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HEP_Project_ProgramV16_TEMP.C
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HEP_Project_ProgramV16_TEMP.C
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//Program to read data from root file and make invarient mass hist
// Based on: https://mhance.scipp.ucsc.edu/analysisintro.php
//V2: Taken from HEP_practice program, then fitted for CERN data. Got Invarient mass for Z with muons
//V3: Added invarient mass for W with electrons using transverse mass
//V4: Changes made with Nick, added Iso bounds and UseAllMuonsForW bool to get only pos muons for W+. Adding more hists for mT and MET
//V5: Fixing MET_phi
//V6: Added more iso hists
//V7: Adding electron W's back.
///Note: Add WElectrons to WMuons or keep them seperate (currently seperate)
//V8: Added bJet with Nick, not working correctly? Keeps crashing when added bJet with WMuon
//V9: Fixed V8 so it will run
//V10: Made NMuon and NJet = 2 case allowed. This is not the whole picture - Muons and Jets are not parallel arrays. Look in notebook to make V11
//V11:
//V12: Changes from 11/10
//V13: Huge overhall of WMuon and Top loop. They are now split into two loops
//V14: Changes made at the end of 11/12 class for data overlay. Now adding more to our data.
//V15: Changes made with Nick 11/15: Fixed NIsoMuon counter, needed to be at top of loop. Also fixed bug with "N_IsoMuon == 1;" not being "NIsoMuon == 1;"
//V16_TEMP: Changes being made to create Zs as done in the solution code. Attempt at seperating top - antitop onto seperate distributions. TEMP: Changes made during 11/17 class not present here (Should only have been some 2D IsoVPt hists)
# include <iostream>
# include <fstream>
# include <math.h>
# include <iomanip>
# include <cmath>
# include <stdlib.h>
# include <cstdlib>
//# include <fstream.h>
# include <string.h>
# include <string>
//# include <dos.h> //For Sleep()
# include "TROOT.h"
# include "TFile.h"
# include "TTree.h"
# include "TBrowser.h"
# include "TH1.h"
# include "TH2.h"
# include "TH3.h"
# include "TRandom.h"
# include <TLorentzVector.h>
//gDebug = 1;
using namespace std;
int main(){
/////Controls/////
char rootFilePrefix[50] = "HEPTutorial/files/"; //Prefix to root file, this is the path to it - all the way up until its name.
char rootFileName[50] = "data.root"; //The root file name itself - this is where the tree is.
char TreeName1[50] = "events;1";
char rootOutputFileName1[50] = "Soltuion_InvarientMassHist.root"; //Name of an output root file
char rootOutputFileName2[50] = "Soltuion_PosVNegPrime.root"; //Name of an output root file
char rootOutputFileName3[50] = "Soltuion_PosVNeg.root"; //Name of an output root file
char rootOutputFileName4[50] = "Soltuion_MuonIso_btag.root"; //Name of an output root file
char rootOutputFileName5[50] = "Soltuion_MET_WMuonMass.root";
char rootOutputFileName6[50] = "Soltuion_TransverseMassHist.root";
char rootOutputFileName7[50] = "Soltuion_InvarientMassHist_TOP.root";
char rootOutputFileName8[50] = "Soltuion_InvarientMassHist_W.root";
char rootOutputFileName9[50] = "Soltuion_InvarientMassHist_Z.root";
// double MuonIsoBound_ForZ = 1000000000; //Upper bound to muon iso when looking for ZMuons
// double MuonIsoBound_ForW = 1000000000; //Upper bound to muon iso when looking for WMuons
// double ElectronIsoBound_ForW = 1000000000; //Upper bound to electron iso when looking for WElectrons
double RelIsoBound = 0.05; //Iso/Pt bound aka MuonRelIsoCut in MyAnalysis.C
double Jet_btag_Bound = 1.8; //Lower bound to Jet_btag
double MuonPtCut = 25.;
double mT_MaxCount = 1000; //Max counts for mT hists. About 1,000 for full data set and 25 for 1/44
double xMin = -100;
double xMax = 100;
double yMin = -300;
double yMax = 300;
const int xNChannels = 1000; //Number of channels for root hist on x axis
const int yNChannels = 500; //Number of channels for root hist on y axis
bool SaveAsRootFile = true; //If true, will save canvases to root file instead of printing to screen.
