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xAna_new.C
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xAna_new.C
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#define xAna_new_cxx
#include "xAna_new.h"
#include <iostream>
#include <fstream>
#include <TH1.h>
#include <TH2.h>
#include <TH2F.h>
#include <TStyle.h>
#include <TCanvas.h>
#include <TMath.h>
#include <TF1.h>
#include <TProfile.h>
#include <TLine.h>
#include <TLorentzVector.h>
using namespace std;
void xAna_new:Loop()
{
//Gstyle->Setoptstat(111111);
ifstream in;
Char_t fname[200];
Double_t es1=0,es2=0,es3=0,es4=0,res1=0,res2=0,res3=0,res4=0,res5=0,res6=0,res7=0,res8=0;
Double_t Res1=0,Res2=0,Res3=0,Res4=0;
//Double_t rhefP=0,rhefM=0,rherP=0,rherM=0;
Double_t Ratio1=0,Ratio2=0,Ratio3=0,Ratio4=0;
//Double_t sRatio1=0,sRatio2=0;
Double_t dPhi=0,dEta=0,tempdPhi=0,tempdEta=0,tempresP1=0,tempresP2=0;
Double_t deltaP=0,deltaE=0;
Double_t stEta=0,stPhi=0,rhEta=0,rhPhi=0;
Double_t dEold=0,dE024=0,dE020=0,dE021=0,dE022=0,dE023=0,dE025=0,dE026=0,dE027=0,dE028=0,dE029=0,dEnew=0,dEall=0,dE010=0,dE015=0,dE035=0,dE040=0,dE050=0,dEE=0,dEoldnew=0,dEalln=0;
Int_t bin=0,bin1=0;
Double_t saber=0,archer=0,lancer=0;
Double_t suigintou=0,kanaria=0,suiseiseki=0;
//Double_t r=0.12,s=0.15;
Double_t MIP=0;
Double_t Eold=0,Enew=0;
Double_t f=0;
Int_t Z, P, X, Y, S;
Double_t t, p, x, y, z;
Double_t eta[2][2][40][40][32];
Double_t phi[2][2][40][40][32];
sprintf(fname, "/data2/cmkuo/ES/preshower_strip_position_321.dat");
in.open(fname);
Int_t nlines = 0;
while(1){
in >> Z >> P >> X >> Y >> S >> t >> p >> x >> y >> z;
if(Z == -1) Z = 0;
if(Z == 1) Z = 1;
if(!in.good()) break;
eta[Z][P-1][X-1][Y-1][S-1] = t;
phi[Z][P-1][X-1][Y-1][S-1] = p;
nlines++;
}
if (fChain == 0) return;
//sprintf(fname,"/afs/cern.ch/user/s/stseng/outputEX/reducedRH_pt%d_eta%d.root",PT_,ETA_);
sprintf(fname,"/afs/cern.ch/user/s/stseng/outputEX/brem_pt%d_eta%d.root",PT_,ETA_);
//sprintf(fname,"/home/Prisemriber/output/dphi_0.15_brem_pt%d_eta%d.root",PT_,ETA_);
//sprintf(fname,"/home/Prisemriber/outputEX/pu_brem_pt%d_eta%.root",PT_,ETA_);
//sprintf(fname,"/home/Prisemriber/output/MIP3_brem_pt%d_eta%d.root",PT_,ETA_);
fout_ = new TFile(fname,"RECREATE");
InitHists();
Long64_t nentries = fChain->GetEntriesFast();
Long64_t nbytes = 0, nb = 0;
/*for (Long64_t jentry=0; jentry<nentries; jentry++) {
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = fChain->GetEntry(jentry); nbytes += nb;
rhefP=0, rhefM=0, rherP=0, rherM=0;
for (int k=0; k<nRH; ++k){
if (rhZ[k]==1 && rhP[k]==1)
rhefP += rhE[k];
if (rhZ[k]==-1 && rhP[k]==1)
rhefM += rhE[k];
if (rhZ[k]==1 && rhP[k]==2)
rherP += rhE[k];
if (rhZ[k]==-1 && rhP[k]==2)
rherM += rhE[k];
}
}*/
ofstream fout;
//sprintf(fname,"/home/Prisemriber/output/dEdPR1R2.txt");
//fout.open(fname);
TProfile *hProf1 = new TProfile("hProf1", "", 100, 0, 2900, 0, 800);
TProfile *hProf2 = new TProfile("hProf2", "", 100, 0, 2900, 0, 800);
TProfile *hProf3 = new TProfile("hProf3", "", 100, 0, 2900, 0, 800);
for (Long64_t jentry=0; jentry<nentries;jentry++){
//for (Long64_t jentry=0; jentry<10;jentry++){
