void ControlPlotter(){
string directory("HH4b_subjetBTagged_01Mar2016/");
string s_file = directory + "ControlPlotsSignal.root";
//string s_file = "ControlPlotsNoReg_X270.root";
fWrite = new TFile(s_file.data(), "RECREATE");
const int ntrees = 21;
string s[ntrees] = {
// "QCD_HT1000to1500_Moriond.root",
// };
"Data_RunCD_Moriond.root",
"TT_TuneCUETP8M1_13TeV-powheg-pythia8_Moriond.root",
"QCD_HT500to700_Moriond.root",
"QCD_HT700to1000_Moriond.root",
"QCD_HT1000to1500_Moriond.root",
"QCD_HT1500to2000_Moriond.root",
"QCD_HT2000toInf_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-1000_13TeV-madgraph_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-1200_13TeV-madgraph_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-1400_13TeV-madgraph_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-1600_13TeV-madgraph_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-1800_13TeV-madgraph_Moriond.root",//10
"hh4bTree_RadionTohhTohbbhbb_narrow_M-2000_13TeV-madgraph_Moriond.root",
"hh4bTree_RadionTohhTohbbhbb_narrow_M-2500_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-1000_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-1200_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-1400_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-1600_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-1800_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-2000_13TeV-madgraph_Moriond.root",
"hh4bTree_BulkGravTohhTohbbhbb_narrow_M-2500_13TeV-madgraph_Moriond.root" //19
};
string sampleName[ntrees] = {
//"QCD_HT1000to1500"
// };
"Data",
"TTbar",
"QCD_HT500to700",
"QCD_HT700to1000",
"QCD_HT1000to1500",
"QCD_HT1500to2000",
"QCD_HT2000toInf",
"Radion_m1000_13TeV",
"Radion_m1200_13TeV",
"Radion_m1400_13TeV",
"Radion_m1600_13TeV",
"Radion_m1800_13TeV",
"Radion_m2000_13TeV",
"Radion_m2500_13TeV",
"Graviton_m1000_13TeV",
"Graviton_m1200_13TeV",
"Graviton_m1400_13TeV",
"Graviton_m1600_13TeV",
"Graviton_m1800_13TeV",
"Graviton_m2000_13TeV",
"Graviton_m2500_13TeV"
};
//ControlPlotsSignal.root hh4bTree_RadionTohhTohbbhbb_narrow_M-1800_13TeV-madgraph.root Plots
//hh4bTree_JetHT_Run2015D-05Oct2015-v1.root hh4bTree_RadionTohhTohbbhbb_narrow_M-2000_13TeV-madgraph.root QCD_HT1000to1500.root
//hh4bTree_JetHT_Run2015D-PromptReco-v4.root hh4bTree_RadionTohhTohbbhbb_narrow_M-2500_13TeV-madgraph.root QCD_HT1500to2000.root
//hh4bTree_RadionTohhTohbbhbb_narrow_M-1000_13TeV-madgraph.root hh4bTree_RadionTohhTohbbhbb_narrow_M-3500_13TeV-madgraph.root QCD_HT2000toInf.root
//hh4bTree_RadionTohhTohbbhbb_narrow_M-1200_13TeV-madgraph.root hh4bTree_RadionTohhTohbbhbb_narrow_M-4000_13TeV-madgraph.root QCD_HT300to500.root
//hh4bTree_RadionTohhTohbbhbb_narrow_M-1400_13TeV-madgraph.root hh4bTree_RadionTohhTohbbhbb_narrow_M-4500_13TeV-madgraph.root QCD_HT500to700.root
//hh4bTree_RadionTohhTohbbhbb_narrow_M-1600_13TeV-madgraph.root MassPlotFineBins.root QCD_HT700to1000.root
for (int i = 0; i < ntrees; i++){
// if (sampleName[i].find("Data") != string::npos) generalCut = "(HJets_MassPruned[0] > 105) * (HJets_MassPruned[1] > 105) * (HJets_MassPruned[0] < 135) * (HJets_MassPruned[1] < 135) * (SelectedEventminv_leading2hjets > 1100)*(TMath::Abs(SelectedEvent_deta_leading2hjets) < 1.3)";// * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1]) > 0.1)";
// else generalCut = "SelectedEvent_btagsf*(HJets_MassPruned[0] > 105) * (HJets_MassPruned[1] > 105) * (HJets_MassPruned[0] < 135) * (HJets_MassPruned[1] < 135) * (SelectedEventminv_leading2hjets > 1000)";
