vector<TObject *> * mark_overflows(TH1F * histogram) {
Double_t maximum_value = histogram->GetMaximum();
Double_t minimum_value = histogram->GetMinimum();
vector<TObject *> * overflow_markers = new vector<TObject *>();
Float_t * bins = histogram->GetArray();
Int_t number_of_bins = histogram->GetNbinsX();
// note that the bins array has the following structure:
// bins[0] is the underflow bin
// bins[1] through bins[number_of_bins] are the actual bins
// bins[number_of_bins + 1] is the overflow bin
for(int j = 1; j <= number_of_bins; j++) {
if (bins[j] > maximum_value || bins[j] < minimum_value) {
Double_t x1 = histogram->GetXaxis()->GetBinLowEdge(j);
Double_t x2 = histogram->GetXaxis()->GetBinUpEdge(j);
TMarker * m = new TMarker();
m->SetX((x2 + x1) / 2.0);
m->SetMarkerColor(kRed);
m->SetMarkerSize(MARKER_SIZE * 2);
if(bins[j] > maximum_value) {
m->SetY(maximum_value - MARKER_Y_SHIFT);
m->SetMarkerStyle(22); // up arrow
} else {
m->SetY(minimum_value + MARKER_Y_SHIFT);
m->SetMarkerStyle(23); // down arrow
}
overflow_markers->push_back(m);
}
}
return overflow_markers;
}
void EventDisplayForBaby(bool sig=false, bool truth=true, bool fatjet=true, int event=-1)
{
gInterpreter->ExecuteMacro("~/macros/rootlogon.C");
// chain
TChain *ch = new TChain("tree");
if(!sig) ch->Add("babies/small_quick_cfA_746p1_nleps1_trig0ON.root");
if(sig) ch->Add("~/scratch/plots/1d_2015d_13Jan2016/2d/48ipb/*.root");
InitBaby(ch);
Int_t nentries = (Int_t)ch->GetEntries();
for(int i = 0; i<nentries; i++)
{
ch->GetEntry(i);
// apply selections (event==-1 && mj_>xxx && ht_>yyy && ...)
// or
// select an event (event!=-1 && event_=xxxxxx)
// "event" is one of the arguments
if(event>0 && event_!=event) continue;
//
// Event Display
//
float start=0.62;
float nextline = start;
float increment = 0.04;
float offset=0.02;
int npert;
int LSPcol[2] = {kCyan+1,kOrange-4};
if(!sig) npert = 5;
else npert=3;
float xalign = 0.82;
vector<TMarker> constituents, genpart;
TEllipse *cone[fjets_pt_->size()];
TH2F *h_fatjets = new TH2F("h_fatjets","h_fatjets", 230, -5.0, 5.0, 144, -3.141592, 3.141592);
cout << event_ << endl;
for(int ifj = 0; ifj< (int)fjets_pt_->size(); ifj++)
{ if(ifj==0) cout << "... Fatjets info(pT, eta, phi, mj)" << endl;
h_fatjets->Fill(fjets_eta_->at(ifj),fjets_phi_->at(ifj), fjets_m_->at(ifj));
cout << fjets_pt_->at(ifj) << " " << fjets_eta_->at(ifj) << " "
<< fjets_phi_->at(ifj) << " " << fjets_m_->at(ifj) << endl;
}
TString cname = Form("Event_%lli_",event_);
TCanvas *c = new TCanvas(cname,cname,1640,760);
gPad->SetRightMargin(0.35);
h_fatjets->SetZTitle("m_{j} [GeV]");
h_fatjets->GetZaxis()->SetTitleSize(0.05);
h_fatjets->GetZaxis()->SetTitleOffset(0.55);
h_fatjets->GetYaxis()->SetTitleOffset(0.6);
h_fatjets->Draw("colz");
h_fatjets->GetZaxis()->SetRangeUser(0,1.1*h_fatjets->GetMaximum());
