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Hists_8TeV.cc
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Hists_8TeV.cc
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#include <iostream>
#include <iomanip>
#include <vector>
#include <fstream>
#include <string>
#include <cstdlib>
#include <stdio.h>
#include <map>
#include <utility>
#include <algorithm>
#include "TROOT.h"
#include "TFile.h"
#include "TString.h"
#include "TH1.h"
#include "TGraph.h"
#include "TGraphErrors.h"
#include "TF1.h"
#include "TLegend.h"
#include "TMultiGraph.h"
#include "THStack.h"
#include "TCanvas.h"
#include "TPad.h"
#include "TMath.h"
#include "TTree.h"
#include "TTreeIndex.h"
#include "TStyle.h"
#include "TH2F.h"
#include "TLatex.h"
#include "TLine.h"
#include "TGraphAsymmErrors.h"
#include "Math/QuantFuncMathCore.h"
#include "Collection.h"
#include "MergedCollection.h"
#include "PlotHelper.h"
using namespace std;
typedef std::vector<double> dv;
typedef std::vector<TH1F*> hv;
typedef std::vector<THStack*> stackv;
typedef std::vector<ULong64_t> uv;
typedef std::vector<TString> tsv;
typedef std::vector<std::string> stringv;
int main(int argc, char* argv[]){
using namespace std;
if (argc != 9){
cout << "Usage: ./makeHists8TeV.exe <fileDir> <plotXlow> <plotXhigh> <binSize> <plotXlow_zoom> <plotXhigh_zoom> <binSize_zoom> <print data>" << endl;
return 1;
}
PlotHelper *helper = new PlotHelper();
string outDir = (string)argv[1];
TString ToutDir = (TString)outDir;
TString epsPlotDir = ToutDir+"/eps";
TString pngPlotDir = ToutDir+"/png";
string txtDir = outDir+"/txt";
TString fileDir = "../Histogramming_8TeV/rootFiles_Legacy_dataMC/";
TString fileDir_7 = "../Histogramming/rootFiles_Legacy_dataMC/";
TString treeName1 = "AnaAfterHlt/passedEvents";
TString treeName = "passedEvents_dataMC";
// ------------- Histograms -------------- //
//lumi
double lumi = 19.63;//7.41;
double sqrts = 8;
//whole range
Double_t binSize = atof(argv[4]);
Double_t xLow4l = -5;//range of tree
Double_t xHigh4l = 1005;//range of tree
Double_t plotXlow = atof(argv[2]);//range of plot
Double_t plotXhigh = atof(argv[3]);//range of plot
Int_t nBins4l = (xHigh4l-xLow4l)/binSize;
Double_t plotYmax = 55;
TString yAxisLabel = (TString)"Events / "+Form("%.0f",binSize)+" GeV";
TString xAxisLabel_m4l = "m_{4l} [GeV]";
TString xAxisLabel_m4e = "m_{4e} [GeV]";
TString xAxisLabel_m4mu = "m_{4#mu} [GeV]";
TString xAxisLabel_m2e2mu = "m_{2e2#mu} [GeV]";
//low mass zoom
Double_t binSize_zoom = atof(argv[7]);
Double_t xLow4l_zoom = 70;//range of tree
Double_t xHigh4l_zoom = 190;//range of tree
Double_t plotXlow_zoom = atof(argv[5]);//range of plot
Double_t plotXhigh_zoom = atof(argv[6]);//range of plot
Int_t nBins4l_zoom = (xHigh4l_zoom-xLow4l_zoom)/binSize_zoom;
Double_t plotYmax_zoom = 25;
TString yAxisLabel_zoom = (TString)"Events / "+Form("%.0f",binSize_zoom)+" GeV";
//reducible background
Double_t nBgEvents_4mu = 3.0;
Double_t nBgEvents_4e = 4.9;
Double_t nBgEvents_2e2mu = 7.1;
Double_t nBgEvents = nBgEvents_4mu+nBgEvents_4e+nBgEvents_2e2mu;
Double_t l_mu = 142.6;
Double_t l_sigma = 19.8;
//cuts
double massZ1Cut = 40;
double massZ2Cut = 4;
double m4lCut = 0;
double ptMuCut = 5;
double ptElCut = 7;
bool printData = (bool)atoi(argv[8]);
double percentMaxBin = 1.5;
// ------------ Style --------------- //
Color_t redBgColor = kGreen-5;
Color_t ZZBgColor = kAzure-9;
Color_t h126Color = kOrange+10;
Color_t h350Color = kRed+1;
gStyle->SetOptStat(0000);
gStyle->SetPadLeftMargin(0.14);
gStyle->SetOptTitle(0);
gStyle->SetPadTopMargin(0.05);
gStyle->SetPadBottomMargin(0.13);