// else generalCut = "(HJets_MassPruned[0] > 105) * (HJets_MassPruned[1] > 105) * (HJets_MassPruned[0] < 135) * (HJets_MassPruned[1] < 135) * (SelectedEventminv_leading2hjets > 1000)*(TMath::Abs(SelectedEvent_deta_leading2hjets) < 1.3)*(TMath::Abs(HJets_Eta[0]) < 2.4)*(TMath::Abs(HJets_Eta[1]) < 2.4)";// * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1]) > 0.1)";
generalCut = "SelectedEvent_btagsf*(HJets_MassPruned[0] > 105) * (HJets_MassPruned[1] > 105) * (HJets_MassPruned[0] < 135) * (HJets_MassPruned[1] < 135)";
generalCut = generalCut*mainCut;
/*
if (sampleName[i].find("Data") != string::npos) generalCut = mainCut;
else {
}
*/
string s1 = directory + "" + s[i];
f1 = TFile::Open(s1.data());
TDirectory* hh4b = (TDirectory*) f1->Get("hh4b;1");
TFile* test = new TFile("test", "RECREATE");
R2S = ((TTree*) hh4b->Get("tree;1"))->CopyTree(mainCut);
TDirectory* allEvents = (TDirectory*) f1->Get("allEvents;1");
TH1D* counter = (TH1D*) allEvents->Get("hEventCount;1");
cout << s1.c_str() << endl;
counter = (TH1D*) allEvents->Get("hEventCount;1");
if (counter) cout << "TOTAL NUMBER OF EVENTS hEventCount ======================================= " << counter->Integral() << endl;
else{
counter = (TH1D*) allEvents->Get("hEventCount_wt;1");
cout << "TOTAL NUMBER OF EVENTS ======================================= " << counter->Integral() << endl;
}
// R2S->Print();
nbins = 10;
minBin = 0.8, width = 0.1;
maxBin = minBin + nbins*width;
plotName = "BTAG_SF_" + sampleName[i];
histo_title = "";
xaxis_title = "btag SF";
yaxis_title = "Events / 40 GeV";
variable = "SelectedEvent_btagsf";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
// R2S->Print();
nbins = 75;
minBin = 600., width = 40.;
maxBin = minBin + nbins*width;
plotName = "TotalMass_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 40 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
cout << "Leading jets" << endl;
nbins = 75;
minBin = 1000., width = 40.;
maxBin = minBin + nbins*width;
plotName = "TotalMass_0to2btag_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 40 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])<2.99)";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_3btag_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "(HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_3btagExactly_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99) * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])<3.01)";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_3btagExactly_HPHP_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99) * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])<3.01)*(HJets_tau2[0]/HJets_tau1[0] < 0.6)*(HJets_tau2[1]/HJets_tau1[1] < 0.6)";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_3btagExactly_HPLP_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99) * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])<3.01)*(HJets_tau2[0]/HJets_tau1[0] < 0.6)*(HJets_tau2[1]/HJets_tau1[1] > 0.6)";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_3btagExactly_LPHP_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99) * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])<3.01)*(HJets_tau2[0]/HJets_tau1[0] > 0.6)*(HJets_tau2[1]/HJets_tau1[1] < 0.6)";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 4000;
minBin = 1000., width = 1.;
maxBin = minBin + nbins*width;
