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Copy pathPatTreeReader.C
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PatTreeReader.C
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#include <vector>
#include <stdio.h>
#include <TFile.h>
#include <iostream>
#include <fstream>
void PatTreeReader(Int_t evid ) {
// n = (RUN_number*100000) + (event_number)
// open files and set up names
TFile *file = TFile::Open("tt_test_full210.root");
TString hfolder = "tt_test_full";
TString suffix = ".gif";
gSystem->mkdir(hfolder);
gSystem->cd(hfolder);
FILE *dfile = fopen("TtInfoDump.txt","a");
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," ======= Event(%i) Display in eta-phi plane ======= \n", evid );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
// name the histogram
char evtID[9];
sprintf(evtID,"EVT%d",evid);
TString evt_id = evtID;
TString plot01 = "qPt_"+evt_id+suffix;
TString plot02 = "qE_"+evt_id+suffix;
TString plot11 = "Jpt_"+evt_id+suffix;
TString plot12 = "Jem_"+evt_id+suffix;
TString plot13 = "Jhd_"+evt_id+suffix;
TString plot21 = "Ept_"+evt_id+suffix;
TString plot22 = "Eem_"+evt_id+suffix;
TString plot23 = "Ehd_"+evt_id+suffix;
TString plot31 = "Mpt_"+evt_id+suffix;
TString plot32 = "Mem_"+evt_id+suffix;
TString plot33 = "Mhd_"+evt_id+suffix;
TString plot41 = "Gpt_"+evt_id+suffix;
TString plot42 = "Gem_"+evt_id+suffix;
TString plot43 = "Ghd_"+evt_id+suffix;
TString plot51 = "Npt_"+evt_id+suffix;
TString plot52 = "Nem_"+evt_id+suffix;
TString plot53 = "Nhd_"+evt_id+suffix;
TString plot61 = "pt_"+evt_id+suffix;
TString plot62 = "calo_"+evt_id+suffix;
// read the tree and branch
TTree *jetT = (TTree*) file->Get("jetT");
TBranch *b0 = jetT->GetBranch("gen");
TBranch *b1 = jetT->GetBranch("patJ");
TBranch *b2 = jetT->GetBranch("patE");
TBranch *b3 = jetT->GetBranch("patMu");
TBranch *b4 = jetT->GetBranch("patGa");
TBranch *b5 = jetT->GetBranch("patNu");
// read the leaves from the branch
TLeaf *h0 = b0->GetLeaf("eta");
TLeaf *f0 = b0->GetLeaf("phi");
TLeaf *lE = b0->GetLeaf("energy");
TLeaf *lpt = b0->GetLeaf("pt");
TLeaf *lId = b0->GetLeaf("eventId");
TLeaf *h1 = b1->GetLeaf("eta");
TLeaf *f1 = b1->GetLeaf("phi");
TLeaf *em1 = b1->GetLeaf("caloE");
TLeaf *hd1 = b1->GetLeaf("caloH");
TLeaf *pt1 = b1->GetLeaf("pt");
TLeaf *Id1 = b1->GetLeaf("eventId");
TLeaf *h2 = b2->GetLeaf("eta");
TLeaf *f2 = b2->GetLeaf("phi");
TLeaf *em2 = b2->GetLeaf("caloE");
TLeaf *hd2 = b2->GetLeaf("caloH");
TLeaf *pt2 = b2->GetLeaf("pt");
TLeaf *Id2 = b2->GetLeaf("eventId");
TLeaf *h3 = b3->GetLeaf("eta");
TLeaf *f3 = b3->GetLeaf("phi");
TLeaf *em3 = b3->GetLeaf("caloE");
TLeaf *hd3 = b3->GetLeaf("caloH");
TLeaf *pt3 = b3->GetLeaf("pt");
TLeaf *Id3 = b3->GetLeaf("eventId");
TLeaf *h4 = b4->GetLeaf("eta");
TLeaf *f4 = b4->GetLeaf("phi");
TLeaf *em4 = b4->GetLeaf("caloE");
TLeaf *hd4 = b4->GetLeaf("caloH");
TLeaf *pt4 = b4->GetLeaf("pt");
TLeaf *Id4 = b4->GetLeaf("eventId");
TLeaf *h5 = b5->GetLeaf("eta");
TLeaf *f5 = b5->GetLeaf("phi");
