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AnalysisReader_hhbbtt_old.cxx
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AnalysisReader_hhbbtt_old.cxx
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#include <EventLoop/Worker.h>
#include "TSystem.h"
//#include "TMath.h"
#include <CxAODReader_HH_bbtautau/AnalysisReader_hhbbtt.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauLepHadSelection.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauHadHadSelection.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauLepHadJetSelection.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauHadHadJetSelection.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauBoostedSelection.h>
#include <CxAODTools_HH_bbtautau/HHbbtautauBoostedJetSelection.h>
#include "Mt2/mt2_bisect.h"
#include "BoostedJetTaggers/BoostedXbbTagger.h"
#define length(array) (sizeof(array)/sizeof(*(array)))
ClassImp(AnalysisReader_hhbbtt)
AnalysisReader_hhbbtt::AnalysisReader_hhbbtt() :
AnalysisReader(),
m_analysisType(""),
m_doTruthTagging("false"),
m_use2DbTagCut("false"),
m_fillCR("false"),
m_tree(nullptr),
m_FF_File(nullptr),
m_2DFF(nullptr),
m_SelFJ(nullptr),
m_SelDT(nullptr)
//m_my_met(nullptr)
//m_my_fatJets(nullptr),
//m_my_ditauJets(nullptr)
//m_tree_vbf(nullptr)
{
m_trkBTagLimit = -0.3098; // added for Higgs Tagger
}
AnalysisReader_hhbbtt :: ~AnalysisReader_hhbbtt()
{
}
EL::StatusCode AnalysisReader_hhbbtt :: initializeSelection()
{
m_config->getif<string>("analysisType", m_analysisType);
m_config->getif<string>("analysisStrategy", m_analysisStrategy);
// For 2D cut only use merged
m_config->getif<bool>("use2DbTagCut", m_use2DbTagCut);
if (m_use2DbTagCut){
if(m_analysisStrategy != "Merged"){
Error("initializeSelection()","Running with 2DbTagCut. Only possible for merged analysis, but %s is chosen. Exiting!",m_analysisStrategy.c_str());
return EL::StatusCode::FAILURE;
}
Warning("initializeSelection()","Running with 2DbTagCut. b-tagging for calo jets disabled!!");
}
Info("initializeSelection()", "Initialize analysis '%s'.", m_analysisType.c_str());
if (m_analysisType== "hadhad") {
m_eventSelection = new HHbbtautauHadHadSelection(m_config);
m_eventPostSelection = new HHbbtautauHadHadJetSelection(m_config);
m_fillFunction = std::bind(&AnalysisReader_hhbbtt::fill_hadhad, this);
} else if (m_analysisType=="lephad") {
m_eventSelection = new HHbbtautauLepHadSelection(m_config);
m_eventPostSelection = new HHbbtautauLepHadJetSelection(m_config);
m_fillFunction = std::bind(&AnalysisReader_hhbbtt::fill_lephad, this);
}else if (m_analysisType == "boosted") {
m_eventSelection = new HHbbtautauBoostedSelection(m_config);
m_eventPostSelection = new HHbbtautauBoostedJetSelection(m_config);
m_fillFunction = std::bind(&AnalysisReader_hhbbtt::fill_boosted, this);
} else {
Error("initializeSelection()", "Invalid analysis type %s", m_analysisType.c_str());
return EL::StatusCode::FAILURE;
}
// TODO move to base class?
bool writeMVATree = false;
bool readMVA = false;
m_config->getif< bool >("writeMVATree", writeMVATree);
m_config->getif< bool >("readMVA", readMVA);
// initialize MVATree
m_tree = new MVATree_hhbbtt(writeMVATree, readMVA, m_analysisType, wk(), m_variations, false);
//do truth tagging?
m_config->getif<bool>("doTruthTagging", m_doTruthTagging);
return EL::StatusCode::SUCCESS;
}
//Added this initialization since it was currectly getting called in generic reader and running on unwanted samples
EL::StatusCode AnalysisReader_hhbbtt::initializeCorrsAndSysts ()
{
m_doTruthTagging&=m_isMC;
Info("initializeSelection()","truth tagging1? %i",m_doTruthTagging);
if (!m_isMC) return EL::StatusCode::SUCCESS;
std::string comEnergy = m_config->get<std::string>("COMEnergy");
if ((comEnergy != "8TeV") || (comEnergy != "7TeV")) comEnergy = "13TeV";
TString csname;
std::string debugname;
//if (m_analysisType == "hadhad") { csname = comEnergy + "_HadHad"; debugname = comEnergy + "_HadHad"; }
if (m_analysisType == "hadhad" || m_analysisType == "boosted") { csname = comEnergy + "_ZeroLepton"; debugname = comEnergy + "_ZeroLepton"; }
