4;
float ch_1,ch_2;
ch_1 = leg1.getCharge();
ch_2 = leg2.getCharge();
// Sanitize charge for application on same-sign events
if (ch_1 * ch_2 > 0) {
ch_2 = -ch_1;
}
TLorentzVector jet1, jet2;
jet1 = jets->getJet(0).P4();
jet2 = jets->getJet(1).P4();
// Run MELA
SimpleParticleCollection_t daughters;
daughters.push_back(SimpleParticle_t(15 * ch_1, tau1));
daughters.push_back(SimpleParticle_t(15 * ch_2, tau2));
SimpleParticleCollection_t associated;
associated.push_back(SimpleParticle_t(0, jet1));
associated.push_back(SimpleParticle_t(0, jet2));
SimpleParticleCollection_t associated2;
associated2.push_back(SimpleParticle_t(0, jet2));
associated2.push_back(SimpleParticle_t(0, jet1));
mela->resetInputEvent();
mela->setCandidateDecayMode(TVar::CandidateDecay_ff);
mela->setInputEvent(&daughters, &associated, (SimpleParticleCollection_t *)0, false);
// Hypothesis: SM Higgs
mela->setProcess(TVar::HSMHiggs, TVar::JHUGen, TVar::JJVBF);
mela->computeProdP(ME_vbf, false);
mela->computeVBFAngles(ME_q2v1, ME_q2v2, ME_costheta1, ME_costheta2, ME_phi, ME_costhetastar, ME_phi1);
// Hypothesis: Z + 2 jets
// Compute the Hypothesis with flipped jets and sum them up for the discriminator.
mela->setProcess(TVar::bkgZJets, TVar::MCFM, TVar::JJQCD);
mela->computeProdP(ME_z2j_1, false);
mela->resetInputEvent();
mela->setInputEvent(&daughters, &associated2, (SimpleParticleCollection_t *)0, false);
mela->computeProdP(ME_z2j_2, false);
// Compute discriminator
ME_D = ME_vbf / (ME_vbf + ME_z2j_1 + ME_z2j_2);
}
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
double EventWriter::calcSphericity(std::vector<TLorentzVector> p){
TMatrixD S(3,3);
std::vector<std::vector<double> > pvec;
float denom=0;