void makePlot(
const std::string& inputFilePath_ref, const std::string& inputFileName_ref, const std::string& histogramName_ref, const std::string& legendEntry_ref,
const std::string& inputFilePath_test, const std::string& inputFileName_test, const std::string& histogramName_test, const std::string& legendEntry_test,
const std::string& inputFilePath_test2, const std::string& inputFileName_test2, const std::string& histogramName_test2, const std::string& legendEntry_test2,
const std::string& outputFileName)
{
std::cout << "<makePlot_shift_minus_central>:" << std::endl;
TString inputFileName_ref_full = inputFilePath_ref;
if ( !inputFileName_ref_full.EndsWith("/") ) inputFileName_ref_full.Append("/");
inputFileName_ref_full.Append(inputFileName_ref.data());
TFile* inputFile_ref = new TFile(inputFileName_ref_full.Data());
TH1* histogram_ref = loadHistogram(inputFile_ref, histogramName_ref);
double integral_ref = compIntegral(histogram_ref);
divideByBinWidth(histogram_ref);
TString inputFileName_test_full = inputFilePath_test;
if ( !inputFileName_test_full.EndsWith("/") ) inputFileName_test_full.Append("/");
inputFileName_test_full.Append(inputFileName_test.data());
TFile* inputFile_test = ( inputFileName_test_full != inputFileName_ref_full ) ?
new TFile(inputFileName_test_full.Data()) : inputFile_ref;
TH1* histogram_test = loadHistogram(inputFile_test, histogramName_test);
double integral_test = compIntegral(histogram_test);
divideByBinWidth(histogram_test);
TFile* inputFile_test2 = 0;
TH1* histogram_test2 = 0;
double integral_test2 = -1.;
if ( inputFilePath_test2 != "" && inputFileName_test2 != "" && histogramName_test2 != "" ) {
TString inputFileName_test2_full = inputFilePath_test2;
if ( !inputFileName_test2_full.EndsWith("/") ) inputFileName_test2_full.Append("/");
inputFileName_test2_full.Append(inputFileName_test2.data());
inputFile_test2 = ( inputFileName_test2_full != inputFileName_ref_full ) ?
new TFile(inputFileName_test2_full.Data()) : inputFile_ref;
histogram_test2 = loadHistogram(inputFile_test2, histogramName_test2);
integral_test2 = compIntegral(histogram_test2);
divideByBinWidth(histogram_test2);
}
showHistograms(800, 900,
histogram_ref, legendEntry_ref, integral_ref,
histogram_test, legendEntry_test, integral_test,
histogram_test2, legendEntry_test2, integral_test2,
//NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
"m_{#tau#tau} [GeV]", 1.10,
true, 1.e-4, 1.e+4, "1/dm_{#tau#tau} [1/GeV]", 1.30,
0.34, 0.72,
outputFileName.data());
TH1* histogramErr_ref = compHistogramErr(histogram_ref);
TH1* histogramErr_test = compHistogramErr(histogram_test);
TH1* histogramErr_test2 = ( histogram_test2 ) ?
compHistogramErr(histogram_test2) : 0;
std::string outputFileNameErr = TString(outputFileName.data()).ReplaceAll(".png", "_Err.png").Data();
showHistograms(800, 900,
histogramErr_ref, legendEntry_ref, -1.,
histogramErr_test, legendEntry_test, -1.,
histogramErr_test2, legendEntry_test2, -1.,
//NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
"m_{#tau#tau} [GeV]", 1.10,
true, 1.e-4, 1.e+4, "#sigma(1/dm_{#tau#tau}) [1/GeV]", 1.30,
0.34, 0.72,
outputFileNameErr.data());
delete histogramErr_ref;
delete histogramErr_test;
delete histogramErr_test2;
delete inputFile_ref;
if ( inputFile_test != inputFile_ref ) delete inputFile_test;
if ( inputFile_test2 != inputFile_ref && inputFile_test2 != inputFile_test ) delete inputFile_test2;
}
void makePlot_shift_minus_central(
const std::string& inputFilePath_ref, const std::string& inputFileName_ref,
const std::string& histogramName_ref_shift, const std::string& histogramName_ref_central, const std::string& legendEntry_ref,
const std::string& inputFilePath_test, const std::string& inputFileName_test,
const std::string& histogramName_test_shift, const std::string& histogramName_test_central, const std::string& legendEntry_test,