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = fChain->GetEntry(jentry); nbytes += nb;
for (int i=0; i<nEle; ++i) {
if (fabs(eleSCEta[i]) < 1.65) continue;
if (fabs(eleSCEta[i]) > 2.5) continue;
es1 = 0;
es2 = 0;
res1 = 0;
res2 = 0;
res3 = 0;
res4 = 0;
Res1 = 0;
Res2 = 0;
Res3 = 0;
Res4 = 0;
H1_->Reset();
H2_->Reset();
H3_->Reset();
H4_->Reset();
for (int j=0; j<nSC; ++j) {
//cout << nBC[j] << endl;
Int_t Matched =0;
for (int n=0; n<nMC; n++) {
Float_t dR = deltaR(scEta[j], scPhi[j], mcEta[n], mcPhi[n]);
Float_t dPt = fabs(elePt[i] - mcPt[n])/mcPt[n];
if (dR<0.1 && dPt < 0.2) Matched=1;
}
if (Matched==0) continue;
if (st1x[j][0]==0 || st2x[j][0]==0) continue;
if (fabs(eleSCEta[i] - scEta[j]) < 0.001 && fabs(eleSCPhi[i] - scPhi[j]) < 0.001) {
Float_t resmaxp1 = -9999;
Float_t resmaxn1 = -9999;
Float_t resmaxp2 = -9999;
Float_t resmaxn2 = -9999;
Float_t tempmaxP = -9999;
Float_t tempmaxE = -9999;
Float_t tempminP = 9999;
Float_t tempminE = 9999;
if (st1z[j][0]==-1) st1z[j][0]=0;
if (st2z[j][0]==-1) st2z[j][0]=0;
//ratio_old->Fill(scEn[j]/(PT_*cosh(ETA_/10.)));
//f = scEn/(scRawEn[j]+scESEn[j]);
for (int k=0; k<nBC[j]; ++k) {
tempdPhi = bcPhi[j][0] - bcPhi[j][k];
tempdEta = bcEta[j][0] - bcEta[j][k];
if (tempdPhi > TMath::Pi()) tempdPhi = tempdPhi - 2.*TMath::Pi();
if (tempdPhi < -TMath::Pi()) tempdPhi += 2.*TMath::Pi();
if (tempmaxP<tempdPhi) tempmaxP=tempdPhi;
if (tempmaxE<tempdEta) tempmaxE=tempdEta;
if (tempminP>tempdPhi) tempminP=tempdPhi;
if (tempminE>tempdEta) tempminE=tempdEta;
//if (fabs(tempdPhi)>0.28)
//cout << bcPhi[j][0] << " " << bcPhi[j][k] << " " << tempdPhi << endl;
for (int m=0; m<4; ++m) {
if (bcESEnX[j][k][m] > 0) es1 += bcESEnX[j][k][m];
if (bcESEnY[j][k][m] > 0) es2 += bcESEnY[j][k][m];
}
}
deltaP = tempmaxP-tempminP;
if (deltaP > TMath::Pi()) deltaP = -(deltaP - 2.*TMath::Pi());
if (deltaP < -TMath::Pi()) deltaP += 2.*TMath::Pi();
deltaE = tempmaxE-tempminE;
//fout << tempmaxE << " " << tempminE << " " << deltaE << endl;
//printf("max=%f, min=%f, dPhi=%f\n",tempmaxE,tempminE,deltaP);
//cout<<tempmaxP<<" "<<tempminP<<" "<<tempmaxE<<" "<<tempminE<<endl;
if (nBC[j]==1) HH1_->Fill(deltaP+0.2);
if (nBC[j]==2) HH2_->Fill(deltaP+0.2);
if (nBC[j]==3) HH3_->Fill(deltaP+0.2);
if (nBC[j]==4) HH4_->Fill(deltaP+0.2);
if (nBC[j]==5) HH5_->Fill(deltaP+0.2);
if (nBC[j]==6) HH6_->Fill(deltaP+0.2);
if (nBC[j]==7) HH7_->Fill(deltaP+0.2);
if (nBC[j]==8) HH8_->Fill(deltaP+0.2);
//H_->Fill(deltaP,deltaE);
for (int l=0; l<nRH; ++l) {
if (rhFlag[l]==1||rhFlag[l]==14||(rhFlag[l]<=10&&rhFlag[l]>=5)) continue;
if (rhZ[l]*scEta[j]>0 && rhP[l]==1){
if (rhE[l]/(92.8*0.000001)>=MIP) res3 += rhE[l];
if (rhZ[l]==1){
NRHP1Zp_->Fill(nRH);
stEta=eta[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhEta=eta[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = -stEta+rhEta;
stPhi=phi[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhPhi=phi[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = -stPhi+rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if (rhZ[l]==-1){
NRHP1Zn_->Fill(nRH);
//rhZ[l]=0;
