#include "AliAODHandler.h"
#include "AliAODInputHandler.h"
#include "AliAODTrack.h"
+#include "AliAODMCParticle.h"
#include "AliAODJet.h"
#include "AliAODJetEventBackground.h"
#include "AliMCParticle.h"
TrackPtcut(0.15),
SkipCone(0),
IsMC(kTRUE),
+ JetEScale(1.),
+ TrackEScale(1.),
fxsec(0.),
ftrial(1.),
fJetRecEtaWindow(0.5), // eta window for rec jets
fH1Track_pt (0x0),
fH1Track_phi (0x0),
fH1Track_eta (0x0),
+ fH1MCTrack_pt (0x0),
+ fH1MCTrack_phi (0x0),
+ fH1MCTrack_eta (0x0),
+ fH1MCPrimTrack_pt (0x0),
+ fH1MCPrimTrack_phi (0x0),
+ fH1MCPrimTrack_eta (0x0),
fH1Jet_pt (0x0),
fH1Jet_phi (0x0),
fH1Jet_eta (0x0),
fH2Mult_Aj (0x0),
fH2Mlead_Aj (0x0),
fH2Jet_pt_Mlead (0x0),
- fH2Jet_pt_Munder (0x0)
+ fH2Jet_pt_Munder (0x0),
+ fH2leadJetMCptResolution(0x0),
+ fH2TrackMCptResolution(0x0),
+ fH2AjCorrelation_MCRec(0x0),
+ fH2MleadCorrelation_MCRec(0x0)
{
for(int j=0;j<5;j++){
fH1ndiJ_ediv [j]=0;
fH1JetHadron_dphi_ediv [j][k]=0;
fH1JetHadron_dphi_tptweight_ediv [j][k]=0;
fH1JetHadron_dphi_tJptweight_ediv[j][k]=0;
+ fH1JetHadronMC_dphi_ediv [j][k]=0;
+ fH1JetHadronMC_dphi_tptweight_ediv [j][k]=0;
+ fH1JetHadronMC_dphi_tJptweight_ediv[j][k]=0;
+ fH1JetHadronMCPrim_dphi_ediv [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight_ediv [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tJptweight_ediv[j][k]=0;
}
}
for(int j=0;j<3;j++){
for(int k=0;k<5;k++){
fH1JetHadron_dphi_tptweight2040_Mleaddep[j][k]=0;
fH1JetHadron_dphi_tptweight2040_Ajdep [j][k]=0;
+ fH1JetHadronMC_dphi_tptweight2040_Mleaddep[j][k]=0;
+ fH1JetHadronMC_dphi_tptweight2040_Ajdep [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep[j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [j][k]=0;
}
}
// Default constructor
TrackPtcut(0.15),
SkipCone(0),
IsMC(kTRUE),
+ JetEScale(1.),
+ TrackEScale(1.),
fxsec(0.),
ftrial(1.),
fJetRecEtaWindow(0.5), // eta window for rec jets
fH1Track_pt (0x0),
fH1Track_phi (0x0),
fH1Track_eta (0x0),
+ fH1MCTrack_pt (0x0),
+ fH1MCTrack_phi (0x0),
+ fH1MCTrack_eta (0x0),
+ fH1MCPrimTrack_pt (0x0),
+ fH1MCPrimTrack_phi (0x0),
+ fH1MCPrimTrack_eta (0x0),
fH1Jet_pt (0x0),
fH1Jet_phi (0x0),
fH1Jet_eta (0x0),
fH2Mult_Aj (0x0),
fH2Mlead_Aj (0x0),
fH2Jet_pt_Mlead (0x0),
- fH2Jet_pt_Munder (0x0)
+ fH2Jet_pt_Munder (0x0),
+ fH2leadJetMCptResolution(0x0),
+ fH2TrackMCptResolution(0x0),
+ fH2AjCorrelation_MCRec(0x0),
+ fH2MleadCorrelation_MCRec(0x0)
{
for(int j=0;j<5;j++){
fH1ndiJ_ediv [j]=0;
fH1JetHadron_dphi_ediv [j][k]=0;
fH1JetHadron_dphi_tptweight_ediv [j][k]=0;
fH1JetHadron_dphi_tJptweight_ediv[j][k]=0;
+ fH1JetHadronMC_dphi_ediv [j][k]=0;
+ fH1JetHadronMC_dphi_tptweight_ediv [j][k]=0;
+ fH1JetHadronMC_dphi_tJptweight_ediv[j][k]=0;
+ fH1JetHadronMCPrim_dphi_ediv [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight_ediv [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tJptweight_ediv[j][k]=0;
}
}
for(int j=0;j<3;j++){
for(int k=0;k<5;k++){
fH1JetHadron_dphi_tptweight2040_Mleaddep[j][k]=0;
fH1JetHadron_dphi_tptweight2040_Ajdep [j][k]=0;
+ fH1JetHadronMC_dphi_tptweight2040_Mleaddep[j][k]=0;
+ fH1JetHadronMC_dphi_tptweight2040_Ajdep [j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep[j][k]=0;
+ fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [j][k]=0;
}
}
fH1Track_pt = new TH1F("Track_pt" ,"Track_pt" ,400,0,400);
fH1Track_phi = new TH1F("Track_phi" ,"Track_phi" ,100,0,2*pi);
fH1Track_eta = new TH1F("Track_eta" ,"Track_eta" ,100,-1.,1);
+ fH1MCTrack_pt = new TH1F("MCTrack_pt" ,"MCTrack_pt" ,400,0,400);
