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variableTests.C
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{
TTree *fChain; //!pointer to the analyzed TTree or TChain
// Declaration of leaf types
TLorentzVector *onia, *muPos, *muNeg;
int eventNb;
int runNb;
int lumiBlock;
int nPriVtx;
double vertexWeight;
double sumPTPV;
int countTksOfPV;
double Jpsict;
double JpsictErr;
double JpsiMassErr;
double JpsiVprob;
double JpsiDistM1;
double JpsiDphiM1;
double JpsiDrM1;
double JpsiDistM2;
double JpsiDphiM2;
double JpsiDrM2;
double JpsiMuScleMassCorr;
double JpsiMuScleMassErr;
double sigmaPtPos;
double sigmaPtNeg;
// trigger
// Jpsi
int HLT_Dimuon8_Jpsi_v3;
int HLT_Dimuon8_Jpsi_v4;
int HLT_Dimuon8_Jpsi_v5;
int HLT_Dimuon8_Jpsi_v6;
int HLT_Dimuon8_Jpsi_v7;
int HLT_Dimuon10_Jpsi_v3;
int HLT_Dimuon10_Jpsi_v4;
int HLT_Dimuon10_Jpsi_v5;
int HLT_Dimuon10_Jpsi_v6;
int HLT_Dimuon10_Jpsi_Barrel_v1;
int HLT_Dimuon10_Jpsi_Barrel_v2;
int HLT_Dimuon10_Jpsi_Barrel_v3;
int HLT_Dimuon10_Jpsi_Barrel_v5;
int HLT_Dimuon10_Jpsi_Barrel_v6;
int HLT_Dimuon10_Jpsi_Barrel_v7;
int HLT_Dimuon8_Jpsi_v3;
int HLT_Dimuon8_Jpsi_v4;
int HLT_Dimuon8_Jpsi_v5;
int HLT_Dimuon10_Jpsi_v3;
int HLT_Dimuon10_Jpsi_v4;
TCanvas *c1 = new TCanvas("c", "c");
TH1F *h_nPriVtx[2];
TH1F *h_vertexWeight[2];
TH1F *h_sumPTPV[2];
TH1F *h_countTksOfPV[2];
// TH1F *h_JpsiMuScleMassCorr[2];
// TH1F *h_JpsiMuScleMassErr[2];
TH1F *h_JpsiMassErr[2];
// TH1F *h_sigmaPtPos[2];
// TH1F *h_sigmaPtNeg[2];
TH1F *h_Jpsict[2];
TH1F *h_JpsictErr[2];
TH1F *h_JpsiVprob[2];
TH1F *h_JpsiDistM1[2];
TH1F *h_JpsiDphiM1[2];
TH1F *h_JpsiDrM1[2];
TH1F *h_JpsiDistM2[2];
TH1F *h_JpsiDphiM2[2];
TH1F *h_JpsiDrM2[2];
TH1F *h_jpsi_x[2];
TH1F *h_jpsi_y[2];
TH1F *h_jpsi_z[2];
TH1F *h_jpsi_px[2];
TH1F *h_jpsi_py[2];
TH1F *h_jpsi_pz[2];
TH1F *h_jpsi_t[2];
TH1F *h_jpsi_Energy[2];
TH1F *h_jpsi_theta[2];
TH1F *h_jpsi_costheta[2];
TH1F *h_jpsi_phi[2];
TH1F *h_jpsi_rho[2];
TH1F *h_jpsi_perp2[2];
TH1F *h_jpsi_pt[2];
TH1F *h_jpsi_perp[2];
TH1F *h_jpsi_et2[2];
TH1F *h_jpsi_et[2];
TH1F *h_jpsi_M[2];
TH1F *h_jpsi_Mt2[2];
TH1F *h_jpsi_Mt[2];
TH1F *h_jpsi_beta[2];
TH1F *h_jpsi_gamma[2];
TH1F *h_jpsi_plus[2];
TH1F *h_jpsi_minus[2];
TH1F *h_jpsi_Rap[2];
TH1F *h_jpsi_eta[2];
TH1F *h_jpsi_psuedorap[2];
TH1F *h_muplus_x[2];
TH1F *h_muplus_y[2];
TH1F *h_muplus_z[2];
TH1F *h_muplus_px[2];
TH1F *h_muplus_py[2];
TH1F *h_muplus_pz[2];
TH1F *h_muplus_t[2];
TH1F *h_muplus_Energy[2];
TH1F *h_muplus_theta[2];
TH1F *h_muplus_costheta[2];
TH1F *h_muplus_phi[2];
TH1F *h_muplus_rho[2];
TH1F *h_muplus_perp2[2];
TH1F *h_muplus_pt[2];
TH1F *h_muplus_perp[2];
TH1F *h_muplus_et2[2];
TH1F *h_muplus_et[2];
// TH1F *h_muplus_M[2];
TH1F *h_muplus_Mt2[2];
TH1F *h_muplus_Mt[2];
TH1F *h_muplus_beta[2];
TH1F *h_muplus_gamma[2];
TH1F *h_muplus_plus[2];
TH1F *h_muplus_minus[2];
TH1F *h_muplus_Rap[2];
TH1F *h_muplus_eta[2];
TH1F *h_muplus_psuedorap[2];
TH1F *h_muminus_x[2];
TH1F *h_muminus_y[2];
TH1F *h_muminus_z[2];
TH1F *h_muminus_px[2];
TH1F *h_muminus_py[2];
TH1F *h_muminus_pz[2];
TH1F *h_muminus_t[2];
TH1F *h_muminus_Energy[2];
TH1F *h_muminus_theta[2];
TH1F *h_muminus_costheta[2];
TH1F *h_muminus_phi[2];
TH1F *h_muminus_rho[2];
TH1F *h_muminus_perp2[2];
TH1F *h_muminus_pt[2];
TH1F *h_muminus_perp[2];
TH1F *h_muminus_et2[2];
TH1F *h_muminus_et[2];
// TH1F *h_muminus_M[2];
TH1F *h_muminus_Mt2[2];
TH1F *h_muminus_Mt[2];
TH1F *h_muminus_beta[2];
TH1F *h_muminus_gamma[2];
TH1F *h_muminus_plus[2];
TH1F *h_muminus_minus[2];
TH1F *h_muminus_Rap[2];
TH1F *h_muminus_eta[2];
TH1F *h_muminus_psuedorap[2];
TH1F *h_jpsi_Mag[2];
// TH1F *h_muminus_Mag[2];
// TH1F *h_muplus_Mag[2];
TH1F *h_jpsi_Mag2[2];
// TH1F *h_muminus_Mag2[2];
// TH1F *h_muplus_Mag2[2];
for(int x = 0; x < 2; x++)
{
h_nPriVtx[x] = new TH1F("","",50,0,50);
h_vertexWeight[x] = new TH1F("","",150,0,150);
h_sumPTPV[x] = new TH1F("","",500,0,250);
h_countTksOfPV[x] = new TH1F("","",150,0,150);
// h_JpsiMuScleMassCorr[x] = new TH1F("","",500,0,50);
// h_JpsiMuScleMassErr[x] = new TH1F("","",5000,-50,50);
h_JpsiMassErr[x] = new TH1F("","",250,0,0.05);
// h_sigmaPtPos[x] = new TH1F("","",5000,-50,50);
// h_sigmaPtNeg[x] = new TH1F("","",5000,-50,50);
h_Jpsict[x] = new TH1F("","",25,0,2.5);
h_JpsictErr[x] = new TH1F("","",500,0,0.2);
h_JpsiVprob[x] = new TH1F("","",100,0,1.1);
h_JpsiDistM1[x] = new TH1F("","",800,300,1100);
h_JpsiDphiM1[x] = new TH1F("","",250,-5,5);
h_JpsiDrM1[x] = new TH1F("","",240,0,8);
h_JpsiDistM2[x] = new TH1F("","",800,300,1100);
h_JpsiDphiM2[x] = new TH1F("","",250,-5,5);
h_JpsiDrM2[x] = new TH1F("","",240,0,8);
h_jpsi_x[x] = new TH1F("JPsi X","",80,-20,20);
h_jpsi_y[x] = new TH1F("JPsi Y","",60,-15,15);
h_jpsi_z[x] = new TH1F("JPsi Z","",60,-15,15);
h_jpsi_px[x] = new TH1F("JPsi P_{x}","",100,0,20);