Info("initializeCorrsAndSysts()", "Initializing CorrsAndSysts for %s", debugname.c_str());
m_corrsAndSysts = new CorrsAndSysts(csname);
return EL::StatusCode::SUCCESS;
} // initializeCorrsAndSysts
EL::StatusCode AnalysisReader_hhbbtt::initializeTools ()
{
EL_CHECK("AnalysisReader_hhbbtt::initializeTools()", AnalysisReader::initializeTools());
m_getFFInputs=false;
m_config->getif<bool>("fillFakeHists", m_getFFInputs);
m_applyFF=false;
m_config->getif<bool>("ApplyQCDFF", m_applyFF);
m_applyBoostedFF=false;
m_config->getif<bool>("ApplyBoostedQCDFF", m_applyBoostedFF);
bool m_FillSR=false;
m_config->getif<bool>("FillSR", m_FillSR);
bool m_FillSS=false;
m_config->getif<bool>("FillSS", m_FillSS);
if(m_applyFF) {
std::string rootcore_path = gSystem->Getenv("ROOTCOREBIN");
m_FF_File = TFile::Open((rootcore_path+"/data/FrameworkExe_HH_bbtautau/QCDFF.root").c_str(),"READ");
if(m_FF_File==nullptr){
std::cout << "File was not open" << std::endl;
return EL::StatusCode::FAILURE;
}
}
if(m_applyBoostedFF) {
std::string rootcore_path = gSystem->Getenv("ROOTCOREBIN");
m_FF_File = TFile::Open((rootcore_path+"/data/FrameworkExe_HH_bbtautau/FFBoosted.root").c_str(),"READ");
if(m_FF_File==nullptr){
std::cout << "File was not open" << std::endl;
return EL::StatusCode::FAILURE;
}
TH1F *htemp1 =(TH1F*)m_FF_File->Get("h_N01");
TH1F *htemp2 =(TH1F*)m_FF_File->Get("h_N02");
m_weightFactor1=htemp1->Integral();
m_weightFactor2=htemp2->Integral();
}
bool m_writeMVATree = false;
bool m_readMVA = false;
m_config->getif< bool >("writeMVA", m_writeMVATree);
m_config->getif< bool >("readMVA", m_readMVA);
m_tree = new MVATree_hhbbtt(m_writeMVATree, m_readMVA, m_analysisType, wk(), m_variations, false);
if(m_writeMVATree || m_readMVA) m_tree->SetVariation(m_currentVar);
m_FillSRSel260_300 = false;
m_config->getif< bool >("FillSRSel260_300", m_FillSRSel260_300);
m_FillSRSel400 = false;
m_config->getif< bool >("FillSRSel400", m_FillSRSel400);
m_FillSRSel500_600_700 = false;
m_config->getif< bool >("FillSRSel500_600_700", m_FillSRSel500_600_700);
m_FillSRSel800_900_1000 = false;
m_config->getif< bool >("FillSRSel800_900_1000", m_FillSRSel800_900_1000);
return EL::StatusCode::SUCCESS;
} //initializeTools
EL::StatusCode AnalysisReader_hhbbtt::initializeIsMC ()
{
Info("initializeIsMC()", "Initialize isMC.");
// get nominal event info
// -------------------------------------------------------------
const xAOD::EventInfo *eventInfo = m_eventInfoReader->getObjects("Nominal");
if (!eventInfo) return EL::StatusCode::FAILURE;
// get MC flag - different info on data/MC files
// -----------------------------------------------
m_isMC = Props::isMC.get(eventInfo);
Info("initializeIsMC()", "isMC = %i", m_isMC);
// COM energy
std::string comEnergy = m_config->get<std::string>("COMEnergy");
std::string xSectionFile = gSystem->Getenv("ROOTCOREBIN");
xSectionFile += "/data/FrameworkSub_HH_bbtautau/XSections_";
xSectionFile += comEnergy;
xSectionFile += ".txt";
m_xSectionProvider = new XSectionProvider(xSectionFile);
if (!m_xSectionProvider) {
Error("initializeXSections()", "XSection provider not initialized!");
return EL::StatusCode::FAILURE;
}
return EL::StatusCode::SUCCESS;
} // initializeIsMC
EL::StatusCode AnalysisReader_hhbbtt :: initializeSumOfWeights()
{
Info("initializeSumOfWeights()", "Initialize sum of weights.");
if (!m_isMC) {
return EL::StatusCode::SUCCESS;
}
// which analysis
std::string ana_read = "";
if (m_analysisType == "hadhad") ana_read = "hadhad";
else if (m_analysisType == "lephad") ana_read = "lephad";
else if (m_analysisType == "boosted") ana_read = "boosted";
else {
Warning("initializeSumOfWeights()", "Invalid analysis type %s", m_analysisType.c_str());
return EL::StatusCode::FAILURE;
}
// COM energy
std::string comEnergy = m_config->get<std::string>("COMEnergy");
std::string prodTag = m_config->get<std::string>("prodTag");
std::string sumOfWeightsFile = gSystem->Getenv("ROOTCOREBIN");
sumOfWeightsFile += "/data/FrameworkSub_HH_bbtautau/yields.";
sumOfWeightsFile += ana_read;
sumOfWeightsFile += ".";
sumOfWeightsFile += prodTag;
sumOfWeightsFile += ".";
sumOfWeightsFile += comEnergy;
