Bool_t AliPHOSpPbPi0Header::IsSelected()
{
// select event according to the event selection cuts
+ if (!fIsVertexOK) return kFALSE; // pA vertex cut
if (TMath::Abs(fVtx[2])>fgCuts[0]) return kFALSE; // Vtxz cut
if (fCentrality<fgCuts[1] || fCentrality>fgCuts[2]) return kFALSE; // centrality selection
- if (!fIsVertexOK) return kFALSE; // pA vertex cut
return kTRUE;
}
}
}
- hName = Form("hCaloCluster_%s%s", tName[kEtaClu].Data(), tName[kPhiClu].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kEtaClu], xMin[kEtaClu], xMax[kEtaClu], bins[kPhiClu], xMin[kPhiClu], xMax[kPhiClu]);
- histo2->Sumw2(); listQA->Add(histo2); histo2 = 0;
- for (Int_t i=0; i<kVarsClu-3; i++) {
- hName = Form("hCaloCluster_%s%s", tName[0].Data(), tName[i+1].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[0], xMin[0], xMax[0], bins[i+1], xMin[i+1], xMax[i+1]);
- histo2->Sumw2(); listQA->Add(histo2); histo2 = 0;
- }
-
return;
}
TString namePID[kPIDs] = { "All", "Cpv", "Disp", "Both", "Cpv2", "Disp2", "Both2" };
// { kPtMC, kRapidityMC, kRadiusMC, kPhiMC, kInvMassMC, kVarsMC }; // MC
TString tName[kVarsMC] = { "Pt", "Rapidity", "Radius", "Phi", "InvMass" };
- Int_t bins[kVarsMC] = { 500 , 200 , 1000, 360 , 500 };
- Double_t xMin[kVarsMC] = { 0., -1., 0., 0., 0. };
- Double_t xMax[kVarsMC] = { 50., 1., 500., TMath::TwoPi(), 0.5 };
+ Int_t bins[kVarsMC] = { 500 , 600 , 1000, 360 , 500 };
+ Double_t xMin[kVarsMC] = { 0., -3., 0., 0., 0. };
+ Double_t xMax[kVarsMC] = { 50., 3., 500., TMath::TwoPi(), 0.5 };
const Int_t nPtbins = 32;
Double_t ptbins[nPtbins+1] = { 0.8, 1.0, 1.2, 1.4, 1.6, 1.8, 2.0, 2.2, 2.4, 2.6,
6.0, 7.0, 8.0, 10.0, 12.0, 14.0, 16.0, 18.0, 20.0, 25.0,
30.0, 36.0, 44.0 };
- TH1D *histo1 = 0;
- TH2D *histo2 = 0;
+ TH2D *histo = 0;
TString hName;
for (Int_t iType=0; iType<types; iType++) {
hName = Form("hMC%s_%s%s", pName[iType], tName[kPtMC].Data(), tName[kRapidityMC].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRapidityMC], xMin[kRapidityMC], xMax[kRapidityMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRapidityMC], xMin[kRapidityMC], xMax[kRapidityMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMC%s_%s%s_Check", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data());
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
hName = Form("hMC%s_%s%s", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMC%s_%s%s_MergedCluster", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data());
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMC%s_%s%s_Reco", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data());
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
if (strncmp(pName[iType], "2ndPi0FromK0s", 13) == 0) {
hName = Form("hMC%s_%sMatrix", pName[iType], tName[kPtMC].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
}
for (Int_t iAcc=0; iAcc<acc; iAcc++) {
- hName = Form("hMC%s_%s_%s", pName[iType], tName[kPtMC].Data(), aName[iAcc]);
- histo1 = new TH1D(hName.Data(), hName.Data(), nPtbins, ptbins);
- histo1->Sumw2(); listMC->Add(histo1); histo1 = 0;
+ hName = Form("hMC%s_%s%s_%s", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data(), aName[iAcc]);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
if (strncmp(pName[iType], "2ndPi0FromK0s", 13) == 0) {
hName = Form("hMC%s_%sMatrix_%s", pName[iType], tName[kPtMC].Data(), aName[iAcc]);
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