stEta=eta[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhEta=eta[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = -stEta+rhEta;
stPhi=phi[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhPhi=phi[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = -stPhi+rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if ((0<=dPhi && dPhi<=(tempmaxP+r_) && fabs(dEta)<=s_)
|| ((tempminP-r_)<=dPhi && dPhi<=0 && fabs(dEta)<=s_)){
if (rhE[l]/(92.8*0.000001)>=MIP) res1 += rhE[l];
//cout <<rhZ[l]<<" "<<rhP[l]<<" "<<dEta<<" "<<dPhi<<" " <<"it is picked up"<<" "<<tempmaxE+s<<" "<<tempminE-s<<" "<<tempmaxP+r<<" "<<tempminP-r<<endl;
}
//else cout <<rhZ[l]<<" "<<rhP[l]<<" "<<dEta<<" "<<dPhi<<" " <<"it is excluded"<<" "<<tempmaxE+s<<" "<<tempminE-s<<" "<<tempmaxP+r<<" "<<tempminP-r<<endl;
if (rhZ[l]==1) H1_->Fill(dEta,dPhi,rhE[l]/92.8e-6);
if (rhZ[l]==-1) H2_->Fill(dEta,dPhi,rhE[l]/92.8e-6);
}
if (rhZ[l]*scEta[j]>0 && rhP[l]==2){
if (rhE[l]/(92.8*0.000001)>=MIP) res4 += rhE[l];
if (rhZ[l]==1){
NRHP2Zp_->Fill(nRH);
stEta=eta[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhEta=eta[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = -stEta+rhEta;
stPhi=phi[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhPhi=phi[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = -stPhi+rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if (rhZ[l]==-1){
NRHP2Zn_->Fill(nRH);
//rhZ[l]=0;
stEta=eta[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhEta=eta[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = -stEta+rhEta;
stPhi=phi[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhPhi=phi[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = -stPhi+rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if ((0<=dPhi && dPhi<=(tempmaxP+r_) && fabs(dEta)<=s_)
|| ((tempminP-r_)<=dPhi && dPhi<=0 && fabs(dEta)<=s_)){
if (rhE[l]/(92.8*0.000001)>=MIP) res2 += rhE[l];
//cout <<rhZ[l]<<" "<<rhP[l]<<" "<<" "<<dEta<<" "<<dPhi<<" " <<"it is picked up"<<" "<<tempmaxE+s<<" "<<tempminE-s<<" "<<tempmaxP+r<<" "<<tempminP-r<<endl;
}
//else cout <<rhZ[l]<<" "<<rhP[l]<<" "<<" "<<dEta<<" "<<dPhi<<" " <<"it is excluded"<<" "<<tempmaxE+s<<" "<<tempminE-s<<" "<<tempmaxP+r<<" "<<tempminP-r<<endl;
if (rhZ[l]==1) H3_->Fill(dEta,dPhi,rhE[l]/92.8e-6);
if (rhZ[l]==-1) H4_->Fill(dEta,dPhi,rhE[l]/92.8e-6);
}
}
tempresP1=res3-res1;
tempresP2=res4-res2;
if ((resmaxp1<tempresP1)&&scEta[j]/fabs(scEta[j])==1) resmaxp1=tempresP1;
//if (res3==0&&res1==0&&scEta[j]/fabs(scEta[j])==1) resmaxp1=0;
if ((resmaxn1<tempresP1)&&scEta[j]/fabs(scEta[j])==-1) resmaxn1=tempresP1;
//if (res3==0&&res1==0&&scEta[j]/fabs(scEta[j])==-1) resmaxn1=0;
if ((resmaxp2<tempresP2)&&scEta[j]/fabs(scEta[j])==1) resmaxp2=tempresP2;
//if (res4==0&&res2==0&&scEta[j]/fabs(scEta[j])==1) resmaxp2=0;
if ((resmaxn2<tempresP2)&&scEta[j]/fabs(scEta[j])==-1) resmaxn2=tempresP2;
//if (res4==0&&res2==0&&scEta[j]/fabs(scEta[j])==-1) resmaxn2=0;
for (int a=0; a<nRH; ++a) {
if (rhFlag[a]==1||rhFlag[a]==14||(rhFlag[a]<=10&&rhFlag[a]>=5)) continue;
if (rhZ[a]==1 && rhP[a]==1){
if (rhE[a]/(92.8*0.000001)>=MIP) Res1 += rhE[a];
}
if (rhZ[a]==1 && rhP[a]==2){