bool FitInvarientMassHist = true; //If true, will fit Invarient mass hist for Z from muons with gaus, and W from muons with gaus
// bool UseAllMuonsForW = false; //If true, will use all Muons for W and not just positive ones
// bool UseAllMuonsForW = false; //If true, will use all Muons for W and not just positive ones
///////////////////////////////////////
/////Varibles (Pre-stated)/////
char rootFilePath1[100];
int NJet, NMuon, NElectron, NPhoton, MCleptonPDGid, NPrimaryVertices;
const int NMuonArray = 20;
const int NElectronArray = 20;
const int NJetArray = 20;
int Muon_Charge[NMuonArray], Electron_Charge[NElectronArray];
float Jet_Px[NJetArray], Jet_Py[NJetArray], Jet_Pz[NJetArray], Jet_E[NJetArray], Jet_btag[NJetArray], Muon_Px[NMuonArray], Muon_Py[NMuonArray], Muon_Pz[NMuonArray], Muon_E[NMuonArray], Muon_Iso[NMuonArray],
Electron_Px[NElectronArray], Electron_Py[NElectronArray], Electron_Pz[NElectronArray], Electron_E[NElectronArray], Electron_Iso[NElectronArray], Photon_Px, Photon_Py, Photon_Pz, Photon_E, Photon_Iso,
MET_px, MET_py, MChadronicBottom_px, MChadronicBottom_py, MChadronicBottom_pz, MCleptonicBottom_px, MCleptonicBottom_py, MCleptonicBottom_pz,
MChadronicWDecayQuark_px, MChadronicWDecayQuark_py, MChadronicWDecayQuark_pz, MChadronicWDecayQuarkBar_px, MChadronicWDecayQuarkBar_py, MChadronicWDecayQuarkBar_pz,
MClepton_px, MClepton_py, MClepton_pz, MCneutrino_px, MCneutrino_py, MCneutrino_pz, EventWeight;
bool Jet_ID[NJetArray], triggerIsoMu24;
double InvarientMass;
ofstream outFile1;
TH1F *histM_Muon = new TH1F("histM_Muon", "Invarient Mass hist: Z", 60 , 60, 120);
TH1F *histM_WMuon = new TH1F("histM_WMuon", "Transverse Mass hist: WMuon", xNChannels, 0, 150);
TH1F *histM_WMuon2 = new TH1F("histM_WMuon2", "Transverse Mass hist2: WMuon", xNChannels, 0, 150);
TH1F *histM_WMuon3 = new TH1F("histM_WMuon3", "Transverse Mass hist3: WMuon", xNChannels, 0, 150);
TH1F *histM_WMuonPos = new TH1F("histM_WMuonPos", "Transverse Mass hist: WMuon Pos", xNChannels, 0, 150);
TH1F *histM_WMuonNeg = new TH1F("histM_WMuonNeg", "Transverse Mass hist: WMuon Neg", xNChannels, 0, 150);
TH1F *histM_WElectron = new TH1F("histM_WElectron", "Transverse Mass hist: WElectron", xNChannels, 0, 150);
TH1F *histM_WElectronPos = new TH1F("histM_WElectronPos", "Transverse Mass hist: WElectron Pos", xNChannels, 0, 150);
TH1F *histM_WElectronNeg = new TH1F("histM_WElectronNeg", "Transverse Mass hist: WElectron Neg", xNChannels, 0, 150);
TH1F *histNMuon = new TH1F("histNMuon", "NMuon hist", 10, -5, 5);
TH1F *histNElectron = new TH1F("histNElectron", "NElectron hist", 10, -5, 5);
TH1F *histPosPxPrime = new TH1F("histPosPxPrime", "PosPxPrime hist", xNChannels, xMin, xMax);
TH1F *histPosPyPrime = new TH1F("histPosPyPrime", "PosPyPrime hist", xNChannels, xMin, xMax);
TH1F *histPosPzPrime = new TH1F("histPosPzPrime", "PosPzPrime hist", xNChannels, xMin, xMax);
TH1F *histPosEPrime = new TH1F("histPosEPrime", "PosEPrime hist", xNChannels, xMin, xMax);
TH1F *histNegPxPrime = new TH1F("histNegPxPrime", "NegPx hist", xNChannels, xMin, xMax);
TH1F *histNegPyPrime = new TH1F("histNegPyPrime", "NegPy hist", xNChannels, xMin, xMax);
TH1F *histNegPzPrime = new TH1F("histNegPzPrime", "NegPz hist", xNChannels, xMin, xMax);
TH1F *histNegEPrime = new TH1F("histNegEPrime", "NegE hist", xNChannels, xMin, xMax);
TH2F *histPosVNegPx = new TH2F("histPosVNegPx", "PosVNegPx hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegPy = new TH2F("histPosVNegPy", "PosVNegPy hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegPz = new TH2F("histPosVNegPz", "PosVNegPz hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegE = new TH2F("histPosVNegE", "PosVNegE hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegPxPrime = new TH2F("histPosVNegPxPrime", "PosVNegPxPrime hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegPyPrime = new TH2F("histPosVNegPyPrime", "PosVNegPyPrime hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegPzPrime = new TH2F("histPosVNegPzPrime", "PosVNegPzPrime hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH2F *histPosVNegEPrime = new TH2F("histPosVNegEPrime", "PosVNegEPrime hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH1F *histMuonIso = new TH1F("histMuonIso", "MuonIso hist", xNChannels, 0, 20);