}
}
for (Int_t iPID=0; iPID<kPIDs; iPID++) {
hName = Form("hMC%s_%s%s_%s_Reco", pName[iType], tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data());
- histo2 = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
}
for (Int_t iCent=0; iCent<fgNCent; iCent++) {
hName = Form("hMC%s_%s%s_cent%d", pName[iType], tName[kPtMC].Data(), tName[kRapidityMC].Data(), iCent);
- histo2 = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRapidityMC], xMin[kRapidityMC], xMax[kRapidityMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRapidityMC], xMin[kRapidityMC], xMax[kRapidityMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
hName = Form("hMC%s_%s%s_cent%d", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data(), iCent);
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMC%s_%s%s_MergedCluster_cent%d", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data(), iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMC%s_%s%s_Reco_cent%d", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data(), iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
if (strncmp(pName[iType], "2ndPi0FromK0s", 13) == 0) {
hName = Form("hMC%s_%sMatrix_cent%d", pName[iType], tName[kPtMC].Data(), iCent);
- histo2 = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
}
for (Int_t iAcc=0; iAcc<acc; iAcc++) {
- hName = Form("hMC%s_%s_%s_cent%d", pName[iType], tName[kPtMC].Data(), aName[iAcc], iCent);
- histo1 = new TH1D(hName.Data(), hName.Data(), nPtbins, ptbins);
- histo1->Sumw2(); listMC->Add(histo1); histo1 = 0;
+ hName = Form("hMC%s_%s%s_%s_cent%d", pName[iType], tName[kPtMC].Data(), tName[kRadiusMC].Data(), aName[iAcc], iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kRadiusMC], xMin[kRadiusMC], xMax[kRadiusMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ if (strncmp(pName[iType], "2ndPi0FromK0s", 13) == 0) {
+ hName = Form("hMC%s_%sMatrix_%s_cent%d", pName[iType], tName[kPtMC].Data(), aName[iAcc], iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), bins[kPtMC], xMin[kPtMC], xMax[kPtMC], bins[kPtMC], xMin[kPtMC], xMax[kPtMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ }
}
for (Int_t iPID=0; iPID<kPIDs; iPID++) {
hName = Form("hMC%s_%s%s_%s_Reco_cent%d", pName[iType], tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data(), iCent);
- histo2 = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
- histo2->Sumw2(); listMC->Add(histo2); histo2 = 0;
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
}
}
}
+ for (Int_t iPID=0; iPID<kPIDs; iPID++) {
+ hName = Form("hMCInclusiveCvtedPi0_%s%s_%s_Reco", tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data());
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMCInclusivePurePi0_%s%s_%s_Reco", tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data());
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ for (Int_t iCent=0; iCent<fgNCent; iCent++) {
+ hName = Form("hMCInclusiveCvtedPi0_%s%s_%s_Reco_cent%d", tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data(), iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ hName = Form("hMCInclusivePurePi0_%s%s_%s_Reco_cent%d", tName[kPtMC].Data(), tName[kInvMassMC].Data(), namePID[iPID].Data(), iCent);
+ histo = new TH2D(hName.Data(), hName.Data(), nPtbins, ptbins, bins[kInvMassMC], xMin[kInvMassMC], xMax[kInvMassMC]);
+ histo->Sumw2(); listMC->Add(histo); histo = 0;