if (rhE[a]/(92.8*0.000001)>=MIP) Res3 += rhE[a];
}
if (rhZ[a]==-1 && rhP[a]==1){
if (rhE[a]/(92.8*0.000001)>=MIP) Res2 += rhE[a];
}
if (rhZ[a]==-1 && rhP[a]==2){
if (rhE[a]/(92.8*0.000001)>=MIP) Res4 += rhE[a];
}
}
if (eleSCEta[i]>0){
//Ratio1 = res1/shES_efP;
Ratio1 = es1/res1;
//Ratio2 = res2/shES_erP;
Ratio3 = es2/res2;
}
else if (eleSCEta[i]<0){
//Ratio1 = res1/shES_efM;
Ratio2 = es1/res1;
//Ratio2 = res2/shES_erM;
Ratio4 = es2/res2;
}
if (eleBrem[i]<0) continue;
bin = eleBrem[i]/0.25;
dEold = scRawEn[j] + scESEn[j] - PT_*cosh(ETA_/10.);
h1_->Fill(dEold);
dE024 = scRawEn[j] + 0.020*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h3_->Fill(dE024);
dE020 = scRawEn[j] + 0.020*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h5_->Fill(dE020);
dE021 = scRawEn[j] + 0.021*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h6_->Fill(dE021);
dE022 = scRawEn[j] + 0.022*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h7_->Fill(dE022);
dE023 = scRawEn[j] + 0.023*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h8_->Fill(dE023);
dE025 = scRawEn[j] + 0.025*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h9_->Fill(dE025);
dE026 = scRawEn[j] + 0.026*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h10_->Fill(dE026);
dE027 = scRawEn[j] + 0.027*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h11_->Fill(dE027);
dE028 = scRawEn[j] + 0.028*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h12_->Fill(dE028);
dE029 = scRawEn[j] + 0.029*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h13_->Fill(dE029);
dE010 = scRawEn[j] + 0.01*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h14_->Fill(dE010);
dE015 = scRawEn[j] + 0.015*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h15_->Fill(dE015);
dE035 = scRawEn[j] + 0.035*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h16_->Fill(dE035);
dE040 = scRawEn[j] + 0.04*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h17_->Fill(dE040);
dE050 = scRawEn[j] + 0.05*((res1/(92.8e-6))+(0.7*(res2/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h19_->Fill(dE050);
dEE = scRawEn[j] - PT_*cosh(ETA_/10.);
h18_->Fill(dEE);
hfb1_[bin]->Fill(dEold);
hfb2_[bin]->Fill(dE024);
hfb3_[bin]->Fill(dE020);
hfb4_[bin]->Fill(dE021);
hfb5_[bin]->Fill(dE022);
hfb6_[bin]->Fill(dE023);
hfb7_[bin]->Fill(dE025);
hfb8_[bin]->Fill(dE026);
hfb9_[bin]->Fill(dE027);
hfb10_[bin]->Fill(dE028);
hfb11_[bin]->Fill(dE029);
hfb13_[bin]->Fill(dE010);
hfb14_[bin]->Fill(dE015);
hfb15_[bin]->Fill(dE035);
hfb16_[bin]->Fill(dE040);
hfb17_[bin]->Fill(dEE);
hfb18_[bin]->Fill(dE050);
hProf1->Fill((es1/(92.8e-6))+(0.7*(es2/(92.8e-6))), scEn[j]-scESEn[j]);
hProf2->Fill((res1/(92.8e-6))+(0.7*(res2/(92.8e-6))), scRawEn[j]);
hProf3->Fill((res3/(92.8e-6))+(0.7*(res4/(92.8e-6))), scRawEn[j]);
potato_old_->Fill((es1/(92.8e-6))+(0.7*(es2/(92.8e-6))), scEn[j]-scESEn[j]);
potato_new_->Fill((res1/(92.8e-6))+(0.7*(res2/(92.8e-6))), scRawEn[j]);
potato_all_->Fill((res3/(92.8e-6))+(0.7*(res4/(92.8e-6))), scRawEn[j]);
Eh1_->Fill(Ratio1);
Eh2_->Fill(Ratio2);
Eh3_->Fill(Ratio3);
Eh4_->Fill(Ratio4);