+ fH1MCTrack_phi = new TH1F("MCTrack_phi" ,"MCTrack_phi" ,100,0,2*pi);
+ fH1MCTrack_eta = new TH1F("MCTrack_eta" ,"MCTrack_eta" ,100,-1.,1);
+ fH1MCPrimTrack_pt = new TH1F("MCPrimTrack_pt" ,"MCPrimTrack_pt" ,400,0,400);
+ fH1MCPrimTrack_phi = new TH1F("MCPrimTrack_phi" ,"MCPrimTrack_phi" ,100,0,2*pi);
+ fH1MCPrimTrack_eta = new TH1F("MCPrimTrack_eta" ,"MCPrimTrack_eta" ,100,-1.,1);
fH1Jet_pt = new TH1F("Jet_pt" ,"Jet_pt" ,400,0,400);
fH1Jet_phi = new TH1F("Jet_phi" ,"Jet_pt" ,100,0,2*pi);
fH1Jet_eta = new TH1F("Jet_eta" ,"Jet_pt" ,100,-1.,1);
fH2Jet_pt_Mlead = new TH2F(histname,histname,50,0,200,25,0,25);
histname = Form("Jet_pt_Munder");
fH2Jet_pt_Munder = new TH2F(histname,histname,50,0,200,25,0,5);
+ histname = Form("leadJetMCptResolution");
+ fH2leadJetMCptResolution = new TH2F(histname,histname,100,0,200,100,0,200);
+ histname = Form("TrackMCptResolution");
+ fH2TrackMCptResolution = new TH2F(histname,histname,100,0,200,100,0,200);
+ histname = Form("AjCorrelation_MCRec");
+ fH2AjCorrelation_MCRec = new TH2F(histname,histname,60,0,1.2,60,0,1.2);
+ histname = Form("MleadCorrelation_MCRec");
+ fH2MleadCorrelation_MCRec = new TH2F(histname,histname,60,0,60,60,0,60);
for(int j=0;j<5;j++){
histname = Form("ndiJ_ediv%d",j);
fH1JetHadron_dphi_tptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
histname = Form("JetHadron_dphi_tJptweight_ediv%d%d",j,k);
fH1JetHadron_dphi_tJptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+
+ histname = Form("JetHadronMC_dphi_ediv%d%d",j,k);
+ fH1JetHadronMC_dphi_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMC_dphi_tptweight_ediv%d%d",j,k);
+ fH1JetHadronMC_dphi_tptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMC_dphi_tJptweight_ediv%d%d",j,k);
+ fH1JetHadronMC_dphi_tJptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+
+ histname = Form("JetHadronMCPrim_dphi_ediv%d%d",j,k);
+ fH1JetHadronMCPrim_dphi_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMCPrim_dphi_tptweight_ediv%d%d",j,k);
+ fH1JetHadronMCPrim_dphi_tptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMCPrim_dphi_tJptweight_ediv%d%d",j,k);
+ fH1JetHadronMCPrim_dphi_tJptweight_ediv [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
}
}
for(int j=0;j<3;j++){
fH1JetHadron_dphi_tptweight2040_Mleaddep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
histname = Form("JetHadron_dphi_tptweight2040_Ajdep%d%d",j,k);
fH1JetHadron_dphi_tptweight2040_Ajdep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMC_dphi_tptweight2040_Mleaddep%d%d",j,k);
+ fH1JetHadronMC_dphi_tptweight2040_Mleaddep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMC_dphi_tptweight2040_Ajdep%d%d",j,k);
+ fH1JetHadronMC_dphi_tptweight2040_Ajdep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMCPrim_dphi_tptweight2040_Mleaddep%d%d",j,k);
+ fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
+ histname = Form("JetHadronMCPrim_dphi_tptweight2040_Ajdep%d%d",j,k);
+ fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [j][k]= new TH1F(histname,histname,200,-1./2.*pi,3./2.*pi);
}
}
if(IsMC){
fHistList->Add(fH1Xsec);
fHistList->Add(fH1Trials);
+ fHistList->Add(fH1Track_pt );
+ fHistList->Add(fH1Track_phi );
+ fHistList->Add(fH1Track_eta );
+ fHistList->Add(fH1MCTrack_pt );
+ fHistList->Add(fH1MCTrack_phi );
+ fHistList->Add(fH1MCTrack_eta );
+ fHistList->Add(fH1MCPrimTrack_pt );
+ fHistList->Add(fH1MCPrimTrack_phi );
+ fHistList->Add(fH1MCPrimTrack_eta );
fHistList->Add(fH1JetMC_pt );
fHistList->Add(fH1leadJetMC_pt );