+ }
+ }
return;
}
TString tName[nhs+1] = { "Centrality", "Vz", "Pileup" };
Double_t dist[nhs] = { fCentrality, fVtx[2] };
for (Int_t i=nhs; i--;) {
- ((TH1D*)listQA->FindObject(Form("hEvent_%s",tName[i].Data())))->Fill(dist[i]);
- if (this->IsSelected()) ((TH1D*)listQA->FindObject(Form("hEventSel_%s",tName[i].Data())))->Fill(dist[i]);
+ ((TH1D*)listQA->FindObject(Form("hEvent_%s", tName[i].Data())))->Fill(dist[i]);
+ if (this->IsSelected()) ((TH1D*)listQA->FindObject(Form("hEventSel_%s", tName[i].Data())))->Fill(dist[i]);
}
if (fIsPileup) {
- ((TH1D*)listQA->FindObject(Form("hEvent_%s",tName[nhs].Data())))->Fill(dist[nhs-1]);
- if (this->IsSelected()) ((TH1D*)listQA->FindObject(Form("hEventSel_%s",tName[nhs].Data())))->Fill(dist[nhs-1]);
+ ((TH1D*)listQA->FindObject(Form("hEvent_%s", tName[nhs].Data())))->Fill(dist[nhs-1]);
+ if (this->IsSelected()) ((TH1D*)listQA->FindObject(Form("hEventSel_%s", tName[nhs].Data())))->Fill(dist[nhs-1]);
}
return;
((TH2D*)listQA->FindObject(Form("hCaloCellsQA_%s", tName[0].Data())))->Fill(fCentrality, cells->GetNumberOfCells());
for (Int_t iCell=0; iCell<cells->GetNumberOfCells(); iCell++) {
Int_t relID[4] = {0,0,0,0};
- phosGeo->AbsToRelNumbering(cells->GetCellNumber(iCell),relID); // Int_t mod = relID[0]; Int_t cellX = relID[2]; Int_t cellZ = relID[3];
+ phosGeo->AbsToRelNumbering(cells->GetCellNumber(iCell), relID); // Int_t mod = relID[0]; Int_t cellX = relID[2]; Int_t cellZ = relID[3];
Double_t wight[2] = { 1., cells->GetAmplitude(iCell)};
((TH1D*)listQA->FindObject(Form("hCaloCellsQA_%s", "E")))->Fill(wight[1]);
((TH1D*)listQA->FindObject(Form("hCaloCellsQA_%s_Mod%d", "E", relID[0])))->Fill(wight[1]);
((TH2D*)listQA->FindObject(Form("hCaloCluster_%s%s_%s", tName[0].Data(), tName[j+1].Data(), namePID[iPID].Data())))->Fill(vars[0], vars[j+1]);
}
}
-
- ((TH2D*)listQA->FindObject(Form("hCaloCluster_%s%s", tName[kEtaClu].Data(), tName[kPhiClu].Data())))->Fill(vars[kEtaClu], vars[kPhiClu]);
- for (Int_t j=0; j<kVarsClu-3; j++) {
- ((TH2D*)listQA->FindObject(Form("hCaloCluster_%s%s", tName[0].Data(), tName[j+1].Data())))->Fill(vars[0], vars[j+1]);
- }
} // End loop calo cluster
((TH1I*)listQA->FindObject(Form("hCaloCluster_%s", tName[kNClustersClu].Data())))->Fill(entries);
Int_t iMod = 0, jMod = 0;
for(Int_t iParticle=0; iParticle<nParticles; iParticle++) {
TParticle* pMC = stack->Particle(iParticle);
- if (pMC->GetPdgCode() != 111) continue; // Pi0
- pName = ClassifyMCPi0(iParticle, stack);
+ if (pMC->GetPdgCode() != 111) continue; // Pi0
+ if (pMC->GetNDaughters() != 2) continue; // Do not account Dalitz decays
+ TParticle *iGamma = stack->Particle(pMC->GetFirstDaughter());
+ TParticle *jGamma = stack->Particle(pMC->GetLastDaughter());
+ if (!(iGamma->GetPdgCode()==22 && jGamma->GetPdgCode()==22)) continue; // Get into the branch: pi0->gamma+gamma
+// if (!(iGamma->GetPdgCode()==22 && jGamma->GetPdgCode()==22)) { Printf("PDG: P1=%d, P2=%d\n", iGamma->GetPdgCode(), jGamma->GetPdgCode()); continue; }
+
+ pName = ClassifyMCPi0(iParticle, stack); // Classify pi0
//Pi0 Information
- Double_t pt = pMC->Pt();
- Double_t r = pMC->R();
- Double_t y = pMC->Y();
- Double_t phi = pMC->Phi(); while (phi<0.) phi += TMath::TwoPi(); while (phi>TMath::TwoPi()) phi -= TMath::TwoPi();
+ Double_t pt = pMC->Pt();
+ Double_t radius = pMC->R();
+ Double_t rapidity = pMC->Y();
+ Double_t eta = pMC->Eta();