TLeaf *em5 = b5->GetLeaf("caloE");
TLeaf *hd5 = b5->GetLeaf("caloH");
TLeaf *pt5 = b5->GetLeaf("pt");
TLeaf *Id5 = b5->GetLeaf("eventId");
// Define the histograms
h1_etaphi_pt = new TH2D("h1_etaphi_pt","eta-phi pt for patJet",79,-3.95,3.95,63,-3.15,3.15);
h1_etaphi_em = new TH2D("h1_etaphi_em","eta-phi caloE for patJet",79,-3.95,3.95,63,-3.15,3.15);
h1_etaphi_hd = new TH2D("h1_etaphi_hd","eta-phi caloH for patJet",79,-3.95,3.95,63,-3.15,3.15);
h2_etaphi_pt = new TH2D("h2_etaphi_pt","eta-phi pt for patElc",79,-3.95,3.95,63,-3.15,3.15);
h2_etaphi_em = new TH2D("h2_etaphi_em","eta-phi caloE for patElc",79,-3.95,3.95,63,-3.15,3.15);
h2_etaphi_hd = new TH2D("h2_etaphi_hd","eta-phi caloH for patElc",79,-3.95,3.95,63,-3.15,3.15);
h3_etaphi_pt = new TH2D("h3_etaphi_pt","eta-phi pt for patMuon",79,-3.95,3.95,63,-3.15,3.15);
h3_etaphi_em = new TH2D("h3_etaphi_em","eta-phi caloE for patMuon",79,-3.95,3.95,63,-3.15,3.15);
h3_etaphi_hd = new TH2D("h3_etaphi_hd","eta-phi caloH for patMuon",79,-3.95,3.95,63,-3.15,3.15);
h4_etaphi_pt = new TH2D("h4_etaphi_pt","eta-phi pt for patGam",79,-3.95,3.95,63,-3.15,3.15);
h4_etaphi_em = new TH2D("h4_etaphi_em","eta-phi caloE for patGam",79,-3.95,3.95,63,-3.15,3.15);
h4_etaphi_hd = new TH2D("h4_etaphi_hd","eta-phi caloH for patGam",79,-3.95,3.95,63,-3.15,3.15);
h5_etaphi_pt = new TH2D("h5_etaphi_pt","eta-phi pt for patMET",79,-3.95,3.95,63,-3.15,3.15);
h5_etaphi_em = new TH2D("h5_etaphi_em","eta-phi caloE for patMET",79,-3.95,3.95,63,-3.15,3.15);
h5_etaphi_hd = new TH2D("h5_etaphi_hd","eta-phi caloH for patMET",79,-3.95,3.95,63,-3.15,3.15);
h0_etaphi_pt = new TH2D("h0_etaphi_pt","eta-phi pt for patMET",79,-3.95,3.95,63,-3.15,3.15);
h0_etaphi_E = new TH2D("h0_etaphi_E" ,"eta-phi E for qq from W " ,79,-3.95,3.95,63,-3.15,3.15);
// get entries for branch
Int_t b0sz = b0->GetEntries();
Int_t b1sz = b1->GetEntries();
Int_t b2sz = b2->GetEntries();
Int_t b3sz = b3->GetEntries();
Int_t b4sz = b4->GetEntries();
Int_t b5sz = b5->GetEntries();
fprintf (dfile," --------------- PAT JET INFO ------------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi emE hdE caloE pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x1;
vector<Double_t> y1;
vector<Double_t> ptV1;
vector<Double_t> emE1;
vector<Double_t> hdE1;
for (int k=0; k<b1sz; k++) {
Int_t q = b1->GetEntry(k);
Int_t nu = Id1->GetValue();
if ( evid != nu ) continue;
Double_t h = h1->GetValue();
Double_t f = f1->GetValue();
Double_t pt = pt1->GetValue();
Double_t em = em1->GetValue();
Double_t hd = hd1->GetValue();
x1.push_back( h );
y1.push_back( f );
ptV1.push_back( pt );
emE1.push_back( em );
hdE1.push_back( hd );
cout<<"ID:"<<nu<<" h:"<<h<<" f:"<<f<<" em:"<<em<<" hd:"<<hd<<endl;
fprintf (dfile," %6.2f,%6.2f, | %8.2f, %8.2f, %8.2f, %8.2f \n" ,
h, f, em, hd, em+hd, pt );
}
cout<<" number of jets "<< b1sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (Jets in this Event)/(All selected jets) = %i/%i \n", x1.size(), b1sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