Collection *CggH126 = new Collection("mH126ggH",fileDir+"/mH_126_ggH.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *CVBF126 = new Collection("mH126VBF",fileDir+"/mH_126_VBF.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *CggH350 = new Collection("mH350ggH",fileDir+"/mH_350_ggH.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *CVBF350 = new Collection("mH350VBF",fileDir+"/mH_350_VBF.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz4mu = new Collection("ZZ4mu",fileDir+"/ZZ_4mu.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz4e = new Collection("ZZ4e",fileDir+"/ZZ_4e.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz2e2mu = new Collection("ZZ2e2mu",fileDir+"/ZZ_2e2mu.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz4tau = new Collection("ZZ4tau",fileDir+"/ZZto4tau.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz2e2tau = new Collection("ZZ2e2tau",fileDir+"/ZZto2e2tau.root" ,treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Czz2mu2tau = new Collection("ZZ2mu2tau",fileDir+"/ZZto2mu2tau.root",treeName,lumi,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Cggzz4l = new Collection("ggZZ4l",fileDir_7+"/ggZZ_4l.root" ,treeName,lumi*1.18,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Cggzz2l2l = new Collection("ggZZ2l2l",fileDir_7+"/ggZZ_2e2mu.root" ,treeName,lumi*1.18,false,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
Collection *Cdata = new Collection("Data",fileDir+"/Data.root" ,treeName1,1,true,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
//Collection *Cdata = new Collection("Data","../Histogramming_8TeV/rootFiles_Moriond_old/Data.root" ,treeName1,1,true,massZ1Cut,massZ2Cut,ptMuCut, ptElCut,m4lCut);
std::vector<Collection*> cvZZ, cvH350,cvggzz,cvH126;
cvZZ.push_back(Czz4mu);
cvZZ.push_back(Czz4e);
cvZZ.push_back(Czz2e2mu);
MergedCollection *MCZZ_noTaus = new MergedCollection("ZZnoTaus",cvZZ);
cvZZ.push_back(Czz4tau);
cvZZ.push_back(Czz2e2tau);
cvZZ.push_back(Czz2mu2tau);
MergedCollection *MCZZ_taus = new MergedCollection("ZZwithTaus",cvZZ);
cvZZ.push_back(Cggzz4l);
cvZZ.push_back(Cggzz2l2l);
cvggzz.push_back(Cggzz4l);
cvggzz.push_back(Cggzz2l2l);
cvH350.push_back(CggH350);
cvH350.push_back(CVBF350);
cvH126.push_back(CggH126);
cvH126.push_back(CVBF126);
MergedCollection *MCZZ = new MergedCollection("ZZ",cvZZ);
MergedCollection *MCggZZ = new MergedCollection("ggZZ",cvggzz);
MergedCollection *MCH350 = new MergedCollection("mH350",cvH350);
MergedCollection *MCH126 = new MergedCollection("mH126",cvH126);
// ------------ Legend ------------ //
TLegend *leg = new TLegend(0.6,0.62,0.85,0.93);
leg->SetTextSize(0.04);
leg->SetTextFont(42);
leg->SetFillColor(kWhite);
leg->SetBorderSize(0);
leg->SetFillStyle(0);
TLatex *CP = new TLatex();
CP->SetNDC(kTRUE);
CP->SetTextSize(0.035);
CP->SetTextAlign(31);
CP->SetTextFont(42);
CP->SetTextAlign(11);
// ================================================================================================= //
// ------------ m4l --------------- //
TF1 *redBgFunc_4l = new TF1("redBgFunc_4l","TMath::Landau(x,[0],[1],0)", xLow4l,xHigh4l);
redBgFunc_4l->FixParameter(0,l_mu);
redBgFunc_4l->FixParameter(1,l_sigma);
TH1F* histm4l_h126_zoom = new TH1F("m4l_h126_zoom","Mass of 4 leptons; m_{4l} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4l_h350_zoom = new TH1F("m4l_h350_zoom","Mass of 4 leptons; m_{4l} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4l_ZZ_zoom = new TH1F("m4l_ZZ_zoom","Mass of 4 leptons; m_{4l} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4l_ZX_zoom = new TH1F("m4l_ZX_zoom","Mass of 4 leptons; m_{4l} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->getHistFromTF1(redBgFunc_4l,histm4l_ZX_zoom,nBgEvents);