sumOfWeightsFile += ".txt";
m_sumOfWeightsProvider = new sumOfWeightsProvider(sumOfWeightsFile);
return EL::StatusCode::SUCCESS;
}
/*EL::StatusCode AnalysisReader_hhbbtt :: initializeOR2()
{
m_overlapRemoval2 = new OverlapRemoval_HH_bbtautau( *m_config );
EL_CHECK("AnalysisReader::initializeOR2()",m_overlapRemoval2->initialize());
return EL::StatusCode::SUCCESS;
}*/
EL::StatusCode AnalysisReader_hhbbtt::setObjectsForOR(const xAOD::ElectronContainer * electrons,
const xAOD::PhotonContainer * photons,
const xAOD::MuonContainer * muons,
const xAOD::TauJetContainer * taus,
const xAOD::JetContainer * jets,
const xAOD::JetContainer* fatjets,
const xAOD::DiTauJetContainer* ditaus)
{
if(electrons){
for(const xAOD::Electron * elec : *electrons){
Props::passPreSel.set(elec, Props::isHHLooseElectron.get(elec));
}
}
if(muons){
for(const xAOD::Muon * muon : *muons){
Props::passPreSel.set(muon, Props::isHHLooseMuon.get(muon));
}
}
if(jets){
for(const xAOD::Jet * jet : *jets){
Props::passPreSel.set(jet, Props::isVetoJet.get(jet));
}
}
if(taus){
for(const xAOD::TauJet * tau : *taus){
Props::passPreSel.set(tau, Props::passTauSelector.get(tau));
}
}
if (fatjets) {
for (const xAOD::Jet* jet : *fatjets) {
Props::passPreSel.set(jet,Props::isFatJet.get(jet));
}
}
if (ditaus) {
for (const xAOD::DiTauJet* ditau : *ditaus) {
Props::passPreSel.set(ditau,Props::isDiTauJet.get(ditau));
}
}
return EL::StatusCode::SUCCESS;
}
EL::StatusCode AnalysisReader_hhbbtt :: fill_bTaggerHists(const xAOD::Jet* jet)
{
// fills histograms per jet and jet flavour for a list of b-taggers
std::string flav = "Data";
if (m_isMC) {
int label = Props::TruthLabelID.get(jet);
flav = "L";
if (label == 4) flav = "C";
else if (label == 5) flav = "B";
}
float SV1_IP3D = Props::SV1_IP3D.get(jet);
float MV2c10 = Props::MV2c10.get(jet);
double BVar = BTagProps::tagWeight.get(jet);
if (m_isMC) {
double BEff = BTagProps::eff.get(jet);
m_histSvc->BookFillHist("eff_" + flav, 110, -0.1, 1.1, BEff, m_weight);
m_histSvc->BookFillHist("pT_eff_" + flav, 400, 0, 400, 110, 0.0, 1.1, jet->pt() / 1e3, BEff, m_weight);
m_histSvc->BookFillHist("eta_eff_" + flav, 100, -5, 5, 110, 0.0, 1.1, jet->eta(), BEff, m_weight);
}
m_histSvc->BookFillHist("btag_weight_" + flav, 110, -1.1, 1.1, BVar, m_weight);
m_histSvc->BookFillHist("SV1_IP3D_" + flav, 110, -30, 80, SV1_IP3D, m_weight);
m_histSvc->BookFillHist("MV2c10_" + flav, 110, -1.1, 1.1, MV2c10, m_weight);
return EL::StatusCode::SUCCESS;
}
void AnalysisReader_hhbbtt::compute_btagging (const std::vector<const xAOD::Jet*> &signalJets)
{
if (m_trackJets) {
m_bTagTool->setJetAuthor(m_trackJetReader->getContainerName());
for (auto jet : *m_trackJets) {
BTagProps::isTagged.set(jet, static_cast<decltype(BTagProps::isTagged.get(jet))>(m_bTagTool->isTagged(*jet)));
BTagProps::tagWeight.set(jet, Props::MV2c10.get(jet));
}
}
if (m_jets) {
m_bTagTool->setJetAuthor(m_jetReader->getContainerName());
for (auto jet : *m_jets) {
if(!m_use2DbTagCut) BTagProps::isTagged.set(jet, static_cast<decltype(BTagProps::isTagged.get(jet))>(m_bTagTool->isTagged(*jet)));
else BTagProps::isTagged.set(jet, false);
BTagProps::tagWeight.set(jet, Props::MV2c10.get(jet));
if (m_isMC && !m_use2DbTagCut) BTagProps::eff.set(jet, m_bTagTool->getEfficiency(*jet));
else BTagProps::eff.set(jet, -999.);
}
}
//Temporarily removed treatment of fat jets in lephad, but do not remove we might need it back
/*
if (m_fatJets) {
for (auto fatjet : *m_fatJets) {
using FatJetType = typename std::remove_pointer<decltype(fatjet)>::type;
static FatJetType::ConstAccessor<vector<ElementLink<DataVector<xAOD::IParticle>>>>
GhostAccessor ("GhostAntiKt2TrackJet");
if (Props::isFatJet.get(fatjet)) {
// determine number of b-tags in a fat jet
// number of tracks will be the track jets with closest DR with the ghost matched track jets
auto nTags = 0;
std::vector<const xAOD::Jet*> trackJetsInFatJet;
if (m_trackJets) {
// loop over the ghost associated track jets
for (auto gTrackParticle : GhostAccessor(*fatjet)) {
if (!gTrackParticle.isValid()) continue;
const auto &temp = **gTrackParticle;
auto gTrackJet = dynamic_cast<const xAOD::Jet*>(&temp);