fprintf (dfile," --------------- PAT ELECTRON INFO --------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi emE hdE caloE pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x2;
vector<Double_t> y2;
vector<Double_t> ptV2;
vector<Double_t> emE2;
vector<Double_t> hdE2;
for (int k=0; k<b2sz; k++) {
Int_t q = b2->GetEntry(k);
Int_t nu = Id2->GetValue();
if ( evid != nu ) continue;
Double_t h = h2->GetValue();
Double_t f = f2->GetValue();
Double_t pt = pt2->GetValue();
Double_t em = em2->GetValue();
Double_t hd = hd2->GetValue();
x2.push_back( h );
y2.push_back( f );
ptV2.push_back( pt );
emE2.push_back( em );
hdE2.push_back( hd );
cout<<"ID:"<<nu<<" h:"<< h <<" f:"<< f <<" em:"<< em <<" hd:"<< hd <<endl;
fprintf (dfile," %6.2f,%6.2f, | %8.2f, %8.2f, %8.2f, %8.2f \n" ,
h ,f ,em ,hd ,em+hd ,pt );
}
cout<<" number of electrons "<< b2sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (Electrons in this Event )/(All selected Electrons) = %i/%i \n", x2.size(), b2sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
fprintf (dfile," --------------- PAT MUON INFO ------------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi emE hdE caloE pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x3;
vector<Double_t> y3;
vector<Double_t> ptV3;
vector<Double_t> emE3;
vector<Double_t> hdE3;
for (int k=0; k<b3sz; k++) {
Int_t q = b3->GetEntry(k);
Int_t nu = Id3->GetValue();
if ( evid != nu ) continue;
Double_t h = h3->GetValue();
Double_t f = f3->GetValue();
Double_t pt = pt3->GetValue();
Double_t em = em3->GetValue();
Double_t hd = hd3->GetValue();
x3.push_back( h );
y3.push_back( f );
ptV3.push_back( pt );
emE3.push_back( em );
hdE3.push_back( hd );
cout<<"ID:"<<nu<<" h:"<< h <<" f:"<< f <<" em:"<< em <<" hd:"<< hd <<endl;
fprintf (dfile," %6.2f,%6.2f, | %8.2f, %8.2f, %8.2f, %8.2f \n" ,
h ,f ,em ,hd ,em+hd ,pt );
}
cout<<" number of Muons "<< b3sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (Muons in this Event )/(All selected Muons) = %i/%i \n", x3.size(), b3sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
fprintf (dfile," --------------- PAT Photon INFO ----------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi emE hdE caloE pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x4;
vector<Double_t> y4;
vector<Double_t> ptV4;
vector<Double_t> emE4;
vector<Double_t> hdE4;
for (int k=0; k<b4sz; k++) {
Int_t q = b4->GetEntry(k);
Int_t nu = Id4->GetValue();
if ( evid != nu ) continue;
Double_t h = h4->GetValue();
Double_t f = f4->GetValue();
Double_t pt = pt4->GetValue();
Double_t em = em4->GetValue();
Double_t hd = hd4->GetValue();
x4.push_back( h );
y4.push_back( f );
ptV4.push_back( pt );
emE4.push_back( em );
hdE4.push_back( hd );
cout<<"ID:"<<nu<<" h:"<< h <<" f:"<< f <<" em:"<< em <<" hd:"<< hd <<endl;
fprintf (dfile," %6.2f,%6.2f, | %8.2f, %8.2f, %8.2f, %8.2f \n" ,
h ,f ,em ,hd ,em+hd ,pt );
}
cout<<" number of Photns "<< b4sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (Photons in this Event )/(All selected Photons) = %i/%i \n", x4.size(), b4sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