TH1F *histMuonPt = new TH1F("histMuonPt", "MuonPt hist", xNChannels, xMin, xMax);
TH1F *histWMuonIso = new TH1F("histMuonIso", "MuonIso hist", xNChannels, 0, 20);
TH1F *histWElectronIso = new TH1F("histElectronIso", "ElectronIso hist", xNChannels, 0, 20);
TH2F *hist_WMuonVIso = new TH2F("hist_WMuonVIso", "WMuonVIso hist", xNChannels, 0, 20, 0, 1000);
TH2F *hist_bJetVbtag = new TH2F("hist_bJetVbtag", "bJetVbtag hist", xNChannels, 0, 20, 0, 1000);
TH2F *histMETxy = new TH2F("histMETxy", "METxy hist", xNChannels, xMin, xMax, yNChannels, yMin, yMax);
TH1F *histMET = new TH1F("histMET", "MET hist", xNChannels, xMin, xMax);
TH1F *histMET_Phi = new TH1F("histMET_Phi", "MET_Phi hist", xNChannels, 0, 360);
TH1F *histM_TopPos = new TH1F("histM_TopPos", "Invarient Mass hist: TopPos", 50, 0, 500);
TH1F *histM_TopNeg = new TH1F("histM_TopNeg", "Invarient Mass hist: TopNeg", 50, 0, 500);
TH1F *histM_Top = new TH1F("histM_Top", "Invarient Mass hist: Top", 50, 0, 500);
TH1F *histM_WPos = new TH1F("histM_WPos", "Invarient Mass hist: WPos", xNChannels, 0, 200);
TH1F *histM_WNeg = new TH1F("histM_WNeg", "Invarient Mass hist: WNeg", xNChannels, 0, 200);
TH1F *histM_W = new TH1F("histM_W", "Invarient Mass hist: W", xNChannels, 0, 200);
TH1F *histDataOverlay = new TH1F("histDataOverlay", "Data Overlay", 50, 0, 500);
TH1F *histWMuonPt = new TH1F("histWMuonPt", "WMuonPt hist", xNChannels, 10, 100);
TH1F *histM_Z = new TH1F("histM_Z", "Invarient Mass hist: Z (Solution)", 60 , 60, 120);
double Pi = acos(-1.);
double Deg2Rad = Pi/180.;
//////////////////////////////////////
//Creating path to root file and getting tree//
strcpy(rootFilePath1, rootFilePrefix);
strcat(rootFilePath1, rootFileName);
cout<<"Root file path 1: "<<rootFilePath1<<endl;
TFile *file = new TFile(rootFilePath1);
TTree *t1 = (TTree*)file->Get(TreeName1);
t1->SetBranchAddress("NJet",&NJet);
t1->SetBranchAddress("Jet_Px",&Jet_Px[0]);
t1->SetBranchAddress("Jet_Py",&Jet_Py[0]);
t1->SetBranchAddress("Jet_Pz",&Jet_Pz[0]);
t1->SetBranchAddress("Jet_E",&Jet_E[0]);
t1->SetBranchAddress("Jet_btag",&Jet_btag[0]);
t1->SetBranchAddress("Jet_ID",&Jet_ID[0]);
t1->SetBranchAddress("NMuon",&NMuon);
t1->SetBranchAddress("Muon_Px",&Muon_Px[0]);
t1->SetBranchAddress("Muon_Py",&Muon_Py[0]);
t1->SetBranchAddress("Muon_Pz",&Muon_Pz[0]);
t1->SetBranchAddress("Muon_E",&Muon_E[0]);
t1->SetBranchAddress("Muon_Charge",&Muon_Charge[0]);
t1->SetBranchAddress("Muon_Iso",&Muon_Iso[0]);
t1->SetBranchAddress("NElectron",&NElectron);
t1->SetBranchAddress("Electron_Px",&Electron_Px[0]);
t1->SetBranchAddress("Electron_Py",&Electron_Py[0]);
t1->SetBranchAddress("Electron_Pz",&Electron_Pz[0]);
t1->SetBranchAddress("Electron_E",&Electron_E[0]);
t1->SetBranchAddress("Electron_Charge",&Electron_Charge[0]);
t1->SetBranchAddress("Electron_Iso",&Electron_Iso[0]);
// t1->SetBranchAddress("NPhoton",&NPhoton);
// t1->SetBranchAddress("Photon_Px",&Photon_Px);
// t1->SetBranchAddress("Photon_Py",&Photon_Py);
// t1->SetBranchAddress("Photon_Pz",&Photon_Pz);
// t1->SetBranchAddress("Photon_E",&Photon_E);
// t1->SetBranchAddress("Photon_Iso",&Photon_Iso);
t1->SetBranchAddress("MET_px",&MET_px);
t1->SetBranchAddress("MET_py",&MET_py);
// t1->SetBranchAddress("MChadronicBottom_px",&MChadronicBottom_px);
// t1->SetBranchAddress("MChadronicBottom_py",&MChadronicBottom_py);
// t1->SetBranchAddress("MChadronicBottom_pz",&MChadronicBottom_pz);
// t1->SetBranchAddress("MCleptonicBottom_px",&MCleptonicBottom_px);
// t1->SetBranchAddress("MCleptonicBottom_py",&MCleptonicBottom_py);
// t1->SetBranchAddress("MCleptonicBottom_pz",&MCleptonicBottom_pz);
// t1->SetBranchAddress("MChadronicWDecayQuark_px",&MChadronicWDecayQuark_px);
// t1->SetBranchAddress("MChadronicWDecayQuark_py",&MChadronicWDecayQuark_py);
// t1->SetBranchAddress("MChadronicWDecayQuark_pz",&MChadronicWDecayQuark_pz);
// t1->SetBranchAddress("MChadronicWDecayQuarkBar_px",&MChadronicWDecayQuarkBar_px);