h_fatjets->Draw("colz");
gPad->Update();
TPaletteAxis *palette = (TPaletteAxis*)h_fatjets->GetListOfFunctions()->FindObject("palette");
for(int ifj = 0; ifj< (int)fjets_pt_->size(); ifj++)
{
cone[ifj] = new TEllipse(fjets_eta_->at(ifj),fjets_phi_->at(ifj), 1.2, 1.2);
// cone[ifj]->SetFillStyle(3003);
cone[ifj]->SetFillStyle(0);
Int_t binx,biny,binz;
h_fatjets->GetBinXYZ(h_fatjets->FindBin(fjets_eta_->at(ifj),fjets_phi_->at(ifj)),binx,biny,binz);
//cout<<"bin x bin y "<<binx<<" "<<biny<<endl;
//cout<<"content "<<h_fatjets->GetBinContent(binx,biny)<<endl;
//cout<<palette<<endl;
Int_t ci = palette->GetBinColor(binx,biny);
if(ifj==0) ci = palette->GetBinColor(binx,biny);
//cout<<"color"<<ci<<endl;
cone[ifj]->SetFillColor(kGray);
cone[ifj]->SetLineColor(ci);
}
float lepPt, lepEta, lepPhi;
if(nels_==1)
{
for(int i=0; i<(int)els_pt_->size(); i++)
{
if(els_miniso_->at(i)>0.1) continue;
if(els_sigid_->at(i)!=1) continue;
if(els_pt_->at(i)<20) continue;
lepPt =els_pt_->at(i);
lepEta =els_eta_->at(i);
lepPhi =els_phi_->at(i);
}
}
if(nmus_==1)
{
for(int i=0; i<(int)mus_pt_->size(); i++)
{
if(mus_miniso_->at(i)>0.2) continue;
if(mus_sigid_->at(i)!=1) continue;
if(mus_pt_->at(i)<20) continue;
lepPt =mus_pt_->at(i);
lepEta =mus_eta_->at(i);
lepPhi =mus_phi_->at(i);
}
}
myText(xalign+0.01,0.96,Form("H_{T} = %.0f GeV",ht_),1,0.04);
myText(xalign+0.01,0.91,Form("M_{J} = %.0f GeV",mj_),1,0.04);
myText(xalign+0.01,0.86,Form("#slash{E}_{T} = %.0f GeV",met_),1,0.04);
myText(xalign+0.01,0.81,Form("m_{T} = %.0f GeV",mt_),1,0.04);
myText(xalign+0.01,0.76,Form("reco %s p_{T} = %.0f GeV", nmus_==1?"#mu":"e", lepPt), kBlack, 0.04);
nextline=0.76;
TMarker recolep = TMarker(lepEta, lepPhi, 27);
recolep.SetMarkerSize(4);
recolep.SetMarkerColor(kRed);
genpart.push_back(recolep);
TMarker mumark = TMarker(xalign,nextline,27);
mumark.SetNDC();
mumark.SetX(xalign);
mumark.SetY(nextline+0.01);
mumark.SetMarkerSize(2);
mumark.SetMarkerColor(kRed);
genpart.push_back(mumark);
myText(xalign+0.01,0.71,Form("-- large-R jets --"),1,0.04);
myText(xalign+0.01,0.67,Form("(pT, eta, phi, mass)"),1,0.03);
nextline=0.635;
for(int ifj = 0; ifj< (int)fjets_pt_->size(); ifj++)
{
myText(xalign+0.01,nextline,Form("%3.0f, %2.1f, %2.1f, %3.0f",
fjets_pt_->at(ifj),fjets_eta_->at(ifj),fjets_phi_->at(ifj),fjets_m_->at(ifj)),1,0.03);
nextline=nextline-0.035;
}
nextline=nextline-0.015;
myText(xalign+0.01,nextline,Form("-- AK4 jets --"),1,0.04);
nextline=nextline-0.04;
myText(xalign+0.01,nextline,Form("(pT, eta, phi)"),1,0.03);
nextline=nextline-0.035;
for(int ij = 0; ij< (int)jets_pt_->size(); ij++)
{
if(jets_islep_->at(ij)==1) continue;
myText(xalign+0.01,nextline,Form("%3.0f, %2.1f, %2.1f",
jets_pt_->at(ij),jets_eta_->at(ij),jets_phi_->at(ij)),1,0.03);
nextline=nextline-0.035;