h_jpsi_py[x] = new TH1F("JPsi P_{y}","",100,0,20);
h_jpsi_pz[x] = new TH1F("JPsi P_{z}","",75,0,15);
h_jpsi_t[x] = new TH1F("JPsi T","",200,0,25);
h_jpsi_Energy[x] = new TH1F("JPsi Energy","",120,0,30);
h_jpsi_theta[x] = new TH1F("JPsi Theta","",120,0,3.1);
h_jpsi_costheta[x] = new TH1F("JPsi Costheta","",30,0,1);
h_jpsi_phi[x] = new TH1F("JPsi Phi","",50,0,3.3);
h_jpsi_rho[x] = new TH1F("JPsi Rho","",75,0,30);
h_jpsi_perp2[x] = new TH1F("JPsi Perp2","",500,0,500);
h_jpsi_pt[x] = new TH1F("JPsi p_{T}","",90,0,30);
h_jpsi_perp[x] = new TH1F("JPsi Perp","",100,0,50);
h_jpsi_et2[x] = new TH1F("JPsi E_{T}^{2}","",100,0,300);
h_jpsi_et[x] = new TH1F("JPsi E_{T}","",90,0,30);
h_jpsi_Mag2[x] = new TH1F("JPsi Mag^{2}","",160,6,14);
h_jpsi_Mag[x] = new TH1F("JPsi Mag","",120,2.5,3.5);
h_jpsi_M[x] = new TH1F("JPsi M","",300,2.7,3.4);
h_jpsi_Mt2[x] = new TH1F("JPsi Mt^{2}","",500,0,500);
h_jpsi_Mt[x] = new TH1F("JPsi Mt","",180,0,30);
h_jpsi_beta[x] = new TH1F("JPsi beta","",100,0.8,1.1);
h_jpsi_gamma[x] = new TH1F("JPsi gamma","",120,0,15);
h_jpsi_plus[x] = new TH1F("JPsi Plus","",50,0,50);
h_jpsi_minus[x] = new TH1F("JPsi Minus","",40,0,40);
h_jpsi_Rap[x] = new TH1F("JPsi Rap","",60,-1.6,1.6);
h_jpsi_eta[x] = new TH1F("JPsi eta","",60,-1,1);
h_jpsi_psuedorap[x] = new TH1F("JPsi Psuedorap","",96,-2,2);
h_muplus_x[x] = new TH1F("muplus X","",80,-20,20);
h_muplus_y[x] = new TH1F("muplus Y","",80,-20,20);
h_muplus_z[x] = new TH1F("muplus Z","",80,-20,20);
h_muplus_px[x] = new TH1F("muplus P_{x}","",75,0,15);
h_muplus_py[x] = new TH1F("muplus P_{y}","",75,0,15);
h_muplus_pz[x] = new TH1F("muplus P_{z}","",75,0,15);
h_muplus_t[x] = new TH1F("muplus T","",200,0,25);
h_muplus_Energy[x] = new TH1F("muplus Energy","",120,0,30);
h_muplus_theta[x] = new TH1F("muplus Theta","",120,0,3.1);
h_muplus_costheta[x] = new TH1F("muplus Costheta","",50,0,1);
h_muplus_phi[x] = new TH1F("muplus Phi","",50,0,3.3);
h_muplus_rho[x] = new TH1F("muplus Rho","",75,0,30);
h_muplus_perp2[x] = new TH1F("muplus Perp2","",200,0,200);
h_muplus_pt[x] = new TH1F("muplus p_{T}","",100,0,15);
h_muplus_perp[x] = new TH1F("muplus Perp","",100,0,15);
h_muplus_et2[x] = new TH1F("muplus E_{T}^{2}","",300,0,300);
h_muplus_et[x] = new TH1F("muplus E_{T}","",90,0,30);
// h_muplus_Mag2[x] = new TH1F("muplus Mag^{2}","",100,0,0.5);
// h_muplus_Mag[x] = new TH1F("muplus Mag","",100,0,0.5);
// h_muplus_M[x] = new TH1F("muplus M","",150,0,4);
h_muplus_Mt2[x] = new TH1F("muplus Mt^{2}","",200,0,200);
h_muplus_Mt[x] = new TH1F("muplus Mt","",40,0,20);
h_muplus_beta[x] = new TH1F("muplus beta","",500,0.999,1.001);
h_muplus_gamma[x] = new TH1F("muplus gamma","",160,25,100);
h_muplus_plus[x] = new TH1F("muplus Plus","",80,0,40);
h_muplus_minus[x] = new TH1F("muplus Minus","",40,0,40);
h_muplus_Rap[x] = new TH1F("muplus Rap","",60,-1.6,1.6);
h_muplus_eta[x] = new TH1F("muplus eta","",90,0,3.1);
h_muplus_psuedorap[x] = new TH1F("muplus Psuedorap","",80,-3,3);
h_muminus_x[x] = new TH1F("muminus X","",80,-20,20);
h_muminus_y[x] = new TH1F("muminus Y","",80,-20,20);
h_muminus_z[x] = new TH1F("muminus Z","",80,-20,20);
h_muminus_px[x] = new TH1F("muminus P_{x}","",75,0,15);
h_muminus_py[x] = new TH1F("muminus P_{y}","",75,0,15);
h_muminus_pz[x] = new TH1F("muminus P_{z}","",75,0,15);
h_muminus_t[x] = new TH1F("muminus T","",200,0,25);
h_muminus_Energy[x] = new TH1F("muminus Energy","",120,0,30);
h_muminus_theta[x] = new TH1F("muminus Theta","",120,0,3.1);
h_muminus_costheta[x] = new TH1F("muminus Costheta","",50,0,1);
h_muminus_phi[x] = new TH1F("muminus Phi","",50,0,3.3);
h_muminus_rho[x] = new TH1F("muminus Rho","",75,0,30);
h_muminus_perp2[x] = new TH1F("muminus Perp2","",200,0,200);
h_muminus_pt[x] = new TH1F("muminus p_{T}","",100,0,15);
h_muminus_perp[x] = new TH1F("muminus Perp","",100,0,15);
h_muminus_et2[x] = new TH1F("muminus E_{T}^{2}","",300,0,300);
h_muminus_et[x] = new TH1F("muminus E_{T}","",90,0,30);
// h_muminus_Mag2[x] = new TH1F("muminus Mag^{2}","",100,0,0.5);
// h_muminus_Mag[x] = new TH1F("muminus Mag","",100,0,0.5);
// h_muminus_M[x] = new TH1F("muminus M","",150,0,4);
h_muminus_Mt2[x] = new TH1F("muminus Mt^{2}","",200,0,200);
h_muminus_Mt[x] = new TH1F("muminus Mt","",40,0,20);
h_muminus_beta[x] = new TH1F("muminus beta","",500,0.999,1.001);
h_muminus_gamma[x] = new TH1F("muminus gamma","",160,25,100);
h_muminus_plus[x] = new TH1F("muminus Plus","",80,0,40);
h_muminus_minus[x] = new TH1F("muminus Minus","",40,0,40);
h_muminus_Rap[x] = new TH1F("muminus Rap","",60,-1.6,1.6);
h_muminus_eta[x] = new TH1F("muminus eta","",90,0,3.1);
h_muminus_psuedorap[x] = new TH1F("muminus Psuedorap","",80,-3,3);
}
bool rejectCowboys = true;
gStyle->SetOptStat(0);
Long64_t nentries;