// t1->SetBranchAddress("MChadronicWDecayQuarkBar_py",&MChadronicWDecayQuarkBar_py);
// t1->SetBranchAddress("MChadronicWDecayQuarkBar_pz",&MChadronicWDecayQuarkBar_pz);
// t1->SetBranchAddress("MClepton_px",&MClepton_px);
// t1->SetBranchAddress("MClepton_py",&MClepton_py);
// t1->SetBranchAddress("MClepton_pz",&MClepton_pz);
// t1->SetBranchAddress("MCleptonPDGid",&MCleptonPDGid);
// t1->SetBranchAddress("MCneutrino_px",&MCneutrino_px);
// t1->SetBranchAddress("MCneutrino_py",&MCneutrino_py);
// t1->SetBranchAddress("MCneutrino_pz",&MCneutrino_pz);
// t1->SetBranchAddress("NPrimaryVertices",&NPrimaryVertices);
t1->SetBranchAddress("triggerIsoMu24",&triggerIsoMu24);
// t1->SetBranchAddress("EventWeight",&EventWeight);
int NWMuon = 0;
int NbJet = 0;
TLorentzVector pos_Muon_prime;
TLorentzVector neg_Muon_prime;
TLorentzVector tot_Muon_prime;
TLorentzVector pos_Muon;
TLorentzVector neg_Muon;
TLorentzVector tot_Muon;
TLorentzVector WMuon_prime;
TLorentzVector WMuon_prime_Pos;
TLorentzVector WMuon_prime_Neg;
TLorentzVector WElectron_prime;
TLorentzVector WElectron_prime_Pos;
TLorentzVector WElectron_prime_Neg;
TLorentzVector bJet_Pos;
TLorentzVector bJet_Neg;
TLorentzVector TopPos;
TLorentzVector TopNeg;
TLorentzVector MuonTemp;
TLorentzVector MET;
TLorentzVector Neutrino1_Pos;
TLorentzVector Neutrino1_Neg;
TLorentzVector Neutrino2_Pos;
TLorentzVector Neutrino2_Neg;
TLorentzVector WPos;
TLorentzVector WNeg;
TLorentzVector Muon_prime;
TLorentzVector Muon_prime_Iso1;
TLorentzVector Muon_prime_Iso2;
TLorentzVector Z_prime;
double Muon_Pt_pos;
double Muon_Pt_neg;
double MET_pz;
double MET_E;
double RelIso;
int N1_counter = 0;
int jet_counter = 0;
int NIsoMuon_counter = 0;
int N_selectedEvents = 0;
int NEntries1 = t1->GetEntries();
cout<<"NEntries 1: "<<NEntries1<<endl;
for(int i = 0; i < NEntries1; i++){
//cout<<"*************"<<endl;
//cout<<"i: "<<i<<endl;
t1->GetEntry(i);
/*pos_Muon_prime = new TLorentzVector;
neg_Muon_prime = new TLorentzVector;
tot_Muon_prime = new TLorentzVector;
pos_Muon = new TLorentzVector;
neg_Muon = new TLorentzVector;
tot_Muon = new TLorentzVector;
WMuon_prime = new TLorentzVector;
WMuon_prime_Pos = new TLorentzVector;
WMuon_prime_Neg = new TLorentzVector;
WElectron_prime = new TLorentzVector;
WElectron_prime_Pos = new TLorentzVector;
WElectron_prime_Neg = new TLorentzVector;
bJet_prime_Pos = new TLorentzVector;
bJet_prime_Neg = new TLorentzVector;
TopPos = new TLorentzVector;
TopNeg = new TLorentzVector;
MuonTemp = new TLorentzVector;
MET = new TLorentzVector; */
bool WPosHappened = false;
bool WNegHappened = false;
//histMuonIso->Fill(Muon_Iso);
//For the Z//
int N_IsoMuon = 0;
if(NMuon >= 2){
//cout<<"NMuon: "<<NMuon<<endl;
histNMuon->Fill(NMuon);
for(int j = 0; j < NMuon; j++){
histMuonIso->Fill(Muon_Iso[j]);
MuonTemp.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
RelIso = Muon_Iso[j]/MuonTemp.Pt();
if((RelIso < RelIsoBound) && (MuonTemp.P() > 0)){
++N_IsoMuon;
//cout<<"Z| i: "<<i<<" j: "<<j<<" Muon_Charge: "<<Muon_Charge[j]<<endl;
//if(Muon_Charge[j] == 1){
if (N_IsoMuon == 1){
pos_Muon_prime.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
// histPosPxPrime->Fill(Muon_Px[j]);
// histPosPyPrime->Fill(Muon_Py[j]);
// histPosPzPrime->Fill(Muon_Pz[j]);
// histPosEPrime->Fill(Muon_E[j]);
double Muon_Iso_pos = Muon_Iso[j];
Muon_Pt_pos = pos_Muon_prime.Pt();
}
//if(Muon_Charge[j] == -1){
if (N_IsoMuon == 2) {
neg_Muon_prime.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
// histNegPxPrime->Fill(Muon_Px[j]);
// histNegPyPrime->Fill(Muon_Py[j]);
// histNegPzPrime->Fill(Muon_Pz[j]);
// histNegEPrime->Fill(Muon_E[j]);
double Muon_Iso_neg = Muon_Iso[j];
double Muon_Pt_neg = neg_Muon_prime.Pt();
}
histPosVNegPxPrime->Fill(pos_Muon_prime.Px(), neg_Muon_prime.Px());
histPosVNegPyPrime->Fill(pos_Muon_prime.Py(), neg_Muon_prime.Py());
histPosVNegPzPrime->Fill(pos_Muon_prime.Pz(), neg_Muon_prime.Pz());
histPosVNegEPrime->Fill(pos_Muon_prime.E(), neg_Muon_prime.E());
}
}
//if(((Muon_Charge[0] == 1 && Muon_Charge[1] == -1) || (Muon_Charge[0] == -1 && Muon_Charge[1] == 1)) && ((Muon_Iso[0] < MuonIsoBound_ForZ) && (Muon_Iso[1] < MuonIsoBound_ForZ)) && (MuonTemp.P() > 0)){
