#include "TRandom3.h"
#include "TChain.h"
#include "AliLog.h"
-#include "TList.h"
-#include "TChain.h"
-#include "TDirectory.h"
-#include "TTree.h"
-#include "TH1.h"
-#include "TH1F.h"
-#include "THnSparse.h"
#include "AliAnalysisTask.h"
#include "AliAnalysisManager.h"
#include "AliAnalysisTaskPi0v2.h"
fNCuts(0),
fConversionSelection(NULL),
fConversionGammas(NULL),
- fNCentralityBins(1),
- fCentralityBins(NULL),
+ fNCentralityBins(knCentMax-1),
fCentrality(-1),
fCentralityBin(0),
fNBinsPhi(6),
fSparseDist(NULL),
fHruns(NULL),
fDoEPFlattening(kTRUE),
+ fPeriodIndex(-1),
hNEvents(NULL),
hEventSelection(NULL),
fPhiDist[i] = 0;
}
+ for(Int_t ii=0;ii<knFlatPeriod;ii++){
+ for(Int_t jj=0;jj<knEP;jj++){
+ for(Int_t kk=0;kk<knCentMax;kk++){
+ fFlatc2[ii][jj][kk]=0;
+ fFlats2[ii][jj][kk]=0;
+ fFlatc4[ii][jj][kk]=0;
+ fFlats4[ii][jj][kk]=0;
+ }
+ }
+ }
+
+ fCentralityBins[0]=0;
+ fCentralityBins[1]=5;
+ fCentralityBins[2]=10;
+ fCentralityBins[3]=20;
+ fCentralityBins[4]=30;
+ fCentralityBins[5]=40;
+ fCentralityBins[6]=50;
+ fCentralityBins[7]=60;
+ fCentralityBins[8]=70;
+ fCentralityBins[9]=80;
+
// Define input and output slots here
DefineInput(0, TChain::Class());
DefineOutput(1, TList::Class());
delete fRandomizer;
fRandomizer=NULL;
}
- if(fCentralityBins){
- delete fCentralityBins;
- fCentralityBins=NULL;
- }
if(fConversionSelection){
for(Int_t ii=0;ii<fNCuts;ii++)delete fConversionSelection[ii];
if(!IsHeavyIon||IsMC)fNEPMethods=1;
- if(!fCentralityBins){
- fCentralityBins=new Double_t[fNCentralityBins+1];
- fCentralityBins[0]=-0.5;
- fCentralityBins[1]=0.5;
- }
-
// Create histograms
if(fOutputList != NULL){
fRPList->SetOwner(kTRUE);
fOutputList->Add(fRPList);
- hRPTPC=new TH2F("TPCAC" ,"TPC_AC" , fNCentralityBins,fCentralityBins, 180, 0, fPsiMax);
+ hRPTPC=new TH2F("TPCAC" ,"TPC_AC" , fNCentralityBins,&fCentralityBins[0], 180, 0, fPsiMax);
hRPTPC->Sumw2();
fRPList->Add(hRPTPC);
- hRPTPCEtaA=new TH2F("TPCEtaA" ,"TPC_EtaA" , fNCentralityBins,fCentralityBins, 180, 0, fPsiMax);
+ hRPTPCEtaA=new TH2F("TPCEtaA" ,"TPC_EtaA" , fNCentralityBins,&fCentralityBins[0], 180, 0, fPsiMax);
hRPTPCEtaA->Sumw2();
fRPList->Add(hRPTPCEtaA);
- hRPTPCEtaC=new TH2F("TPCEtaC" ,"TPC_EtaC" , fNCentralityBins,fCentralityBins, 180, 0, fPsiMax);
+ hRPTPCEtaC=new TH2F("TPCEtaC" ,"TPC_EtaC" , fNCentralityBins,&fCentralityBins[0], 180, 0, fPsiMax);
hRPTPCEtaC->Sumw2();
fRPList->Add(hRPTPCEtaC);
- hRPV0A=new TH2F("V0A" ,"VZERO_A" , fNCentralityBins,fCentralityBins, 180, 0, fPsiMax);
+ hRPV0A=new TH2F("V0A" ,"VZERO_A" , fNCentralityBins,&fCentralityBins[0], 180, 0, fPsiMax);
hRPV0A->Sumw2();
fRPList->Add(hRPV0A);
- hRPV0C=new TH2F("V0C" ,"VZERO_C" , fNCentralityBins,fCentralityBins, 180, 0, fPsiMax);
+ hRPV0C=new TH2F("V0C" ,"VZERO_C" , fNCentralityBins,&fCentralityBins[0], 180, 0, fPsiMax);
hRPV0C->Sumw2();
fRPList->Add(hRPV0C);
Int_t nsystep=4;// 3 different weights + unflattened EP