/*TCanvas *c2 = new TCanvas("c2","c2",1300,650);
gStyle->SetOptStat(0);
gStyle->SetPadLeftMargin(0.14);
gStyle->SetPadRightMargin(0.15);
c2->Divide(2,1);
c2->cd(1);
H1_->SetTitle("");
H1_->GetXaxis()->SetTitle("#Delta#eta");
H1_->GetYaxis()->SetTitle("#Delta#phi");
H2_->SetTitle("");
H2_->GetXaxis()->SetTitle("#Delta#eta");
H2_->GetYaxis()->SetTitle("#Delta#phi");
if (scEta[j]/fabs(scEta[j])==1) H1_->Draw("colz");
if (scEta[j]/fabs(scEta[j])==-1) H2_->Draw("colz");
TLine *L1;
L1 = new TLine (s, tempminP-r, s, tempmaxP+r); L1->Draw();
L1 = new TLine (-s, tempminP-r, -s, tempmaxP+r); L1->Draw();
L1 = new TLine (s, tempminP-r, -s, tempminP-r); L1->Draw();
L1 = new TLine (s, tempmaxP+r, -s, tempmaxP+r); L1->Draw();
c2->cd(2);
H3_->SetTitle("");
H3_->GetXaxis()->SetTitle("#Delta#eta");
H3_->GetYaxis()->SetTitle("#Delta#phi");
H4_->SetTitle("");
H4_->GetXaxis()->SetTitle("#Delta#eta");
H4_->GetYaxis()->SetTitle("#Delta#phi");
if (scEta[j]/fabs(scEta[j])==1) H3_->Draw("colz");
if (scEta[j]/fabs(scEta[j])==-1) H4_->Draw("colz");
TLine *L2;
L2 = new TLine (s, tempminP-r, s, tempmaxP+r); L2->Draw();
L2 = new TLine (-s, tempminP-r, -s, tempmaxP+r); L2->Draw();
L2 = new TLine (s, tempminP-r, -s, tempminP-r); L2->Draw();
L2 = new TLine (s, tempmaxP+r, -s, tempmaxP+r); L2->Draw();
c2->Print("event_display.pdf");
cin.get();
delete c2;
delete L1;
delete L2;*/
/*if (es1/res1>1||es2/res2>1){
//cout<< deltaE <<" "<< deltaP <<endl;
TCanvas *c1 = new TCanvas("c1","c1", 1300,650);
gStyle->SetOptStat(0);
gStyle->SetPadLeftMargin(0.14);
gStyle->SetPadRightMargin(0.15);
c1->Divide(2,1);
c1->cd(1);
H1_->SetTitle("");
H1_->GetXaxis()->SetTitle("#Delta#eta");
H1_->GetYaxis()->SetTitle("#Delta#phi");
H2_->SetTitle("");
H2_->GetXaxis()->SetTitle("#Delta#eta");
H2_->GetYaxis()->SetTitle("#Delta#phi");
//if (scEta[j]/fabs(scEta[j])==1&&(res3-res1)/92.8e-6>35&&(res4-res2)/92.8e-6>35){
if (scEta[j]/fabs(scEta[j])==1){
cout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1/92.8e-6<<" "<<res1/92.8e-6<< " "<<es1/res1<<" "<<res3/92.8e-6<<" "<<es2/92.8e-6<<" "<<res2/92.8e-6<<" "<<es2/res2<<" "<<res4/92.8e-6<<endl;
//fout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1<<" "<<res1<< " "<<es1/res1<<" "<<res3<<" "<<es2<<" "<<res2<<" "<<es2/res2<<" "<<res4<<endl;
//H1_->Draw("colztext");
H1_->Draw("colz");
}
//if (scEta[j]/fabs(scEta[j])==-1&&(res3-res1)/92.8e-6>35&&(res4-res2)/92.8e-6>35){
if (scEta[j]/fabs(scEta[j])==-1){
cout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1/92.8e-6<<" "<<res1/92.8e-6<< " "<<es1/res1<<" "<<res3/92.8e-6<<" "<<es2/92.8e-6<<" "<<res2/92.8e-6<<" "<<es2/res2<<" "<<res4/92.8e-6<<endl;
//fout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1<<" "<<res1<< " "<<es1/res1<<" "<<res3<<" "<<es2<<" "<<res2<<" "<<es2/res2<<" "<<res4<<endl;
//H2_->Draw("colztext");
H2_->Draw("colz");
}
TLine *L1;
L1 = new TLine (s, tempminP-r, s, tempmaxP+r); L1->Draw();
L1 = new TLine (-s, tempminP-r, -s, tempmaxP+r); L1->Draw();
L1 = new TLine (s, tempminP-r, -s, tempminP-r); L1->Draw();
L1 = new TLine (s, tempmaxP+r, -s, tempmaxP+r); L1->Draw();
c1->cd(2);
H3_->SetTitle("");