TFile *f[2];
//TTree *tree
Long64_t nbytes = 0, nb = 0;
// for(int rejCows = 0; rejCows < 2; rejCows++)
// {
// if (rejCows == 0) rejectCowboys=false;
// if (rejCows == 1) rejectCowboys=true;
bool useData2011;
for(int data2011 = 0; data2011 < 2; data2011++)
{
if (data2011 == 0) useData2011=false;
if (data2011 == 1) useData2011=true;
cout<<"file is "<<data2011<<endl;
if(useData2011)
f[data2011] = TFile::Open("/data/users/ferraioc/TTree_Onia2MuMu_v30_PromptRecoAB_10May2012_Jpsi.root");
if(!useData2011)
f[data2011] = TFile::Open("/data/users/ferraioc/Polarization/2012ppOniaData/r2012A_DoubMu_jpsi_v8.root");
f[data2011]->cd();
f[data2011]->GetObject("data",fChain);
onia = 0;
muNeg = 0;
muPos = 0;
{
fChain->SetBranchAddress("JpsiP", &onia);
fChain->SetBranchAddress("muNegP", &muNeg);
fChain->SetBranchAddress("muPosP", &muPos);
fChain->SetBranchAddress("eventNb", &eventNb);
fChain->SetBranchAddress("runNb", &runNb);
fChain->SetBranchAddress("lumiBlock", &lumiBlock);
fChain->SetBranchAddress("nPriVtx", &nPriVtx);
fChain->SetBranchAddress("vertexWeight", &vertexWeight);
fChain->SetBranchAddress("Jpsict", &Jpsict);
fChain->SetBranchAddress("JpsictErr", &JpsictErr);
fChain->SetBranchAddress("sumPTPV", &sumPTPV);
fChain->SetBranchAddress("JpsiMuScleMassCorr", &JpsiMuScleMassCorr);
fChain->SetBranchAddress("countTksOfPV", &countTksOfPV);
fChain->SetBranchAddress("JpsiMuScleMassErr", &JpsiMuScleMassErr);
fChain->SetBranchAddress("sigmaPtPos", &sigmaPtPos);
fChain->SetBranchAddress("sigmaPtNeg", &sigmaPtNeg);
fChain->SetBranchAddress("JpsiMassErr", &JpsiMassErr);
fChain->SetBranchAddress("JpsiVprob", &JpsiVprob);
fChain->SetBranchAddress("JpsiDistM1", &JpsiDistM1);
fChain->SetBranchAddress("JpsiDphiM1", &JpsiDphiM1);
fChain->SetBranchAddress("JpsiDrM1", &JpsiDrM1);
fChain->SetBranchAddress("JpsiDistM2", &JpsiDistM2);
fChain->SetBranchAddress("JpsiDphiM2", &JpsiDphiM2);
fChain->SetBranchAddress("JpsiDrM2", &JpsiDrM2);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v3", &HLT_Dimuon8_Jpsi_v3);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v4", &HLT_Dimuon8_Jpsi_v4);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v5", &HLT_Dimuon8_Jpsi_v5);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v6", &HLT_Dimuon8_Jpsi_v6);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v7", &HLT_Dimuon8_Jpsi_v7);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v3", &HLT_Dimuon10_Jpsi_v3);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v4", &HLT_Dimuon10_Jpsi_v4);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v5", &HLT_Dimuon10_Jpsi_v5);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v6", &HLT_Dimuon10_Jpsi_v6);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v1", &HLT_Dimuon10_Jpsi_Barrel_v1);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v2", &HLT_Dimuon10_Jpsi_Barrel_v2);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v3", &HLT_Dimuon10_Jpsi_Barrel_v3);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v5", &HLT_Dimuon10_Jpsi_Barrel_v5);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v6", &HLT_Dimuon10_Jpsi_Barrel_v6);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_Barrel_v7", &HLT_Dimuon10_Jpsi_Barrel_v7);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v3", &HLT_Dimuon8_Jpsi_v3);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v4", &HLT_Dimuon8_Jpsi_v4);
fChain->SetBranchAddress("HLT_Dimuon8_Jpsi_v5", &HLT_Dimuon8_Jpsi_v5);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v3", &HLT_Dimuon10_Jpsi_v3);
fChain->SetBranchAddress("HLT_Dimuon10_Jpsi_v4", &HLT_Dimuon10_Jpsi_v4);
}
Long64_t nentries = fChain->GetEntriesFast();
std::cout << "File "<<data2011<<"; number of entries = " << nentries << std::endl;
nentries = 5416828;
// nentries = 10000;
for (Long64_t jentry=0; jentry<nentries;jentry++) {
fChain->GetEntry(jentry);
if(jentry % 10000 == 0) std::cout << "event " << jentry << " of " << nentries << std::endl;
int trigDecision = -99;
if( HLT_Dimuon8_Jpsi_v3 == 1 || // 2012
HLT_Dimuon8_Jpsi_v4 == 1 || // 2012
HLT_Dimuon8_Jpsi_v5 == 1 || // 2012
HLT_Dimuon8_Jpsi_v6 == 1 || // 2012
HLT_Dimuon8_Jpsi_v7 == 1 || // 2012
HLT_Dimuon10_Jpsi_v3 == 1 || // 2012
HLT_Dimuon10_Jpsi_v4 == 1 || // 2012
HLT_Dimuon10_Jpsi_v5 == 1 || // 2012
HLT_Dimuon10_Jpsi_v6 == 1 || // 2012
HLT_Dimuon10_Jpsi_Barrel_v1 == 1 || // 2011
HLT_Dimuon10_Jpsi_Barrel_v2 == 1 || // 2011
HLT_Dimuon10_Jpsi_Barrel_v3 == 1 || // 2011
HLT_Dimuon10_Jpsi_Barrel_v5 == 1 || // 2011
HLT_Dimuon10_Jpsi_Barrel_v6 == 1 || // 2011
HLT_Dimuon10_Jpsi_Barrel_v7 == 1 || // 2011
HLT_Dimuon8_Jpsi_v3 == 1 || // 2011
HLT_Dimuon8_Jpsi_v4 == 1 || // 2011
HLT_Dimuon8_Jpsi_v5 == 1 || // 2011
HLT_Dimuon10_Jpsi_v3 == 1 || // 2011
HLT_Dimuon10_Jpsi_v4 == 1