- hCos2TPC=new TH2F("Cos2_TPCAC" ,"Cos2_TPCAC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2TPC=new TH2F("Cos2_TPCAC" ,"Cos2_TPCAC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2TPC->Sumw2();
fRPList->Add(hCos2TPC);
- hCos2TPCEta=new TH2F("Cos2_TPCEtaAC" ,"Cos2_TPCEtaAC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2TPCEta=new TH2F("Cos2_TPCEtaAC" ,"Cos2_TPCEtaAC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2TPCEta->Sumw2();
fRPList->Add(hCos2TPCEta);
- hCos2V0ATPC=new TH2F("Cos2_V0ATPC" ,"Cos2_V0ATPC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0ATPC=new TH2F("Cos2_V0ATPC" ,"Cos2_V0ATPC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0ATPC->Sumw2();
fRPList->Add(hCos2V0ATPC);
- hCos2V0CTPC=new TH2F("Cos2_V0CTPC" ,"Cos2_V0CTPC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0CTPC=new TH2F("Cos2_V0CTPC" ,"Cos2_V0CTPC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0CTPC->Sumw2();
fRPList->Add(hCos2V0CTPC);
- hCos2V0AC=new TH2F("Cos2_V0AC" ,"Cos2_V0AC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0AC=new TH2F("Cos2_V0AC" ,"Cos2_V0AC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0AC->Sumw2();
fRPList->Add(hCos2V0AC);
- hCos2V0ATPCEtaA=new TH2F("Cos2_V0ATPCEtaA" ,"Cos2_V0ATPCEtaA" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0ATPCEtaA=new TH2F("Cos2_V0ATPCEtaA" ,"Cos2_V0ATPCEtaA" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0ATPCEtaA->Sumw2();
fRPList->Add(hCos2V0ATPCEtaA);
- hCos2V0ATPCEtaC=new TH2F("Cos2_V0ATPCEtaC" ,"Cos2_V0ATPCEtaC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0ATPCEtaC=new TH2F("Cos2_V0ATPCEtaC" ,"Cos2_V0ATPCEtaC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0ATPCEtaC->Sumw2();
fRPList->Add(hCos2V0ATPCEtaC);
- hCos2V0CTPCEtaA=new TH2F("Cos2_V0CTPCEtaA" ,"Cos2_V0CTPCEtaA" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0CTPCEtaA=new TH2F("Cos2_V0CTPCEtaA" ,"Cos2_V0CTPCEtaA" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0CTPCEtaA->Sumw2();
fRPList->Add(hCos2V0CTPCEtaA);
- hCos2V0CTPCEtaC=new TH2F("Cos2_V0CTPCEtaC" ,"Cos2_V0CTPCEtaC" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2V0CTPCEtaC=new TH2F("Cos2_V0CTPCEtaC" ,"Cos2_V0CTPCEtaC" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2V0CTPCEtaC->Sumw2();
fRPList->Add(hCos2V0CTPCEtaC);
- hCos2SumWeights=new TH2F("Cos2_SumWeights" ,"Cos2_SumWeights" ,fNCentralityBins,fCentralityBins,nsystep+1,-0.5,nsystep+0.5);
+ hCos2SumWeights=new TH2F("Cos2_SumWeights" ,"Cos2_SumWeights" ,fNCentralityBins,&fCentralityBins[0],nsystep+1,-0.5,nsystep+0.5);
hCos2SumWeights->Sumw2();
fRPList->Add(hCos2SumWeights);
- hEtaTPCEP=new TH2F("Eta_TPCEP" ,"Eta_TPCEP" ,fNCentralityBins,fCentralityBins,100,-1,1);
+ hEtaTPCEP=new TH2F("Eta_TPCEP" ,"Eta_TPCEP" ,fNCentralityBins,&fCentralityBins[0],100,-1,1);
hEtaTPCEP->Sumw2();
fRPList->Add(hEtaTPCEP);
fPhotonQAList->Add(hGammaPhi[m]);
}