auto minDR = 100.0;
const xAOD::Jet *minDRTrackJet = nullptr;
for (auto trackJet : *m_trackJets) {
auto Deta = trackJet->eta() - gTrackJet->eta(),
Dphi = trackJet->phi() - gTrackJet->phi(),
DR = sqrt(Deta * Deta + Dphi * Dphi);
if (minDR > DR) {
minDR = DR;
minDRTrackJet = trackJet;
}
}
if (minDRTrackJet) trackJetsInFatJet.push_back(minDRTrackJet);
}
}
for (auto trackJet : trackJetsInFatJet)
if (BTagProps::isTagged.get(trackJet)) ++nTags;
Props::nTrackJets.set(fatjet, trackJetsInFatJet.size());
Props::nBTags.set(fatjet, nTags);
// finished b-tagging criteria
// determine number of true b-jets in a fat jet with simple DR
auto nBJets = 0;
if (m_isMC) {
for (auto trackJet : trackJetsInFatJet) {
auto label = -999;
if (Props::HadronConeExclTruthLabelID.exists(trackJet)) label = Props::HadronConeExclTruthLabelID.get(trackJet);
else if (Props::TruthLabelID.exists(trackJet)) label = Props::TruthLabelID.get(trackJet);
if (label == 5) ++nBJets;
}
}
else nBJets = -1; // Data
Props::nTrueBJets.set(fatjet, nBJets);
// finished true b-jet association criteria
}
}
}//end if loop of m_fatjets
*/
} // compute_btagging
// temporarily removed fatjet_selection and implemented a different way to do it, but please do not permentantly remove
void AnalysisReader_hhbbtt::compute_TRF_tagging (const std::vector<const xAOD::Jet*>& signalJets)
{
bool ttag_track_jets=false;
if (m_trackJets) {
m_bTagTool->setJetAuthor(m_trackJetReader->getContainerName());
if(ttag_track_jets) m_bTagTool->truth_tag_jets(m_eventInfo->eventNumber(),*m_trackJets,m_config);
else{
for (auto jet : *m_trackJets) {
BTagProps::isTagged.set(jet, static_cast<decltype(BTagProps::isTagged.get(jet))>(m_bTagTool->isTagged(*jet)));
BTagProps::tagWeight.set(jet, Props::MV2c10.get(jet));
}
}
}
if (m_jets) {//we assume signal jets are taken from the larger jet container
m_bTagTool->setJetAuthor(m_jetReader->getContainerName());
m_bTagTool->truth_tag_jets(m_eventInfo->eventNumber(),signalJets,m_config);
}
if (m_fatJets) {
for (auto fatjet : *m_fatJets) {
Props::nTrackJets.set(fatjet, 0);
Props::nBTags.set(fatjet, 0);
if (m_isMC) Props::nTrueBJets.set(fatjet, 0);
else Props::nTrueBJets.set(fatjet, -1);
}
}
} // compute_TRF_tagging
/*
void AnalysisReader_hhbbtt::fatjet_selection ()
{
if (m_fatJets) {
for (auto fatjet : *m_fatJets) {
if (Props::isFatJet.get(fatjet)) {
// remove fatjet close to leptons with a simple DR cut
auto fatjeteta = fatjet->eta();
auto fatjetphi = fatjet->phi();
for (auto electron : *m_electrons) {
auto Deta = electron->eta() - fatjeteta,
Dphi = electron->phi() - fatjetphi,
DR = sqrt(Deta * Deta + Dphi * Dphi);
if (DR < 1.0) {
Props::isFatJet.set(fatjet, static_cast<int>(false));
break;
}
}
if (!Props::isFatJet.get(fatjet)) continue;
for (auto muon : *m_muons) {
auto Deta = muon->eta() - fatjeteta,
Dphi = muon->phi() - fatjetphi,
DR = sqrt(Deta * Deta + Dphi * Dphi);
if (DR < 1.0) {
Props::isFatJet.set(fatjet, static_cast<int>(false));
break;
}
}
// if (!Props::isFatJet.get(fatjet)) continue;
// finished lepton isolation criteria
}
}
}
} // fatjet_selection
*/
//the function below defines 1 btag and 2 btag regions based on how many btagged jets there are
void AnalysisReader_hhbbtt::tagjet_selection(
std::vector<const xAOD::Jet*> signalJets,
std::vector<const xAOD::Jet*> forwardJets,
std::vector<const xAOD::Jet*> &selectedJets,
int &tagcatExcl,
int &tagcatIncl)
{
string tagStrategy, tagAlgorithm;
m_config->getif<std::string>("tagStrategy", tagStrategy); // AllSignalJets,Leading2SignalJets,LeadingSignalJets
m_config->getif<std::string>("tagAlgorithm", tagAlgorithm); // FlavLabel,FlavTag
selectedJets.clear();
tagcatExcl = -1;
tagcatIncl = -1;
/////////////////////////////////////////////////////////////
// **B-Tagging Selection**
bool Lead1BTag = false;
bool Lead2BTag = false;
int Ind1BTag = -1;
int Ind2BTag = -1;
int nbtag = 0;
int jetidx = 0;
int nSignalJet = signalJets.size();
int nForwardJet = forwardJets.size();
const xAOD::Jet *Jet1;
const xAOD::Jet *Jet2;
const xAOD::Jet *Jet3;
if (m_isMC && tagAlgorithm == "FlavLabel") //use truth label to select b-jets (MC only!)