)
trigDecision = 1;
if(trigDecision != 1 ) continue;
if(onia->Pt() < 10. || onia->Pt() > 15.) continue;
if(onia->Rapidity() > 0.5. || onia->Rapidity() < -0.5.) continue;
double deltaPhi = muNeg->Phi() - muPos->Phi();
if(deltaPhi > TMath::Pi()) deltaPhi -= 2.*TMath::Pi();
else if(deltaPhi < -TMath::Pi()) deltaPhi += 2.*TMath::Pi();
if(rejectCowboys){
if(deltaPhi < 0.) continue;
}
h_nPriVtx[data2011]->Fill(nPriVtx);
h_vertexWeight[data2011]->Fill(vertexWeight);
h_sumPTPV[data2011]->Fill(sumPTPV);
h_countTksOfPV[data2011]->Fill(countTksOfPV);
// h_JpsiMuScleMassCorr[data2011]->Fill(JpsiMuScleMassCorr);
// h_JpsiMuScleMassErr[data2011]->Fill(JpsiMuScleMassErr);
h_JpsiMassErr[data2011]->Fill(JpsiMassErr);
// h_sigmaPtPos[data2011]->Fill(sigmaPtPos);
// h_sigmaPtNeg[data2011]->Fill(sigmaPtNeg);
h_Jpsict[data2011]->Fill(Jpsict);
h_JpsictErr[data2011]->Fill(JpsictErr);
h_JpsiVprob[data2011]->Fill(JpsiVprob);
h_JpsiDistM1[data2011]->Fill(JpsiDistM1);
h_JpsiDphiM1[data2011]->Fill(JpsiDphiM1);
h_JpsiDrM1[data2011]->Fill(JpsiDrM1);
h_JpsiDistM2[data2011]->Fill(JpsiDistM2);
h_JpsiDphiM2[data2011]->Fill(JpsiDphiM2);
h_JpsiDrM2[data2011]->Fill(JpsiDrM2);
h_jpsi_x[data2011]->Fill(onia->X());
h_jpsi_y[data2011]->Fill(onia->Y());
h_jpsi_z[data2011]->Fill(onia->Z());
h_jpsi_px[data2011]->Fill(onia->Px());
h_jpsi_py[data2011]->Fill(onia->Py());
h_jpsi_pz[data2011]->Fill(onia->Pz());
h_jpsi_t[data2011]->Fill(onia->T());
h_jpsi_Energy[data2011]->Fill(onia->Energy());
h_jpsi_theta[data2011]->Fill(onia->Theta());
h_jpsi_costheta[data2011]->Fill(onia->CosTheta());
h_jpsi_phi[data2011]->Fill(onia->Phi());
h_jpsi_rho[data2011]->Fill(onia->Rho());
h_jpsi_perp2[data2011]->Fill(onia->Perp2());
h_jpsi_pt[data2011]->Fill(onia->Pt());
h_jpsi_perp[data2011]->Fill(onia->Perp());
h_jpsi_et2[data2011]->Fill(onia->Et2());
h_jpsi_et[data2011]->Fill(onia->Et());
h_jpsi_Mag2[data2011]->Fill(onia->Mag2());
h_jpsi_Mag[data2011]->Fill(onia->Mag());
h_jpsi_M[data2011]->Fill(onia->M());
h_jpsi_Mt2[data2011]->Fill(onia->Mt2());
h_jpsi_Mt[data2011]->Fill(onia->Mt());
h_jpsi_beta[data2011]->Fill(onia->Beta());
h_jpsi_gamma[data2011]->Fill(onia->Gamma());
h_jpsi_plus[data2011]->Fill(onia->Plus());
h_jpsi_minus[data2011]->Fill(onia->Minus());
h_jpsi_Rap[data2011]->Fill(onia->Rapidity());
h_jpsi_eta[data2011]->Fill(onia->Eta());
h_jpsi_psuedorap[data2011]->Fill(onia->PseudoRapidity());
h_muplus_x[data2011]->Fill(muPos->X());
h_muplus_y[data2011]->Fill(muPos->Y());
h_muplus_z[data2011]->Fill(muPos->Z());
h_muplus_px[data2011]->Fill(muPos->Px());
h_muplus_py[data2011]->Fill(muPos->Py());
h_muplus_pz[data2011]->Fill(muPos->Pz());
h_muplus_t[data2011]->Fill(muPos->T());
h_muplus_Energy[data2011]->Fill(muPos->Energy());
h_muplus_theta[data2011]->Fill(muPos->Theta());
h_muplus_costheta[data2011]->Fill(muPos->CosTheta());
h_muplus_phi[data2011]->Fill(muPos->Phi());
h_muplus_rho[data2011]->Fill(muPos->Rho());
h_muplus_perp2[data2011]->Fill(muPos->Perp2());
h_muplus_pt[data2011]->Fill(muPos->Pt());
h_muplus_perp[data2011]->Fill(muPos->Perp());
h_muplus_et2[data2011]->Fill(muPos->Et2());
h_muplus_et[data2011]->Fill(muPos->Et());
// h_muplus_Mag2[data2011]->Fill(muPos->Mag2());
// h_muplus_Mag[data2011]->Fill(muPos->Mag());
// h_muplus_M[data2011]->Fill(muPos->M());
h_muplus_Mt2[data2011]->Fill(muPos->Mt2());
h_muplus_Mt[data2011]->Fill(muPos->Mt());
h_muplus_beta[data2011]->Fill(muPos->Beta());
h_muplus_gamma[data2011]->Fill(muPos->Gamma());
h_muplus_plus[data2011]->Fill(muPos->Plus());
h_muplus_minus[data2011]->Fill(muPos->Minus());
h_muplus_Rap[data2011]->Fill(muPos->Rapidity());
h_muplus_eta[data2011]->Fill(muPos->Eta());
h_muplus_psuedorap[data2011]->Fill(muPos->PseudoRapidity());
h_muminus_x[data2011]->Fill(muNeg->X());
h_muminus_y[data2011]->Fill(muNeg->Y());
h_muminus_z[data2011]->Fill(muNeg->Z());
h_muminus_px[data2011]->Fill(muNeg->Px());
h_muminus_py[data2011]->Fill(muNeg->Py());
h_muminus_pz[data2011]->Fill(muNeg->Pz());
h_muminus_t[data2011]->Fill(muNeg->T());
h_muminus_Energy[data2011]->Fill(muNeg->Energy());
h_muminus_theta[data2011]->Fill(muNeg->Theta());
h_muminus_costheta[data2011]->Fill(muNeg->CosTheta());
h_muminus_phi[data2011]->Fill(muNeg->Phi());
h_muminus_rho[data2011]->Fill(muNeg->Rho());
h_muminus_perp2[data2011]->Fill(muNeg->Perp2());
h_muminus_pt[data2011]->Fill(muNeg->Pt());
h_muminus_perp[data2011]->Fill(muNeg->Perp());
h_muminus_et2[data2011]->Fill(muNeg->Et2());
h_muminus_et[data2011]->Fill(muNeg->Et());
// h_muminus_Mag2[data2011]->Fill(muNeg->Mag2());
// h_muminus_Mag[data2011]->Fill(muNeg->Mag());
// h_muminus_M[data2011]->Fill(muNeg->M());
h_muminus_Mt2[data2011]->Fill(muNeg->Mt2());
h_muminus_Mt[data2011]->Fill(muNeg->Mt());
h_muminus_beta[data2011]->Fill(muNeg->Beta());