tot_Muon_prime = pos_Muon_prime + neg_Muon_prime;
histM_Muon->Fill(tot_Muon_prime.M());
//histMuonIso->Fill(Muon_Iso_pos); ///neg_Muon_prime.Pt());
histMuonPt->Fill(Muon_Pt_pos);
histMuonPt->Fill(Muon_Pt_neg);
// TVector3 tot_Muon_boost;
// tot_Muon_boost = tot_Muon_prime.BoostVector();
// TLorentzRotation l;
// TLorentzRotation l2;
// l.Boost(0,0,0);
// l.Boost(tot_Muon_boost);
// l2 = l.Inverse();
// neg_Muon = l2*neg_Muon_prime;
// pos_Muon = l2*pos_Muon_prime;
// tot_Muon = pos_Muon + neg_Muon;
// histPosVNegPx->Fill(pos_Muon.Px(), neg_Muon.Px());
// histPosVNegPy->Fill(pos_Muon.Px(), neg_Muon.Px());
// histPosVNegPz->Fill(pos_Muon.Px(), neg_Muon.Px());
// histPosVNegE->Fill(pos_Muon.Px(), neg_Muon.Px());
//}
}
int NIsoMuon = 0;
for(int j = 0; j < NMuon; j++){ // Muon loop: Looks at every loop
NIsoMuon++;
//cout<<"NMuon: "<<NMuon<<endl;
histNMuon->Fill(NMuon);
//cout<<"W| i: "<<i<<" j: "<<j<<" Muon_Charge: "<<Muon_Charge[j]<<endl;
//cout<<"Muon_Px: "<<Muon_Px[j]<<" Muon_Py: "<<Muon_Py[j]<<" Muon_Pz: "<<Muon_Pz[j]<<endl;
Muon_prime.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
RelIso = Muon_Iso[j]/Muon_prime.Pt();
histWMuonPt->Fill(Muon_prime.Pt());
if(RelIso < RelIsoBound){
histWMuonIso->Fill(Muon_Iso[j]);
if(NIsoMuon == 1){
//cout<<"Muon| i: "<<i<<" j: "<<j<<" Muon_Charge: "<<Muon_Charge[j]<<endl;
//cout<<"Muon_Px: "<<Muon_Px[j]<<" Muon_Py: "<<Muon_Py[j]<<" Muon_Pz: "<<Muon_Pz[j]<<endl;
Muon_prime_Iso1.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
//++N1_counter;
}
if(NIsoMuon == 2){
//cout<<"Muon| i: "<<i<<" j: "<<j<<" Muon_Charge: "<<Muon_Charge[j]<<endl;
//cout<<"Muon_Px: "<<Muon_Px[j]<<" Muon_Py: "<<Muon_Py[j]<<" Muon_Pz: "<<Muon_Pz[j]<<endl;
Muon_prime_Iso2.SetPxPyPzE(Muon_Px[j], Muon_Py[j], Muon_Pz[j], Muon_E[j]);
}
//cout << NIsoMuon << endl;
}
}
if((NIsoMuon > 1) && triggerIsoMu24 && (Muon_prime_Iso1.Pt() > MuonPtCut)){
Z_prime = Muon_prime_Iso1 + Muon_prime_Iso2;
histM_Z->Fill(tot_Muon_prime.M());
}
//cout << "number of N1s: " << N1_counter << endl;
// Accept efficiency (jets)
int NBJet;
bool IsSelected = false;
if (NIsoMuon == 1) {
++N1_counter;
if (Muon_prime_Iso1.Pt() > MuonPtCut) {
NBJet = 0;
for(int jet = 0; jet < NJet; jet++) {
if(Jet_ID[jet] && (Jet_btag[jet] > Jet_btag_Bound)){
++NBJet;
cout << "NBJet: " << NBJet << endl;
++jet_counter;
}
}
if (NBJet > 1){
if (triggerIsoMu24){
IsSelected = true;
++N_selectedEvents;
//cout << "\n\n\nIS SELECTED SET TO TRUE!!!!!\n\n\n";
}
}
}
}
//cout << "number of N1s: " << N1_counter << endl;
//cout << "Number of Bjets: " << jet_counter << endl;
//cout << "Number of selected events: " << N_selectedEvents << endl;
// Exercise 4
if(IsSelected){
// Jet loop for to get W and then Top
for(int jet = 0; jet < NJet; jet++){
if(Jet_ID[jet] && (Jet_btag[jet] > Jet_btag_Bound)){
//For the W and Top//
MET.SetXYZM(MET_px, MET_py, 0., 0.);
bJet_Pos.SetPxPyPzE(Jet_Px[jet], Jet_Py[jet], Jet_Pz[jet], Jet_E[jet]);
double mW = 80.4;
double A = pow(Muon_prime_Iso1.E(), 2) - pow(Muon_prime_Iso1.Pz(), 2);
double B = mW * mW / 2. + (Muon_prime_Iso1.Px() * MET_px + Muon_prime_Iso1.Py() * MET_py);
double D = pow(Muon_prime_Iso1.E(), 2) * (pow(B, 2) - pow(MET.Pt(), 2) * A);
// first solution
if(D >= 0){
double MET_pz = Muon_prime_Iso1.Pz() * B / A + sqrt(D) / A;
double MET_E = sqrt(MET_px * MET_px + MET_py * MET_py + MET_pz * MET_pz);
Neutrino1_Pos.SetPxPyPzE(MET_px, MET_py, MET_pz, MET_E);
WPos = Neutrino1_Pos + Muon_prime_Iso1;
histM_WPos->Fill(WPos.M());
histM_W->Fill(WPos.M());
TopPos = WPos + bJet_Pos;
histM_TopPos->Fill(TopPos.M());
histM_Top->Fill(TopPos.M());
}
// second solution
if(D > 0){
double MET_pz = Muon_prime_Iso1.Pz() * B / A - sqrt(D) / A;
double MET_E = sqrt(MET_px * MET_px + MET_py * MET_py + MET_pz * MET_pz);
Neutrino2_Pos.SetPxPyPzE(MET_px, MET_py, MET_pz, MET_E);
WPos = Neutrino2_Pos + Muon_prime_Iso1;
histM_WPos->Fill(WPos.M());
histM_W->Fill(WPos.M());
TopPos = WPos + bJet_Pos;
histM_TopPos->Fill(TopPos.M());
histM_Top->Fill(TopPos.M());
}
}
}
}
}
//For the WElectron//
// if(NElectron == 1){
// cout<<"NElectron: "<<NElectron<<endl;