{
if (Props::TruthLabelID.get(signalJets.at(0)) == 5) Lead1BTag = true;
if (Props::TruthLabelID.get(signalJets.at(1)) == 5) Lead2BTag = true;
}
else // if (tagAlgorithm == "FlavTag") use b-tagging to select b-jets (the only option for data)
{
//truth tagging (MC only)
// if(m_isMC && m_doTruthTagging){
// if (BTagProps::isTruthTagged.get(signalJets.at(0)) == 1) Lead1BTag = true;
// if (BTagProps::isTruthTagged.get(signalJets.at(1)) == 1) Lead2BTag = true;
// }
//if direct tagging
// else{
if (BTagProps::isTagged.get(signalJets.at(0)) == 1) Lead1BTag = true; //isTagged property is set in compute_btagging function
if (BTagProps::isTagged.get(signalJets.at(1)) == 1) Lead2BTag = true;
//}
}
//set ind1btag to btagged jet with highest pt, ind1btag to btagged jet with 2nd highest pt
for (const xAOD::Jet *jet : signalJets)
{
if (m_isMC && tagAlgorithm == "FlavLabel") //use truth label to select b-jets (MC only!)
{
if (Props::TruthLabelID.get(jet) == 5)
{
nbtag++;
if (Ind1BTag < 0) Ind1BTag = jetidx;
else if (Ind2BTag < 0) Ind2BTag = jetidx;
}
}
else //if (tagAlgorithm == "FlavTag") use b-tagging to select b-jets (the only option for data)
{
//if truth tagging (MC only)
// if(m_isMC && m_doTruthTagging){
// if (BTagProps::isTruthTagged.get(jet) == 1)
// {
// nbtag++;
// if (Ind1BTag < 0) Ind1BTag = jetidx;
// else if (Ind2BTag < 0) Ind2BTag = jetidx;
// }
// }
//if direct tagging
// else{
if (BTagProps::isTagged.get(jet) == 1)
{
nbtag++;
if (Ind1BTag < 0) Ind1BTag = jetidx;
else if (Ind2BTag < 0) Ind2BTag = jetidx;
}
//}
}
jetidx++;
}
/////////////////////////////////////////////////////////////
// **Tag-Category Definition**
//define regions based on weather you want 0/1/2 btag categories in regions with 2 or more signal jets (first tagStrategy), or if you want 0/1/2 bag categories in regions with exactly 2 signal jets
//not sure the difference between tagcatExcl =0/1/2 when 0/1/2 btags, tagcatIncl is for what?
if ((tagStrategy == "AllSignalJets") || (tagStrategy == "LeadingSignalJets"))
{
if (signalJets.at(0)->pt() / 1000. > 45.)
{
tagcatIncl = 0;
if (nbtag == 0) tagcatExcl = 0;
Jet1 = signalJets.at(0);
Jet2 = signalJets.at(1);
if (nSignalJet >= 3) Jet3 = signalJets.at(2);
else if (nForwardJet >= 1) Jet3 = forwardJets.at(0);
}
if ((nbtag >= 1) && (signalJets.at(Ind1BTag)->pt() / 1000. > 45.))
{
tagcatIncl = 1;
if (nbtag == 1) tagcatExcl = 1;
// if(tagStrategy == "LeadingSignalJets") { if (!Lead1BTag) return EL::StatusCode::SUCCESS; }
if (tagStrategy == "LeadingSignalJets") if (!Lead1BTag) tagcatExcl = -1; Jet1 = signalJets.at(Ind1BTag);
if (Ind1BTag == 0) Jet2 = signalJets.at(1);
else Jet2 = signalJets.at(0);
if (nSignalJet >= 3)
{
if (Ind1BTag < 2) Jet3 = signalJets.at(2);
else Jet3 = signalJets.at(1);
}
else if (nForwardJet >= 1) Jet3 = forwardJets.at(0);
}
if ((nbtag >= 2) && (signalJets.at(Ind1BTag)->pt() / 1000. > 45.))