- hGammaMultCent=new TH2F("GammaMultvsCent","GammaMultvsCent",fNCentralityBins,fCentralityBins, 60,-0.5,59.5);
+ hGammaMultCent=new TH2F("GammaMultvsCent","GammaMultvsCent",fNCentralityBins,&fCentralityBins[0], 60,-0.5,59.5);
hGammaMultCent->Sumw2();
fPhotonQAList->Add(hGammaMultCent);
fPhotonQAList->Add(hGammaFull);
}
- hNEvents=new TH1F("NEvents","NEvents",fNCentralityBins,fCentralityBins);
+ hNEvents=new TH1F("NEvents","NEvents",fNCentralityBins,&fCentralityBins[0]);
fPhotonQAList->Add(hNEvents);
hEventSelection=new TH1F("EventSelection","EventSelection",kEventSelected,0.5,kEventSelected+0.5);
hEventSelection->GetXaxis()->SetBinLabel(kEventIn,"in");
if (fRunNumber >= 136851 && fRunNumber <= 139515){fPeriod = "LHC10h";}
if (fRunNumber >= 166529 && fRunNumber <= 170593){fPeriod = "LHC11h";}
fRunIndex=GetRunIndex(fRunNumber);
+ fPeriodIndex=GetPeriodIndex(fPeriod);
LoadVZEROCalibration(fRunNumber); // Load Calibration for V0 Event Plane
LoadTPCCalibration(fRunNumber); // Load Calibration for TPC Event Plane
}
//________________________________________________________________________
void AliAnalysisTaskPi0v2::UserExec(Option_t *)
{
- cout<<hNEvents->GetEntries()<<endl;
- if(hNEvents->GetEntries()>5)return;
-
hEventSelection->Fill(kEventIn);
if(!InitEvent())return;
//________________________________________________________________________
void AliAnalysisTaskPi0v2::SetCentralityBins(Double_t *bins,Int_t nbins)
{
+
+ if(nbins>=knCentMax){AliError("Not enough slots");return;}
+
// Set Centrality bins for analysis
fNCentralityBins=nbins;
- if(fCentralityBins){
- delete[] fCentralityBins;
- fCentralityBins=NULL;
- }
-
- fCentralityBins=new Double_t[fNCentralityBins+1];
for(Int_t ii=0;ii<=fNCentralityBins;ii++){
fCentralityBins[ii]=bins[ii];
}
rpv0c=eventEP->CalculateVZEROEventPlane(fInputEvent,9,fHarmonic,qx,qy);
}
+ //AliEventplane *ep=fInputEvent->GetEventplane();
+ //cout<<fHarmonic<<" A "<<ep->GetEventplane("V0A",fInputEvent,fHarmonic)<<" "<<rpv0a<<" C "<<ep->GetEventplane("V0C",fInputEvent,fHarmonic)<<" "<<rpv0c<<endl;
+
rpv0a=GetPsiInRange(rpv0a);
rpv0c=GetPsiInRange(rpv0c);
+
+
}
//_____________________________________________________________________________
void AliAnalysisTaskPi0v2::LoadVZEROCalibration(Int_t run){
- cout<<fPeriod.Data()<<endl;
-
// VZERO Phi Weights and Recentering
if (fPeriod.CompareTo("LHC10h")==0){
TString oadbfilename = "$ALICE_ROOT/OADB/PWGCF/VZERO/VZEROcalibEP.root";
Int_t ntracks=trackcounter1+trackcounter2;
+ //AliEventplane *ep=fInputEvent->GetEventplane();
+ //if(fHarmonic==2)cout<<ep->GetQVector()->Phi()<<" "<<fEP->GetQVector()->Phi()<<endl;
+
if(ntracks<3)return kFALSE;// <3 -> no subevents
return kTRUE;
}
-
//____________________________________________________________________________
-Double_t AliAnalysisTaskPi0v2::ApplyFlattening(Double_t phi,EEventPlane ep){
-
- Double_t c2=0;
- Double_t s2=0;
- Double_t c4=0;
- Double_t s4=0;
-
- // GetCorrection Parameter
- if(fHarmonic==2){