H3_->GetXaxis()->SetTitle("#Delta#eta");
H3_->GetYaxis()->SetTitle("#Delta#phi");
H4_->SetTitle("");
H4_->GetXaxis()->SetTitle("#Delta#eta");
H4_->GetYaxis()->SetTitle("#Delta#phi");
//if (scEta[j]/fabs(scEta[j])==1&&(res3-res1)/92.8e-6>35&&(res4-res2)/92.8e-6>35){
if (scEta[j]/fabs(scEta[j])==1){
//fout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1<<" "<<res1<< " "<<es1/res1<<" "<<es2<<" "<<res2<<" "<<es2/res2<<endl;
//H3_->Draw("colztext");
H3_->Draw("colz");
}
//if (scEta[j]/fabs(scEta[j])==-1&&(res3-res1)/92.8e-6>35&&(res4-res2)/92.8e-6>35){
if (scEta[j]/fabs(scEta[j])==-1){
//fout<<scEta[j]/fabs(scEta[j])<<" "<<deltaP<<" "<<deltaE<<" "<<es1<<" "<<res1<< " "<<es1/res1<<" "<<es2<<" "<<res2<<" "<<es2/res2<<endl;
//H4_->Draw("colztext");
H4_->Draw("colz");
}
TLine *L2;
L2 = new TLine (s, tempminP-r, s, tempmaxP+r); L2->Draw();
L2 = new TLine (-s, tempminP-r, -s, tempmaxP+r); L2->Draw();
L2 = new TLine (s, tempminP-r, -s, tempminP-r); L2->Draw();
L2 = new TLine (s, tempmaxP+r, -s, tempmaxP+r); L2->Draw();
//c1->Update();
c1->Print("event_display.pdf");
cin.get();
delete c1;
delete L1;
delete L2;
}*/
//if (scEta[j]/fabs(scEta[j])==1) cout<<resmaxp1/92.8e-6<<" "<<resmaxp2/92.8e-6<<" "<<res3/92.8e-6<<" "<<res1/92.8e-6<<" "<<res4/92.8e-6<<" "<<res2/92.8e-6<<endl;
//if (scEta[j]/fabs(scEta[j])==-1) cout<<resmaxn1/92.8e-6<<" "<<resmaxn2/92.8e-6<<" "<<res3/92.8e-6<<" "<<res1/92.8e-6<<" "<<res4/92.8e-6<<" "<<res2/92.8e-6<<endl;
}
}
}
}
//fout.close();
TF1 *f1 = new TF1("f1", "pol1", 0, 2900);
TF1 *f2 = new TF1("f2", "pol1", 0, 2900);
TF1 *f3 = new TF1("f3", "pol1", 0, 2900);
f1->SetLineColor(1);
f1->SetLineWidth(3);
f2->SetLineColor(2);
f2->SetLineWidth(3);
f3->SetLineColor(3);
f3->SetLineWidth(3);
if (PT_==20 && ETA_==17){
hProf1->Fit("f1", "MRW0", "", 0, 200);
hProf2->Fit("f2", "MRW0", "", 0, 200);
hProf3->Fit("f3", "MRW0", "", 0, 200);
}
if (PT_==20 && ETA_==19){
hProf1->Fit("f1", "MRW0", "", 0, 400);
hProf2->Fit("f2", "MRW0", "", 0, 400);
hProf3->Fit("f3", "MRW0", "", 0, 400);
}
if (PT_==20 && ETA_==21){
hProf1->Fit("f1", "MRW0", "", 100, 570);
hProf2->Fit("f2", "MRW0", "", 100, 570);
hProf3->Fit("f3", "MRW0", "", 100, 570);
}
if (PT_==20 && ETA_==23){
hProf1->Fit("f1", "MRW0", "", 0, 570);
hProf2->Fit("f2", "MRW0", "", 0, 570);
hProf3->Fit("f3", "MRW0", "", 0, 570);
}
if (PT_==40 && ETA_==17){
hProf1->Fit("f1", "MRW0", "", 0, 630);
hProf2->Fit("f2", "MRW0", "", 0, 630);
hProf3->Fit("f3", "MRW0", "", 0, 630);
}
if (PT_==40 && ETA_==19){
hProf1->Fit("f1", "MRW0", "", 0, 900);
hProf2->Fit("f2", "MRW0", "", 0, 900);
hProf3->Fit("f3", "MRW0", "", 0, 900);
}
if (PT_==40 && ETA_==21){
hProf1->Fit("f1", "MRW0", "", 200, 850);
hProf2->Fit("f2", "MRW0", "", 200, 850);
hProf3->Fit("f3", "MRW0", "", 200, 850);
}
if (PT_==40 && ETA_==23){
hProf1->Fit("f1", "MRW0", "", 50, 800);
hProf2->Fit("f2", "MRW0", "", 50, 800);
hProf3->Fit("f3", "MRW0", "", 50, 800);
}
if (PT_==60 && ETA_==17){
hProf1->Fit("f1", "MRW0", "", 0, 950);
hProf2->Fit("f2", "MRW0", "", 0, 950);
hProf3->Fit("f3", "MRW0", "", 0, 950);
}
if (PT_==60 && ETA_==19){