{
tagcatIncl = 2;
if (nbtag == 2) tagcatExcl = 2;
if (tagStrategy == "LeadingSignalJets") if (!Lead1BTag) tagcatExcl = -1;
Jet1 = signalJets.at(Ind1BTag);
Jet2 = signalJets.at(Ind2BTag);
int jetidx3 = 0;
if (nSignalJet >= 3) // may change with if/else to be consistent with 1tag
{
for (const xAOD::Jet *jet : signalJets)
{
if ((jetidx3 != Ind1BTag) && (jetidx3 != Ind2BTag)) { Jet3 = jet; break; }
jetidx3++;
}
}
else if (nForwardJet >= 1) Jet3 = forwardJets.at(0);
}
}
/////////////////////////////////////////////////////////////
if (tagStrategy == "Leading2SignalJets")
{
tagcatIncl = 0;
if ((Lead1BTag == false) && (Lead2BTag == false) && (signalJets.at(0)->pt() / 1000. > 45.)) tagcatExcl = 0;
if (((Lead1BTag == true) || (Lead2BTag == true)) && (signalJets.at(0)->pt() / 1000. > 45.)) tagcatIncl = 1;
if ((((Lead1BTag == true) && (Lead2BTag == false)) || ((Lead1BTag == false) && (Lead2BTag == true))) && (signalJets.at(0)->pt() / 1000. > 45.)) tagcatExcl = 1;
if ((Lead1BTag == true) && (Lead2BTag == true) && (signalJets.at(0)->pt() / 1000. > 45.)) { tagcatExcl = 2; tagcatIncl = 2; }
Jet1 = signalJets.at(0);
Jet2 = signalJets.at(1);
if (nSignalJet >= 3) Jet3 = signalJets.at(2);
else if (nForwardJet >= 1) Jet3 = forwardJets.at(0);
}
selectedJets.push_back(Jet1);
selectedJets.push_back(Jet2);
//set is tagged PROPERTY AGAIN (over wrtting is btag in compute btagging?) for leading /sublead signal jets chosen in taggins trategy loop
BTagProps::isTagged.set(Jet1, static_cast<decltype(BTagProps::isTagged.get(Jet1))>(m_bTagTool->isTagged(*Jet1)));
BTagProps::isTagged.set(Jet2, static_cast<decltype(BTagProps::isTagged.get(Jet2))>(m_bTagTool->isTagged(*Jet2)));
if ((nSignalJet >= 3) || (nForwardJet >= 1)) selectedJets.push_back(Jet3);
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
} // tagjet_selection
EL::StatusCode AnalysisReader_hhbbtt::fill_nJetHistos(std::vector<const xAOD::Jet*> jets, string jetType) {
int nJet = jets.size();
bool isSig = (jetType == "Sig");
m_histSvc->BookFillHist("N" + jetType + "Jets", 11, -0.5, 10.5, nJet, m_weight);
for (const xAOD::Jet *jet : jets) {
m_histSvc->BookFillHist("Pt" + jetType + "Jets", 100, 0, 100, jet->pt() / 1e3, m_weight);
m_histSvc->BookFillHist("Eta" + jetType + "Jets", 100, -5, 5, jet->eta(), m_weight);
}
if (isSig) {
for (const xAOD::Jet *jet : jets) fill_bTaggerHists(jet);
}
return EL::StatusCode::SUCCESS;
}
EL::StatusCode AnalysisReader_hhbbtt::setevent_flavour(std::vector<const xAOD::Jet*> selectedJets )
{
int jet0flav = -999;
int jet1flav = -999;
//if(Props::ConeTruthLabelID.exists(selectedJets.at(0))){ //in rel20
if (Props::HadronConeExclTruthLabelID.exists(selectedJets.at(0))) { // in rel20
//jet0flav = Props::ConeTruthLabelID.get(selectedJets.at(0));
//jet1flav = Props::ConeTruthLabelID.get(selectedJets.at(1));
jet0flav = Props::HadronConeExclTruthLabelID.get(selectedJets.at(0));
jet1flav = Props::HadronConeExclTruthLabelID.get(selectedJets.at(1));
}
if(jet0flav < 0 || jet1flav < 0){
Error("AnalysisReader_hhbbtt::setevent_flavour","Failed to retrieve jet flavour! Exiting.");
return EL::StatusCode::FAILURE;
}
m_histNameSvc -> set_eventFlavour(jet0flav, jet1flav);
return EL::StatusCode::SUCCESS;
}
/*float AnalysisReader_hhbbtt::computeBTagSFWeight (std::vector<const xAOD::Jet*> &signalJets)
{
using CP::CorrectionCode;
using CP::SystematicCode;
using CP::SystematicSet;
float weight = 1;
std::unordered_map<std::string, float> btageffweights;
auto systs = m_bTagTool->affectingSystematics();
// Set all weights to 1
for (auto var : systs) {
btageffweights[var.name()] = 1.0;
}
for (auto jet : signalJets) {
float sf(1.0);
auto GeV = 1e3;
// Code crashes without this!
if (fabs(jet->eta()) > 2.5) continue;
if (fabs(jet->pt()) < 20. * GeV) continue;
//std::cout << "Seg fault" << std::endl;
CorrectionCode result;
if (static_cast<bool>(BTagProps::isTagged.get(jet))) result = m_bTagTool->getBTaggingEfficiencyTool().getScaleFactor(*jet, sf);
else result = m_bTagTool->getBTaggingEfficiencyTool().getInefficiencyScaleFactor(*jet, sf);
weight *= sf;
int label(1000);
if (Props::HadronConeExclTruthLabelID.exists(jet)) label = Props::HadronConeExclTruthLabelID.get(jet);
else if (Props::TruthLabelID.exists(jet)) label = Props::TruthLabelID.get(jet);
if (result != CorrectionCode::Ok) Warning("computeBTagSFWeight", "Get efficiency failed (jet details): eta %f, pt %f, sf %f, MV2c10 %f, flavor %d", jet->eta(), jet->pt(), sf, Props::MV2c10.get(jet), label);
for (auto var : systs) {
SystematicSet set;
set.insert(var);
auto sresult = m_bTagTool->applySystematicVariation(set);
if (sresult != SystematicCode::Ok) {
// std::cout << var.name() << " apply systematic variation FAILED " << std::endl;
}
if (static_cast<bool>(BTagProps::isTagged.get(jet))) result = m_bTagTool->getBTaggingEfficiencyTool().getScaleFactor(*jet, sf);
else result = m_bTagTool->getBTaggingEfficiencyTool().getInefficiencyScaleFactor(*jet, sf);
if (result != CorrectionCode::Ok) {
// std::cout << var.name() << " getScaleFactor FAILED" << std::endl;
} else {
// std::cout << var.name() << " " <<m_hbbname[var.name()] << sf << std::endl;
btageffweights[var.name()] *= sf;
}
// Info("computeBTagSFWeight", "pT: %f, eta: %f, label: %d, SF: %f, var: %s", jet->pt(), jet->eta(), label, sf, var.name().c_str());
}
// don't forget to switch back off the systematics...