fHistList->Add(fH1leadJetMC_pt_dijet);
fHistList->Add(fH2JetsJet_deta );
fHistList->Add(fH2JetsJet_Aj );
fHistList->Add(fH2JetsJet_pt );
+ fHistList->Add(fH2leadJetMCptResolution);
+ fHistList->Add(fH2TrackMCptResolution);
+ fHistList->Add(fH2AjCorrelation_MCRec);
+ fHistList->Add(fH2MleadCorrelation_MCRec);
for(int j=0;j<5;j++){
fHistList->Add(fH1ndiJ_ediv [j]);
fHistList->Add(fH1leadJetMC_dphiResolution [j]);
fHistList->Add(fH1JetHadron_dphi_ediv [j][k]);
fHistList->Add(fH1JetHadron_dphi_tptweight_ediv [j][k]);
fHistList->Add(fH1JetHadron_dphi_tJptweight_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMC_dphi_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMC_dphi_tptweight_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMC_dphi_tJptweight_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMCPrim_dphi_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMCPrim_dphi_tptweight_ediv [j][k]);
+ fHistList->Add(fH1JetHadronMCPrim_dphi_tJptweight_ediv [j][k]);
+ }
+ }
+ for(int j=0;j<3;j++){
+ fHistList->Add(fH1ndiJ_2040Mlead [j]);
+ fHistList->Add(fH1ndiJ_2040Aj [j]);
+ for(int k=0;k<5;k++){
+ fHistList->Add(fH1JetHadron_dphi_tptweight2040_Mleaddep [j][k]);
+ fHistList->Add(fH1JetHadron_dphi_tptweight2040_Ajdep [j][k]);
+ fHistList->Add(fH1JetHadronMC_dphi_tptweight2040_Mleaddep [j][k]);
+ fHistList->Add(fH1JetHadronMC_dphi_tptweight2040_Ajdep [j][k]);
+ fHistList->Add(fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep [j][k]);
+ fHistList->Add(fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [j][k]);
}
}
}
fHistList->Add(fH2Mlead_Aj );
fHistList->Add(fH2Jet_pt_Mlead );
fHistList->Add(fH2Jet_pt_Munder );
-
for(int j=0;j<5;j++){
fHistList->Add(fH1ndiJ_ediv [j]);
- fHistList->Add(fH1Aj [j]);
- fHistList->Add(fH1Mlead[j]);
+ fHistList->Add(fH1Aj [j]);
+ fHistList->Add(fH1Mlead [j]);
for(int k=0;k<5;k++){
fHistList->Add(fH1JetHadron_dphi_ediv [j][k]);
fHistList->Add(fH1JetHadron_dphi_tptweight_ediv [j][k]);
Float_t pi=TMath::Pi();
Double_t Jet_n [20];
- Double_t Jet_pt [20][1000];
- Double_t Jet_phi [20][1000];
- Double_t Jet_eta [20][1000];
- Double_t Jet_area [20][1000];
+ Double_t Jet_pt [20][5000];
+ Double_t Jet_phi [20][5000];
+ Double_t Jet_eta [20][5000];
+ Double_t Jet_area [20][5000];
Double_t subJet_n [20];
- Double_t subJet_pt [20][1000];
- Double_t subJet_eta[20][1000];
- Double_t subJet_phi[20][1000];
+ Double_t subJet_pt [20][5000];
+ Double_t subJet_eta[20][5000];
+ Double_t subJet_phi[20][5000];
Double_t Track_n ;
- Double_t Track_pt [1000];
- Double_t Track_eta[1000];
- Double_t Track_phi[1000];
-
- Track_n=0;
+ Double_t Track_pt [5000];
+ Double_t Track_eta[5000];
+ Double_t Track_phi[5000];
+ Double_t MCTrack_n ;
+ Double_t MCTrack_pt [5000];
+ Double_t MCTrack_eta[5000];
+ Double_t MCTrack_phi[5000];
+
+ Track_n=0;MCTrack_n=0;
for(int i=0;i<20;i++){
Jet_n[i]=0;
subJet_n[i]=0;
Track_pt [j]=0.;
Track_phi[j]=999.;
Track_eta[j]=999.;
+ MCTrack_pt [j]=0.;
+ MCTrack_phi[j]=999.;
+ MCTrack_eta[j]=999.;
}
}
bool findLJetAOD=false;bool findsLJetAOD=false;
bool findLJetMC2=false;bool findsLJetMC2=false;
bool findLJetMC =false;bool findsLJetMC =false;
- bool findDiJet=false;
+ bool findDiJet=false,findDiJetMC=false;
int nLJet = 999;
int nsLJet =999;
int Mjet_tot =0;
int Njet_tot =0;
- double Aj=0;
- double Mlead=0;
- int Munder=0;
+ double Aj=99.,AjMC=99.;
+ double Mlead=99.,MleadMC=99.;
+ int Munder=99.;
//--------------------------------------------------------------------Init.