hProf1->Fit("f1", "MRW0", "", 50, 1350);
hProf2->Fit("f2", "MRW0", "", 50, 1350);
hProf3->Fit("f3", "MRW0", "", 50, 1350);
}
if (PT_==60 && ETA_==21){
hProf1->Fit("f1", "MRW0", "", 200, 1200);
hProf2->Fit("f2", "MRW0", "", 200, 1200);
hProf3->Fit("f3", "MRW0", "", 200, 1200);
}
if (PT_==60 && ETA_==23){
hProf1->Fit("f1", "MRW0", "", 200, 1250);
hProf2->Fit("f2", "MRW0", "", 200, 1250);
hProf3->Fit("f3", "MRW0", "", 200, 1250);
}
if (PT_==80 && ETA_==17){
hProf1->Fit("f1", "MRW0", "", 200, 1300);
hProf2->Fit("f2", "MRW0", "", 200, 1300);
hProf3->Fit("f3", "MRW0", "", 200, 1300);
}
if (PT_==80 && ETA_==19){
hProf1->Fit("f1", "MRW0", "", 200, 1750);
hProf2->Fit("f2", "MRW0", "", 200, 1750);
hProf3->Fit("f3", "MRW0", "", 200, 1750);
}
if (PT_==80 && ETA_==21){
hProf1->Fit("f1", "MRW0", "", 200, 1350);
hProf2->Fit("f2", "MRW0", "", 200, 1350);
hProf3->Fit("f3", "MRW0", "", 200, 1350);
}
if (PT_==80 && ETA_==23){
hProf1->Fit("f1", "MRW0", "", 200, 1400);
hProf2->Fit("f2", "MRW0", "", 200, 1400);
hProf3->Fit("f3", "MRW0", "", 200, 1400);
}
//Double_t chi2 = f1->GetChisquare();
Double_t gamma1 = f1->GetParameter(1);
Double_t egamma1 = f1->GetParError(1);
Double_t gamma2 = f2->GetParameter(1);
Double_t egamma2 = f2->GetParError(1);
Double_t gamma3 = f3->GetParameter(1);
Double_t egamma3 = f3->GetParError(1);
Char_t text[200];
sprintf(text, "Fit slope #gamma = %.02g #pm %.02g (GeV/MIP)", gamma1, egamma1);
sprintf(text, "Fit slope #gamma = %.02g #pm %.02g (GeV/MIP)", gamma2, egamma2);
sprintf(text, "Fit slope #gamma = %.02g #pm %.02g (GeV/MIP)", gamma3, egamma3);
for (Long64_t jentry=0; jentry<nentries;jentry++){
Long64_t ientry = LoadTree(jentry);
if (ientry < 0) break;
nb = fChain->GetEntry(jentry); nbytes += nb;
for (int i=0; i<nEle; ++i) {
if (fabs(eleSCEta[i]) < 1.65) continue;
if (fabs(eleSCEta[i]) > 2.5) continue;
es3 = 0;
es4 = 0;
res5 = 0;
res6 = 0;
res7 = 0;
res8 = 0;
for (int j=0; j<nSC; ++j) {
Int_t Matched =0;
for (int n=0; n<nMC; n++) {
Float_t dR = deltaR(scEta[j], scPhi[j], mcEta[n], mcPhi[n]);
Float_t dPt = fabs(elePt[i] - mcPt[n])/mcPt[n];
if (dR<0.1 && dPt < 0.2) Matched=1;
}
if (Matched==0) continue;
if (st1x[j][0]==0 || st2x[j][0]==0) continue;
if (fabs(eleSCEta[i] - scEta[j]) < 0.001 && fabs(eleSCPhi[i] - scPhi[j]) < 0.001) {
Float_t tempmaxP = -9999;
Float_t tempmaxE = -9999;
Float_t tempminP = 9999;
Float_t tempminE = 9999;
if (st1z[j][0]==-1) st1z[j][0]=0;
if (st2z[j][0]==-1) st2z[j][0]=0;
//ratio_old->Fill(scEn[j]/(PT_*cosh(ETA_/10.)));
//f = scEn[j]/(scRawEn[j]+scESEn[j]);
for (int k=0; k<nBC[j]; ++k) {
tempdPhi = bcPhi[j][0] - bcPhi[j][k];
tempdEta = bcEta[j][0] - bcEta[j][k];
if (tempdPhi > TMath::Pi()) tempdPhi = tempdPhi - 2.*TMath::Pi();
if (tempdPhi < -TMath::Pi()) tempdPhi += 2.*TMath::Pi();
if (tempmaxP<tempdPhi) tempmaxP=tempdPhi;
if (tempmaxE<tempdEta) tempmaxE=tempdEta;
if (tempminP>tempdPhi) tempminP=tempdPhi;
if (tempminE>tempdEta) tempminE=tempdEta;
for (int m=0; m<4; ++m) {
if (bcESEnX[j][k][m] > 0) es3 += bcESEnX[j][k][m];
if (bcESEnY[j][k][m] > 0) es4 += bcESEnY[j][k][m];
}
}
for (int l=0; l<nRH; ++l) {