TH1F* histm4l_data_zoom = new TH1F("m4l_data_zoom","Mass of 4 leptons; m_{4l} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->fillHistFromVariable(Cdata,histm4l_data_zoom,"mass4l");
TGraphAsymmErrors* histm4l_dataE_zoom;
helper->getAsymErr(histm4l_data_zoom,histm4l_dataE_zoom);
helper->fillHistFromVariable(MCZZ,histm4l_ZZ_zoom,"mass4l");
helper->fillHistFromVariable(MCH350,histm4l_h350_zoom,"mass4l");
helper->fillHistFromVariable(MCH126,histm4l_h126_zoom,"mass4l");
helper->setHistProperties(histm4l_ZZ_zoom,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4l_ZX_zoom,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4l_h126_zoom,h126Color,1001,helper->line);
helper->setHistProperties(histm4l_h350_zoom,h350Color,1001,helper->line);
helper->setHistProperties(histm4l_data_zoom,kBlack,1001,helper->markers,20);
helper->addLegendEntry(leg,histm4l_data_zoom,"Data" ,"P");
helper->addLegendEntry(leg,histm4l_ZZ_zoom ,"ZZ" ,"F");
helper->addLegendEntry(leg,histm4l_ZX_zoom ,"Z+X" ,"F");
helper->addLegendEntry(leg,histm4l_h126_zoom,"m_{H}=126","F");
dv highestBin_m4lz;
highestBin_m4lz.push_back(helper->findHighestBin(histm4l_ZX_zoom));
highestBin_m4lz.push_back(helper->findHighestBin(histm4l_ZZ_zoom));
highestBin_m4lz.push_back(helper->findHighestBin(histm4l_h126_zoom));
highestBin_m4lz.push_back(helper->findHighestBin(histm4l_h350_zoom));
highestBin_m4lz.push_back(helper->findHighestBin(histm4l_data_zoom));
if( plotYmax_zoom < 0)
{
for(unsigned int k = 0; k < highestBin_m4lz.size(); k++)
{
if(percentMaxBin*highestBin_m4lz[k] > plotYmax_zoom) plotYmax_zoom = percentMaxBin*highestBin_m4lz[k];
}
}
THStack *stackM4l_zoom = new THStack();
stackM4l_zoom->Add(histm4l_ZX_zoom);
stackM4l_zoom->Add(histm4l_ZZ_zoom);
stackM4l_zoom->Add(histm4l_h126_zoom);
//stackM4l_zoom->Add(histm4l_h350_zoom);
helper->drawPlot(stackM4l_zoom,histm4l_dataE_zoom,leg,CP,pngPlotDir+"/m4l_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".png",
xAxisLabel_m4l,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
helper->drawPlot(stackM4l_zoom,histm4l_dataE_zoom,leg,CP,epsPlotDir+"/m4l_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".eps",
xAxisLabel_m4l,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
plotYmax_zoom = 0;
// ------------- m4e ------------ //
TH1F* histm4e_h126_zoom = new TH1F("m4e_h126_zoom","Mass of 4 leptons; m_{4e} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4e_h350_zoom = new TH1F("m4e_h350_zoom","Mass of 4 leptons; m_{4e} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4e_ZZ_zoom = new TH1F("m4e_ZZ_zoom","Mass of 4 leptons; m_{4e} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4e_ZX_zoom = new TH1F("m4e_ZX_zoom","Mass of 4 leptons; m_{4e} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->getHistFromTF1(redBgFunc_4l,histm4e_ZX_zoom,nBgEvents_4e);
TH1F* histm4e_data_zoom = new TH1F("m4e_data_zoom","Mass of 4 leptons; m_{4e} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->fillHistFromVariable(Cdata,histm4e_data_zoom,"mass4e");
TGraphAsymmErrors* histm4e_dataE_zoom;
helper->getAsymErr(histm4e_data_zoom,histm4e_dataE_zoom);
helper->fillHistFromVariable(MCZZ,histm4e_ZZ_zoom,"mass4e");
helper->fillHistFromVariable(MCH350,histm4e_h350_zoom,"mass4e");
helper->fillHistFromVariable(MCH126,histm4e_h126_zoom,"mass4e");
helper->setHistProperties(histm4e_ZZ_zoom,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4e_ZX_zoom,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4e_h126_zoom,h126Color,1001,helper->line);
helper->setHistProperties(histm4e_h350_zoom,h350Color,1001,helper->line);
helper->setHistProperties(histm4e_data_zoom,kBlack,1001,helper->markers,20);