fprintf (dfile," ------------------ PAT MET INFO ----------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi emE hdE caloE pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x5;
vector<Double_t> y5;
vector<Double_t> ptV5;
vector<Double_t> emE5;
vector<Double_t> hdE5;
for (int k=0; k<b5sz; k++) {
Int_t q = b5->GetEntry(k);
Int_t nu = Id5->GetValue();
if ( evid != nu ) continue;
Double_t h = h5->GetValue();
Double_t f = f5->GetValue();
Double_t pt = pt5->GetValue();
Double_t em = em5->GetValue();
Double_t hd = hd5->GetValue();
x5.push_back( h );
y5.push_back( f );
ptV5.push_back( pt );
emE5.push_back( em );
hdE5.push_back( hd );
cout<<"ID:"<<nu<<" h:"<< h <<" f:"<< f <<" em:"<< em <<" hd:"<< hd <<endl;
fprintf (dfile," %6.2f,%6.2f, | %8.2f, %8.2f, %8.2f, %8.2f \n" ,
h ,f ,em ,hd ,em+hd ,pt );
}
cout<<" number of METs "<< b4sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (with MET in this Event )/(All selected METs) = %i/%i \n", x5.size(), b5sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
fprintf (dfile," --------------- GEN INFO ------------------------- \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," eta phi total_E pt \n" );
fprintf (dfile," -------------------------------------------------------------- \n" );
vector<Double_t> x0;
vector<Double_t> y0;
vector<Double_t> E0;
vector<Double_t> ptV0;
for (int k=0; k < b0sz; k++) {
Int_t q = b0->GetEntry(k);
Int_t nu = lId->GetValue();
if ( nu != evid ) continue;
Double_t h = h0->GetValue();
Double_t f = f0->GetValue();
Double_t E = lE->GetValue();
Double_t pt = lpt->GetValue();
x0.push_back( h );
y0.push_back( f );
E0.push_back( E );
ptV0.push_back( pt );
cout<<"ID:"<< nu <<" h:"<< h <<" f:"<< f <<" E:"<< E <<endl;
fprintf (dfile," %6.2f,%6.2f, | %17.2f, %8.2f \n" ,
h, f, E, pt );
}
cout<<" number of qq " << b0sz <<endl;
fprintf (dfile," -------------------------------------------------------------- \n" );
fprintf (dfile," (selected qq )/(total qq in Event) = %i/%i \n", x0.size(), b0sz );
fprintf (dfile," ============================================================== \n" );
fprintf (dfile," \n" );
// *******************************
// * Fill the Histograms *
// *******************************
Double_t xi,yi,qE0;
Double_t ptV[6] = { 0. ,0. ,0. ,0. ,0. ,0. };
Double_t emV[6] = { 0. ,0. ,0. ,0. ,0. ,0. };
Double_t hdV[6] = { 0. ,0. ,0. ,0. ,0. ,0. };
for (int i=0; i<79; i++) {
xi = -3.9 + (i*0.1) ;
for (int j=0; j<63; j++) {
yi = -3.1 + (j*0.1);
qE0 = 0.0;
for (int r=0; r<6; r++) {
ptV[r] = 0.0;
emV[r] = 0.0;
hdV[r] = 0.0;
}
// locate and fill pat jets
for (int k=0; k < x1.size(); k++) {
Double_t dx = fabs(x1[k]-xi);
Double_t dy = fabs(y1[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
ptV[1] = ptV1[k];
emV[1] = emE1[k];
hdV[1] = hdE1[k];
continue;
}
}
if ( ptV[1] != 0.0 ) { h1_etaphi_pt->Fill(xi,yi,ptV[1]); }
if ( emV[1] != 0.0 ) { h1_etaphi_em->Fill(xi,yi,emV[1]); }