// histNElectron->Fill(NElectron);
// for(int j = 0; j < NElectron; j++){
// if(Electron_Iso[j] < ElectronIsoBound_ForW){
// histWElectronIso->Fill(Electron_Iso[j]);
// cout<<"W| i: "<<i<<" j: "<<j<<" Electron_Charge: "<<Electron_Charge[j]<<endl;
// WElectron_prime.SetPxPyPzE(Electron_Px[j], Electron_Py[j], Electron_Pz[j], Electron_E[j]);
// if(Electron_Charge[j] > 0){
// cout<<"W+| i: "<<i<<" j: "<<j<<" Electron_Charge: "<<Electron_Charge[j]<<endl;
// WElectron_prime_Pos.SetPxPyPzE(Electron_Px[j], Electron_Py[j], Electron_Pz[j], Electron_E[j]);
// }
// if(Electron_Charge[j] < 0){
// cout<<"W-| i: "<<i<<" j: "<<j<<" Electron_Charge: "<<Electron_Charge[j]<<endl;
// WElectron_prime_Neg.SetPxPyPzE(Electron_Px[j], Electron_Py[j], Electron_Pz[j], Electron_E[j]);
// }
// }
// }
// double MET_prime = sqrt((MET_px*MET_px) + (MET_py*MET_py));
// if(MET_px != 0){
// double MET_prime_Phi_Reference = abs(atan(MET_py/MET_px));
// }
// double MET_prime_Phi;
// if(MET_px > 0 && MET_py > 0){
// MET_prime_Phi = MET_prime_Phi_Reference;
// }
// if(MET_px > 0 && MET_py < 0){
// MET_prime_Phi = Pi + MET_prime_Phi_Reference;
// }
// if(MET_px < 0 && MET_py > 0){
// MET_prime_Phi = Pi - MET_prime_Phi_Reference;
// }
// if(MET_px < 0 && MET_py < 0){
// MET_prime_Phi = 2*Pi - MET_prime_Phi_Reference;
// }
// if(MET_px == 0 && MET_py > 0){
// MET_prime_Phi = Pi/2.;
// }
// if(MET_px == 0 && MET_py < 0){
// MET_prime_Phi = (3./2.)*Pi;
// }
// if(MET_px > 0 && MET_py == 0){
// MET_prime_Phi = 0;
// }
// if(MET_px < 0 && MET_py == 0){
// MET_prime_Phi = Pi;
// }
// cout<<MET_prime_Phi<<endl;
// histMETxy->Fill(MET_px, MET_py);
// histMET->Fill(MET_prime);
// histMET_Phi->Fill(MET_prime_Phi * (1./Deg2Rad));
// double WElectron_prime_Phi = WElectron_prime.Phi();
// double WElectron_prime_Pt = WElectron_prime.Pt();
// double WElectron_prime_Et = WElectron_prime.Et();
// double WElectron_prime_Phi_Pos = WElectron_prime_Pos.Phi();
// double WElectron_prime_Pt_Pos = WElectron_prime_Pos.Pt();
// double WElectron_prime_Et_Pos = WElectron_prime_Pos.Et();
// double WElectron_prime_Phi_Neg = WElectron_prime_Neg.Phi();
// double WElectron_prime_Pt_Neg = WElectron_prime_Neg.Pt();
// double WElectron_prime_Et_Neg = WElectron_prime_Neg.Et();
// double mT_mine = sqrt(2.*MET_prime*WElectron_prime_Et*(1-cos(MET_prime_Phi - WElectron_prime_Phi)));
// double mT_mine_Pos = sqrt(2.*MET_prime*WElectron_prime_Et_Pos*(1-cos(MET_prime_Phi - WElectron_prime_Phi_Pos)));
// double mT_mine_Neg = sqrt(2.*MET_prime*WElectron_prime_Et_Neg*(1-cos(MET_prime_Phi - WElectron_prime_Phi_Neg)));
// histM_WElectron->Fill(mT_mine);
// histM_WElectronPos->Fill(mT_mine_Pos);
// histM_WElectronNeg->Fill(mT_mine_Neg);
// }
// if(NJet == 2){
// cout<<"NJet: "<<NJet<<endl;
// for(int j = 0; j < NJet; j++){
// if(Jet_ID[j] && (Jet_btag[j] > Jet_btag_Bound)){
// cout<<"Found good bJet"<<endl;
// if(WPosHappened){
// cout<<"b| i: "<<i<<" j: "<<j<<endl;
// bJet_prime_Pos.SetPxPyPzE(Jet_Px[j], Jet_Py[j], Jet_Pz[j], Jet_E[j]);
// cout<<"Made 4 Vect"<<endl;
// }
// if(WNegHappened){
// cout<<"b-| i: "<<i<<" j: "<<j<<endl;
// bJet_prime_Neg.SetPxPyPzE(Jet_Px[j], Jet_Py[j], Jet_Pz[j], Jet_E[j]);
// cout<<"Made 4 Vect"<<endl;
// }
// }
// if((WPosHappened && WNegHappened) && (Jet_ID[j] && (Jet_btag[j] > Jet_btag_Bound))){
// NbJet = NbJet + 1;
// hist_bJetVbtag->Fill(Jet_btag[j], NbJet);
// Top_Pos = bJet_prime_Pos + WMuon_prime_Pos;
// Top_Neg = bJet_prime_Neg + WMuon_prime_Neg;
// cout<<"Added Vects"<<endl;
// histM_TopPos->Fill(Top_Pos.M());
// histM_TopNeg->Fill(Top_Neg.M());
// histM_Top->Fill(Top_Pos.M());
// histM_Top->Fill(Top_Neg.M());
// cout<<"Filled hists"<<endl;
// }
// }
// }
// delete pos_Muon_prime;
// delete neg_Muon_prime;
// delete tot_Muon_prime;
// delete pos_Muon;
// delete neg_Muon;
// delete tot_Muon;
// delete WMuon_prime;
// delete WMuon_prime_Pos;
// delete WMuon_prime_Neg;
// delete WElectron_prime;
// delete WElectron_prime_Pos;
// delete WElectron_prime_Neg;
// delete bJet_prime_Pos;
// delete bJet_prime_Neg;
// delete TopPos;
// delete TopNeg;
// delete MuonTemp;
// delete WPosHappened = false;