dv highestBin_m4ez;
highestBin_m4ez.push_back(helper->findHighestBin(histm4e_ZX_zoom));
highestBin_m4ez.push_back(helper->findHighestBin(histm4e_ZZ_zoom));
highestBin_m4ez.push_back(helper->findHighestBin(histm4e_h126_zoom));
highestBin_m4ez.push_back(helper->findHighestBin(histm4e_h350_zoom));
highestBin_m4ez.push_back(helper->findHighestBin(histm4e_data_zoom));
if( plotYmax_zoom < 0)
{
for(unsigned int k = 0; k < highestBin_m4ez.size(); k++)
{
if(percentMaxBin*highestBin_m4ez[k] > plotYmax_zoom) plotYmax_zoom = percentMaxBin*highestBin_m4ez[k];
}
}
THStack *stackM4e_zoom = new THStack();
stackM4e_zoom->Add(histm4e_ZX_zoom);
stackM4e_zoom->Add(histm4e_ZZ_zoom);
stackM4e_zoom->Add(histm4e_h126_zoom);
//stackM4e_zoom->Add(histm4e_h350_zoom);
helper->drawPlot(stackM4e_zoom,histm4e_dataE_zoom,leg,CP,pngPlotDir+"/m4e_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".png",
xAxisLabel_m4e,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
helper->drawPlot(stackM4e_zoom,histm4e_dataE_zoom,leg,CP,epsPlotDir+"/m4e_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".eps",
xAxisLabel_m4e,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
plotYmax_zoom = 0;
// ------------ m4mu ------------- //
TH1F* histm4mu_h126_zoom = new TH1F("m4mu_h126_zoom","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4mu_h350_zoom = new TH1F("m4mu_h350_zoom","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4mu_ZZ_zoom = new TH1F("m4mu_ZZ_zoom","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm4mu_ZX_zoom = new TH1F("m4mu_ZX_zoom","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->getHistFromTF1(redBgFunc_4l,histm4mu_ZX_zoom,nBgEvents_4mu);
TH1F* histm4mu_data_zoom = new TH1F("m4mu_data_zoom","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->fillHistFromVariable(Cdata,histm4mu_data_zoom,"mass4mu");
TGraphAsymmErrors* histm4mu_dataE_zoom;
helper->getAsymErr(histm4mu_data_zoom,histm4mu_dataE_zoom);
helper->fillHistFromVariable(MCZZ,histm4mu_ZZ_zoom,"mass4mu");
helper->fillHistFromVariable(MCH350,histm4mu_h350_zoom,"mass4mu");
helper->fillHistFromVariable(MCH126,histm4mu_h126_zoom,"mass4mu");
helper->setHistProperties(histm4mu_ZZ_zoom,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4mu_ZX_zoom,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4mu_h126_zoom,h126Color,1001,helper->line);
helper->setHistProperties(histm4mu_h350_zoom,h350Color,1001,helper->line);
helper->setHistProperties(histm4mu_data_zoom,kBlack,1001,helper->markers,20);
dv highestBin_m4muz;
highestBin_m4muz.push_back(helper->findHighestBin(histm4mu_ZX_zoom));
highestBin_m4muz.push_back(helper->findHighestBin(histm4mu_ZZ_zoom));
highestBin_m4muz.push_back(helper->findHighestBin(histm4mu_h126_zoom));
highestBin_m4muz.push_back(helper->findHighestBin(histm4mu_h350_zoom));
highestBin_m4muz.push_back(helper->findHighestBin(histm4mu_data_zoom));
if( plotYmax_zoom < 0)
{
for(unsigned int k = 0; k < highestBin_m4muz.size(); k++)
{
if(percentMaxBin*highestBin_m4muz[k] > plotYmax_zoom) plotYmax_zoom = percentMaxBin*highestBin_m4muz[k];
}
}
THStack *stackM4mu_zoom = new THStack();
stackM4mu_zoom->Add(histm4mu_ZX_zoom);
stackM4mu_zoom->Add(histm4mu_ZZ_zoom);
stackM4mu_zoom->Add(histm4mu_h126_zoom);
//stackM4mu_zoom->Add(histm4mu_h350_zoom);
helper->drawPlot(stackM4mu_zoom,histm4mu_dataE_zoom,leg,CP,pngPlotDir+"/m4mu_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".png",
xAxisLabel_m4mu,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
helper->drawPlot(stackM4mu_zoom,histm4mu_dataE_zoom,leg,CP,epsPlotDir+"/m4mu_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".eps",