h_muminus_gamma[data2011]->Fill(muNeg->Gamma());
h_muminus_plus[data2011]->Fill(muNeg->Plus());
h_muminus_minus[data2011]->Fill(muNeg->Minus());
h_muminus_Rap[data2011]->Fill(muNeg->Rapidity());
h_muminus_eta[data2011]->Fill(muNeg->Eta());
h_muminus_psuedorap[data2011]->Fill(muNeg->PseudoRapidity());
}
}
char pdfname[200];
Double_t norm;
for(int data2011 = 0; data2011 < 2; data2011++)
{
norm = h_nPriVtx[data2011]->GetEntries();
h_nPriVtx[data2011]->Scale(1/norm);
h_nPriVtx[data2011]->SetLineColor(data2011+1);
norm = h_vertexWeight[data2011]->GetEntries();
h_vertexWeight[data2011]->Scale(1/norm);
h_vertexWeight[data2011]->SetLineColor(data2011+1);
norm = h_sumPTPV[data2011]->GetEntries();
h_sumPTPV[data2011]->Scale(1/norm);
h_sumPTPV[data2011]->SetLineColor(data2011+1);
norm = h_countTksOfPV[data2011]->GetEntries();
h_countTksOfPV[data2011]->Scale(1/norm);
h_countTksOfPV[data2011]->SetLineColor(data2011+1);
// norm = h_JpsiMuScleMassCorr[data2011]->GetEntries();
// h_JpsiMuScleMassCorr[data2011]->Scale(1/norm);
// h_JpsiMuScleMassCorr[data2011]->SetLineColor(data2011+1);
// norm = h_JpsiMuScleMassErr[data2011]->GetEntries();
// h_JpsiMuScleMassErr[data2011]->Scale(1/norm);
// h_JpsiMuScleMassErr[data2011]->SetLineColor(data2011+1);
// norm = h_sigmaPtPos[data2011]->GetEntries();
// h_sigmaPtPos[data2011]->Scale(1/norm);
// h_sigmaPtPos[data2011]->SetLineColor(data2011+1);
// norm = h_sigmaPtNeg[data2011]->GetEntries();
// h_sigmaPtNeg[data2011]->Scale(1/norm);
// h_sigmaPtNeg[data2011]->SetLineColor(data2011+1);
norm = h_Jpsict[data2011]->GetEntries();
h_Jpsict[data2011]->Scale(1/norm);
h_Jpsict[data2011]->SetLineColor(data2011+1);
norm = h_JpsictErr[data2011]->GetEntries();
h_JpsictErr[data2011]->Scale(1/norm);
h_JpsictErr[data2011]->SetLineColor(data2011+1);
norm = h_JpsiVprob[data2011]->GetEntries();
h_JpsiVprob[data2011]->Scale(1/norm);
h_JpsiVprob[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDistM1[data2011]->GetEntries();
h_JpsiDistM1[data2011]->Scale(1/norm);
h_JpsiDistM1[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDphiM1[data2011]->GetEntries();
h_JpsiDphiM1[data2011]->Scale(1/norm);
h_JpsiDphiM1[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDrM1[data2011]->GetEntries();
h_JpsiDrM1[data2011]->Scale(1/norm);
h_JpsiDrM1[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDistM2[data2011]->GetEntries();
h_JpsiDistM2[data2011]->Scale(1/norm);
h_JpsiDistM2[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDphiM2[data2011]->GetEntries();
h_JpsiDphiM2[data2011]->Scale(1/norm);
h_JpsiDphiM2[data2011]->SetLineColor(data2011+1);
norm = h_JpsiDrM2[data2011]->GetEntries();
h_JpsiDrM2[data2011]->Scale(1/norm);
h_JpsiDrM2[data2011]->SetLineColor(data2011+1);
norm = h_JpsiMassErr[data2011]->GetEntries();
h_JpsiMassErr[data2011]->Scale(1/norm);
h_JpsiMassErr[data2011]->SetLineColor(data2011+1);
h_muminus_x[data2011]->GetEntries();
h_muminus_x[data2011]->Scale(1/norm);
h_muminus_x[data2011]->SetLineColor(data2011+1);
h_muminus_y[data2011]->GetEntries();
h_muminus_y[data2011]->Scale(1/norm);
h_muminus_y[data2011]->SetLineColor(data2011+1);
h_muminus_z[data2011]->GetEntries();
h_muminus_z[data2011]->Scale(1/norm);
h_muminus_z[data2011]->SetLineColor(data2011+1);
h_muminus_px[data2011]->GetEntries();
h_muminus_px[data2011]->Scale(1/norm);
h_muminus_px[data2011]->SetLineColor(data2011+1);
h_muminus_py[data2011]->GetEntries();
h_muminus_py[data2011]->Scale(1/norm);
h_muminus_py[data2011]->SetLineColor(data2011+1);
h_muminus_pz[data2011]->GetEntries();
h_muminus_pz[data2011]->Scale(1/norm);
h_muminus_pz[data2011]->SetLineColor(data2011+1);
h_muminus_t[data2011]->GetEntries();
h_muminus_t[data2011]->Scale(1/norm);
h_muminus_t[data2011]->SetLineColor(data2011+1);
h_muminus_Energy[data2011]->GetEntries();
h_muminus_Energy[data2011]->Scale(1/norm);
h_muminus_Energy[data2011]->SetLineColor(data2011+1);
h_muminus_theta[data2011]->GetEntries();
h_muminus_theta[data2011]->Scale(1/norm);
h_muminus_theta[data2011]->SetLineColor(data2011+1);
h_muminus_costheta[data2011]->GetEntries();
h_muminus_costheta[data2011]->Scale(1/norm);
h_muminus_costheta[data2011]->SetLineColor(data2011+1);
h_muminus_phi[data2011]->GetEntries();
h_muminus_phi[data2011]->Scale(1/norm);
h_muminus_phi[data2011]->SetLineColor(data2011+1);
h_muminus_rho[data2011]->GetEntries();
h_muminus_rho[data2011]->Scale(1/norm);
h_muminus_rho[data2011]->SetLineColor(data2011+1);
h_muminus_perp2[data2011]->GetEntries();
h_muminus_perp2[data2011]->Scale(1/norm);
h_muminus_perp2[data2011]->SetLineColor(data2011+1);
h_muminus_pt[data2011]->GetEntries();
h_muminus_pt[data2011]->Scale(1/norm);
h_muminus_pt[data2011]->SetLineColor(data2011+1);