if (rhFlag[l]==1||rhFlag[l]==14||(rhFlag[l]<=10&&rhFlag[l]>=5)) continue;
if (rhZ[l]*scEta[j]>0 && rhP[l]==1){
if (rhZ[l]==1){
stEta=eta[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhEta=eta[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = stEta-rhEta;
stPhi=phi[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhPhi=phi[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = stPhi-rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if (rhZ[l]==-1){
//rhZ[l]=0;
stEta=eta[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhEta=eta[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = stEta-rhEta;
stPhi=phi[st1z[j][0]][st1p[j][0]-1][st1x[j][0]-1][st1y[j][0]-1][st1s[j][0]-1];
rhPhi=phi[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = stPhi-rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if ((0<=dPhi && dPhi<=(tempmaxP+r_) && fabs(dEta)<=s_)
|| ((tempminP-r_)<=dPhi && dPhi<0 && fabs(dEta)<=s_)){
if (rhE[l]/(92.8*0.000001)>MIP) res5 += rhE[l];
}
}
if (rhZ[l]*scEta[j]>0 && rhP[l]==2){
if (rhZ[l]==1){
stEta=eta[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhEta=eta[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = stEta-rhEta;
stPhi=phi[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhPhi=phi[rhZ[l]][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = stPhi-rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if (rhZ[l]==-1){
//rhZ[l]=0;
stEta=eta[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhEta=eta[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dEta = stEta-rhEta;
stPhi=phi[st2z[j][0]][st2p[j][0]-1][st2x[j][0]-1][st2y[j][0]-1][st2s[j][0]-1];
rhPhi=phi[0][rhP[l]-1][rhX[l]-1][rhY[l]-1][rhS[l]-1];
dPhi = stPhi-rhPhi;
if (dPhi > TMath::Pi()) dPhi = dPhi - 2.*TMath::Pi();
if (dPhi < -TMath::Pi()) dPhi += 2.*TMath::Pi();
}
if ((0<=dPhi && dPhi<=(tempmaxP+r_) && fabs(dEta)<=s_)
|| ((tempminP-r_)<=dPhi && dPhi<0 && fabs(dEta)<=s_)){
if (rhE[l]/(92.8*0.000001)>MIP) res6 += rhE[l];
}
}
}
for (int a=0; a<nRH; ++a) {
if (rhFlag[a]==1||rhFlag[a]==14||(rhFlag[a]<=10&&rhFlag[a]>=5)) continue;
if (rhZ[a]*scEta[j]>0 && rhP[a]==1){
if (rhE[a]/(92.8*0.000001)>MIP) res7 += rhE[a];
}
if (rhZ[a]*scEta[j]>0 && rhP[a]==2){
if (rhE[a]/(92.8*0.000001)>MIP) res8 += rhE[a];
}
}
if (eleBrem[i]<0) continue;
bin1 = eleBrem[i]/0.25;
ratio_old->Fill(scEn[j]/(PT_*cosh(ETA_/10.)));
f = scEn[j]/(scRawEn[j]+scESEn[j]);
dEoldnew = scRawEn[j] + 0.020*((es3/(92.8e-6))+(0.7*(es4/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h20_->Fill(dEoldnew);
hfb19_[bin1]->Fill(dEoldnew);
dEnew = scRawEn[j] + 0.020*((res5/(92.8e-6))+(0.7*(res6/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h2_->Fill(dEnew);
hfb12_[bin1]->Fill(dEnew);
dEalln = scRawEn[j] + 0.020*((res7/(92.8e-6))+(0.7*(res8/(92.8e-6)))) - PT_*cosh(ETA_/10.);
h21_->Fill(dEalln);
hfb20_[bin1]->Fill(dEalln);
if (eleEta[i]>0){
h25_->Fill(res5/res7);
h26_->Fill(res6/res8);
}
if (eleEta[i]<0){
h27_->Fill(res5/res7);
h28_->Fill(res6/res8);
}
ratio_new->Fill(f*(0.020*((res5/92.8e-6)+(0.7*(res6/92.8e-6)))+scRawEn[j])/(PT_*cosh(ETA_/10.)));
}
}
}
}
fout_->Write();
fout_->Close();
}