xAxisLabel_m4mu,yAxisLabel_zoom,sqrts,lumi,plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
plotYmax_zoom = 0;
// ------------ m2e2mu ------------- //
TH1F* histm2e2mu_h126_zoom = new TH1F("m2e2mu_h126_zoom","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm2e2mu_h350_zoom = new TH1F("m2e2mu_h350_zoom","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm2e2mu_ZZ_zoom = new TH1F("m2e2mu_ZZ_zoom","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
TH1F* histm2e2mu_ZX_zoom = new TH1F("m2e2mu_ZX_zoom","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->getHistFromTF1(redBgFunc_4l,histm2e2mu_ZX_zoom,nBgEvents_2e2mu);
TH1F* histm2e2mu_data_zoom = new TH1F("m2e2mu_data_zoom","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 3 GeV",nBins4l_zoom,xLow4l_zoom,xHigh4l_zoom);
helper->fillHistFromVariable(Cdata,histm2e2mu_data_zoom,"mass2e2mu");
TGraphAsymmErrors* histm2e2mu_dataE_zoom;
helper->getAsymErr(histm2e2mu_data_zoom,histm2e2mu_dataE_zoom);
helper->fillHistFromVariable(MCZZ,histm2e2mu_ZZ_zoom,"mass2e2mu");
helper->fillHistFromVariable(MCH350,histm2e2mu_h350_zoom,"mass2e2mu");
helper->fillHistFromVariable(MCH126,histm2e2mu_h126_zoom,"mass2e2mu");
helper->setHistProperties(histm2e2mu_ZZ_zoom,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm2e2mu_ZX_zoom,redBgColor,1001,helper->filled);
helper->setHistProperties(histm2e2mu_h126_zoom,h126Color,1001,helper->line);
helper->setHistProperties(histm2e2mu_h350_zoom,h350Color,1001,helper->line);
helper->setHistProperties(histm2e2mu_data_zoom,kBlack,1001,helper->markers,20);
dv highestBin_m2e2muz;
highestBin_m2e2muz.push_back(helper->findHighestBin(histm2e2mu_ZX_zoom));
highestBin_m2e2muz.push_back(helper->findHighestBin(histm2e2mu_ZZ_zoom));
highestBin_m2e2muz.push_back(helper->findHighestBin(histm2e2mu_h126_zoom));
highestBin_m2e2muz.push_back(helper->findHighestBin(histm2e2mu_h350_zoom));
highestBin_m2e2muz.push_back(helper->findHighestBin(histm2e2mu_data_zoom));
if( plotYmax_zoom < 0)
{
for(unsigned int k = 0; k < highestBin_m2e2muz.size(); k++)
{
if(percentMaxBin*highestBin_m2e2muz[k] > plotYmax_zoom) plotYmax_zoom = percentMaxBin*highestBin_m2e2muz[k];
}
}
THStack *stackM2e2mu_zoom = new THStack();
stackM2e2mu_zoom->Add(histm2e2mu_ZX_zoom);
stackM2e2mu_zoom->Add(histm2e2mu_ZZ_zoom);
stackM2e2mu_zoom->Add(histm2e2mu_h126_zoom);
//stackM2e2mu_zoom->Add(histm2e2mu_h350_zoom);
helper->drawPlot(stackM2e2mu_zoom,histm2e2mu_dataE_zoom,leg,CP,pngPlotDir+"/m2e2mu_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".png",
xAxisLabel_m2e2mu,yAxisLabel_zoom, sqrts, lumi, plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
helper->drawPlot(stackM2e2mu_zoom,histm2e2mu_dataE_zoom,leg,CP,epsPlotDir+"/m2e2mu_"+Form("%.0f",plotXlow_zoom)+"_"+Form("%.0f",plotXhigh_zoom)+".eps",
xAxisLabel_m2e2mu,yAxisLabel_zoom, sqrts, lumi, plotXlow_zoom,plotXhigh_zoom,plotYmax_zoom);
plotYmax_zoom = 0;
// --------------- m4l ---------------- //
TH1F* histm4l_h126 = new TH1F("m4l_h126","Mass of 4 leptons; m_{4l} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4l_h350 = new TH1F("m4l_h350","Mass of 4 leptons; m_{4l} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4l_ZZ = new TH1F("m4l_ZZ","Mass of 4 leptons; m_{4l} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4l_ZX = new TH1F("m4l_ZX","Mass of 4 leptons; m_{4l} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->getHistFromTF1(redBgFunc_4l,histm4l_ZX,nBgEvents);
TH1F* histm4l_data = new TH1F("m4l_data","Mass of 4 leptons; m_{4l} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->fillHistFromVariable(Cdata,histm4l_data,"mass4l");