}
if(truth) myText(xalign,0.68,"Gen p_{T} [GeV]",1,0.04);
if(truth) myText(xalign,0.68,"Gen p_{T} [GeV]",1,0.04);
TArrow line1 = TArrow();
if(truth)line1.DrawLineNDC(xalign-0.02,start+0.035,xalign+0.14,start+0.035);
TMarker met = TMarker(0, met_phi_, 27);
met.SetMarkerSize(4);
met.SetMarkerColor(kMagenta);
genpart.push_back(met);
TMarker metmark = TMarker(0.81,0.86,27);
metmark.SetNDC();
metmark.SetX(xalign);
metmark.SetY(0.87);
metmark.SetMarkerSize(2);
metmark.SetMarkerColor(kMagenta);
genpart.push_back(metmark);
TMarker jetmark = TMarker(0.5,0.5,20);
jetmark.SetNDC();
jetmark.SetMarkerSize(1.2);
jetmark.SetX(0.12);
jetmark.SetY(0.2);
genpart.push_back(jetmark);
myText(0.13,0.19,"AK4 Jets",kBlack,0.04);
TMarker bjetmark = TMarker(0.5,0.5,20);
bjetmark.SetNDC();
bjetmark.SetMarkerSize(1.2);
bjetmark.SetMarkerColor(8);
bjetmark.SetX(0.12);
bjetmark.SetY(0.16);
genpart.push_back(bjetmark);
myText(0.13,0.15,"CSVM AK4",kBlack,0.04);
myText(0.08,0.94,"Ring color indicates FJ mass",kBlack,0.04);
// if(sig) nextline = start - (4*npert+2)*increment-0.02-offset;
//else nextline = start - 2*npert*increment-offset;
for(int ij=0;ij<(int)jets_pt_->size();ij++)
{
if(jets_islep_->at(ij)==1) continue;
if(ij==0) cout << "... skinny jet info (pT eta phi)" << endl;
cout << jets_pt_->at(ij) << " " << jets_eta_->at(ij) << " " << jets_phi_->at(ij) << endl;
TMarker jet = TMarker(jets_eta_->at(ij),jets_phi_->at(ij),20);
jet.SetMarkerSize(1.2);
if(jets_csv_->at(ij)>0.890) jet.SetMarkerColor(8);
constituents.push_back(jet);
}
/*
bool drawn=false;
for(int ifj = 0; ifj< (int)fjets.size(); ifj++){
vector<fastjet::PseudoJet> cons = fjets[ifj].constituents();
for(int ics = 0; ics<(int)cons.size();ics++){
for(int ifj2=0; ifj2<(int)fjets.size(); ifj2++){
if(ifj2==ifj) continue;
TArrow first = TArrow(cons[ics].eta(),cons[ics].phi_std(), fjets[ifj].eta(),fjets[ifj].phi_std(),0.04,">");
if(deltaR(cons[ics].eta(),cons[ics].phi_std(), fjets[ifj2].eta(),fjets[ifj2].phi_std()) < 1.25){
//cout<<"type 1 line: con eta phi FJ eta phi"<<cons[ics].eta()<<" "<<cons[ics].phi_std()<<" "<<fjets[ifj2].eta()<<" "<<fjets[ifj2].phi_std()<<endl;
first.DrawArrow(cons[ics].eta(),cons[ics].phi_std(), fjets[ifj].eta(),fjets[ifj].phi_std(),0.0045,"|>");
drawn=true;
break;
}
else if(deltaR(cons[ics].eta(),cons[ics].phi_std(), fjets[ifj].eta(),fjets[ifj].phi_std()) > 1.15){
//cout<<"type 2 line: con eta phi FJ eta phi"<<cons[ics].eta()<<" "<<cons[ics].phi_std()<<" "<<fjets[ifj].eta()<<" "<<fjets[ifj].phi_std()<<endl;
first.DrawArrow(cons[ics].eta(),cons[ics].phi_std(), fjets[ifj].eta(),fjets[ifj].phi_std(),0.0045,"|>");
drawn=true;
break;}
}
}
cons.clear();
}
if(drawn) myText(0.12,0.04,"Arrows indicate ambiguous clustering ownership",kBlack,0.03);
*/
if(truth)
{
int col[4] = {30,38,44,46};