const std::string& inputFilePath_test2, const std::string& inputFileName_test2,
const std::string& histogramName_test2_shift, const std::string& histogramName_test2_central, const std::string& legendEntry_test2,
const std::string& outputFileName)
{
std::cout << "<makePlot_shift_minus_central>:" << std::endl;
TString inputFileName_ref_full = inputFilePath_ref;
if ( !inputFileName_ref_full.EndsWith("/") ) inputFileName_ref_full.Append("/");
inputFileName_ref_full.Append(inputFileName_ref.data());
TFile* inputFile_ref = new TFile(inputFileName_ref_full.Data());
TH1* histogram_ref_shift = loadHistogram(inputFile_ref, histogramName_ref_shift);
TH1* histogram_ref_central = loadHistogram(inputFile_ref, histogramName_ref_central);
TH1* histogram_ref_shift_minus_centralAbs = 0;
TH1* histogram_ref_shift_minus_centralRel = 0;
double integral_ref = -1.;
if ( histogram_ref_shift && histogram_ref_central ) {
std::string histogramName_ref_shift_minus_centralAbs = Form("%s_minus_%sAbs", histogram_ref_shift->GetName(), histogram_ref_central->GetName());
histogram_ref_shift_minus_centralAbs = subtractHistograms(histogramName_ref_shift_minus_centralAbs, histogram_ref_shift, histogram_ref_central, kAbsolute);
std::string histogramName_ref_shift_minus_centralRel = Form("%s_minus_%sRel", histogram_ref_shift->GetName(), histogram_ref_central->GetName());
histogram_ref_shift_minus_centralRel = subtractHistograms(histogramName_ref_shift_minus_centralRel, histogram_ref_shift, histogram_ref_central, kRelative);
integral_ref = compIntegral(histogram_ref_shift_minus_centralAbs);
std::cout << " integral_ref = " << integral_ref << std::endl;
divideByBinWidth(histogram_ref_shift_minus_centralAbs);
}
TString inputFileName_test_full = inputFilePath_test;
if ( !inputFileName_test_full.EndsWith("/") ) inputFileName_test_full.Append("/");
inputFileName_test_full.Append(inputFileName_test.data());
TFile* inputFile_test = ( inputFileName_test_full != inputFileName_ref_full ) ?
new TFile(inputFileName_test_full.Data()) : inputFile_ref;
TH1* histogram_test_shift = loadHistogram(inputFile_test, histogramName_test_shift);
TH1* histogram_test_central = loadHistogram(inputFile_test, histogramName_test_central);
TH1* histogram_test_shift_minus_centralAbs = 0;
TH1* histogram_test_shift_minus_centralRel = 0;
double integral_test = -1.;
if ( histogram_test_shift && histogram_test_central ) {
std::string histogramName_test_shift_minus_centralAbs = Form("%s_minus_%sAbs", histogram_test_shift->GetName(), histogram_test_central->GetName());
histogram_test_shift_minus_centralAbs = subtractHistograms(histogramName_test_shift_minus_centralAbs, histogram_test_shift, histogram_test_central, kAbsolute);
std::string histogramName_test_shift_minus_centralRel = Form("%s_minus_%sRel", histogram_test_shift->GetName(), histogram_test_central->GetName());
histogram_test_shift_minus_centralRel = subtractHistograms(histogramName_test_shift_minus_centralRel, histogram_test_shift, histogram_test_central, kRelative);
integral_test = compIntegral(histogram_test_shift_minus_centralAbs);
std::cout << " integral_test = " << integral_test << std::endl;
divideByBinWidth(histogram_test_shift_minus_centralAbs);
}
TFile* inputFile_test2 = 0;
TH1* histogram_test2_shift_minus_centralAbs = 0;
TH1* histogram_test2_shift_minus_centralRel = 0;
double integral_test2 = -1.;
if ( inputFilePath_test2 != "" && inputFileName_test2 != "" && histogramName_test2_shift != "" && histogramName_test2_central != "" ) {
TString inputFileName_test2_full = inputFilePath_test2;
if ( !inputFileName_test2_full.EndsWith("/") ) inputFileName_test2_full.Append("/");
inputFileName_test2_full.Append(inputFileName_test2.data());
inputFile_test2 = ( inputFileName_test2_full != inputFileName_ref_full ) ?