// delete WNegHappened = false;
//}
// if(FitInvarientMassHist){
TF1 *f1 = new TF1("f1","gaus",80,100);
TF1 *f2 = new TF1("f2","([0]*exp(-((x-[1])^2)/(2*[2]^2)))",60,85);
f2->SetParameters(0, 200); //Normal
f2->SetParameters(1, 70); //Centroid
f2->SetParameters(2, 25); //Width
// }
//////Graphics//////
ifstream inFile;
inFile.open("mydata.dat",ios::in);
const int numOfLines = 52;
const int numArray = numOfLines + 1;
double counts[numArray];
double binCenter[numArray];
double error[numArray];
inFile >> binCenter[0] >> counts[0] >> error[0];
for(int i = 1; i < numOfLines; i++) {
inFile >> binCenter[i] >> counts[i] >> error[i];
//cout << binCenter[i] << " " << counts[i] << " " << error[i] << "\n";
histDataOverlay->Fill(binCenter[i], counts[i]);
}
//histDataOverlay->Print("all");
inFile.close();
cout<<"Making histrograms..."<<endl;
TCanvas *c1 = new TCanvas("c1","InvarientMass Histrogram" ,200,10,900,700);
c1->Divide(2,2);
c1->SetFillColor(10);
c1->SetGrid();
c1->GetFrame()->SetFillColor(10);
c1->GetFrame()->SetBorderSize(12);
c1->Range(0,0,1,1);
gStyle->SetOptStat(1);
if(FitInvarientMassHist){
gStyle->SetOptFit(1);
}
c1->cd(1);
gPad->SetLogy();
histM_Muon->SetXTitle("Invarient Mass");
histM_Muon->SetYTitle("Counts");
histM_Muon->SetStats(1);
if(FitInvarientMassHist){
histM_Muon->Fit(f1, "M");
}
histM_Muon->Draw();
c1->cd(2);
histM_WMuon->SetXTitle("Mt Mass");
histM_WMuon->SetYTitle("Counts");
histM_WMuon->SetStats(1);
if(FitInvarientMassHist){
histM_WMuon->Fit(f2, "M");
}
histM_WMuon->Draw();
c1->cd(3);
histM_WMuon2->SetXTitle("Mt 2 Mass");
histM_WMuon2->SetYTitle("Counts");
histM_WMuon2->SetStats(1);
histM_WMuon2->Draw();
c1->cd(4);
histM_WMuon3->SetXTitle("Mt 3 Mass");
histM_WMuon3->SetYTitle("Counts");
histM_WMuon3->SetStats(1);
histM_WMuon3->Draw();
if(SaveAsRootFile){
TFile outfile1(rootOutputFileName1, "RECREATE");
c1->Write(rootOutputFileName1);
outfile1.Close();
}
TCanvas *c2 = new TCanvas("c2","PosVNegPrime Histrogram" ,200,10,900,700);
c2->Divide(2,2);
c2->SetFillColor(10);
c2->SetGrid();
c2->GetFrame()->SetFillColor(10);
c2->GetFrame()->SetBorderSize(12);
c2->Range(0,0,1,1);
gStyle->SetOptStat(1);
c2->cd(1);
histPosVNegPxPrime->SetXTitle("PosPxPrime");
histPosVNegPxPrime->SetYTitle("NegPxPrime");
histPosVNegPxPrime->SetStats(1);
histPosVNegPxPrime->Draw();
c2->cd(2);
histPosVNegPyPrime->SetXTitle("PosPyPrime");
histPosVNegPyPrime->SetYTitle("NegPxPrime");
histPosVNegPyPrime->SetStats(1);
histPosVNegPyPrime->Draw();
c2->cd(3);
histPosVNegPzPrime->SetXTitle("PosPzPrime");
histPosVNegPzPrime->SetYTitle("NegPxPrime");
histPosVNegPzPrime->SetStats(1);
histPosVNegPzPrime->Draw();
c2->cd(4);
histPosVNegEPrime->SetXTitle("PosEPrime");
histPosVNegEPrime->SetYTitle("NegPxPrime");
histPosVNegEPrime->SetStats(1);
histPosVNegEPrime->Draw();
if(SaveAsRootFile){
TFile outfile2(rootOutputFileName2, "RECREATE");
c2->Write(rootOutputFileName2);
outfile2.Close();
}
TCanvas *c3 = new TCanvas("c3","PosVNeg Histrogram" ,200,10,900,700);
c3->Divide(2,2);
c3->SetFillColor(10);
c3->SetGrid();
c3->GetFrame()->SetFillColor(10);
c3->GetFrame()->SetBorderSize(12);
c3->Range(0,0,1,1);
gStyle->SetOptStat(1);
c3->cd(1);
histPosVNegPx->SetXTitle("PosPx");
histPosVNegPx->SetYTitle("NegPx");
histPosVNegPx->SetStats(1);
histPosVNegPx->Draw();
c3->cd(2);
histPosVNegPy->SetXTitle("PosPy");
histPosVNegPy->SetYTitle("NegPx");
histPosVNegPy->SetStats(1);
histPosVNegPy->Draw();
c3->cd(3);
histPosVNegPz->SetXTitle("PosPz");
histPosVNegPz->SetYTitle("NegPx");
histPosVNegPz->SetStats(1);
histPosVNegPz->Draw();
c3->cd(4);
histPosVNegE->SetXTitle("PosE");
histPosVNegE->SetYTitle("NegPx");
histPosVNegE->SetStats(1);
histPosVNegE->Draw();
if(SaveAsRootFile){
TFile outfile3(rootOutputFileName3, "RECREATE");
c3->Write(rootOutputFileName3);
outfile3.Close();
}
TCanvas *c4 = new TCanvas("c4","Iso and Jet_btag Histrograms" ,200,10,900,700);
c4->Divide(2,2);
c4->SetFillColor(10);
c4->SetGrid();
c4->GetFrame()->SetFillColor(10);
c4->GetFrame()->SetBorderSize(12);
c4->Range(0,0,1,1);
gStyle->SetOptStat(1);
c4->cd(1);
histMuonIso->SetXTitle("MuonIso");