//Find Leading Jet -------------------------------------------------------
for(int njet =0;njet<nj;njet++){
jetsAOD = (AliAODJet*) (jets->At(njet));
- Jet_pt [algorithm][njet] = jetsAOD->Pt();
+ Jet_pt [algorithm][njet] = jetsAOD->Pt()*JetEScale;
Jet_phi [algorithm][njet] = jetsAOD->Phi();
Jet_eta [algorithm][njet] = jetsAOD->Eta();
Jet_area [algorithm][njet] = jetsAOD->EffectiveAreaCharged();
TRefArray *reftracks = jetsAOD->GetRefTracks();
Mlead = reftracks->GetEntriesFast();
}
+ if(findLJetAOD&&(algorithm==1)){
+ jetsAOD = (AliAODJet*) (jets->At(nLJet));
+ TRefArray *reftracks = jetsAOD->GetRefTracks();
+ MleadMC = reftracks->GetEntriesFast();
+ }
//----------------------------------------------------------- Leading Jet
if(nj<2)continue;
//Find Sub leading Jet ==================================================
for(int njet=0;njet<nj;njet++){
if(njet==nLJet)continue;
jetsAOD = (AliAODJet *)jets->At(njet);
- subJet_pt [algorithm][njet] = jetsAOD->Pt();
+ subJet_pt [algorithm][njet] = jetsAOD->Pt()*JetEScale;
subJet_phi[algorithm][njet] = jetsAOD->Phi();
subJet_eta[algorithm][njet] = jetsAOD->Eta();
double eta_cut_Jet=0.5;
fH2JetsJetMC_deta->Fill(Leading_pt,DEta);
}
if((TMath::Cos(DPhi)<-0.5)&&(Leading_pt>10.)&&(sLeading_pt>10.)){
- Aj = (Leading_pt-sLeading_pt)/(Leading_pt+sLeading_pt);
+ if(algorithm==0)Aj = (Leading_pt-sLeading_pt)/(Leading_pt+sLeading_pt);
+ if(algorithm==1)AjMC = (Leading_pt-sLeading_pt)/(Leading_pt+sLeading_pt);
if(algorithm==0){
fH1leadJet_pt_dijet->Fill(Leading_pt);
fH1subJet_pt_dijet ->Fill(sLeading_pt);
fH1Aj[eb] ->Fill(Aj);
}
}
-
}
if(algorithm==1){
fH1leadJetMC_pt_dijet->Fill(Leading_pt);
fH1subJetMC_pt_dijet ->Fill(sLeading_pt);
- fH2JetsJetMC_Aj ->Fill(Leading_pt,Aj);
+ fH2JetsJetMC_Aj ->Fill(Leading_pt,AjMC);
fH2JetsJetMC_pt ->Fill(Leading_pt,sLeading_pt);
+ findDiJetMC=true;
}
findDiJet=true;
+
}
////+++++++++++++++++++++++++++++++++++++++++++++++ Di-Jet event trigger
+ //if(algorithm==1){//IDEAL Jet-Hadron Correlation
+ // if((findDiJet)&&(Leading_pt>10.)&&(sLeading_pt>10.)){
+ // double eta_cut_Jet=0.5;
+ // if(TMath::Abs(Leading_eta)<eta_cut_Jet){
+ // for(int eb=0;eb<5;eb++){
+ // if(TMath::Abs(Leading_pt -10.-20.*(eb))<10.){
+ // //fH1ndiJMCIdeal_ediv[eb]->Fill(1);
+ // //if(eb==1){
+ // // if((0<Mlead)&&Mlead<7) {fH1ndiJ_2040Mlead[0]->Fill(1);}
+ // // else if((7<=Mlead)&&(Mlead<10)) {fH1ndiJ_2040Mlead[1]->Fill(1);}
+ // // else {fH1ndiJ_2040Mlead[2]->Fill(1);}
+ // // if((0<Aj)&&(Aj<0.19)) {fH1ndiJ_2040Aj [0]->Fill(1);}
+ // // else if((0.19<=Aj)&&(Aj<0.38)) {fH1ndiJ_2040Aj [1]->Fill(1);}
+ // // else {fH1ndiJ_2040Aj [2]->Fill(1);}
+ // //}
+ // //fH1MleadMCIdeal[eb]->Fill(Mlead);
+ // //fH1AjIdeal[eb] ->Fill(Aj);
+
+ // //MC Track
+ // TClonesArray* mctracks = dynamic_cast <TClonesArray*> (fAODIn->GetList()->FindObject(AliAODMCParticle::StdBranchName()));
+ // if(!mctracks){
+ // if (fDebug > 1) Printf("%s:%d could not get AODMCtracks", (char*)__FILE__,__LINE__);
+ // continue;
+ // }
+ // Int_t ntmc = mctracks->GetEntriesFast();
+ // AliAODMCParticle* trackMCAOD;
+ // int lastprim=0;
+ // for(int ntrack =0;ntrack<ntmc;ntrack++){
+ // trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ // if((trackMCAOD->IsPhysicalPrimary())==1)lastprim=ntrack;
+ // }
+ // for(int ntrack =0;ntrack<ntmc;ntrack++){
+ // trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ // if((trackMCAOD->IsPhysicalPrimary())&&(trackMCAOD->Charge())){// for Physical particles