new TFile(inputFileName_test2_full.Data()) : inputFile_ref;
TH1* histogram_test2_shift = loadHistogram(inputFile_test2, histogramName_test2_shift);
TH1* histogram_test2_central = loadHistogram(inputFile_test2, histogramName_test2_central);
if ( histogram_test2_shift && histogram_test2_central ) {
std::string histogramName_test2_shift_minus_centralAbs = Form("%s_minus_%sAbs", histogram_test2_shift->GetName(), histogram_test2_central->GetName());
histogram_test2_shift_minus_centralAbs = subtractHistograms(histogramName_test2_shift_minus_centralAbs, histogram_test2_shift, histogram_test2_central, kAbsolute);
std::string histogramName_test2_shift_minus_centralRel = Form("%s_minus_%sRel", histogram_test2_shift->GetName(), histogram_test2_central->GetName());
histogram_test2_shift_minus_centralRel = subtractHistograms(histogramName_test2_shift_minus_centralRel, histogram_test2_shift, histogram_test2_central, kRelative);
integral_test2 = compIntegral(histogram_test2_shift_minus_centralAbs);
std::cout << " integral_test2 = " << integral_test2 << std::endl;
divideByBinWidth(histogram_test2_shift_minus_centralAbs);
}
}
size_t idx = outputFileName.find_last_of('.');
std::string outputFileName_abs = std::string(outputFileName, 0, idx);
outputFileName_abs.append("_absolute");
if ( idx != std::string::npos ) outputFileName_abs.append(std::string(outputFileName, idx));
showHistograms(800, 900,
histogram_ref_shift_minus_centralAbs, legendEntry_ref, integral_ref,
histogram_test_shift_minus_centralAbs, legendEntry_test, integral_test,
histogram_test2_shift_minus_centralAbs, legendEntry_test2, integral_test2,
//NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
"m_{#tau#tau} [GeV]", 1.10,
true, 1.e-4, 1.e+4, "1/dm_{#tau#tau} [1/GeV]", 1.30,
0.34, 0.72,
outputFileName_abs.data());
std::string outputFileName_rel = std::string(outputFileName, 0, idx);
outputFileName_rel.append("_relative");
if ( idx != std::string::npos ) outputFileName_rel.append(std::string(outputFileName, idx));
showHistograms(800, 900,
histogram_ref_shift_minus_centralRel, legendEntry_ref, integral_ref,
histogram_test_shift_minus_centralRel, legendEntry_test, integral_test,
histogram_test2_shift_minus_centralRel, legendEntry_test2, integral_test2,
//NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
NULL, "", 0.,
"m_{#tau#tau} [GeV]", 1.10,
true, 1.e-4, 1.e+4, "#Delta 1/dm_{#tau#tau}", 1.30,
0.34, 0.72,
outputFileName_rel.data());
delete inputFile_ref;
if ( inputFile_test != inputFile_ref ) delete inputFile_test;
if ( inputFile_test2 != inputFile_ref && inputFile_test2 != inputFile_test ) delete inputFile_test2;
}
void plotMarkovChainMonitorTree()
{
std::string inputFilePath = "/data1/veelken/tmp/svFitStudies/";
std::vector<std::string> eventsToProcess;
eventsToProcess.push_back("1:102093:40804761");
//eventsToProcess.push_back("1:3369:1346645");
//eventsToProcess.push_back("1:89621:35819785");
//eventsToProcess.push_back("1:79157:31638382");
std::string genNtupleFileName = "/data1/veelken/tmp/svFitStudies/testNSVfitTrackLikelihoods3_ntuple_Higgs_mutau_125_2012Nov30.root";
gROOT->SetBatch(true);
for ( std::vector<std::string>::const_iterator eventToProcess = eventsToProcess.begin();
eventToProcess != eventsToProcess.end(); ++eventToProcess ) {
std::cout << "processing " << (*eventToProcess) << std::endl;
TObjArray* run_ls_event = TString(eventToProcess->data()).Tokenize(":");
assert(run_ls_event);
if ( run_ls_event->GetEntries() != 3 ) {
std::cerr << "Failed to parse " << (*eventToProcess) << " !!" << std::endl;
assert(0);
}
int run = convertToInt(*run_ls_event, 0);
int ls = convertToInt(*run_ls_event, 1);
int event = convertToInt(*run_ls_event, 2);
std::string inputFileName = Form(
"%s/nSVfitProducerByIntegration2W%sMaxGenVertex_run%i_ls%i_ev%i_mc.root",