SystematicSet defaultSet;
auto dummyResult = m_bTagTool->applySystematicVariation(defaultSet);
if (dummyResult != SystematicCode::Ok) Warning("computeBTagSFWeight", "Problem disabling systematics setting!");
}
if (m_currentVar == "Nominal") {
for (auto pair : btageffweights)
m_weightSysts.push_back({pair.first, pair.second/weight});
}
// Info("computeBTagSFWeight", "event weight: %f", weight);
return weight;
} */
std::pair<int,int> AnalysisReader_hhbbtt :: HiggsTag(const xAOD::Jet *fatjet, std::string wp) {
// LASER: A simplified version of the Higgs tagger due to current limitations in CxAOD Framework
// Input:
// 1) const xAOD::Jet *fatjet [fatjet to tag]
// 2) std::string wp [working point]
// Output:
// 1) std::pair result [result.first = pass/fail tagger, result.second = number of btagged track jets]
// Result codes look like:
// -1: wrong configuration, kill everything
// -2: couldn't get associated track jets
// -3: less than 2 associated track jets
// -4: something went wrong in Laser's logic
// 0: a fatjet that did not pass the mass/substructure tagger cuts
// 1: a fatjet that did pass the mass/substructure tagger cuts
// NB: No muon-in-jet correction applied (due to aforementioned limitations)
std::pair<int,int> result;
// Step 0: check working point and define cut values
float lowmasscut; // low mass window cut
float highmasscut; // high mass window cut
float D2_a0, D2_a1, D2_a2, D2_a3, D2_a4; // D2 fit parameters (4th order polynomial)
if (wp == "loose") {
lowmasscut = 76.;
highmasscut = 146.;
}
else if (wp == "medium") {
lowmasscut = 93.;
highmasscut = 134.;
}
else if (wp == "tight") {
lowmasscut = 93.;
highmasscut = 134.;
D2_a0 = 11.3684217088;
D2_a1 = -0.0834101931325;
D2_a2 = 0.000244968552399;
D2_a3 = -3.09799473883e-07;
D2_a4 = 1.44703493877e-10;
}
else {
if(m_debug) std::cout << "ERROR!!! Provided working point is not defined! It must be either loose, medium, or tight!" << std::endl;
result.first = -1;
return result;
}
// Step 1: get the associated track jets
std::vector<const xAOD::Jet*> trkJets, goodTrkJets;
if (fatjet->getAssociatedObjects<xAOD::Jet>("GhostAntiKt2TrackJet", trkJets)) {
if(m_debug) std::cout << "Debug HiggsTagger: Step 1 in trk jets loos" << std::endl;
int ntrkjets = 0;
for (const xAOD::Jet *trkJ : trkJets) {
if (!trkJ) continue; // if the trackjet is not valid then skip it
if (!(trkJ->pt() / 1000. > 10. && fabs(trkJ->eta()) < 2.5)) continue;
goodTrkJets.push_back(trkJ);
ntrkjets++;
m_histSvc->BookFillHist("HiggsTagger_trkJets_pt", 400, 0, 2000, trkJ->pt()/1e3, m_weight);
m_histSvc->BookFillHist("HiggsTagger_trkJets_MV2c10", 200, -1, 1, Props::MV2c10.get(trkJ), m_weight);
m_histSvc->BookFillHist("HiggsTagger_trkJets_2d", 400, 0, 2000, 200, -1, 1, trkJ->pt()/1e3, Props::MV2c10.get(trkJ), 1.);
}
m_histSvc->BookFillHist("HiggsTagger_trkJets_n", 10, 0, 10, ntrkjets, m_weight);
}
else {
result.first = -2;
return result; // no associated track jets
}
// Step 2: count the number of btagged associated track jets
if (goodTrkJets.size() < 2) {
result.first = -3;
return result;
}
std::sort(goodTrkJets.begin(), goodTrkJets.end(), EventSelection::sort_pt);
const xAOD::Jet *trkJ_lead = goodTrkJets.at(0);
const xAOD::Jet *trkJ_sublead = goodTrkJets.at(1);
int nbtaggedtrkjets = 0;
if (Props::MV2c10.get(trkJ_lead) > m_trkBTagLimit) nbtaggedtrkjets++;
if (Props::MV2c10.get(trkJ_sublead) > m_trkBTagLimit) nbtaggedtrkjets++;
m_histSvc->BookFillHist("HiggsTagger_trkJets_nbtagged", 10, 0, 10, nbtaggedtrkjets, m_weight);
result.second = nbtaggedtrkjets; // how many btagged track jets are there
// Step 3: apply mass window cut
std::string btagregion;
if (result.second == 0) btagregion = "0btag"; // number of btagged track jets defines which region
if (result.second == 1) btagregion = "1btag";
if (result.second >= 2) btagregion = "2btag";
std::cout << "NI: Debug HiggsTagger: Step 3 result should not be negative" << result.second << "btagregion "<< btagregion << std::endl;
float fatjetmass = fatjet->m() / 1000.;
float fatjetD2 = Props::D2.get(fatjet);
float fatjetC2 = Props::C2.get(fatjet);
m_histSvc->BookFillHist("HiggsTagger_premasscut_m", 100, 0, 500, fatjetmass, m_weight);