histMuonIso->SetYTitle("Counts");
histMuonIso->SetStats(1);
histMuonIso->Draw();
c4->cd(2);
hist_WMuonVIso->SetXTitle("Muon_Iso");
hist_WMuonVIso->SetYTitle("NWMuon");
hist_WMuonVIso->SetStats(1);
hist_WMuonVIso->Draw();
c4->cd(3);
histWMuonIso->SetXTitle("WMuonIso");
histWMuonIso->SetYTitle("Counts");
histWMuonIso->SetStats(1);
histWMuonIso->Draw();
c4->cd(4);
hist_bJetVbtag->SetXTitle("Jet_btag");
hist_bJetVbtag->SetYTitle("NbJet");
hist_bJetVbtag->SetStats(1);
hist_bJetVbtag->Draw();
if(SaveAsRootFile){
TFile outfile4(rootOutputFileName4, "RECREATE");
c4->Write(rootOutputFileName4);
outfile4.Close();
}
TCanvas *c5 = new TCanvas("c5","MET (And WMuon mass) Histrogram" ,200,10,900,700);
c5->Divide(1,3);
c5->SetFillColor(10);
c5->SetGrid();
c5->GetFrame()->SetFillColor(10);
c5->GetFrame()->SetBorderSize(12);
c5->Range(0,0,1,1);
gStyle->SetOptStat(1);
c5->cd(1);
histMET->SetXTitle("MET");
histMET->SetYTitle("Counts");
histMET->SetStats(1);
histMET->Draw();
c5->cd(2);
histMETxy->SetXTitle("MET_px");
histMETxy->SetYTitle("MET_py");
histMETxy->SetStats(1);
histMETxy->Draw();
c5->cd(3);
histMET_Phi->SetXTitle("MET_Phi");
histMET_Phi->SetYTitle("counts");
histMET_Phi->SetStats(1);
histMET_Phi->Draw();
// c5_4->cd();
// histWMuonM->SetXTitle("WMuonMass");
// histWMuonM->SetYTitle("counts");
// histWMuonM->SetStats(1);
// histWMuonM->Draw();
if(SaveAsRootFile){
TFile outfile5(rootOutputFileName5, "RECREATE");
c5->Write(rootOutputFileName5);
outfile5.Close();
}
TCanvas *c6 = new TCanvas("c6","Transverse Mass Histrogram" ,200,10,900,700);
c6->Divide(2,2);
c6->SetFillColor(10);
c6->SetGrid();
c6->GetFrame()->SetFillColor(10);
c6->GetFrame()->SetBorderSize(12);
c6->Range(0,0,1,1);
gStyle->SetOptStat(1);
if(FitInvarientMassHist){
gStyle->SetOptFit(1);
}
c6->cd(1);
histM_WMuon2->SetXTitle("Mt Mass"); //Using WMuon2 here so all defs use Et
histM_WMuon2->SetYTitle("Counts");
histM_WMuon2->SetStats(1);
histM_WMuon2->SetMaximum(mT_MaxCount);
histM_WMuon2->Draw();
c6->cd(2);
histM_WMuonPos->SetXTitle("Mt Pos Mass");
histM_WMuonPos->SetYTitle("Counts");
histM_WMuonPos->SetStats(1);
histM_WMuonPos->SetMaximum(mT_MaxCount);
histM_WMuonPos->Draw();
c6->cd(3);
histM_WMuonNeg->SetXTitle("Mt Neg Mass");
histM_WMuonNeg->SetYTitle("Counts");
histM_WMuonNeg->SetStats(1);
histM_WMuonNeg->SetMaximum(mT_MaxCount);
histM_WMuonNeg->Draw();
c6->cd(4);
histM_WElectron->SetXTitle("Mt e- Mass");
histM_WElectron->SetYTitle("Counts");
histM_WElectron->SetStats(1);
histM_WElectron->SetMaximum(mT_MaxCount);
histM_WElectron->Draw();
if(SaveAsRootFile){
TFile outfile6(rootOutputFileName6, "RECREATE");
c6->Write(rootOutputFileName6);
outfile6.Close();
}
TCanvas *c7 = new TCanvas("c7","Transverse Mass Histrogram" ,200,10,900,700);
//c7->Divide(1,3);
c7->SetFillColor(10);
c7->SetGrid();
c7->GetFrame()->SetFillColor(10);
c7->GetFrame()->SetBorderSize(12);
c7->Range(0,0,1,1);
gStyle->SetOptStat(1);
//c7->cd(1);
gPad->SetLogy();
histM_Top->SetXTitle("Invarient Mass");
histM_Top->SetYTitle("Counts");
histM_Top->SetLineColor(kRed);
histM_Top->SetStats(1);
histM_Top->SetMaximum(mT_MaxCount);
histM_Top->Draw();
gPad->SetLogy();
histDataOverlay->SetXTitle("Invarient Mass");
histDataOverlay->SetYTitle("Counts");
histDataOverlay->SetLineColor(kBlue);
histDataOverlay->SetStats(1);
histDataOverlay->SetMaximum(mT_MaxCount);
//TGraphErrors *TGAE1 = new TGraphErrors(50, binCenter, counts, 0, error);
//histDataOverlay->SetMarkerSize(0.8);
//histDataOverlay->SetMarkerColor(kRed);
//histDataOverlay->SetMarkerStyle(20);
histDataOverlay->Draw("same");
/*
c7->cd(2);
gPad->SetLogy();
histM_TopPos->SetXTitle("Invarient Mass");
histM_TopPos->SetYTitle("Counts");
histM_TopPos->SetStats(1);
//histM_TopPos->SetMaximum(mT_MaxCount);
histM_TopPos->Draw();
c7->cd(3);
gPad->SetLogy();
histM_TopNeg->SetXTitle("Invarient Mass");
histM_TopNeg->SetYTitle("Counts");
histM_TopNeg->SetStats(1);
//histM_TopNeg->SetMaximum(mT_MaxCount);
histM_TopNeg->Draw();
// c7_4->cd();
// histM_WElectron->SetXTitle("Mt e- Mass");
// histM_WElectron->SetYTitle("Counts");
// histM_WElectron->SetStats(1);
// histM_WElectron->SetMaximum(mT_MaxCount);