inputFilePath.data(), "decayKinePlusMEt", run, ls, event);
TFile* inputFile = new TFile(inputFileName.data());
assert(inputFile);
std::string treeName = "monitorTree";
TTree* monitorTree = dynamic_cast<TTree*>(inputFile->Get(treeName.data()));
assert(monitorTree);
int numEntries = monitorTree->GetEntries();
TH2* histogramDensity_vs_X1_and_X2 = new TH2D("histogramDensity_vs_X1_and_X2", "histogramDensity_vs_X1_and_X2", 100, 0., 1., 100, 0., 1.);
TH2* histogramMass_vs_X1_and_X2 = new TH2D("histogramMass_vs_X1_and_X2", "histogramMass_vs_X1_and_X2", 100, 0., 1., 100, 0., 1.);
TH2* histogramDensity_vs_decayDist1_and_phi1 = new TH2D("histogramDensity_vs_decayDist1_and_phi1", "histogramDensity_vs_decayDist1_and_phi1", 200, -0.2, +0.2, 180, -TMath::Pi(), +TMath::Pi());
TH2* histogramDensity_vs_X1_and_phi1 = new TH2D("histogramDensity_vs_X1_and_phi1", "histogramDensity_vs_X1_and_phi1", 100, 0., 1., 180, -TMath::Pi(), +TMath::Pi());
TH2* histogramDensity_vs_decayDist2_and_phi2 = new TH2D("histogramDensity_vs_decayDist2_and_phi2", "histogramDensity_vs_decayDist2_and_phi2", 200, -0.2, +0.2, 180, -TMath::Pi(), +TMath::Pi());
TH2* histogramDensity_vs_X2_and_phi2 = new TH2D("histogramDensity_vs_X2_and_phi2", "histogramDensity_vs_X2_and_phi2", 100, 0., 1., 180, -TMath::Pi(), +TMath::Pi());
TH1* histogramDiTauPtDistribution = new TH1D("histogramDiTauPtDistribution", "histogramDiTauPtDistribution", 250, 0., 250.);
TH1* histogramDiTauEtaDistribution = new TH1D("histogramDiTauEtaDistribution", "histogramDiTauEtaDistribution", 198, -9.9, +9.9);
TH1* histogramDiTauPhiDistribution = new TH1D("histogramDiTauPhiDistribution", "histogramDiTauPhiDistribution", 360, -TMath::Pi(), +TMath::Pi());
TH1* histogramDiTauMassDistribution = new TH1D("histogramDiTauMassDistribution", "histogramDiTauMassDistribution", 250, 0., 250.);
TH1* histogramSVfitMass_unweighted = bookMassHistogram("histogramSVfitMass_unweighted");
TH1* histogramSVfitMass_gjAngle_labGt0_00025_unweighted = bookMassHistogram("histogramSVfitMass_gjAngle_labGt0_00025_unweighted");
TH1* histogramSVfitMass_gjAngle_labLt0_00025_unweighted = bookMassHistogram("histogramSVfitMass_gjAngle_labLt0_00025_unweighted");
TH1* histogramSVfitMass_weighted = bookMassHistogram("histogramSVfitMass_weighted");
TH1* histogramSVfitMass_gjAngle_labGt0_00025_weighted = bookMassHistogram("histogramSVfitMass_gjAngle_labGt0_00025_weighted");
TH1* histogramSVfitMass_gjAngle_labLt0_00025_weighted = bookMassHistogram("histogramSVfitMass_gjAngle_labLt0_00025_weighted");
TH1* histogramLeg1PtDistribution = new TH1D("histogramLeg1PtDistribution", "histogramLeg1PtDistribution", 250, 0., 250.);
TH1* histogramLeg1EtaDistribution = new TH1D("histogramLeg1EtaDistribution", "histogramLeg1EtaDistribution", 198, -9.9, +9.9);
TH1* histogramLeg1PhiDistribution = new TH1D("histogramLeg1PhiDistribution", "histogramLeg1PhiDistribution", 360, -TMath::Pi(), +TMath::Pi());
TH1* histogramLeg1dEtaDistribution = new TH1D("histogramLeg1dEtaDistribution", "histogramLeg1dPhiDistribution", 400, -0.05, +0.05);
TH1* histogramLeg1dPhiDistribution = new TH1D("histogramLeg1dPhiDistribution", "histogramLeg1dEtaDistribution", 400, -0.05, +0.05);
TH2* histogramLeg1dPhi_vs_dEtaDistribution = new TH2D("histogramLeg1dPhi_vs_dEtaDistribution", "histogramLeg1dPhi_vs_dEtaDistribution", 400, -0.05, +0.05, 400, -0.05, +0.05);
TH1* histogramLeg2PtDistribution = new TH1D("histogramLeg2PtDistribution", "histogramLeg1PtDistribution", 250, 0., 250.);
TH1* histogramLeg2EtaDistribution = new TH1D("histogramLeg2EtaDistribution", "histogramLeg2EtaDistribution", 198, -9.9, +9.9);
TH1* histogramLeg2PhiDistribution = new TH1D("histogramLeg2PhiDistribution", "histogramLeg2PhiDistribution", 360, -TMath::Pi(), +TMath::Pi());