+ // double DelPhi = DeltaPhi(Leading_phi,trackMCAOD->Phi());
+ // if(TMath::Abs(trackMCAOD->Era())<0.9){
+ // for(int teb=0;teb<5;teb++){
+ // if(teb==0){if(!( trackMCAOD->Pt()>0.15))continue;}
+ // if(teb==1){if(!((trackMCAOD->Pt()<1.5)&&(trackMCAOD->Pt()>0.15)))continue;}
+ // if(teb==2){if(!((trackMCAOD->Pt()<3.0)&&(trackMCAOD->Pt()>1.5)))continue;}
+ // if(teb==3){if(!((trackMCAOD->Pt()<4.5)&&(trackMCAOD->Pt()>3.0)))continue;}
+ // if(teb==4){if(!( trackMCAOD->Pt()>4.5))continue;}
+ // fH1JetHadronMCIdeal_dphi_ediv [eb][teb]->Fill(DelPhi);
+ // fH1JetHadronMCIdeal_dphi_tptweight_ediv [eb][teb]->Fill(DelPhi,trackMCAOD->Pt());
+ // fH1JetHadronMCIdeal_dphi_tJptweight_ediv [eb][teb]->Fill(DelPhi,trackMCAOD->Pt()/Leading_pt);
+ // if(eb==1){
+ // if((0<Mlead)&&Mlead<7) {fH1JetHadronMCIdeal_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // else if((7<=Mlead)&&(Mlead<10)){fH1JetHadronMCIdeal_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // else {fH1JetHadronMCIdeal_dphi_tptweight2040_Mleaddep[2][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // if((0<Aj)&&(Aj<0.19)) {fH1JetHadronMCIdeal_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // else if((0.19<=Aj)&&(Aj<0.38)) {fH1JetHadronMCIdeal_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // else {fH1JetHadronMCIdeal_dphi_tptweight2040_Ajdep [2][teb]->Fill(DelPhi,trackMCAOD->Pt());}
+ // }
+ // }
+ // }
+ // }
+ // }//Track Loop
+ // }
+ // }
+ // }
+ // }
+ //}
+
if(algorithm!=0)continue;// for only data & reconstructed Jets
//count number of tracks@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
+ //Reconstructed Track
TClonesArray* tracks = dynamic_cast <TClonesArray*> (fAODIn->GetTracks());
if(!tracks){
if (fDebug > 1) Printf("%s:%d could not get AODtracks", (char*)__FILE__,__LINE__);
continue;
}
- Int_t nt = fAODIn->GetNumberOfTracks();
- AliAODTrack* trackAOD;
+ Int_t nt = fAODIn->GetNumberOfTracks();
+ AliAODTrack* trackAOD=NULL;
for(int ntrack =0;ntrack<nt;ntrack++){
trackAOD = (AliAODTrack*) (tracks->At(ntrack));
Bool_t bgoodT=false;
if(!bgoodT)continue;
if(TMath::Abs(trackAOD->Eta())<0.9){
Track_n++;
- fH1Track_pt ->Fill(trackAOD->Pt());
+ fH1Track_pt ->Fill(trackAOD->Pt()*TrackEScale);
fH1Track_phi->Fill(trackAOD->Phi());
fH1Track_eta->Fill(trackAOD->Eta());
+
+ // track pt resplution-------------------
+ Int_t MCID = TMath::Abs(trackAOD->GetLabel());
+ TClonesArray* mctracks = dynamic_cast <TClonesArray*> (fAODIn->GetList()->FindObject(AliAODMCParticle::StdBranchName()));
+ if(!mctracks){
+ if (fDebug > 1) Printf("%s:%d could not get AODMCtracks", (char*)__FILE__,__LINE__);
+ continue;
+ }
+ AliAODMCParticle *trackMCAOD = (AliAODMCParticle*) mctracks->At(MCID);
+ fH2TrackMCptResolution->Fill(trackMCAOD->Pt(),trackAOD->Pt());
+ // --------------------------------------
}
}
- //@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ count number of tracks
-
- //Jet-Hadron Correlation###############################################
- if((findDiJet)&&(Leading_pt>10.)&&(sLeading_pt>10.)){
- for(int eb=0;eb<5;eb++){//count number of Di-Jet in pt bin
- if(TMath::Abs(Leading_pt -10.-20.*(eb))<10.){
- fH1ndiJ_ediv[eb]->Fill(1);
+ if(IsMC){// still under construction
+ //MC Track
+ TClonesArray* mctracks = dynamic_cast <TClonesArray*> (fAODIn->GetList()->FindObject(AliAODMCParticle::StdBranchName()));
+ if(!mctracks){