if ( hdV[1] != 0.0 ) { h1_etaphi_hd->Fill(xi,yi,hdV[1]); }
// locate and fill pat electrons
for (int k=0; k < x2.size(); k++) {
Double_t dx = fabs(x2[k]-xi);
Double_t dy = fabs(y2[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
ptV[2] = ptV2[k];
emV[2] = emE2[k];
hdV[2] = hdE2[k];
continue;
}
}
if ( ptV[2] != 0.0 ) { h2_etaphi_pt->Fill(xi,yi,ptV[2]); }
if ( emV[2] != 0.0 ) { h2_etaphi_em->Fill(xi,yi,emV[2]); }
if ( hdV[2] != 0.0 ) { h2_etaphi_hd->Fill(xi,yi,hdV[2]); }
// locate and fill pat muons
for (int k=0; k < x3.size(); k++) {
Double_t dx = fabs(x3[k]-xi);
Double_t dy = fabs(y3[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
ptV[3] = ptV3[k];
emV[3] = emE3[k];
hdV[3] = hdE3[k];
continue;
}
}
if ( ptV[3] != 0.0 ) { h3_etaphi_pt->Fill(xi,yi,ptV[3]); }
if ( emV[3] != 0.0 ) { h3_etaphi_em->Fill(xi,yi,emV[3]); }
if ( hdV[3] != 0.0 ) { h3_etaphi_hd->Fill(xi,yi,hdV[3]); }
// locate and fill pat photons
for (int k=0; k < x4.size(); k++) {
Double_t dx = fabs(x4[k]-xi);
Double_t dy = fabs(y4[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
ptV[4] = ptV4[k];
emV[4] = emE4[k];
hdV[4] = hdE4[k];
continue;
}
}
if ( ptV[4] != 0.0 ) { h4_etaphi_pt->Fill(xi,yi,ptV[4]); }
if ( emV[4] != 0.0 ) { h4_etaphi_em->Fill(xi,yi,emV[4]); }
if ( hdV[4] != 0.0 ) { h4_etaphi_hd->Fill(xi,yi,hdV[4]); }
// locate and fill pat METs
for (int k=0; k < x5.size(); k++) {
Double_t dx = fabs(x5[k]-xi);
Double_t dy = fabs(y5[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
ptV[5] = ptV5[k];
emV[5] = emE5[k];
hdV[5] = hdE5[k];
continue;
}
}
if ( ptV[5] != 0.0 ) { h5_etaphi_pt->Fill(xi,yi,ptV[5]); }
if ( emV[5] != 0.0 ) { h5_etaphi_em->Fill(xi,yi,emV[5]); }
if ( hdV[5] != 0.0 ) { h5_etaphi_hd->Fill(xi,yi,hdV[5]); }
// locate and fill generators
for (int k=0; k < x0.size(); k++) {
Double_t dx = fabs(x0[k]-xi);
Double_t dy = fabs(y0[k]-yi);
if ( dx <= 0.05 && dy <= 0.05) {
qE0 = E0[k];
ptV[0] = ptV0[k];
continue;
}
}
if ( ptV[0] != 0.0 ) { h0_etaphi_pt->Fill(xi,yi,ptV[0]); }
if ( qE0 != 0.0 ) { h0_etaphi_E->Fill(xi,yi,qE0); }
}
}
// plot the gen information
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c0 = new TCanvas("c0","",200,8,1000,700);
c0->cd();
h0_etaphi_pt->SetTitle("pt in eta-phi distribution");
h0_etaphi_pt->GetXaxis()->SetTitle(" #eta ");
h0_etaphi_pt->GetYaxis()->SetTitle(" #phi ");
h0_etaphi_pt->GetZaxis()->SetTitle(" pt ");
h0_etaphi_pt->Draw("LEGO2");
c0->Update();
c0->Print(plot01);
h0_etaphi_E->SetTitle(" qq E in eta-phi distribution");
h0_etaphi_E->GetXaxis()->SetTitle(" #eta ");
h0_etaphi_E->GetYaxis()->SetTitle(" #phi ");
h0_etaphi_E->GetZaxis()->SetTitle(" Energy ");
h0_etaphi_E->Draw("LEGO2");
c0->Update();
c0->Print(plot02);
// an empty histogram for base
h_v = new TH2D("h_v","",79,-3.95,3.95,63,-3.15,3.15);
h_v->Draw("LEGO");
// plot histograms for PAT Jets
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c1 = new TCanvas("c1","",200,8,1000,700);
c1->cd();
h1s_etaphi_pt = new THStack("h1s_etaphi_pt"," pt in eta-phi distribution ");