m_histSvc->BookFillHist("HiggsTagger_premasscut_d2", 100, 0, 5, fatjetD2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_premasscut_c2", 20, 0, 1, fatjetC2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_premasscut_m", 100, 0, 500, fatjetmass, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_premasscut_d2", 100, 0, 5, fatjetD2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_premasscut_c2", 20, 0, 1, fatjetC2, m_weight);
if (!(fatjetmass > lowmasscut && fatjetmass < highmasscut)) {
result.first = 0;
return result; // an unsuccessfully tagged fatjet, pass to the control region
}
m_histSvc->BookFillHist("HiggsTagger_postmasscut_d2", 100, 0, 5, fatjetD2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_postmasscut_c2", 20, 0, 1, fatjetC2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_postmasscut_d2", 100, 0, 5, fatjetD2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_postmasscut_c2", 20, 0, 1, fatjetC2, m_weight);
// Step 4: apply substructure cut if we are at the tight working point
if (wp != "tight") {
result.first = 1;
return result; // a succesfully tagged fatjet at the loose or medium working points
}
else {
float D2cut = D2_a0 + (D2_a1 * fatjet->pt() / 1000.) + (D2_a2 * pow(fatjet->pt() / 1000., 2)) + (D2_a3 * pow(fatjet->pt() / 1000., 3)) + (D2_a4 * pow(fatjet->pt()/ 1000., 4));
if (fatjetD2 > D2cut) {
result.first = 1;
m_histSvc->BookFillHist("HiggsTagger_postd2cut_c2", 20, 0, 1, fatjetC2, m_weight);
m_histSvc->BookFillHist("HiggsTagger_"+btagregion+"_postd2cut_c2", 20, 0, 1, fatjetC2, m_weight);
return result; // a successfully tagged fatjet at the tight working point
}
else {
result.first = 0;
return result; // an unsuccessfully tagged fatjet, pass to the control region
}
}
// If you got here, then something went wrong
result.first = -3;
return result; // something went wrong, start yelling
}//end of HiggsTag
EL::StatusCode AnalysisReader_hhbbtt :: fill_lephad()
{
// m_tree->SetVariation(m_currentVar);
ResultHHbbtautau selectionResult = ((HHbbtautauLepHadSelection*)m_eventSelection)->result();
//do final event selection
const xAOD::Electron* electron = selectionResult.el;
const xAOD::Muon* muon = selectionResult.mu;
const xAOD::MissingET* met = selectionResult.met;
std::vector<const xAOD::TauJet*> taus = selectionResult.taus;
std::vector<const xAOD::Jet*> signalJets = selectionResult.signalJets;
std::vector<const xAOD::Jet*> forwardJets = selectionResult.forwardJets;
// std::cout << "AT START Event " << m_eventInfo->eventNumber() << " num btag signal jets " << signalJets.size() <<std::endl;
int nSignalJet = signalJets.size();
int nForwardJet = forwardJets.size();
int nJet = nSignalJet + nForwardJet;
// m_weight *= Props::leptonSF.get(m_eventInfo);
/////////////////////////////////////////////////////////////
// **SF** : lepton SF : comment out trigger scale factors for now
////m_weight *= Props::leptonSF.get(m_eventInfo);
/////////////////////////////////////////////////////////////
// **Selection & SF**: trigger
// trigger selection : nominal case
//double triggerSF_nominal = 1.;
//if ( !m_triggerTool->getTriggerDecision(m_eventInfo, triggerSF_nominal, electron, 0, muon, 0, met, 0, m_puReweightingTool->GetRandomRunNumber(m_eventInfo), "Nominal") ) return EL::StatusCode::SUCCESS;
//if (m_isMC) m_weight *= triggerSF_nominal;
// handle systematics
//if (m_isMC && m_currentVar=="Nominal") {
// for (size_t i = 0; i < m_triggerSystList.size(); i++) {
// not computing useless systematics
// if (electron && m_triggerSystList.at(i).find("MUON_EFF_Trig") !=std::string::npos) continue;
// if (muon && m_triggerSystList.at(i).find("ELECTRON_EFF_Trig") !=std::string::npos) continue;
// get decision + weight
// double triggerSF = 1.;
// if ( !m_triggerTool->getTriggerDecision(m_eventInfo, triggerSF, electron, 0, muon, 0, met, 0, m_puReweightingTool->GetRandomRunNumber(m_eventInfo), m_triggerSystList.at(i)) ) return EL::StatusCode::SUCCESS;
// if (triggerSF_nominal>0) m_weightSysts.push_back({m_triggerSystList.at(i), triggerSF/triggerSF_nominal});
// else Error("fill_1Lep()", "Nominal trigger SF=0!, The systematics will not be generated.");
// }
//}
//leptons
TLorentzVector lepVec;
if (muon) {
lepVec = muon->p4();
} else if (electron) {
lepVec = electron->p4();
} else {
Error("fill_lephad", "Missing lepton!");
return EL::StatusCode::FAILURE;
}
//met
TLorentzVector metVec;
metVec.SetPtEtaPhiM(met->met(), 0, met->phi(), 0);