+ if (fDebug > 1) Printf("%s:%d could not get AODMCtracks", (char*)__FILE__,__LINE__);
+ continue;
+ }
+ Int_t ntmc = mctracks->GetEntriesFast();
+ AliAODMCParticle* trackMCAOD;
+ int lastprim=0;
+ for(int ntrack =0;ntrack<ntmc;ntrack++){
+ trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ if((trackMCAOD->IsPhysicalPrimary())==1)lastprim=ntrack;
+ }
+ for(int ntrack =0;ntrack<ntmc;ntrack++){
+ trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ if((trackMCAOD->GetPdgCode()>10)&&((trackMCAOD->GetMother())>1)&&(ntrack>lastprim)&&(trackMCAOD->Charge())){// for Decay particles
+ fH1MCTrack_pt ->Fill(trackAOD->Pt());
+ fH1MCTrack_phi->Fill(trackAOD->Phi());
+ fH1MCTrack_eta->Fill(trackAOD->Eta());
}
- if(eb==1){
- if((0<Mlead)&&Mlead<8) {fH1ndiJ_2040Mlead[0]->Fill(1);}
- else if((8<=Mlead)&&(Mlead<12)) {fH1ndiJ_2040Mlead[1]->Fill(1);}
- else {fH1ndiJ_2040Mlead[2]->Fill(1);}
- if((0<Aj)&&(Aj<0.2)) {fH1ndiJ_2040Aj [0]->Fill(1);}
- else if((0.2<=Aj)&&(Aj<0.4)) {fH1ndiJ_2040Aj [1]->Fill(1);}
- else {fH1ndiJ_2040Aj [2]->Fill(1);}
+ if((trackMCAOD->IsPhysicalPrimary())&&(trackMCAOD->Charge())){// for Physical particles
+ MCTrack_n++;
+ fH1MCTrack_pt ->Fill(trackAOD->Pt());
+ fH1MCTrack_phi->Fill(trackAOD->Phi());
+ fH1MCTrack_eta->Fill(trackAOD->Eta());
+ fH1MCPrimTrack_pt ->Fill(trackAOD->Pt());
+ fH1MCPrimTrack_phi->Fill(trackAOD->Phi());
+ fH1MCPrimTrack_eta->Fill(trackAOD->Eta());
}
}
+ }//still under construction
+ //@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@ count number of tracks
+ //Jet-Hadron Correlation###############################################
+ if((findDiJet)&&(Leading_pt>10.)&&(sLeading_pt>10.)){
double eta_cut_Jet=0.5;
if(TMath::Abs(Leading_eta)<eta_cut_Jet){
for(int eb=0;eb<5;eb++){
if(TMath::Abs(Leading_pt -10.-20.*(eb))<10.){
+ fH1ndiJ_ediv[eb]->Fill(1);
+ if(eb==1){
+ if((0<Mlead)&&Mlead<7) {fH1ndiJ_2040Mlead[0]->Fill(1);}
+ else if((7<=Mlead)&&(Mlead<10)) {fH1ndiJ_2040Mlead[1]->Fill(1);}
+ else {fH1ndiJ_2040Mlead[2]->Fill(1);}
+ if((0<Aj)&&(Aj<0.19)) {fH1ndiJ_2040Aj [0]->Fill(1);}
+ else if((0.19<=Aj)&&(Aj<0.38)) {fH1ndiJ_2040Aj [1]->Fill(1);}
+ else {fH1ndiJ_2040Aj [2]->Fill(1);}
+ }
fH1Mlead[eb]->Fill(Mlead);
for(int ntrack =0;ntrack<nt;ntrack++){
trackAOD = (AliAODTrack*) (fAODIn->GetTrack(ntrack));
if(Filtermask!=768){if(trackAOD->TestFilterMask(Filtermask))bgoodT=true;}
else{ if(trackAOD->IsHybridGlobalConstrainedGlobal())bgoodT=true;} //for hybrid Track cuts
if(!bgoodT)continue;
- Track_pt [ntrack] = trackAOD->Pt();
+ Track_pt [ntrack] = trackAOD->Pt()*TrackEScale;
Track_phi [ntrack] = trackAOD->Phi();
Track_eta [ntrack] = trackAOD->Eta();
double DelPhi = DeltaPhi(Leading_phi,Track_phi[ntrack]);
fH1JetHadron_dphi_tptweight_ediv [eb][teb]->Fill(DelPhi,Track_pt[ntrack]);
fH1JetHadron_dphi_tJptweight_ediv [eb][teb]->Fill(DelPhi,Track_pt[ntrack]/Leading_pt);
if(eb==1){
- if((0<Mlead)&&Mlead<8) {fH1JetHadron_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,Track_pt[ntrack]);}
- else if((8<=Mlead)&&(Mlead<12)){fH1JetHadron_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,Track_pt[ntrack]);}
+ if((0<Mlead)&&Mlead<7) {fH1JetHadron_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,Track_pt[ntrack]);}
+ else if((7<=Mlead)&&(Mlead<10)){fH1JetHadron_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,Track_pt[ntrack]);}
else {fH1JetHadron_dphi_tptweight2040_Mleaddep[2][teb]->Fill(DelPhi,Track_pt[ntrack]);}