TGraphAsymmErrors* histm4l_dataE;
helper->getAsymErr(histm4l_data,histm4l_dataE);
helper->fillHistFromVariable(MCZZ,histm4l_ZZ,"mass4l");
helper->fillHistFromVariable(MCH350,histm4l_h350,"mass4l");
helper->fillHistFromVariable(MCH126,histm4l_h126,"mass4l");
helper->setHistProperties(histm4l_ZZ,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4l_ZX,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4l_h126,h126Color,1001,helper->line);
helper->setHistProperties(histm4l_h350,h350Color,1001,helper->line);
helper->setHistProperties(histm4l_data,kBlack,1001,helper->markers,20);
//helper->addLegendEntry(leg,histm4l_h350,"m_{H}=350","F");
dv highestBin_m4l;
highestBin_m4l.push_back(helper->findHighestBin(histm4l_ZX));
highestBin_m4l.push_back(helper->findHighestBin(histm4l_ZZ));
highestBin_m4l.push_back(helper->findHighestBin(histm4l_h126));
highestBin_m4l.push_back(helper->findHighestBin(histm4l_h350));
highestBin_m4l.push_back(helper->findHighestBin(histm4l_data));
if( plotYmax < 0)
{
for(unsigned int k = 0; k < highestBin_m4l.size(); k++)
{
if(percentMaxBin*highestBin_m4l[k] > plotYmax) plotYmax = percentMaxBin*highestBin_m4l[k];
}
}
THStack *stackM4l = new THStack();
stackM4l->Add(histm4l_ZX);
stackM4l->Add(histm4l_ZZ);
stackM4l->Add(histm4l_h126);
//stackM4l->Add(histm4l_h350);
helper->drawPlot(stackM4l,histm4l_dataE,leg,CP,pngPlotDir+"/m4l_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".png",
xAxisLabel_m4l,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
helper->drawPlot(stackM4l,histm4l_dataE,leg,CP,epsPlotDir+"/m4l_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".eps",
xAxisLabel_m4l,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
//plotYmax = 0;
// ------------- m4e ------------ //
TH1F* histm4e_h126 = new TH1F("m4e_h126","Mass of 4 leptons; m_{4e} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4e_h350 = new TH1F("m4e_h350","Mass of 4 leptons; m_{4e} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4e_ZZ = new TH1F("m4e_ZZ","Mass of 4 leptons; m_{4e} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4e_ZX = new TH1F("m4e_ZX","Mass of 4 leptons; m_{4e} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->getHistFromTF1(redBgFunc_4l,histm4e_ZX,nBgEvents_4e);
TH1F* histm4e_data = new TH1F("m4e_data","Mass of 4 leptons; m_{4e} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->fillHistFromVariable(Cdata,histm4e_data,"mass4e");
TGraphAsymmErrors* histm4e_dataE;
helper->getAsymErr(histm4e_data,histm4e_dataE);
helper->fillHistFromVariable(MCZZ,histm4e_ZZ,"mass4e");
helper->fillHistFromVariable(MCH350,histm4e_h350,"mass4e");
helper->fillHistFromVariable(MCH126,histm4e_h126,"mass4e");
helper->setHistProperties(histm4e_ZZ,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4e_ZX,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4e_h126,h126Color,1001,helper->line);
helper->setHistProperties(histm4e_h350,h350Color,1001,helper->line);
helper->setHistProperties(histm4e_data,kBlack,1001,helper->markers,20);
dv highestBin_m4e;
highestBin_m4e.push_back(helper->findHighestBin(histm4e_ZX));
highestBin_m4e.push_back(helper->findHighestBin(histm4e_ZZ));
highestBin_m4e.push_back(helper->findHighestBin(histm4e_h126));
highestBin_m4e.push_back(helper->findHighestBin(histm4e_h350));
highestBin_m4e.push_back(helper->findHighestBin(histm4e_data));
if( plotYmax < 0)
{
for(unsigned int k = 0; k < highestBin_m4e.size(); k++)
{
if(percentMaxBin*highestBin_m4e[k] > plotYmax) plotYmax = percentMaxBin*highestBin_m4e[k];
}
}
THStack *stackM4e = new THStack();
stackM4e->Add(histm4e_ZX);
stackM4e->Add(histm4e_ZZ);
stackM4e->Add(histm4e_h126);
//stackM4e->Add(histm4e_h350);