plotName = "TotalMass1GeV_4btag_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 1 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "(HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>3.99";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 16;
minBin = -0.1, width = 0.1;
maxBin = minBin + nbins*width;
plotName = "DeltaEta_" + sampleName[i];
histo_title = "";
xaxis_title = "#Delta #eta";
yaxis_title = "Events / 0.1";
variable = "SelectedEvent_deta_leading2hjets";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 84;
minBin = 200., width = 25;
maxBin = minBin + nbins*width;
plotName = "HThat_" + sampleName[i];
histo_title = "";
xaxis_title = "HT_hat (GeV)";
yaxis_title = "Events / 25 GeV";
variable = "SelectedEvent_htHat";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 42;
minBin = 200., width = 25;
maxBin = minBin + nbins*width;
plotName = "PT0_" + sampleName[i];
histo_title = "";
xaxis_title = "p_{T, j0} (GeV)";
yaxis_title = "Events / 25 GeV";
variable = "HJets_Pt[0]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 42;
minBin = 200., width = 25;
maxBin = minBin + nbins*width;
plotName = "PT1_" + sampleName[i];
histo_title = "";
xaxis_title = "p_{T, j1} (GeV)";
yaxis_title = "Events / 25 GeV";
variable = "HJets_Pt[1]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 30;
minBin = -3., width = 0.2;
maxBin = minBin + nbins*width;
plotName = "ETA_" + sampleName[i];
histo_title = "";
xaxis_title = "#eta ";
yaxis_title = "Events / 0.1";
variable = "HJets_Eta";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 30;
minBin =90., width = 2;
maxBin = minBin + nbins*width;
plotName = "M0Pruned_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{j0} (GeV)";
yaxis_title = "Events / 5 GeV";
variable = "HJets_MassPruned[0]";
cut0 = "SelectedEvent_btagsf*(SelectedEvent_minv_leading2hjets > 1000)*(TMath::Abs(SelectedEvent_deta_leading2hjets) < 1.3)";
cut = cut0; // no general cut applied
PlottiPlotta();
nbins = 30;
minBin =90., width = 2;
maxBin = minBin + nbins*width;
plotName = "M1Pruned_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{j1} (GeV)";
yaxis_title = "Events / 5 GeV";
variable = "HJets_MassPruned[1]";
cut0 = "SelectedEvent_btagsf*(SelectedEvent_minv_leading2hjets > 1000)*(TMath::Abs(SelectedEvent_deta_leading2hjets) < 1.3)";
cut = cut0; // no general cut applied
PlottiPlotta();
nbins = 30;
minBin =90., width = 2;
maxBin = minBin + nbins*width;
plotName = "M0Pruned_WMJcut_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{j0} (GeV)";
yaxis_title = "Events / 5 GeV";
variable = "HJets_MassPruned[0]";
cut0 = "";
cut = cut0*generalCut; // no general cut applied
PlottiPlotta();
nbins = 30;
minBin =90., width = 2;
maxBin = minBin + nbins*width;
plotName = "M1Pruned_WMJcut_" + sampleName[i];
histo_title = "";
xaxis_title = "m_{j1} (GeV)";
yaxis_title = "Events / 5 GeV";
variable = "HJets_MassPruned[1]";
cut0 = "";
cut = cut0*generalCut; // no general cut applied
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "nCSV_J0_SJ0_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J0 SJ0";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet0[0]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.11;
maxBin = minBin + nbins*width;
plotName = "nCSV_J1_SJ0_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J1 SJ0";
yaxis_title = "Events";
variable = "HJets_csvSubjet0[1]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "nCSV_J0_SJ1_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J0 SJ1";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet1[0]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.11;