TH1* histogramLeg2dEtaDistribution = new TH1D("histogramLeg2dEtaDistribution", "histogramLeg2dPhiDistribution", 400, -0.05, +0.05);
TH1* histogramLeg2dPhiDistribution = new TH1D("histogramLeg2dPhiDistribution", "histogramLeg2dEtaDistribution", 400, -0.05, +0.05);
TH2* histogramLeg2dPhi_vs_dEtaDistribution = new TH2D("histogramLeg2dPhi_vs_dEtaDistribution", "histogramLeg2dPhi_vs_dEtaDistribution", 400, -0.05, +0.05, 400, -0.05, +0.05);
TH1* histogramMoveDistribution = new TH1D("histogramMoveDistribution", "histogramMoveDistribution", 1000, 0., monitorTree->GetEntries());
TGraph* graphEvolution_X1 = new TGraph(numEntries);
TGraph* graphEvolution_phiLab1 = new TGraph(numEntries);
TGraph* graphEvolution_decayDist1 = new TGraph(numEntries);
TGraph* graphEvolution_X2 = new TGraph(numEntries);
TGraph* graphEvolution_phiLab2 = new TGraph(numEntries);
TGraph* graphEvolution_decayDist2 = new TGraph(numEntries);
Float_t X1, phiLab1, decayDistance1, X2, phiLab2, decayDistance2;
monitorTree->SetBranchAddress("x0", &X1);
monitorTree->SetBranchAddress("x1", &phiLab1);
//monitorTree->SetBranchAddress("x2", &decayDistance1);
//monitorTree->SetBranchAddress("x3", &X2);
//monitorTree->SetBranchAddress("x4", &phiLab2);
//monitorTree->SetBranchAddress("x5", &decayDistance2);
//monitorTree->SetBranchAddress("x0", &X1);
//monitorTree->SetBranchAddress("x1", &phiLab1);
monitorTree->SetBranchAddress("x2", &X2);
monitorTree->SetBranchAddress("x3", &phiLab2);
//monitorTree->SetBranchAddress("x1", &X2);
//monitorTree->SetBranchAddress("x0", &phiLab1);
//monitorTree->SetBranchAddress("x1", &phiLab2);
Float_t diTauPt, diTauEta, diTauPhi, diTauMass;
monitorTree->SetBranchAddress("APt", &diTauPt);
monitorTree->SetBranchAddress("AEta", &diTauEta);
monitorTree->SetBranchAddress("APhi", &diTauPhi);
monitorTree->SetBranchAddress("AMass", &diTauMass);
Float_t leg1Pt, leg1Eta, leg1Phi, leg1VisPt, leg1VisEta, leg1VisPhi;
monitorTree->SetBranchAddress("A_leg1Pt", &leg1Pt);
monitorTree->SetBranchAddress("A_leg1Eta", &leg1Eta);
monitorTree->SetBranchAddress("A_leg1Phi", &leg1Phi);
monitorTree->SetBranchAddress("A_leg1VisPt", &leg1VisPt);
monitorTree->SetBranchAddress("A_leg1VisEta", &leg1VisEta);
monitorTree->SetBranchAddress("A_leg1VisPhi", &leg1VisPhi);
Float_t leg2Pt, leg2Eta, leg2Phi, leg2VisPt, leg2VisEta, leg2VisPhi;
monitorTree->SetBranchAddress("A_leg2Pt", &leg2Pt);
monitorTree->SetBranchAddress("A_leg2Eta", &leg2Eta);
monitorTree->SetBranchAddress("A_leg2Phi", &leg2Phi);
monitorTree->SetBranchAddress("A_leg2VisPt", &leg2VisPt);
monitorTree->SetBranchAddress("A_leg2VisEta", &leg2VisEta);
monitorTree->SetBranchAddress("A_leg2VisPhi", &leg2VisPhi);
Int_t move;
monitorTree->SetBranchAddress("move", &move);
TF1* pdfWeight_vs_eta_m90 = new TF1("pdfWeight_vs_eta", "[0] + x*([1] + x*([2] + x*([3] + x*([4] + x*([5] + x*[6])))))", -2., +2.);
pdfWeight_vs_eta_m90->SetParameter(0, 0.173744);
pdfWeight_vs_eta_m90->SetParameter(1, 1.00115e-18);
pdfWeight_vs_eta_m90->SetParameter(2, -0.0370055);
pdfWeight_vs_eta_m90->SetParameter(3, 3.40875e-17);
pdfWeight_vs_eta_m90->SetParameter(4, -0.014232);
pdfWeight_vs_eta_m90->SetParameter(5, -1.07345e-17);
pdfWeight_vs_eta_m90->SetParameter(6, 0.00320732);
for ( int iEntry = 0; iEntry < numEntries; ++iEntry ) {
monitorTree->GetEntry(iEntry);
if ( (iEntry % 100000) == 0 )
//if ( TMath::Abs(leg1Eta - leg1VisEta) < 0.000250 && TMath::Abs(leg1Phi - leg1VisPhi) < 0.000250 )
std::cout << "entry #" << iEntry << ":"
<< " X1 = " << X1 << ", phiLab1 = " << phiLab1 << ", decayDistance1 = " << decayDistance1 << ","
<< " X2 = " << X2 << ", phiLab2 = " << phiLab2 << ", decayDistance2 = " << decayDistance2 << ", Mass = " << diTauMass << std::endl;