h_muminus_perp[data2011]->GetEntries();
h_muminus_perp[data2011]->Scale(1/norm);
h_muminus_perp[data2011]->SetLineColor(data2011+1);
h_muminus_et2[data2011]->GetEntries();
h_muminus_et2[data2011]->Scale(1/norm);
h_muminus_et2[data2011]->SetLineColor(data2011+1);
h_muminus_et[data2011]->GetEntries();
h_muminus_et[data2011]->Scale(1/norm);
h_muminus_et[data2011]->SetLineColor(data2011+1);
// h_muminus_Mag2[data2011]->GetEntries();
// h_muminus_Mag2[data2011]->Scale(1/norm);
// h_muminus_Mag2[data2011]->SetLineColor(data2011+1);
// h_muminus_Mag[data2011]->GetEntries();
// h_muminus_Mag[data2011]->Scale(1/norm);
// h_muminus_Mag[data2011]->SetLineColor(data2011+1);
// h_muminus_M[data2011]->GetEntries();
// h_muminus_M[data2011]->Scale(1/norm);
// h_muminus_M[data2011]->SetLineColor(data2011+1);
h_muminus_Mt2[data2011]->GetEntries();
h_muminus_Mt2[data2011]->Scale(1/norm);
h_muminus_Mt2[data2011]->SetLineColor(data2011+1);
h_muminus_Mt[data2011]->GetEntries();
h_muminus_Mt[data2011]->Scale(1/norm);
h_muminus_Mt[data2011]->SetLineColor(data2011+1);
h_muminus_beta[data2011]->GetEntries();
h_muminus_beta[data2011]->Scale(1/norm);
h_muminus_beta[data2011]->SetLineColor(data2011+1);
h_muminus_gamma[data2011]->GetEntries();
h_muminus_gamma[data2011]->Scale(1/norm);
h_muminus_gamma[data2011]->SetLineColor(data2011+1);
h_muminus_plus[data2011]->GetEntries();
h_muminus_plus[data2011]->Scale(1/norm);
h_muminus_plus[data2011]->SetLineColor(data2011+1);
h_muminus_minus[data2011]->GetEntries();
h_muminus_minus[data2011]->Scale(1/norm);
h_muminus_minus[data2011]->SetLineColor(data2011+1);
h_muminus_Rap[data2011]->GetEntries();
h_muminus_Rap[data2011]->Scale(1/norm);
h_muminus_Rap[data2011]->SetLineColor(data2011+1);
h_muminus_eta[data2011]->GetEntries();
h_muminus_eta[data2011]->Scale(1/norm);
h_muminus_eta[data2011]->SetLineColor(data2011+1);
h_muminus_psuedorap[data2011]->GetEntries();
h_muminus_psuedorap[data2011]->Scale(1/norm);
h_muminus_psuedorap[data2011]->SetLineColor(data2011+1);
h_muplus_x[data2011]->GetEntries();
h_muplus_x[data2011]->Scale(1/norm);
h_muplus_x[data2011]->SetLineColor(data2011+1);
h_muplus_y[data2011]->GetEntries();
h_muplus_y[data2011]->Scale(1/norm);
h_muplus_y[data2011]->SetLineColor(data2011+1);
h_muplus_z[data2011]->GetEntries();
h_muplus_z[data2011]->Scale(1/norm);
h_muplus_z[data2011]->SetLineColor(data2011+1);
h_muplus_px[data2011]->GetEntries();
h_muplus_px[data2011]->Scale(1/norm);
h_muplus_px[data2011]->SetLineColor(data2011+1);
h_muplus_py[data2011]->GetEntries();
h_muplus_py[data2011]->Scale(1/norm);
h_muplus_py[data2011]->SetLineColor(data2011+1);
h_muplus_pz[data2011]->GetEntries();
h_muplus_pz[data2011]->Scale(1/norm);
h_muplus_pz[data2011]->SetLineColor(data2011+1);
h_muplus_t[data2011]->GetEntries();
h_muplus_t[data2011]->Scale(1/norm);
h_muplus_t[data2011]->SetLineColor(data2011+1);
h_muplus_Energy[data2011]->GetEntries();
h_muplus_Energy[data2011]->Scale(1/norm);
h_muplus_Energy[data2011]->SetLineColor(data2011+1);
h_muplus_theta[data2011]->GetEntries();
h_muplus_theta[data2011]->Scale(1/norm);
h_muplus_theta[data2011]->SetLineColor(data2011+1);
h_muplus_costheta[data2011]->GetEntries();
h_muplus_costheta[data2011]->Scale(1/norm);
h_muplus_costheta[data2011]->SetLineColor(data2011+1);
h_muplus_phi[data2011]->GetEntries();
h_muplus_phi[data2011]->Scale(1/norm);
h_muplus_phi[data2011]->SetLineColor(data2011+1);
h_muplus_rho[data2011]->GetEntries();
h_muplus_rho[data2011]->Scale(1/norm);
h_muplus_rho[data2011]->SetLineColor(data2011+1);
h_muplus_perp2[data2011]->GetEntries();
h_muplus_perp2[data2011]->Scale(1/norm);
h_muplus_perp2[data2011]->SetLineColor(data2011+1);
h_muplus_pt[data2011]->GetEntries();
h_muplus_pt[data2011]->Scale(1/norm);
h_muplus_pt[data2011]->SetLineColor(data2011+1);
h_muplus_perp[data2011]->GetEntries();
h_muplus_perp[data2011]->Scale(1/norm);
h_muplus_perp[data2011]->SetLineColor(data2011+1);
h_muplus_et2[data2011]->GetEntries();
h_muplus_et2[data2011]->Scale(1/norm);
h_muplus_et2[data2011]->SetLineColor(data2011+1);
h_muplus_et[data2011]->GetEntries();
h_muplus_et[data2011]->Scale(1/norm);
h_muplus_et[data2011]->SetLineColor(data2011+1);
// h_muplus_Mag2[data2011]->GetEntries();
// h_muplus_Mag2[data2011]->Scale(1/norm);
// h_muplus_Mag2[data2011]->SetLineColor(data2011+1);
// h_muplus_Mag[data2011]->GetEntries();
// h_muplus_Mag[data2011]->Scale(1/norm);
// h_muplus_Mag[data2011]->SetLineColor(data2011+1);
// h_muplus_M[data2011]->GetEntries();
// h_muplus_M[data2011]->Scale(1/norm);
// h_muplus_M[data2011]->SetLineColor(data2011+1);
h_muplus_Mt2[data2011]->GetEntries();
h_muplus_Mt2[data2011]->Scale(1/norm);
h_muplus_Mt2[data2011]->SetLineColor(data2011+1);
h_muplus_Mt[data2011]->GetEntries();