maxBin = minBin + nbins*width;
plotName = "nCSV_J1_SJ1_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J1 SJ1";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet1[1]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 6;
minBin =-0.5, width = 1;
maxBin = minBin + nbins*width;
plotName = "nCSV_" + sampleName[i];
histo_title = "";
xaxis_title = "N(CSV0)+N(CSV1)";
yaxis_title = "Events";
variable = "HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
//================================================================= nobtasf
cut0 = "(HJets_MassPruned[0] > 105) * (HJets_MassPruned[1] > 105) * (HJets_MassPruned[0] < 135) * (HJets_MassPruned[1] < 135) * (SelectedEvent_minv_leading2hjets > 1000)*(TMath::Abs(SelectedEvent_deta_leading2hjets) < 1.3) * ((HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1]) > 0.1)";
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "nCSV_J0_SJ0_noBtagSF_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J0 SJ0";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet0[0]";
cut = cut0;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.11;
maxBin = minBin + nbins*width;
plotName = "nCSV_J1_SJ0_noBtagSF_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J1 SJ0";
yaxis_title = "Events";
variable = "HJets_csvSubjet0[1]";
cut = cut0;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "nCSV_J0_SJ1_noBtagSF_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J0 SJ1";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet1[0]";
cut = cut0;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.11;
maxBin = minBin + nbins*width;
plotName = "nCSV_J1_SJ1_noBtagSF_" + sampleName[i];
histo_title = "";
xaxis_title = "CSV J1 SJ1";
yaxis_title = "Events / 0.1";
variable = "HJets_csvSubjet1[1]";
cut = cut0;
PlottiPlotta();
nbins = 6;
minBin =-0.5, width = 1;
maxBin = minBin + nbins*width;
plotName = "nCSV_noBtagSF_" + sampleName[i];
histo_title = "";
xaxis_title = "N(CSV0)+N(CSV1)";
yaxis_title = "Events";
variable = "HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1]";
cut = cut0;
PlottiPlotta();
//======================================================
// R2S->Print();
nbins = 150;
minBin = 1000., width = 20.;
maxBin = minBin + nbins*width;
plotName = "TotalMass3btag_" + sampleName[i];
histo_title = "3 btags";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 20 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "(HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>2.99";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 150;
minBin = 1000., width = 20.;
maxBin = minBin + nbins*width;
plotName = "TotalMass4btag_" + sampleName[i];
histo_title = "4 btags";
xaxis_title = "m_{4b} (GeV)";
yaxis_title = "Events / 20 GeV";
variable = "SelectedEvent_minv_leading2hjets";
cut0 = "(HJets_nsubjetsBTaggedCSVL[0]+HJets_nsubjetsBTaggedCSVL[1])>3.99";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "TAU21_J0_" + sampleName[i];
histo_title = "";
xaxis_title = "#tau_{21} J0";
yaxis_title = "Events / 0.1";
variable = "HJets_tau2[0]/HJets_tau1[0]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
nbins = 10;
minBin =0., width = 0.1;
maxBin = minBin + nbins*width;
plotName = "TAU21_J1_" + sampleName[i];
histo_title = "";
xaxis_title = "#tau_{21} J1";
yaxis_title = "Events / 0.1";
variable = "HJets_tau2[1]/HJets_tau1[1]";
cut0 = "";
cut = cut0*generalCut;
PlottiPlotta();
test->Close();
f1->Close();
}
fWrite->Close();
}
void ProduceNuclearHistos_example(){