if(!sig) col[1]=46;
int LSP,top,b,W,Wda,gl;
LSP=0;top=0;b=0;W=0;Wda=0;gl=0;
TLorentzVector vgl[2];
TLorentzVector vt[4];
TLorentzVector vLSP[2];
for(unsigned int imc = 0; imc < mc_id_->size(); imc++)
{
int id= (int)mc_id_->at(imc);
int absid = abs(id);
int mid = (int)mc_mom_->at(imc);
int absmid= abs(mid);
if(id!=mid)
{
int marknum=0;
TString partname;
int color=0;
bool flag=false;
if(id==1000021){
if(gl<2) vgl[gl].SetPtEtaPhiM(mc_pt_->at(imc), mc_eta_->at(imc), mc_phi_->at(imc), 1500);
gl++;
}
if(id==1000022)
{
color = LSPcol[LSP];
partname = "#tilde{#chi}^{0}_{1}";
if(LSP==0) nextline=start-2*npert*increment;
else nextline = start - (4*npert+1)*increment-offset;
LSP++;
flag=true;
marknum=25;//27;
}
if(absid == 6)
{
//top
marknum=22;
partname = "t";
flag =true;
nextline = start - npert*top*increment;
color = col[top];
if(!sig) {}
if(sig) {if(top>1){ nextline-=(increment+offset);}}
if(top<4)vt[top].SetPtEtaPhiM(mc_pt_->at(imc), mc_eta_->at(imc), mc_phi_->at(imc), 172.5);
top++;
}
if(absid==5 && (mid==6 || mid==(-6)))
{
//b from top
marknum=23;
partname="b";
flag=true;
color = col[b];
nextline = start - npert*b*increment - 2*increment;
// if(!sig){}
if(sig) {if(b>1){ nextline-=(increment+offset);}}
b++;
}
if(absid==24 && (mid==6 || mid==(-6)))
{
//W
marknum=34;
partname = "W";
flag=true;
color = col[W];
nextline = start - npert*W*increment - increment;
// if(!sig){}
if(sig){if(W>1){ nextline-=(increment+offset);}}
W++;
}
if((absid==13 || absid== 11 || absid==15) && absmid==24)
{
marknum=29;
if(absid==13) partname = "#mu";
else if(absid==11) partname = "e";
else partname = "#tau";
if(!sig) flag =true;
color = col[TMath::FloorNint(Wda/2)];
nextline = start - npert*increment*TMath::FloorNint(Wda/2)-3*increment;
if(TMath::FloorNint(Wda/2) != Wda/2) nextline-=increment;
Wda++;
}
if((absid==12 || absid== 14 || absid==16) && absmid==24)
{
marknum=30;
partname = "#nu";
if(!sig) flag =true;
color = col[TMath::FloorNint(Wda/2)];
nextline = start - npert*increment*TMath::FloorNint(Wda/2)-4*increment;
//if(TMath::FloorNint(Wda/2) != Wda/2) nextline-=increment;
Wda++;
}
if((absid>0 && absid<5) && absmid==24)
{
marknum=3;
if(absid==1) partname="d";
if(absid==2) partname="u";
if(absid==3) partname="s";
if(absid==4) partname="c";
if(!sig) flag =true;
color = col[TMath::FloorNint(Wda/2)];
nextline = start - npert*increment*TMath::FloorNint(Wda/2)-3*increment;
// if(TMath::FloorNint(Wda/2) != Wda/2) nextline-=increment;
if(absid % 2 ==1) nextline-=increment;
Wda++;
}
if(flag)
{
TMarker temp = TMarker(mc_eta_->at(imc),mc_phi_->at(imc), marknum);
TMarker legmark = TMarker(0.81,nextline,marknum);
legmark.SetNDC();
legmark.SetX(xalign+0.01);
legmark.SetY(nextline+0.011);
TString label = partname + " " + Form("%.0f",mc_pt_->at(imc));
myText(xalign+0.03,nextline,partname,color,0.04);