-
- if(ep==kEPTPC){
-
- Double_t cc2[5]={0.00904396,0.00472483,0.00306154,0.00218462,0.00167447};
- Double_t cs2[5]={0.00885519,0.00516223,0.00411065,0.00380145,0.00324424};
- Double_t cc4[5]={-0.00110933,-0.00110521,-0.00124342,0.00104131,0.000651779};
- Double_t cs4[5]={0.00163869,-0.00053565,0.000878745,-0.000563657,-0.000604021};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
-
- if(ep==kEPTPCEtaA){
-
- Double_t cc2[5]={0.00529447,0.00278029,0.00315325,0.00173634,0.000763168};
- Double_t cs2[5]={0.00314285,0.00170173,0.00263333,0.0018509,0.00223784};
- Double_t cc4[5]={-0.000737254,-0.00037845,-0.000492715,0.000775897,0.000768656};
- Double_t cs4[5]={0.000347583,3.79872e-05,0.000387037,-0.000186129,0.000432698};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
-
- if(ep==kEPTPCEtaC){
+void AliAnalysisTaskPi0v2::SetFlatteningCoeff(EEventPlane ep,Int_t period,Int_t nCent,Double_t *cc2,Double_t *cs2,Double_t *cc4,Double_t *cs4){
- Double_t cc2[5]={-0.00562282,-0.00456735,-0.00306068,-0.0027173,-0.00172432};
- Double_t cs2[5]={0.0101804,0.00430782,0.00394715,0.00350156,0.00302749};
- Double_t cc4[5]={0.00150831,-0.00159271,-0.000964157,0.000525894,9.93172e-05};
- Double_t cs4[5]={0.00119279,-4.74629e-05,0.000118845,0.000278554,3.20868e-05};
+ if(nCent>knCentMax){AliError("Exceeds available Slots");return;}
+ if(ep>=knEP||ep<0){AliError("Unknown EPMethod");return;}
+ if(period>=knFlatPeriod||period<0){AliError("Unknown EPMethod");return;}
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
-
- if(ep==kEPV0A){
-
- Double_t cc2[5]={0.046427,0.0105401,-0.000152992,-0.00578274,-0.0108038};
- Double_t cs2[5]={0.00551503,0.0158159,0.00965148,0.00135414,-0.00548846};
- Double_t cc4[5]={0.00362833,0.00170777,0.000152998,0.00223823,0.00215164};
- Double_t cs4[5]={0.00349056,0.00142802,0.00123298,0.00207995,0.00145625};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
-
- if(ep==kEPV0C){
-
- Double_t cc2[5]={-0.00473277,-0.000371313,0.000857122,-1.54263e-05,-0.000686139};
- Double_t cs2[5]={0.00408304,-0.00208615,-0.00149018,-0.000853616,-2.78855e-05};
- Double_t cc4[5]={-0.00451741,-0.00399036,-0.00318784,-0.00186472,-0.00106299};
- Double_t cs4[5]={0.00188045,-0.00713956,-0.00484254,-0.00448149,-0.00482164};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
+ for(Int_t ic=0;ic<nCent;ic++){
+ fFlatc2[period][ep][ic]=cc2[ic];
+ fFlats2[period][ep][ic]=cs2[ic];
+ fFlatc4[period][ep][ic]=cc4[ic];
+ fFlats4[period][ep][ic]=cs4[ic];
}
+}
- if(fHarmonic==3){
-
- if(ep==kEPTPC){
-
- Double_t cc2[5]={0.0116542,0.0103631,0.00897965,0.00707409,0.00605151};
- Double_t cs2[5]={-0.0171191,-0.013024,-0.0114752,-0.0086613,-0.00706863};
- Double_t cc4[5]={-0.000602948,0.00144836,-0.000193641,0.000108773,-0.000518333};
- Double_t cs4[5]={-0.00164769,0.00134327,-0.00106369,7.96546e-06,-0.000261517};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
-
- if(ep==kEPTPCEtaA){