string s_file = "example_NI.root";
// string s1 = "/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/4T/20110531_ntuple_nuclint.root"; bDATA = false;
string s1 = "ntuple_nuclint.root";
f1 = TFile::Open(s1.data());
R2S = ntupleR2S->CopyTree(generalCut);
R2S->SetAlias("rho", "sqrt(x*x+y*y)");
R2S->SetAlias("PIX_x", "-0.147");
R2S->SetAlias("PIX_y", "-0.378");
R2S->SetAlias("PIX_z", "-0.485");
R2S->SetAlias("PIX_z06", "-0.6");
R2S->SetAlias("rhoShift", "sqrt( (x-PIX_x)*(x-PIX_x)+(y-PIX_y)*(y-PIX_y) )");
R2S->SetAlias("p", "sqrt( (x-PIX_x)*(x-PIX_x)+(y-PIX_y)*(y-PIX_y) )");
R2S->SetAlias("cosShift", "(x-PIX_x)/rhoShift");
R2S->SetAlias("zShift", "z-PIX_z");
R2S->SetAlias("P", "ptOut");
if (bDATA) generalCut = generalCut;
else generalCut = generalCut;
RailCut = "cosShift < -1/2. || cosShift > 1/2.";
/*
FCN=10340.4 FROM MIGRAD STATUS=CONVERGED 280 CALLS 281 TOTAL
EDM=0.000144842 STRATEGY= 1 ERROR MATRIX ACCURATE
EXT PARAMETER STEP FIRST
NO. NAME VALUE ERROR SIZE DERIVATIVE
1 x0 7.51145e-02 2.08214e-04 6.84889e-06 -4.70489e+01
2 y0 -1.73901e-01 1.52677e-04 5.91533e-06 1.07475e+02
3 R0 8.51282e+00 7.63835e-04 2.21906e-05 9.53501e+00
EXTERNAL ERROR MATRIX. NDIM= 25 NPAR= 3 ERR DEF=1
4.335e-08 1.558e-08 1.174e-07
1.558e-08 2.331e-08 6.554e-08
1.174e-07 6.554e-08 5.834e-07
PARAMETER CORRELATION COEFFICIENTS
NO. GLOBAL 1 2 3
1 0.74377 1.000 0.490 0.738
2 0.57294 0.490 1.000 0.562
3 0.77309 0.738 0.562 1.000
*/
/*
MC beam pipe corrected:
2 Mean 2.93989e+00 2.10168e-04 1.43973e-06 2.37972e-02
3 Sigma 3.04202e-02 1.55038e-04 9.49746e-06 -2.13246e-03
DATA BEAM PIPE CORRECTED
2 Mean 2.93656e+00 1.24991e-04 1.85890e-06 -1.25195e-03
3 Sigma 3.28939e-02 9.03305e-05 1.13489e-05 -6.52762e-04
*/
R2S->SetAlias("x_minus", "-0.03");
R2S->SetAlias("x_plus", "+0.03");
R2S->SetAlias("y_minus", "-0.03");
R2S->SetAlias("y_plus", "+0.03");
R2S->SetAlias("BEAM_x_shift_minus", "0.086-0.03-0.0007*z");
R2S->SetAlias("BEAM_x_shift_plus", "0.086+0.03-0.0007*z");
R2S->SetAlias("BEAM_y_shift_minus", "-0.197-0.03+0.0007*z");
R2S->SetAlias("BEAM_y_shift_plus", "-0.197+0.03+0.0005*z");
R2S->SetAlias("BEAM_x_shift_minus_700", "0.086-0.07-0.0007*z");
R2S->SetAlias("BEAM_x_shift_plus_700", "0.086+0.07-0.0007*z");
R2S->SetAlias("BEAM_y_shift_minus_700", "-0.197-0.07+0.0007*z");
R2S->SetAlias("BEAM_y_shift_plus_700", "-0.197+0.07+0.0007*z");
R2S->SetAlias("BEAM_x", "0.086-0.0007*z");
R2S->SetAlias("BEAM_y", "-0.197+0.0007*z");
R2S->SetAlias("rhoShiftBeam", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_xminus", "sqrt( (x-BEAM_x_shift_minus)*(x-BEAM_x_shift_minus)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_xplus", "sqrt( (x-BEAM_x_shift_plus)*(x-BEAM_x_shift_plus)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_yminus", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_minus)*(y-BEAM_y_shift_minus) )");
R2S->SetAlias("rhoShiftBeam_yplus", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_plus)*(y-BEAM_y_shift_plus) )");
R2S->SetAlias("rhoBeam_xminus", "sqrt( (x-x_minus)*(x-x_minus)+y*y )");
R2S->SetAlias("rhoBeam_xplus", "sqrt( (x-x_plus)*(x-x_plus)+y*y )");
R2S->SetAlias("rhoBeam_yminus", "sqrt( x*x+(y-y_minus)*(y-y_minus) )");
R2S->SetAlias("rhoBeam_yplus", "sqrt( x*x+(y-y_plus)*(y-y_plus) )");
write = new TFile(s_file.data(), "RECREATE");
//PSFile = new TPostScript(psFileName, 112);
// ================ BEGINING OF REC STUDY ================ //
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 50;