helper->drawPlot(stackM4e,histm4e_dataE,leg,CP,pngPlotDir+"/m4e_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".png",
xAxisLabel_m4e,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
helper->drawPlot(stackM4e,histm4e_dataE,leg,CP,epsPlotDir+"/m4e_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".eps",
xAxisLabel_m4e,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
plotYmax = 0;
// ------------ m4mu ------------- //
TH1F* histm4mu_h126 = new TH1F("m4mu_h126","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4mu_h350 = new TH1F("m4mu_h350","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4mu_ZZ = new TH1F("m4mu_ZZ","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm4mu_ZX = new TH1F("m4mu_ZX","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->getHistFromTF1(redBgFunc_4l,histm4mu_ZX,nBgEvents_4mu);
TH1F* histm4mu_data = new TH1F("m4mu_data","Mass of 4 leptons; m_{4#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->fillHistFromVariable(Cdata,histm4mu_data,"mass4mu");
TGraphAsymmErrors* histm4mu_dataE;
helper->getAsymErr(histm4mu_data,histm4mu_dataE);
helper->fillHistFromVariable(MCZZ,histm4mu_ZZ,"mass4mu");
helper->fillHistFromVariable(MCH350,histm4mu_h350,"mass4mu");
helper->fillHistFromVariable(MCH126,histm4mu_h126,"mass4mu");
helper->setHistProperties(histm4mu_ZZ,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm4mu_ZX,redBgColor,1001,helper->filled);
helper->setHistProperties(histm4mu_h126,h126Color,1001,helper->line);
helper->setHistProperties(histm4mu_h350,h350Color,1001,helper->line);
helper->setHistProperties(histm4mu_data,kBlack,1001,helper->markers,20);
dv highestBin_m4mu;
highestBin_m4mu.push_back(helper->findHighestBin(histm4mu_ZX));
highestBin_m4mu.push_back(helper->findHighestBin(histm4mu_ZZ));
highestBin_m4mu.push_back(helper->findHighestBin(histm4mu_h126));
highestBin_m4mu.push_back(helper->findHighestBin(histm4mu_h350));
highestBin_m4mu.push_back(helper->findHighestBin(histm4mu_data));
if( plotYmax < 0)
{
for(unsigned int k = 0; k < highestBin_m4mu.size(); k++)
{
if(percentMaxBin*highestBin_m4mu[k] > plotYmax) plotYmax = percentMaxBin*highestBin_m4mu[k];
}
}
THStack *stackM4mu = new THStack();
stackM4mu->Add(histm4mu_ZX);
stackM4mu->Add(histm4mu_ZZ);
stackM4mu->Add(histm4mu_h126);
//stackM4mu->Add(histm4mu_h350);
helper->drawPlot(stackM4mu,histm4mu_dataE,leg,CP,pngPlotDir+"/m4mu_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".png",
xAxisLabel_m4mu,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
helper->drawPlot(stackM4mu,histm4mu_dataE,leg,CP,epsPlotDir+"/m4mu_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".eps",
xAxisLabel_m4mu,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
plotYmax = 0;
// ------------ m2e2mu ------------- //
TH1F* histm2e2mu_h126 = new TH1F("m2e2mu_h126","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm2e2mu_h350 = new TH1F("m2e2mu_h350","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm2e2mu_ZZ = new TH1F("m2e2mu_ZZ","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
TH1F* histm2e2mu_ZX = new TH1F("m2e2mu_ZX","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->getHistFromTF1(redBgFunc_4l,histm2e2mu_ZX,nBgEvents_2e2mu);
TH1F* histm2e2mu_data = new TH1F("m2e2mu_data","Mass of 4 leptons; m_{2e2#mu} [GeV]; Events / 10 GeV",nBins4l,xLow4l,xHigh4l);
helper->fillHistFromVariable(Cdata,histm2e2mu_data,"mass2e2mu");
TGraphAsymmErrors* histm2e2mu_dataE;
helper->getAsymErr(histm2e2mu_data,histm2e2mu_dataE);
helper->fillHistFromVariable(MCZZ,histm2e2mu_ZZ,"mass2e2mu");
helper->fillHistFromVariable(MCH350,histm2e2mu_h350,"mass2e2mu");