h_muplus_Mt[data2011]->Scale(1/norm);
h_muplus_Mt[data2011]->SetLineColor(data2011+1);
h_muplus_beta[data2011]->GetEntries();
h_muplus_beta[data2011]->Scale(1/norm);
h_muplus_beta[data2011]->SetLineColor(data2011+1);
h_muplus_gamma[data2011]->GetEntries();
h_muplus_gamma[data2011]->Scale(1/norm);
h_muplus_gamma[data2011]->SetLineColor(data2011+1);
h_muplus_plus[data2011]->GetEntries();
h_muplus_plus[data2011]->Scale(1/norm);
h_muplus_plus[data2011]->SetLineColor(data2011+1);
h_muplus_minus[data2011]->GetEntries();
h_muplus_minus[data2011]->Scale(1/norm);
h_muplus_minus[data2011]->SetLineColor(data2011+1);
h_muplus_Rap[data2011]->GetEntries();
h_muplus_Rap[data2011]->Scale(1/norm);
h_muplus_Rap[data2011]->SetLineColor(data2011+1);
h_muplus_eta[data2011]->GetEntries();
h_muplus_eta[data2011]->Scale(1/norm);
h_muplus_eta[data2011]->SetLineColor(data2011+1);
h_muplus_psuedorap[data2011]->GetEntries();
h_muplus_psuedorap[data2011]->Scale(1/norm);
h_muplus_psuedorap[data2011]->SetLineColor(data2011+1);
h_jpsi_x[data2011]->GetEntries();
h_jpsi_x[data2011]->Scale(1/norm);
h_jpsi_x[data2011]->SetLineColor(data2011+1);
h_jpsi_y[data2011]->GetEntries();
h_jpsi_y[data2011]->Scale(1/norm);
h_jpsi_y[data2011]->SetLineColor(data2011+1);
h_jpsi_z[data2011]->GetEntries();
h_jpsi_z[data2011]->Scale(1/norm);
h_jpsi_z[data2011]->SetLineColor(data2011+1);
h_jpsi_px[data2011]->GetEntries();
h_jpsi_px[data2011]->Scale(1/norm);
h_jpsi_px[data2011]->SetLineColor(data2011+1);
h_jpsi_py[data2011]->GetEntries();
h_jpsi_py[data2011]->Scale(1/norm);
h_jpsi_py[data2011]->SetLineColor(data2011+1);
h_jpsi_pz[data2011]->GetEntries();
h_jpsi_pz[data2011]->Scale(1/norm);
h_jpsi_pz[data2011]->SetLineColor(data2011+1);
h_jpsi_t[data2011]->GetEntries();
h_jpsi_t[data2011]->Scale(1/norm);
h_jpsi_t[data2011]->SetLineColor(data2011+1);
h_jpsi_Energy[data2011]->GetEntries();
h_jpsi_Energy[data2011]->Scale(1/norm);
h_jpsi_Energy[data2011]->SetLineColor(data2011+1);
h_jpsi_theta[data2011]->GetEntries();
h_jpsi_theta[data2011]->Scale(1/norm);
h_jpsi_theta[data2011]->SetLineColor(data2011+1);
h_jpsi_costheta[data2011]->GetEntries();
h_jpsi_costheta[data2011]->Scale(1/norm);
h_jpsi_costheta[data2011]->SetLineColor(data2011+1);
h_jpsi_phi[data2011]->GetEntries();
h_jpsi_phi[data2011]->Scale(1/norm);
h_jpsi_phi[data2011]->SetLineColor(data2011+1);
h_jpsi_rho[data2011]->GetEntries();
h_jpsi_rho[data2011]->Scale(1/norm);
h_jpsi_rho[data2011]->SetLineColor(data2011+1);
h_jpsi_perp2[data2011]->GetEntries();
h_jpsi_perp2[data2011]->Scale(1/norm);
h_jpsi_perp2[data2011]->SetLineColor(data2011+1);
h_jpsi_pt[data2011]->GetEntries();
h_jpsi_pt[data2011]->Scale(1/norm);
h_jpsi_pt[data2011]->SetLineColor(data2011+1);
h_jpsi_perp[data2011]->GetEntries();
h_jpsi_perp[data2011]->Scale(1/norm);
h_jpsi_perp[data2011]->SetLineColor(data2011+1);
h_jpsi_et2[data2011]->GetEntries();
h_jpsi_et2[data2011]->Scale(1/norm);
h_jpsi_et2[data2011]->SetLineColor(data2011+1);
h_jpsi_et[data2011]->GetEntries();
h_jpsi_et[data2011]->Scale(1/norm);
h_jpsi_et[data2011]->SetLineColor(data2011+1);
h_jpsi_Mag2[data2011]->GetEntries();
h_jpsi_Mag2[data2011]->Scale(1/norm);
h_jpsi_Mag2[data2011]->SetLineColor(data2011+1);
h_jpsi_Mag[data2011]->GetEntries();
h_jpsi_Mag[data2011]->Scale(1/norm);
h_jpsi_Mag[data2011]->SetLineColor(data2011+1);
h_jpsi_M[data2011]->GetEntries();
h_jpsi_M[data2011]->Scale(1/norm);
h_jpsi_M[data2011]->SetLineColor(data2011+1);
h_jpsi_Mt2[data2011]->GetEntries();
h_jpsi_Mt2[data2011]->Scale(1/norm);
h_jpsi_Mt2[data2011]->SetLineColor(data2011+1);
h_jpsi_Mt[data2011]->GetEntries();
h_jpsi_Mt[data2011]->Scale(1/norm);
h_jpsi_Mt[data2011]->SetLineColor(data2011+1);
h_jpsi_beta[data2011]->GetEntries();
h_jpsi_beta[data2011]->Scale(1/norm);
h_jpsi_beta[data2011]->SetLineColor(data2011+1);
h_jpsi_gamma[data2011]->GetEntries();
h_jpsi_gamma[data2011]->Scale(1/norm);
h_jpsi_gamma[data2011]->SetLineColor(data2011+1);
h_jpsi_plus[data2011]->GetEntries();
h_jpsi_plus[data2011]->Scale(1/norm);
h_jpsi_plus[data2011]->SetLineColor(data2011+1);
h_jpsi_minus[data2011]->GetEntries();
h_jpsi_minus[data2011]->Scale(1/norm);
h_jpsi_minus[data2011]->SetLineColor(data2011+1);
h_jpsi_Rap[data2011]->GetEntries();
h_jpsi_Rap[data2011]->Scale(1/norm);
h_jpsi_Rap[data2011]->SetLineColor(data2011+1);
h_jpsi_eta[data2011]->GetEntries();
h_jpsi_eta[data2011]->Scale(1/norm);
h_jpsi_eta[data2011]->SetLineColor(data2011+1);
h_jpsi_psuedorap[data2011]->GetEntries();
h_jpsi_psuedorap[data2011]->Scale(1/norm);
h_jpsi_psuedorap[data2011]->SetLineColor(data2011+1);
}
leg = new TLegend(0.7,0.75,0.9,0.9);
leg->AddEntry(h_JpsiMassErr[0],"2012 Data","f");
leg->AddEntry(h_JpsiMassErr[1],"2011 Data","f");
leg->SetFillStyle(0);