h1s_etaphi_pt->Add(h_v);
h1_etaphi_pt->Draw("LEGO");
h1_etaphi_pt->SetFillColor(3);
h1s_etaphi_pt->Add(h1_etaphi_pt);
h1s_etaphi_pt->Draw();
c1->Update();
c1->Print(plot11);
h1s_etaphi_em = new THStack("h1s_etaphi_em"," emE in eta-phi distribution ");
h1s_etaphi_em->Add(h_v);
h1_etaphi_em->Draw("LEGO");
h1_etaphi_em->SetFillColor(3);
h1s_etaphi_em->Add(h1_etaphi_em);
h1s_etaphi_em->Draw();
c1->Update();
c1->Print(plot12);
h1s_etaphi_hd = new THStack("h1s_etaphi_hd"," hdE in eta-phi distribution ");
h1s_etaphi_hd->Add(h_v);
h1_etaphi_hd->Draw("LEGO");
h1_etaphi_hd->SetFillColor(8);
h1s_etaphi_hd->Add(h1_etaphi_hd);
h1s_etaphi_hd->Draw();
c1->Update();
c1->Print(plot13);
// plot histograms for PAT Electrons
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c2 = new TCanvas("c2","",200,8,1000,700);
c2->cd();
h2s_etaphi_pt = new THStack("h2s_etaphi_pt"," pt in eta-phi distribution ");
h2s_etaphi_pt->Add(h_v);
h2_etaphi_pt->Draw("LEGO");
h2_etaphi_pt->SetFillColor(7);
h2s_etaphi_pt->Add(h2_etaphi_pt);
h2s_etaphi_pt->Draw();
c2->Update();
c2->Print(plot21);
h2s_etaphi_em = new THStack("h2s_etaphi_em"," emE in eta-phi distribution ");
h2s_etaphi_em->Add(h_v);
h2_etaphi_em->Draw("LEGO");
h2_etaphi_em->SetFillColor(7);
h2s_etaphi_em->Add(h2_etaphi_em);
h2s_etaphi_em->Draw();
c2->Update();
c2->Print(plot22);
h2s_etaphi_hd = new THStack("h2s_etaphi_hd"," hdE in eta-phi distribution ");
h2s_etaphi_hd->Add(h_v);
h2_etaphi_hd->Draw("LEGO");
h2_etaphi_hd->SetFillColor(4);
h2s_etaphi_hd->Add(h2_etaphi_hd);
h2s_etaphi_hd->Draw();
c2->Update();
c2->Print(plot23);
// plot histograms for PAT Muons
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c3 = new TCanvas("c3","",200,8,1000,700);
c3->cd();
h3s_etaphi_pt = new THStack("h3s_etaphi_pt"," pt in eta-phi distribution ");
h3s_etaphi_pt->Add(h_v);
h3_etaphi_pt->Draw("LEGO");
h3_etaphi_pt->SetFillColor(2);
h3s_etaphi_pt->Add(h3_etaphi_pt);
h3s_etaphi_pt->Draw();
c3->Update();
c3->Print(plot31);
h3s_etaphi_em = new THStack("h3s_etaphi_em"," emE in eta-phi distribution ");
h3s_etaphi_em->Add(h_v);
h3_etaphi_em->Draw("LEGO");
h3_etaphi_em->SetFillColor(2);
h3s_etaphi_em->Add(h3_etaphi_em);
h3s_etaphi_em->Draw();
c3->Update();
c3->Print(plot32);
h3s_etaphi_hd = new THStack("h3s_etaphi_hd"," hdE in eta-phi distribution ");
h3s_etaphi_hd->Add(h_v);
h3_etaphi_hd->Draw("LEGO");
h3_etaphi_hd->SetFillColor(6);
h3s_etaphi_hd->Add(h3_etaphi_hd);
h3s_etaphi_hd->Draw();
c3->Update();
c3->Print(plot33);
// plot histograms for PAT Photons
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c4 = new TCanvas("c4","",200,8,1000,700);
c4->cd();
h4s_etaphi_pt = new THStack("h4s_etaphi_pt"," pt in eta-phi distribution ");
h4s_etaphi_pt->Add(h_v);
h4_etaphi_pt->Draw("LEGO");
h4_etaphi_pt->SetFillColor(5);
h4s_etaphi_pt->Add(h4_etaphi_pt);
h4s_etaphi_pt->Draw();
c4->Update();
c4->Print(plot41);
h4s_etaphi_em = new THStack("h4s_etaphi_em"," emE in eta-phi distribution ");
h4s_etaphi_em->Add(h_v);