min = 0., max = min + nbins*1.0;
plotName = "RHO_BARREL";
histo_title = "#rho Nucl";
xaxis_title = "#rho Nucl (cm)";
variable = "rho";
cut0 = BarrelCut;
cut = cut0&&generalCut;
PlottiPlotta();
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 50;
min = 0, max = min + nbins*0.2;
plotName = "M_Out";
histo_title = "M_Out";
xaxis_title = "M_Out";
variable = "mOut";
cut0 = "";
cut = cut0&&generalCut;
PlottiPlotta();
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 100;
min = 0, max = min + nbins*0.2;
plotName = "Pt_Out";
histo_title = "Pt_Out";
xaxis_title = "ptOut";
variable = "ptOut";
cut0 = "";
cut = cut0&&generalCut;
PlottiPlotta();
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 280;
min = -70, max = min + nbins*0.5;
nbins1 = 280;
min1 = -70, max1 = min1 + nbins1*0.5;
nbins2 = 600;
min2 = -150, max2 = min2 + nbins2*0.5;
plotName = "TRACKER";
histo_title = "TRACKER";
xaxis_title = "x Nucl (cm)";
yaxis_title = "y Nucl (cm)";
zaxis_title = "z Nucl (cm)";
variable = "x";
variable1 = "y";
variable2 = "z";
cut0 = "";
cut = cut0&&generalCut;
PlottiPlotta3D();
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 400;
min = -20, max = min + nbins*0.1;
nbins1 = 400;
min1 = -20, max1 = min1 + nbins1*0.1;
nbins2 = 1200;
min2 = -60, max2 = min2 + nbins2*0.1;
plotName = "PIXEL";
histo_title = "PIXEL";
xaxis_title = "x Nucl (cm)";
yaxis_title = "y Nucl (cm)";
zaxis_title = "z Nucl (cm)";
variable = "x";
variable1 = "y";
variable2 = "z";
cut0 = "";
cut = cut0&&generalCut;
PlottiPlotta3D();
}
void ProduceNuclearHistos_BEAMPIPE_dxystudy(){
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/CMSSW_358p3/NuclearSkim_CMSSW358p3_goodcoll7TeV_R2S_20100525_HighPurity.root"; bDATA = true;
// string s1 = "NuclearSkim_CMSSW358p3_goodcoll7TeV_R2S_20100604_HighPurity.root"; bDATA = true;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/CMSSW_358p3/NuclearSkim_CMSSW358p3_minbias7TeV_R2S_20100604_HighPurity.root"; bDATA = false;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/CMSSW_358p3/NuclearSkim_CMSSW358p3_minbias7TeV_R2S_20100604_HighPurity_v2.root"; bDATA = false;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/CMSSW_358p3/NuclearSkim_CMSSW358p3_goodcoll7TeV_R2S_20100604_HighPurity.root"; bDATA = true;
// string s1 = "~sguazz/public/xLloyd/ntuple_nuclint_HIRun2010_4T.root"; bDATA = true;
// string s1 = "/tmp/mgouzevi/ntuple_nuclint.root"; bDATA = false;
// string s1 = "/afs/cern.ch/user/s/sguazz/public/xLloyd/ntuple_nuclint_HIRun2010_0T_10k.root";
// string s1 = "~sguazz/public/xLloyd/ntuple_nuclint_HIRun2010_0T_20k.root";
string s_file = "2011_4T_isNucl_before2T_dxystudy.root";
// string s_file = "2011_2T_isNucl_2Vtx.root";
// string s_file = "2011_MC_2T_isNucl.root";
//string s_file = "2011_4T_isNucl_after2T.root";
// string s_file = "2011_4T_isNucl_before2T.root";
// string s1 = "/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/ntuple_nuclint_HIRun2010.root"; bDATA = false;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/ntuple_nuclint_3.root"; bDATA = false;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/2T/ntuple_nuclint_MinBiasMC_altTrig_smallstats.root";
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/2T/LARGE/ntuple_nuclint_MinBiasMC_2cm.root";
string s1 = "/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/4T/20110601_ntuple_nuclint.root"; bDATA = false;
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/2T/LARGE/ntuple_nuclint_2T_MB_newNPlizer.root";