//if ( !(leg2Eta > 0.0485 && leg2Eta < 0.0495) ) continue;
//if ( !(phiLab1 > 1. && phiLab1 < 2.) ) continue;
//if ( !(phiLab1 > -2. && phiLab1 < -1.) ) continue;
histogramDensity_vs_X1_and_X2->Fill(X1, X2);
histogramMass_vs_X1_and_X2->Fill(X1, X2, diTauMass);
histogramDensity_vs_decayDist1_and_phi1->Fill(decayDistance1, phiLab1);
histogramDensity_vs_X1_and_phi1->Fill(X1, phiLab1);
histogramDensity_vs_decayDist2_and_phi2->Fill(decayDistance2, phiLab2);
histogramDensity_vs_X2_and_phi2->Fill(X2, phiLab2);
histogramDiTauPtDistribution->Fill(diTauPt);
histogramDiTauEtaDistribution->Fill(diTauEta);
histogramDiTauPhiDistribution->Fill(diTauPhi);
histogramDiTauMassDistribution->Fill(diTauMass);
double gjAngle_lab = TMath::Sqrt(square(leg1Eta - leg1VisEta) + square(leg1Phi - leg1VisPhi));
double jacobiFactor = 2.*TMath::Pi()*gjAngle_lab;
//double weight = jacobiFactor;
//double weight = pdfWeight_vs_eta_m90->Eval(diTauEta);
double weight = compDeltaFunctionJacobiFactor(X1)*compDeltaFunctionJacobiFactor(X2);
//double weight = compDeltaFunctionJacobiFactor(X1)*compDeltaFunctionJacobiFactor(X2)*(X1*X2);
std::cout << "eta = " << diTauEta << ": weight = " << weight << std::endl;
histogramSVfitMass_unweighted->Fill(diTauMass);
histogramSVfitMass_weighted->Fill(diTauMass, weight);
if ( gjAngle_lab > 0.00025 ) {
histogramSVfitMass_gjAngle_labGt0_00025_unweighted->Fill(diTauMass);
histogramSVfitMass_gjAngle_labGt0_00025_weighted->Fill(diTauMass, weight);
} else {
histogramSVfitMass_gjAngle_labLt0_00025_unweighted->Fill(diTauMass);
histogramSVfitMass_gjAngle_labLt0_00025_weighted->Fill(diTauMass, weight);
}
histogramLeg1PtDistribution->Fill(leg1Pt);
histogramLeg1EtaDistribution->Fill(leg1Eta);
histogramLeg1PhiDistribution->Fill(leg1Phi);
histogramLeg1dEtaDistribution->Fill(leg1Eta - leg1VisEta);
histogramLeg1dPhiDistribution->Fill(leg1Phi - leg1VisPhi);
histogramLeg1dPhi_vs_dEtaDistribution->Fill(leg1Eta - leg1VisEta, leg1Phi - leg1VisPhi);
//std::cout << "leg1Eta = " << leg1Eta << ", leg1VisEta = " << leg1VisEta << " --> dEta = " << (leg1Eta - leg1VisEta) << ";"
// << " leg1Phi = " << leg1Phi << ", leg1VisPhi = " << leg1VisPhi << " --> dPhi = " << (leg1Phi - leg1VisPhi) << std::endl;
histogramLeg2PtDistribution->Fill(leg2Pt);
histogramLeg2EtaDistribution->Fill(leg2Eta);
histogramLeg2PhiDistribution->Fill(leg2Phi);
histogramLeg2dEtaDistribution->Fill(leg2Eta - leg2VisEta);
histogramLeg2dPhiDistribution->Fill(leg2Phi - leg2VisPhi);
histogramLeg2dPhi_vs_dEtaDistribution->Fill(leg2Eta - leg2VisEta, leg2Phi - leg2VisPhi);
//std::cout << "leg2Eta = " << leg2Eta << ", leg2VisEta = " << leg2VisEta << " --> dEta = " << (leg2Eta - leg2VisEta) << ";"
// << " leg2Phi = " << leg2Phi << ", leg2VisPhi = " << leg2VisPhi << " --> dPhi = " << (leg2Phi - leg2VisPhi) << std::endl;
histogramMoveDistribution->Fill(move);
graphEvolution_X1->SetPoint(iEntry, move, X1);
graphEvolution_phiLab1->SetPoint(iEntry, move, phiLab1);
graphEvolution_decayDist1->SetPoint(iEntry, move, decayDistance1);
graphEvolution_X2->SetPoint(iEntry, move, X2);
graphEvolution_phiLab2->SetPoint(iEntry, move, phiLab2);
graphEvolution_decayDist2->SetPoint(iEntry, move, decayDistance2);
}
histogramMass_vs_X1_and_X2->Divide(histogramDensity_vs_X1_and_X2);
Float_t genX1, genX2;
Float_t genDiTauPt, genDiTauEta, genDiTauPhi, genDiTauMass;
//getGen(genNtupleFileName, run, ls, event, genX1, genX2, genDiTauPt, genDiTauEta, genDiTauPhi, genDiTauMass);
/*
showHistogram2d(
histogramDensity_vs_X1_and_X2, "X_{1}", "X_{2}", kNormByNegLogMax, 0., 2., &genX1, &genX2,
Form("plots/plotMarkovChainMonitorTree_density_vs_X1andX2_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramMass_vs_X1_and_X2, "X_{1}", "X_{2}", kNormByValue, 0., 250., 0, 0,