myText(xalign+0.07,nextline,Form("%.0f",mc_pt_->at(imc)),color,0.04);
temp.SetMarkerColor(color);
legmark.SetMarkerColor(color);
temp.SetMarkerSize(2);
legmark.SetMarkerSize(2);
if(absid==6 || absid==13 || absid==1000022){ temp.SetMarkerSize(3);}
genpart.push_back(temp);
genpart.push_back(legmark);
flag=false;
}
}
}
if(sig && LSP==0){
int color = LSPcol[LSP];
TString partname = "#tilde{#chi}^{0}_{1}";
if(LSP==0) nextline=start-2*npert*increment;
else nextline = start - (4*npert+1)*increment-offset;
LSP++;
int marknum=25;//27;
// TMarker temp = TMarker(mc_doc_eta->at(imc),mc_doc_phi->at(imc), marknum);
vLSP[0]= vgl[0]-vt[0]-vt[1];
TMarker temp = TMarker(vLSP[0].Eta(),vLSP[0].Phi(), marknum);
TMarker legmark = TMarker(0.81,nextline,marknum);
legmark.SetNDC();
legmark.SetX(xalign+0.01);
legmark.SetY(nextline+0.011);
TString label = partname + " " + Form("%.0f",vLSP[0].Pt());
myText(xalign+0.03,nextline,partname,color,0.04);
myText(xalign+0.07,nextline,Form("%.0f",vLSP[0].Pt()),color,0.04);
temp.SetMarkerColor(color);
legmark.SetMarkerColor(color);
temp.SetMarkerSize(3);
legmark.SetMarkerSize(2);
genpart.push_back(temp);
genpart.push_back(legmark);
}
if(sig && LSP==1){
int color = LSPcol[LSP];
TString partname = "#tilde{#chi}^{0}_{1}";
if(LSP==0) nextline=start-2*npert*increment;
else nextline = start - (4*npert+1)*increment-offset;
LSP++;
int marknum=25;//27;
// TMarker temp = TMarker(mc_doc_eta->at(imc),mc_doc_phi->at(imc), marknum);
vLSP[1]= vgl[1]-vt[2]-vt[3];
TMarker temp = TMarker(vLSP[1].Eta(),vLSP[1].Phi(), marknum);
TMarker legmark = TMarker(0.81,nextline,marknum);
legmark.SetNDC();
legmark.SetX(xalign+0.01);
legmark.SetY(nextline+0.011);
TString label = partname + " " + Form("%.0f",vLSP[1].Pt());
myText(xalign+0.03,nextline,partname,color,0.04);
myText(xalign+0.07,nextline,Form("%.0f",vLSP[1].Pt()),color,0.04);
temp.SetMarkerColor(color);
legmark.SetMarkerColor(color);
temp.SetMarkerSize(3);
legmark.SetMarkerSize(2);
genpart.push_back(temp);
genpart.push_back(legmark);
}
}
for(int ix=0;ix<(int)genpart.size();ix++)
{
genpart[ix].Draw("same");
}
for(int iy=0;iy<(int)constituents.size();iy++)
{
constituents[iy].Draw("same");
}
for(int ifj = 0; ifj< (int)fjets_pt_->size(); ifj++)
{
if(fatjet) cone[ifj]->Draw();
}
h_fatjets->Draw("colz same");
h_fatjets->SetTitle(Form("Event %lli",event_));
h_fatjets->SetStats(0);
h_fatjets->SetXTitle("#eta");
h_fatjets->SetYTitle("#phi");
TString savename;
if(!sig) savename = "fig/EventDisplay_"+cname+Form("%i_FJ",nfjets_);
else savename = "fig/EventDisplay_"+cname+Form("%i_FJ",nfjets_);
if(truth) savename+="_truth";
else savename+="_notruth";
if(fatjet) savename+="_fatjet";
else savename+="_nofatjet";
c->Print(savename+".pdf");
//c->Print(savename+".C");
c->Close();
h_fatjets->Delete();
}
}