//string s1 = "rfio:/castor/cern.ch/user/s/sguazz/MaterialNtuples/ntuple_nuclint_pre2T_MB.root";
// string s1 = "rfio:/castor/cern.ch/user/s/sguazz/MaterialNtuples/ntuple_nuclint_post2T_MB.root";
// string s1 = "rfio:/castor/cern.ch/user/s/sguazz/MaterialNtuples/ntuple_nuclint_2T_MB.root";
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi//cmst3/CMSSW_DOMENICO_STEPS/ntuple_Total_wDomenicoStep.root";
//string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi//cmst3/CMSSW_DOMENICO_STEPS/ntuple_Total_wDomenicoStep.root";
// string s1 = "rfio:/castor/cern.ch/user/s/sguazz/MaterialNtuples/2T/ntuple_nuclint_MinBiasMC_2cm.root";
// string s1 = "rfio:/castor/cern.ch/user/m/mgouzevi/cmst3/CMSSW_BEAMPIPE/0T/ntuple_nuclint.root";
// string s1 = "ntuple_nuclint_2TExpress.root";
// string s1 = "/tmp/mgouzevi/ntuple_nuclint_CMSSW356_minbias7TeV.root";
f1 = TFile::Open(s1.data());
//f1 = TFile::Open(s1.data());
// TTree* ntupleR2S = (TTree*) f1->Get("ntupleR2S;1");
R2S = ntupleR2S->CopyTree(generalCut);
// R2S = ntupleR2S;
R2S->SetAlias("rho", "sqrt(x*x+y*y)");
R2S->SetAlias("PIX_x", "-0.147");
R2S->SetAlias("PIX_y", "-0.378");
R2S->SetAlias("PIX_z", "-0.485");
R2S->SetAlias("PIX_z06", "-0.6");
R2S->SetAlias("rhoShift", "sqrt( (x-PIX_x)*(x-PIX_x)+(y-PIX_y)*(y-PIX_y) )");
R2S->SetAlias("p", "sqrt( (x-PIX_x)*(x-PIX_x)+(y-PIX_y)*(y-PIX_y) )");
R2S->SetAlias("cosShift", "(x-PIX_x)/rhoShift");
R2S->SetAlias("zShift", "z-PIX_z");
R2S->SetAlias("P", "ptOut");
if (bDATA) generalCut = generalCut;
else generalCut = generalCut;
RailCut = "cosShift < -1/2. || cosShift > 1/2.";
/*
FCN=10340.4 FROM MIGRAD STATUS=CONVERGED 280 CALLS 281 TOTAL
EDM=0.000144842 STRATEGY= 1 ERROR MATRIX ACCURATE
EXT PARAMETER STEP FIRST
NO. NAME VALUE ERROR SIZE DERIVATIVE
1 x0 7.51145e-02 2.08214e-04 6.84889e-06 -4.70489e+01
2 y0 -1.73901e-01 1.52677e-04 5.91533e-06 1.07475e+02
3 R0 8.51282e+00 7.63835e-04 2.21906e-05 9.53501e+00
EXTERNAL ERROR MATRIX. NDIM= 25 NPAR= 3 ERR DEF=1
4.335e-08 1.558e-08 1.174e-07
1.558e-08 2.331e-08 6.554e-08
1.174e-07 6.554e-08 5.834e-07
PARAMETER CORRELATION COEFFICIENTS
NO. GLOBAL 1 2 3
1 0.74377 1.000 0.490 0.738
2 0.57294 0.490 1.000 0.562
3 0.77309 0.738 0.562 1.000
*/
/*
MC beam pipe corrected:
2 Mean 2.93989e+00 2.10168e-04 1.43973e-06 2.37972e-02
3 Sigma 3.04202e-02 1.55038e-04 9.49746e-06 -2.13246e-03
DATA BEAM PIPE CORRECTED
2 Mean 2.93656e+00 1.24991e-04 1.85890e-06 -1.25195e-03
3 Sigma 3.28939e-02 9.03305e-05 1.13489e-05 -6.52762e-04
*/
R2S->SetAlias("x_minus", "-0.03");
R2S->SetAlias("x_plus", "+0.03");
R2S->SetAlias("y_minus", "-0.03");
R2S->SetAlias("y_plus", "+0.03");
R2S->SetAlias("x_minus_700", "-0.07");
R2S->SetAlias("x_plus_700", "+0.07");
R2S->SetAlias("y_minus_700", "-0.07");
R2S->SetAlias("y_plus_700", "+0.07");
R2S->SetAlias("BEAM_x_shift_minus", "0.086-0.03-0.0007*z");
R2S->SetAlias("BEAM_x_shift_plus", "0.086+0.03-0.0007*z");
R2S->SetAlias("BEAM_y_shift_minus", "-0.197-0.03+0.0007*z");
R2S->SetAlias("BEAM_y_shift_plus", "-0.197+0.03+0.0005*z");
R2S->SetAlias("BEAM_x_shift_minus_700", "0.086-0.07-0.0007*z");
R2S->SetAlias("BEAM_x_shift_plus_700", "0.086+0.07-0.0007*z");
R2S->SetAlias("BEAM_y_shift_minus_700", "-0.197-0.07+0.0007*z");
R2S->SetAlias("BEAM_y_shift_plus_700", "-0.197+0.07+0.0007*z");
R2S->SetAlias("BEAM_x", "0.086-0.0007*z");
R2S->SetAlias("BEAM_y", "-0.197+0.0007*z");