Form("plots/plotMarkovChainMonitorTree_mass_vs_X1andX2_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramDensity_vs_decayDist1_and_phi1, "D^{decay}_{1}", "#phi^{lab}_{1}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_density_vs_decayDist1andPhi1_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramDensity_vs_X1_and_phi1, "X_{1}", "#phi^{lab}_{1}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_density_vs_X1andPhi1_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramDensity_vs_decayDist2_and_phi2, "D^{decay}_{2}", "#phi^{lab}_{2}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_density_vs_decayDist2andPhi2_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramDensity_vs_X2_and_phi2, "X_{2}", "#phi^{lab}_{2}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_density_vs_X2andPhi2_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramDiTauPtDistribution, "P_{T}^{#tau#tau}", &genDiTauPt,
Form("plots/plotMarkovChainMonitorTree_diTauPtDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramDiTauEtaDistribution, "#eta_{#tau#tau}", &genDiTauEta,
Form("plots/plotMarkovChainMonitorTree_diTauEtaDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramDiTauPhiDistribution, "#phi_{#tau#tau}", &genDiTauPhi,
Form("plots/plotMarkovChainMonitorTree_diTauPhiDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramDiTauMassDistribution, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_diTauMassDistribution_run%i_ls%i_ev%i.root", run, ls, event));
*/
divideByBinWidth(histogramSVfitMass_unweighted);
std::cout << "SVfit mass (unweighted):" << std::endl;
printMaximum(histogramSVfitMass_unweighted);
showHistogram1d(
histogramSVfitMass_unweighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_unweighted_run%i_ls%i_ev%i.root", run, ls, event));
divideByBinWidth(histogramSVfitMass_gjAngle_labGt0_00025_unweighted);
showHistogram1d(
histogramSVfitMass_gjAngle_labGt0_00025_unweighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_gjAngle_labGt0_00025_unweighted_run%i_ls%i_ev%i.root", run, ls, event));
divideByBinWidth(histogramSVfitMass_gjAngle_labLt0_00025_unweighted);
showHistogram1d(
histogramSVfitMass_gjAngle_labLt0_00025_unweighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_gjAngle_labLt0_00025_unweighted_run%i_ls%i_ev%i.root", run, ls, event));
divideByBinWidth(histogramSVfitMass_weighted);
std::cout << "SVfit mass (weighted by Jacobi factor):" << std::endl;
printMaximum(histogramSVfitMass_weighted);
showHistogram1d(
histogramSVfitMass_weighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_weighted_run%i_ls%i_ev%i.root", run, ls, event));
divideByBinWidth(histogramSVfitMass_gjAngle_labGt0_00025_weighted);
showHistogram1d(
histogramSVfitMass_gjAngle_labGt0_00025_weighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_gjAngle_labGt0_00025_weighted_run%i_ls%i_ev%i.root", run, ls, event));
divideByBinWidth(histogramSVfitMass_gjAngle_labLt0_00025_weighted);
showHistogram1d(
histogramSVfitMass_gjAngle_labLt0_00025_weighted, "M_{#tau#tau}", &genDiTauMass,
Form("plots/plotMarkovChainMonitorTree_svFitMass_gjAngle_labLt0_00025_weighted_run%i_ls%i_ev%i.root", run, ls, event));
/*
showHistogram1d(
histogramLeg1PtDistribution, "P_{T}^{1}", 0,
Form("plots/plotMarkovChainMonitorTree_leg1PtDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg1EtaDistribution, "#eta_{1}", 0,
Form("plots/plotMarkovChainMonitorTree_leg1EtaDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg1PhiDistribution, "#phi_{1}", 0,
Form("plots/plotMarkovChainMonitorTree_leg1PhiDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg1dEtaDistribution, "#eta_{1} - #eta_{vis}", 0,
Form("plots/plotMarkovChainMonitorTree_leg1dEta_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg1dPhiDistribution, "#phi_{1} - #phi_{vis}", 0,