helper->fillHistFromVariable(MCH126,histm2e2mu_h126,"mass2e2mu");
helper->setHistProperties(histm2e2mu_ZZ,ZZBgColor,1001,helper->filled);
helper->setHistProperties(histm2e2mu_ZX,redBgColor,1001,helper->filled);
helper->setHistProperties(histm2e2mu_h126,h126Color,1001,helper->line);
helper->setHistProperties(histm2e2mu_h350,h350Color,1001,helper->line);
helper->setHistProperties(histm2e2mu_data,kBlack,1001,helper->markers,20);
dv highestBin_m2e2mu;
highestBin_m2e2mu.push_back(helper->findHighestBin(histm2e2mu_ZX));
highestBin_m2e2mu.push_back(helper->findHighestBin(histm2e2mu_ZZ));
highestBin_m2e2mu.push_back(helper->findHighestBin(histm2e2mu_h126));
highestBin_m2e2mu.push_back(helper->findHighestBin(histm2e2mu_h350));
highestBin_m2e2mu.push_back(helper->findHighestBin(histm2e2mu_data));
if( plotYmax < 0)
{
for(unsigned int k = 0; k < highestBin_m2e2mu.size(); k++)
{
if(percentMaxBin*highestBin_m2e2mu[k] > plotYmax) plotYmax = percentMaxBin*highestBin_m2e2mu[k];
}
}
THStack *stackM2e2mu = new THStack();
stackM2e2mu->Add(histm2e2mu_ZX);
stackM2e2mu->Add(histm2e2mu_ZZ);
stackM2e2mu->Add(histm2e2mu_h126);
//stackM2e2mu->Add(histm2e2mu_h350);
helper->drawPlot(stackM2e2mu,histm2e2mu_dataE,leg,CP,pngPlotDir+"/m2e2mu_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".png",
xAxisLabel_m2e2mu,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
helper->drawPlot(stackM2e2mu,histm2e2mu_dataE,leg,CP,epsPlotDir+"/m2e2mu_"+Form("%.0f",plotXlow)+"_"+Form("%.0f",plotXhigh)+".eps",
xAxisLabel_m2e2mu,yAxisLabel,sqrts,lumi,plotXlow,plotXhigh,plotYmax);
plotYmax = 0;
// ----------------- Print Data ------------- //
if(printData)
{
//fileDir = "../Histogramming_8TeV/rootFiles_Moriond_old/";
helper->printData(fileDir+"/Data.root",treeName1, txtDir+"/SChannelEvents_8TeV.txt", 40.0, 4.0, ptMuCut,ptElCut, 80.0, 100.0);
helper->printDataSync(fileDir+"/Data.root",treeName1, txtDir+"/SyncEvents_8TeV.txt", 40.0, 12.0,ptMuCut,ptElCut, 70.0, 1000.0);
helper->printData(fileDir+"/Data.root",treeName1, txtDir+"/PassedEvents_8TeV.txt", 40.0, 12.0,ptMuCut,ptElCut, 70.0, 1000.0);
helper->printDataShort(fileDir+"/Data.root",treeName1, txtDir+"/PassedEvents_short_8TeV.txt", 40.0, 12.0,ptMuCut,ptElCut, 100.0, 1000.0);
helper->printDataTex(fileDir+"/Data.root",treeName1, txtDir+"/PassedEvents_8TeV.tex", 40.0, 12.0,ptMuCut,ptElCut, 100.0, 1000.0);
//helper->printDataErr(fileDir+"/Data.root",treeName, txtDir+"/EventErrors.txt", 40.0, 12.0, 70.0, 170.0);
//helper->printFourMomenta(fileDir+"/Data.root",treeName, txtDir+"/EventFourMomenta_8TeV.txt", 40.0, 12.0, 115.0, 135.0);
//helper->printData(fileDir+"/Data.root","AnaAfterHlt/passedEvents", txtDir+"/PassedEvents_forTiz.txt", 40.0, 12.0, 121.5, 130.5);
}
// ---------------- Print Yields ------------- //
ofstream out;
string yieldFile_100_800 = txtDir+"/HistoYields_100_1000.txt";
out.open(yieldFile_100_800.c_str());
helper->printCollectionYield(MCZZ_noTaus, out, 40., 12., 100., 1000.);
helper->printCollectionYield(MCZZ_taus, out, 40., 12., 100., 1000.);
helper->printCollectionYield(MCggZZ, out, 40., 12., 100., 1000.);
helper->printCollectionYield(MCH126, out, 40., 12., 100., 1000.);
helper->printCollectionYield(MCH350, out, 40., 12., 100., 1000.);
out << "----------------" << endl;
out << "Z4L Fit" << endl;
helper->printCollectionYield(MCZZ_taus, out, 40., 4., 100., 110.);
helper->printCollectionYield(MCZZ_taus, out, 40., 4., 70., 100.);
out << "----------------" << endl;
out << "Z4L Fit MZ2 > 12" << endl;
helper->printCollectionYield(MCZZ_taus, out, 40., 12., 100., 110.);
helper->printCollectionYield(MCZZ_taus, out, 40., 12., 70., 100.);
out.close();
return 0;
}