R2S->SetAlias("rhoShiftBeam", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_xminus", "sqrt( (x-BEAM_x_shift_minus)*(x-BEAM_x_shift_minus)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_xplus", "sqrt( (x-BEAM_x_shift_plus)*(x-BEAM_x_shift_plus)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_yminus", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_minus)*(y-BEAM_y_shift_minus) )");
R2S->SetAlias("rhoShiftBeam_yplus", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_plus)*(y-BEAM_y_shift_plus) )");
R2S->SetAlias("rhoShiftBeam_xminus_700", "sqrt( (x-BEAM_x_shift_minus_700)*(x-BEAM_x_shift_minus_700)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_xplus_700", "sqrt( (x-BEAM_x_shift_plus_700)*(x-BEAM_x_shift_plus_700)+(y-BEAM_y)*(y-BEAM_y) )");
R2S->SetAlias("rhoShiftBeam_yminus_700", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_minus_700)*(y-BEAM_y_shift_minus_700) )");
R2S->SetAlias("rhoShiftBeam_yplus_700", "sqrt( (x-BEAM_x)*(x-BEAM_x)+(y-BEAM_y_shift_plus_700)*(y-BEAM_y_shift_plus_700) )");
R2S->SetAlias("rhoBeam_xminus", "sqrt( (x-x_minus)*(x-x_minus)+y*y )");
R2S->SetAlias("rhoBeam_xplus", "sqrt( (x-x_plus)*(x-x_plus)+y*y )");
R2S->SetAlias("rhoBeam_yminus", "sqrt( x*x+(y-y_minus)*(y-y_minus) )");
R2S->SetAlias("rhoBeam_yplus", "sqrt( x*x+(y-y_plus)*(y-y_plus) )");
R2S->SetAlias("rhoBeam_xminus_700", "sqrt( (x-x_minus_700)*(x-x_minus_700)+y*y )");
R2S->SetAlias("rhoBeam_xplus_700", "sqrt( (x-x_plus_700)*(x-x_plus_700)+y*y )");
R2S->SetAlias("rhoBeam_yminus_700", "sqrt( x*x+(y-y_minus_700)*(y-y_minus_700) )");
R2S->SetAlias("rhoBeam_yplus_700", "sqrt( x*x+(y-y_plus_700)*(y-y_plus_700) )");
write = new TFile(s_file.data(), "RECREATE");
generalCut = (nuclCut && cVtx);
//PSFile = new TPostScript(psFileName, 112);
// ================ BEGINING OF REC STUDY ================ //
//--------------------------------------//
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 100;
min = -5, max = min + nbins*0.1;
plotName = "z_BeamSpot";
histo_title = "z_BeamSpot";
xaxis_title = "z(BeamSpot)";
variable = "bsz0";
cut0 = "rho < 3.2 && rho > 2.8";
cut = cut0&&generalCut;
PlottiPlotta();
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 200;
min = -0.1, max = min + nbins*0.001;
plotName = "x_BeamSpot";
histo_title = "x_BeamSpot";
xaxis_title = "x(BeamSpot)";
variable = "bsx0";
cut0 = "rho < 3.2 && rho > 2.8";
cut = cut0&&generalCut;
PlottiPlotta();
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 200;
min = -0.1, max = min + nbins*0.001;
plotName = "y_BeamSpot";
histo_title = "y_BeamSpot";
xaxis_title = "y(BeamSpot)";
variable = "bsy0";
cut0 = "rho < 3.2 && rho > 2.8";
cut = cut0&&generalCut;
PlottiPlotta();
//------------- Canvas 1.2 --------------//
//------------- Rho Barrel Nucl ----------------//
//--------------------------------------//
nbins = 60;
min = -3, max = min + nbins*0.1;
plotName = "tkDxy_min";
histo_title = "tkDxy_min";
xaxis_title = "dxy min wrto to primary vertices";
variable = "tkDxy_min";
cut0 = "rho < 3.2 && rho > 2.8 && minDxyVertexNumber>0";
cut = cut0&&generalCut;
PlottiPlotta();
//------------- Canvas 1.1 --------------//
//------------- XY Barrel Nucl ----------------//
//--------------------------------------//
nbins = 60;
min = -3, max = min + nbins*0.1;
nbins1 = 60;
min1 = -6, max1 = min1 + nbins1*0.2;
plotName = "tkDxy_vs_tkDz_map";
histo_title = "tkDxy_vs_tkDz_map";
xaxis_title = "tkDxy_min";
yaxis_title = "tkDzForDxyMin";
variable1 = "tkDzForDxyMin"; variable = "tkDxy_min";
cut0 = "rho < 3.2 && rho > 2.8 && minDxyVertexNumber>0";
cut = cut0&&generalCut;
PlottiPlotta2D();
}