- if((0<Aj)&&(Aj<0.2)) {fH1JetHadron_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,Track_pt[ntrack]);}
- else if((0.2<=Aj)&&(Aj<0.4)) {fH1JetHadron_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,Track_pt[ntrack]);}
+ if((0<Aj)&&(Aj<0.19)) {fH1JetHadron_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,Track_pt[ntrack]);}
+ else if((0.19<=Aj)&&(Aj<0.38)) {fH1JetHadron_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,Track_pt[ntrack]);}
else {fH1JetHadron_dphi_tptweight2040_Ajdep [2][teb]->Fill(DelPhi,Track_pt[ntrack]);}
}
}
}
}//Track Loop
+ if(IsMC){// still under construction
+ //MC Track
+ TClonesArray* mctracks = dynamic_cast <TClonesArray*> (fAODIn->GetList()->FindObject(AliAODMCParticle::StdBranchName()));
+ if(!mctracks){
+ if (fDebug > 1) Printf("%s:%d could not get AODMCtracks", (char*)__FILE__,__LINE__);
+ continue;
+ }
+ Int_t ntmc = mctracks->GetEntriesFast();
+ AliAODMCParticle* trackMCAOD;
+ int lastprim=0;
+ for(int ntrack =0;ntrack<ntmc;ntrack++){
+ trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ if((trackMCAOD->IsPhysicalPrimary())==1)lastprim=ntrack;
+ }
+ for(int ntrack =0;ntrack<ntmc;ntrack++){
+ trackMCAOD = (AliAODMCParticle*) (mctracks->At(ntrack));
+ if((trackMCAOD->GetPdgCode()>10)&&((trackMCAOD->GetMother())>1)&&(ntrack>lastprim)&&(trackMCAOD->Charge())){// for Decay particles
+ MCTrack_pt [ntrack] = trackMCAOD->Pt();
+ MCTrack_phi [ntrack] = trackMCAOD->Phi();
+ MCTrack_eta [ntrack] = trackMCAOD->Eta();
+ double DelPhi = DeltaPhi(Leading_phi,MCTrack_phi[ntrack]);
+ if(TMath::Abs(MCTrack_eta[ntrack])<0.9){
+ for(int teb=0;teb<5;teb++){
+ if(teb==0){if(!( MCTrack_pt[ntrack]>0.15))continue;}
+ if(teb==1){if(!((MCTrack_pt[ntrack]<1.5)&&(MCTrack_pt[ntrack]>0.15)))continue;}
+ if(teb==2){if(!((MCTrack_pt[ntrack]<3.0)&&(MCTrack_pt[ntrack]>1.5)))continue;}
+ if(teb==3){if(!((MCTrack_pt[ntrack]<4.5)&&(MCTrack_pt[ntrack]>3.0)))continue;}
+ if(teb==4){if(!( MCTrack_pt[ntrack]>4.5))continue;}
+ fH1JetHadronMC_dphi_ediv [eb][teb]->Fill(DelPhi);
+ fH1JetHadronMC_dphi_tptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);
+ fH1JetHadronMC_dphi_tJptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]/Leading_pt);
+ if(eb==1){
+ if((0<Mlead)&&Mlead<7) {fH1JetHadronMC_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((7<=Mlead)&&(Mlead<10)){fH1JetHadronMC_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMC_dphi_tptweight2040_Mleaddep[2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ if((0<Aj)&&(Aj<0.19)) {fH1JetHadronMC_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((0.19<=Aj)&&(Aj<0.38)) {fH1JetHadronMC_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMC_dphi_tptweight2040_Ajdep [2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ }
+ }
+ }
+ }
+ if((trackMCAOD->IsPhysicalPrimary())&&(trackMCAOD->Charge())){// for Physical particles
+ MCTrack_pt [ntrack] = trackMCAOD->Pt();
+ MCTrack_phi [ntrack] = trackMCAOD->Phi();
+ MCTrack_eta [ntrack] = trackMCAOD->Eta();
+ double DelPhi = DeltaPhi(Leading_phi,MCTrack_phi[ntrack]);
+ if(TMath::Abs(MCTrack_eta[ntrack])<0.9){
+ for(int teb=0;teb<5;teb++){
+ if(teb==0){if(!( MCTrack_pt[ntrack]>0.15))continue;}
+ if(teb==1){if(!((MCTrack_pt[ntrack]<1.5)&&(MCTrack_pt[ntrack]>0.15)))continue;}
+ if(teb==2){if(!((MCTrack_pt[ntrack]<3.0)&&(MCTrack_pt[ntrack]>1.5)))continue;}
+ if(teb==3){if(!((MCTrack_pt[ntrack]<4.5)&&(MCTrack_pt[ntrack]>3.0)))continue;}