Form("plots/plotMarkovChainMonitorTree_leg1dPhi_run%i_ls%i_ev%i.root", run, ls, event));
*/
showHistogram2d(
histogramLeg1dPhi_vs_dEtaDistribution, "#eta_{1} - #eta_{vis}", "#phi_{1} - #phi_{vis}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_leg1dPhi_vs_dEta_run%i_ls%i_ev%i.root", run, ls, event));
/*
showHistogram1d(
histogramLeg2PtDistribution, "P_{T}^{2}", 0,
Form("plots/plotMarkovChainMonitorTree_leg2PtDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg2EtaDistribution, "#eta_{2}", 0,
Form("plots/plotMarkovChainMonitorTree_leg2EtaDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg2PhiDistribution, "#phi_{2}", 0,
Form("plots/plotMarkovChainMonitorTree_leg2PhiDistribution_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg2dEtaDistribution, "#eta_{2} - #eta_{vis}", 0,
Form("plots/plotMarkovChainMonitorTree_leg2dEta_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramLeg2dPhiDistribution, "#phi_{2} - #phi_{vis}", 0,
Form("plots/plotMarkovChainMonitorTree_leg2dPhi_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram2d(
histogramLeg2dPhi_vs_dEtaDistribution, "#eta_{2} - #eta_{vis}", "#phi_{2} - #phi_{vis}", kNormByNegLogMax, 0., 2., 0, 0,
Form("plots/plotMarkovChainMonitorTree_leg2dPhi_vs_dEta_run%i_ls%i_ev%i.root", run, ls, event));
showHistogram1d(
histogramMoveDistribution, "Move", 0,
Form("plots/plotMarkovChainMonitorTree_moveDistribution_run%i_ls%i_ev%i.root", run, ls, event));
*/
/*
showGraph(
graphEvolution_X1, "Move", &genX1, 0., 1., "X_{1}",
Form("plots/plotMarkovChainMonitorTree_evolution_X1_run%i_ls%i_ev%i.root", run, ls, event));
showGraph(
graphEvolution_phiLab1, "Move", 0, -TMath::Pi(), +TMath::Pi(), "#phi^{lab}_{1}",
Form("plots/plotMarkovChainMonitorTree_evolution_phiLab1_run%i_ls%i_ev%i.root", run, ls, event));
showGraph(
graphEvolution_decayDist1, "Move", 0, -1., +1., "D^{decay}_{1}",
Form("plots/plotMarkovChainMonitorTree_evolution_decayDist1_run%i_ls%i_ev%i.root", run, ls, event));
showGraph(
graphEvolution_X2, "Move", &genX2, 0., 1., "X_{2}",
Form("plots/plotMarkovChainMonitorTree_evolution_X2_run%i_ls%i_ev%i.root", run, ls, event));
showGraph(
graphEvolution_phiLab2, "Move", 0, -TMath::Pi(), +TMath::Pi(), "#phi^{lab}_{2}",
Form("plots/plotMarkovChainMonitorTree_evolution_phiLab2_run%i_ls%i_ev%i.root", run, ls, event));
showGraph(
graphEvolution_decayDist2, "Move", 0, -1., +1., "D^{decay}_{2}",
Form("plots/plotMarkovChainMonitorTree_evolution_decayDist2_run%i_ls%i_ev%i.root", run, ls, event));
*/
delete histogramDensity_vs_X1_and_X2;
delete histogramMass_vs_X1_and_X2;
delete histogramDensity_vs_decayDist1_and_phi1;
delete histogramDensity_vs_X1_and_phi1;
delete histogramDensity_vs_decayDist2_and_phi2;
delete histogramDensity_vs_X2_and_phi2;
delete histogramDiTauPtDistribution;
delete histogramDiTauEtaDistribution;
delete histogramDiTauPhiDistribution;
delete histogramDiTauMassDistribution;
delete histogramSVfitMass_unweighted;
delete histogramSVfitMass_gjAngle_labGt0_00025_unweighted;
delete histogramSVfitMass_gjAngle_labLt0_00025_unweighted;
delete histogramSVfitMass_weighted;
delete histogramSVfitMass_gjAngle_labGt0_00025_weighted;
delete histogramSVfitMass_gjAngle_labLt0_00025_weighted;
delete histogramLeg1PtDistribution;
delete histogramLeg1EtaDistribution;
delete histogramLeg1PhiDistribution;
delete histogramLeg1dPhi_vs_dEtaDistribution;
delete histogramLeg2PtDistribution;
delete histogramLeg2EtaDistribution;
delete histogramLeg2PhiDistribution;
delete histogramLeg2dPhi_vs_dEtaDistribution;
delete histogramMoveDistribution;
delete graphEvolution_X1;
delete graphEvolution_phiLab1;
delete graphEvolution_decayDist1;
delete graphEvolution_X2;
delete graphEvolution_phiLab2;
delete graphEvolution_decayDist2;
delete inputFile;
}
}