gStyle->SetStatStyle(0);
gStyle->SetTitleStyle(0);
gROOT->ForceStyle();
gStyle->SetFrameFillColor(-1);
for(int x = 0; x < 2; x++)
{
h_nPriVtx[x]->SetTitle("nPriVtx");
h_vertexWeight[x]->SetTitle("vertexWeight");
h_sumPTPV[x]->SetTitle("sumPTPV");
h_countTksOfPV[x]->SetTitle("countTksOfPV");
// h_JpsiMuScleMassCorr[x]->SetTitle("JpsiMuScleMassCorr");
// h_JpsiMuScleMassErr[x]->SetTitle("JpsiMuScleMassErr");
h_JpsiMassErr[x]->SetTitle("JpsiMassErr");
// h_sigmaPtPos[x]->SetTitle("sigmaPtPos");
// h_sigmaPtNeg[x]->SetTitle("sigmaPtNeg");
h_Jpsict[x]->SetTitle("Jpsict");
h_JpsictErr[x]->SetTitle("JpsictErr");
h_JpsiVprob[x]->SetTitle("JpsiVprob");
h_JpsiDistM1[x]->SetTitle("JpsiDistM1");
h_JpsiDphiM1[x]->SetTitle("JpsiDphiM1");
h_JpsiDrM1[x]->SetTitle("JpsiDrM1");
h_JpsiDistM2[x]->SetTitle("JpsiDistM2");
h_JpsiDphiM2[x]->SetTitle("JpsiDphiM2");
h_JpsiDrM2[x]->SetTitle("JpsiDrM2");
h_muminus_x[x]->SetTitle("MuMinus X");
h_muminus_y[x]->SetTitle("MuMinus Y");
h_muminus_z[x]->SetTitle("MuMinus Z");
h_muminus_px[x]->SetTitle("MuMinus p_{X}");
h_muminus_py[x]->SetTitle("MuMinus p_{Y}");
h_muminus_pz[x]->SetTitle("MuMinus p_{Z}");
h_muminus_t[x]->SetTitle("MuMinus T");
h_muminus_Energy[x]->SetTitle("MuMinus Energy");
h_muminus_theta[x]->SetTitle("MuMinus Theta");
h_muminus_costheta[x]->SetTitle("MuMinus CosTheta");
h_muminus_phi[x]->SetTitle("MuMinus Phi");
h_muminus_rho[x]->SetTitle("MuMinus Rho");
h_muminus_perp2[x]->SetTitle("MuMinus Perp^{2}");
h_muminus_pt[x]->SetTitle("MuMinus p_{T}");
h_muminus_perp[x]->SetTitle("MuMinus Perp");
h_muminus_et2[x]->SetTitle("MuMinus E^{2}_{T}");
h_muminus_et[x]->SetTitle("MuMinus E_{T}");
//h_muminus_Mag2[x]->SetTitle("MuMinus Mag^{2}");
//h_muminus_Mag[x]->SetTitle("MuMinus Mag");
//h_muminus_M[x]->SetTitle("MuMinus M");
h_muminus_Mt2[x]->SetTitle("MuMinus Mt^{2}");
h_muminus_Mt[x]->SetTitle("MuMinus Mt");
h_muminus_beta[x]->SetTitle("MuMinus Beta");
h_muminus_gamma[x]->SetTitle("MuMinus Gamma");
h_muminus_plus[x]->SetTitle("MuMinus Plus");
h_muminus_minus[x]->SetTitle("MuMinus Minus");
h_muminus_Rap[x]->SetTitle("MuMinus Rap");
h_muminus_eta[x]->SetTitle("MuMinus Eta");
h_muminus_psuedorap[x]->SetTitle("MuMinus Psueodorap");
h_jpsi_x[x]->SetTitle("Jpsi X");
h_jpsi_y[x]->SetTitle("Jpsi Y");
h_jpsi_z[x]->SetTitle("Jpsi Z");
h_jpsi_px[x]->SetTitle("Jpsi p_{X}");
h_jpsi_py[x]->SetTitle("Jpsi p_{Y}");
h_jpsi_pz[x]->SetTitle("Jpsi p_{Z}");
h_jpsi_t[x]->SetTitle("Jpsi T");
h_jpsi_Energy[x]->SetTitle("Jpsi Energy");
h_jpsi_theta[x]->SetTitle("Jpsi Theta");
h_jpsi_costheta[x]->SetTitle("Jpsi CosTheta");
h_jpsi_phi[x]->SetTitle("Jpsi Phi");
h_jpsi_rho[x]->SetTitle("Jpsi Rho");
h_jpsi_perp2[x]->SetTitle("Jpsi Perp^{2}");
h_jpsi_pt[x]->SetTitle("Jpsi p_{T}");
h_jpsi_perp[x]->SetTitle("Jpsi Perp");
h_jpsi_et2[x]->SetTitle("Jpsi E^{2}_{T}");
h_jpsi_et[x]->SetTitle("Jpsi E_{T}");
h_jpsi_Mag2[x]->SetTitle("Jpsi Mag^{2}");
h_jpsi_Mag[x]->SetTitle("Jpsi Mag");
h_jpsi_M[x]->SetTitle("Jpsi M");
h_jpsi_Mt2[x]->SetTitle("Jpsi Mt^{2}");
h_jpsi_Mt[x]->SetTitle("Jpsi Mt");
h_jpsi_beta[x]->SetTitle("Jpsi Beta");
h_jpsi_gamma[x]->SetTitle("Jpsi Gamma");
h_jpsi_plus[x]->SetTitle("Jpsi Plus");
h_jpsi_minus[x]->SetTitle("Jpsi Minus");
h_jpsi_Rap[x]->SetTitle("Jpsi Rap");
h_jpsi_eta[x]->SetTitle("Jpsi Eta");
h_jpsi_psuedorap[x]->SetTitle("Jpsi Psueodorap");
h_muplus_x[x]->SetTitle("MuPlus X");
h_muplus_y[x]->SetTitle("MuPlus Y");
h_muplus_z[x]->SetTitle("MuPlus Z");
h_muplus_px[x]->SetTitle("MuPlus p_{X}");
h_muplus_py[x]->SetTitle("MuPlus p_{Y}");
h_muplus_pz[x]->SetTitle("MuPlus p_{Z}");
h_muplus_t[x]->SetTitle("MuPlus T");
h_muplus_Energy[x]->SetTitle("MuPlus Energy");
h_muplus_theta[x]->SetTitle("MuPlus Theta");
h_muplus_costheta[x]->SetTitle("MuPlus CosTheta");
h_muplus_phi[x]->SetTitle("MuPlus Phi");
h_muplus_rho[x]->SetTitle("MuPlus Rho");
h_muplus_perp2[x]->SetTitle("MuPlus Perp^{2}");
h_muplus_pt[x]->SetTitle("MuPlus p_{T}");
h_muplus_perp[x]->SetTitle("MuPlus Perp");
h_muplus_et2[x]->SetTitle("MuPlus E^{2}_{T}");
h_muplus_et[x]->SetTitle("MuPlus E_{T}");
//h_muplus_Mag2[x]->SetTitle("MuPlus Mag^{2}");
//h_muplus_Mag[x]->SetTitle("MuPlus Mag");
//h_muplus_M[x]->SetTitle("MuPlus M");
h_muplus_Mt2[x]->SetTitle("MuPlus Mt^{2}");
h_muplus_Mt[x]->SetTitle("MuPlus Mt");
h_muplus_beta[x]->SetTitle("MuPlus Beta");
h_muplus_gamma[x]->SetTitle("MuPlus Gamma");
h_muplus_plus[x]->SetTitle("MuPlus Plus");
h_muplus_minus[x]->SetTitle("MuPlus Minus");
h_muplus_Rap[x]->SetTitle("MuPlus Rap");
h_muplus_eta[x]->SetTitle("MuPlus Eta");
h_muplus_psuedorap[x]->SetTitle("MuPlus Psueodorap");
}
h_nPriVtx[1]->Draw();
h_nPriVtx[0]->Draw("same");
leg->Draw();
c1->SaveAs("nPriVtx.pdf");
h_vertexWeight[0]->Draw();
h_vertexWeight[1]->Draw("same");
leg->Draw();