+ if(teb==4){if(!( MCTrack_pt[ntrack]>4.5))continue;}
+ fH1JetHadronMC_dphi_ediv [eb][teb]->Fill(DelPhi);
+ fH1JetHadronMC_dphi_tptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);
+ fH1JetHadronMC_dphi_tJptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]/Leading_pt);
+ fH1JetHadronMCPrim_dphi_ediv [eb][teb]->Fill(DelPhi);
+ fH1JetHadronMCPrim_dphi_tptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);
+ fH1JetHadronMCPrim_dphi_tJptweight_ediv [eb][teb]->Fill(DelPhi,MCTrack_pt[ntrack]/Leading_pt);
+ if(eb==1){
+ if((0<Mlead)&&Mlead<7) {fH1JetHadronMC_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((7<=Mlead)&&(Mlead<10)){fH1JetHadronMC_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMC_dphi_tptweight2040_Mleaddep[2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ if((0<Aj)&&(Aj<0.19)) {fH1JetHadronMC_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((0.19<=Aj)&&(Aj<0.38)) {fH1JetHadronMC_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMC_dphi_tptweight2040_Ajdep [2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+
+ if((0<Mlead)&&Mlead<7) {fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep[0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((7<=Mlead)&&(Mlead<10)){fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep[1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMCPrim_dphi_tptweight2040_Mleaddep[2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ if((0<Aj)&&(Aj<0.19)) {fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [0][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else if((0.19<=Aj)&&(Aj<0.38)) {fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [1][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ else {fH1JetHadronMCPrim_dphi_tptweight2040_Ajdep [2][teb]->Fill(DelPhi,MCTrack_pt[ntrack]);}
+ }
+ }
+ }
+ }
+ }
+ }//still under construction
}
- }
+ }// Momentum Loop Jet
+ fH2Jet_pt_Munder ->Fill(Leading_pt,(double)Munder/(1.8*pi/2.)*Jet_area[0][nLJet]);
+ fH2Jet_pt_Mlead ->Fill(Leading_pt,Mlead);
}//eta cut
- fH2Jet_pt_Munder ->Fill(Leading_pt,(double)Munder/(1.8*pi/2.)*Jet_area[0][nLJet]);
- fH2Jet_pt_Mlead ->Fill(Leading_pt,Mlead);
}// Di-Jet
//############################################### Jet-Hadron Correlation
}// algorithm LOOP
if(IsMC){
for(int eb=0;eb<5;eb++){
- double DPhi;double DEta;
+ double DPhi,DEta;
if(TMath::Abs(ptLJetAOD -10.-20.*(eb))<10.){
DPhi = DeltaPhi(phiLJetMC,phiLJetAOD);
DEta = etaLJetMC-etaLJetAOD;
fH1subJetMC_dphiResolution[eb]->Fill(DPhi);
if(sqrt(pow(DPhi,2)+pow(DEta,2))<0.4)fH1subJetMC_Efficiency[eb]->Fill(1);
else fH1subJetMC_Efficiency[eb]->Fill(0);
+ DPhi = DeltaPhi(phiLJetMC2,phiLJetAOD);
+ DEta = etaLJetMC2-etaLJetAOD;
+
+ if(sqrt(pow(DPhi,2)+pow(DEta,2))<0.4)fH2leadJetMCptResolution->Fill(ptLJetMC2,ptLJetAOD);
+ if(findDiJetMC)fH2AjCorrelation_MCRec ->Fill(AjMC,Aj);
+ if(findDiJetMC)fH2MleadCorrelation_MCRec->Fill(MleadMC,Mlead);
}
}
}
if (fDebug) printf("AnalysisTaskPt: Terminate() \n");
}
-
-Bool_t AliAnalysisTaskJetHadronCorrelation::JetSelected(AliAODJet *jet){
- Bool_t selected = false;
-
- if(!jet)return selected;
-
- if(fabs(jet->Eta())<fJetRecEtaWindow&&jet->Pt()>fMinJetPt){
- selected = kTRUE;
- }
- return selected;
-
-}
Double_t AliAnalysisTaskJetHadronCorrelation::DeltaPhi(Double_t phi1,Double_t phi2){
Float_t pi=TMath::Pi();
Double_t dphi = phi1-phi2;
git://git.uio.no / u / mrichter / AliRoot.git / commitdiff