h4_etaphi_em->Draw("LEGO");
h4_etaphi_em->SetFillColor(5);
h4s_etaphi_em->Add(h4_etaphi_em);
h4s_etaphi_em->Draw();
c4->Update();
c4->Print(plot42);
h4s_etaphi_hd = new THStack("h4s_etaphi_hd"," hdE in eta-phi distribution ");
h4s_etaphi_hd->Add(h_v);
h4_etaphi_hd->Draw("LEGO");
h4_etaphi_hd->SetFillColor(28);
h4s_etaphi_hd->Add(h4_etaphi_hd);
h4s_etaphi_hd->Draw();
c4->Update();
c4->Print(plot43);
// plot histograms for PAT METs
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c5 = new TCanvas("c5","",200,8,1000,700);
c5->cd();
h5s_etaphi_pt = new THStack("h5s_etaphi_pt"," pt in eta-phi distribution ");
h5s_etaphi_pt->Add(h_v);
h5_etaphi_pt->Draw("LEGO");
h5_etaphi_pt->SetFillColor(16);
h5s_etaphi_pt->Add(h5_etaphi_pt);
h5s_etaphi_pt->Draw();
c5->Update();
c5->Print(plot51);
h5s_etaphi_em = new THStack("h5s_etaphi_em"," emE in eta-phi distribution ");
h5s_etaphi_em->Add(h_v);
h5_etaphi_em->Draw("LEGO");
h5_etaphi_em->SetFillColor(16);
h5s_etaphi_em->Add(h5_etaphi_em);
h5s_etaphi_em->Draw();
c5->Update();
c5->Print(plot52);
h5s_etaphi_hd = new THStack("h5s_etaphi_hd"," hdE in eta-phi distribution ");
h5s_etaphi_hd->Add(h_v);
h5_etaphi_hd->Draw("LEGO");
h5_etaphi_hd->SetFillColor(13);
h5s_etaphi_hd->Add(h5_etaphi_hd);
h5s_etaphi_hd->Draw();
c5->Update();
c5->Print(plot53);
// combine all pt information
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c6 = new TCanvas("c6","",200,8,1000,700);
c6->cd();
hs_pt = new THStack("hs_pt"," pt of all objects in eta-phi space ");
hs_pt->Add(h_v);
// add jet info
h1_etaphi_pt->SetFillColor(3);
hs_pt->Add(h1_etaphi_pt);
// add electron info
h2_etaphi_pt->SetFillColor(7);
hs_pt->Add(h2_etaphi_pt);
// add muon info
h3_etaphi_pt->SetFillColor(2);
hs_pt->Add(h3_etaphi_pt);
// add photon info
h4_etaphi_pt->SetFillColor(5);
hs_pt->Add(h4_etaphi_pt);
// add MET info
h5_etaphi_pt->SetFillColor(16);
hs_pt->Add(h5_etaphi_pt);
hs_pt->Draw();
c6->Update();
c6->Print(plot61);
// combine all calo information
gStyle->SetOptStat(kTRUE);
gStyle->SetOptFit(0111);
c7 = new TCanvas("c7","",200,8,1000,700);
c7->cd();
hs_caloE = new THStack("hs_caloE"," ECal + HCal energy deposit ");
hs_caloE->Add(h_v);
// add jet info
h1_etaphi_em->SetFillColor(3);
hs_caloE->Add(h1_etaphi_em);
h1_etaphi_hd->SetFillColor(8);
hs_caloE->Add(h1_etaphi_hd);
// add electron info
h2_etaphi_em->SetFillColor(7);
hs_caloE->Add(h2_etaphi_em);
h2_etaphi_hd->SetFillColor(4);
hs_caloE->Add(h2_etaphi_hd);
// add muon info
h3_etaphi_em->SetFillColor(2);
hs_caloE->Add(h3_etaphi_em);
h3_etaphi_hd->SetFillColor(6);
hs_caloE->Add(h3_etaphi_hd);
// add photon info
h4_etaphi_em->SetFillColor(5);
hs_caloE->Add(h4_etaphi_em);
h4_etaphi_hd->SetFillColor(28);
hs_caloE->Add(h4_etaphi_hd);
// add MET info
h5_etaphi_em->SetFillColor(16);
hs_caloE->Add(h5_etaphi_em);
h5_etaphi_hd->SetFillColor(13);
hs_caloE->Add(h5_etaphi_hd);
hs_caloE->Draw();
c7->Update();
c7->Print(plot62);
fclose(dfile);
file->Close();
gSystem->cd("../");
//gROOT->Reset();
//gROOT->ProcessLine(".q");
}