-
- Double_t cc2[5]={0.000386277,0.000119225,0.00111969,0.000534801,0.000642703};
- Double_t cs2[5]={-0.00581604,-0.00607255,-0.00443819,-0.00268834,-0.00299961};
- Double_t cc4[5]={0.00051635,0.00036326,-0.000221272,4.66775e-05,-3.05784e-06};
- Double_t cs4[5]={1.43285e-05,0.000514099,0.000619339,0.00106466,0.000344196};
-
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
+//____________________________________________________________________________
+Int_t AliAnalysisTaskPi0v2::GetPeriodIndex(TString period){
- if(ep==kEPTPCEtaC){
+ if(period.CompareTo("LHC10h")==0)return 0;
+ if(period.CompareTo("LHC11h")==0)return 1;
- Double_t cc2[5]={0.0116475,0.0102385,0.00801121,0.00552336,0.00423273};
- Double_t cs2[5]={-0.0112722,-0.00796059,-0.00683678,-0.00531097,-0.00430716};
- Double_t cc4[5]={-0.000609051,1.36573e-08,-0.000464961,-0.000387943,-2.28363e-05};
- Double_t cs4[5]={0.00125449,0.00168484,-0.000390491,-0.000219447,8.11997e-07};
+ return -1;
+}
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
+//____________________________________________________________________________
+Double_t AliAnalysisTaskPi0v2::ApplyFlattening(Double_t phi,EEventPlane ep){
- if(ep==kEPV0A){
+ Double_t newphi=phi;
- Double_t cc2[5]={-0.0057427,-0.00482728,-0.00565919,-0.000717094,-0.00933233};
- Double_t cs2[5]={0.0306554,-0.0144675,-0.0159243,-0.0120465,-0.00814124};
- Double_t cc4[5]={-0.002868,0.00159533,0.00754171,0.00683898,0.00689441};
- Double_t cs4[5]={0.00083196,0.00198133,4.68307e-05,-0.00018187,-0.0014258};
+ if(fPeriodIndex>=0){
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
+ Double_t c2=fFlatc2[fPeriodIndex][Int_t(ep)][fCentralityBin];
+ Double_t s2=fFlats2[fPeriodIndex][Int_t(ep)][fCentralityBin];
+ Double_t c4=fFlatc4[fPeriodIndex][Int_t(ep)][fCentralityBin];
+ Double_t s4=fFlats4[fPeriodIndex][Int_t(ep)][fCentralityBin];
- if(ep==kEPV0C){
+ // Do correction
- Double_t cc2[5]={-0.00259141,-0.00115826,-0.000738658,-4.96667e-05,-0.000346694};
- Double_t cs2[5]={-0.0111001,0.00258109,0.00110959,-0.000147296,-0.000199817};
- Double_t cc4[5]={0.000968742,0.00157903,0.000206157,0.000444206,-0.00046573};
- Double_t cs4[5]={-0.00307319,-0.0047952,-0.00412117,-0.00320344,-0.00386629};
+ newphi+=1/Double_t(fHarmonic)*(2*c2*sin(Double_t(fHarmonic)*phi)-2*s2*cos(Double_t(fHarmonic)*phi)+c4*sin(2*Double_t(fHarmonic)*phi)-s4*cos(2*Double_t(fHarmonic)*phi));
+ newphi=GetPsiInRange(newphi);
- c2=cc2[fCentralityBin];
- s2=cs2[fCentralityBin];
- c4=cc4[fCentralityBin];
- s4=cs4[fCentralityBin];
- }
}
- // Do correction
- Double_t newphi=phi;
- newphi+=1/Double_t(fHarmonic)*(2*c2*sin(Double_t(fHarmonic)*phi)-2*s2*cos(Double_t(fHarmonic)*phi)+c4*sin(2*Double_t(fHarmonic)*phi)-s4*cos(2*Double_t(fHarmonic)*phi));
- newphi=GetPsiInRange(newphi);
-
return newphi;
}
if (track->Pt()<2) ptweight=track->Pt();
else ptweight=2;
}
+
return ptweight*GetPhiWeight(track);
}