+ Double_t phi = pMC->Phi(); while (phi<0.) phi += TMath::TwoPi(); while (phi>TMath::TwoPi()) phi -= TMath::TwoPi();
+
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRapidity"))->Fill(pt, rapidity);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRapidity_cent%d", cent)))->Fill(pt, rapidity);
- ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRapidity"))->Fill(pt, y);
- ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRapidity_cent%d", cent)))->Fill(pt, y);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRapidity", pName.Data())))->Fill(pt, rapidity);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRapidity_cent%d", pName.Data(), cent)))->Fill(pt, rapidity);
- ((TH2D*)listMC->FindObject(Form("hMC%s_PtRapidity", pName.Data())))->Fill(pt, y);
- ((TH2D*)listMC->FindObject(Form("hMC%s_PtRapidity_cent%d", pName.Data(), cent)))->Fill(pt, y);
- if (TMath::Abs(y)<0.5) {
- ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius"))->Fill(pt, r);
- ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_cent%d", cent)))->Fill(pt, r);
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius_Check"))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_Check", pName.Data())))->Fill(pt, radius);
+ if (TMath::Abs(rapidity)<0.5) {
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius"))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_cent%d", cent)))->Fill(pt, radius);
- ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius", pName.Data())))->Fill(pt, r);
- ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_cent%d", pName.Data(), cent)))->Fill(pt, r);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius", pName.Data())))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_cent%d", pName.Data(), cent)))->Fill(pt, radius);
- if (pName.Contains("K0s")) {
+ if (pName.Contains("K0s") && stack->IsPhysicalPrimary(pMC->GetFirstMother()) ) {
TParticle* pMother = stack->Particle(pMC->GetFirstMother());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix", pName.Data())))->Fill(pt, pMother->Pt());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix_cent%d", pName.Data(), cent)))->Fill(pt, pMother->Pt());
}
if ((((phi>260.*TMath::DegToRad()) && (phi<280.*TMath::DegToRad())) || ((phi>300.*TMath::DegToRad())
- && (phi<320.*TMath::DegToRad()))) && (TMath::Abs(y)<0.135)) {
- ((TH1D*)listMC->FindObject("hMCInclusivePi0_Pt_Pi0InAcc"))->Fill(pt);
- ((TH1D*)listMC->FindObject(Form("hMCInclusivePi0_Pt_Pi0InAcc_cent%d", cent)))->Fill(pt);
+ && (phi<320.*TMath::DegToRad()))) && (TMath::Abs(eta)<0.135)) {
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius_Pi0InAcc"))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_Pi0InAcc_cent%d", cent)))->Fill(pt, radius);
- ((TH1D*)listMC->FindObject(Form("hMC%s_Pt_Pi0InAcc", pName.Data())))->Fill(pt);
- ((TH1D*)listMC->FindObject(Form("hMC%s_Pt_Pi0InAcc_cent%d", pName.Data(), cent)))->Fill(pt);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_Pi0InAcc", pName.Data())))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_Pi0InAcc_cent%d", pName.Data(), cent)))->Fill(pt, radius);
- if (pName.Contains("K0s")) {
+ if (pName.Contains("K0s") && stack->IsPhysicalPrimary(pMC->GetFirstMother())) {
TParticle* pMother = stack->Particle(pMC->GetFirstMother());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix_Pi0InAcc", pName.Data())))->Fill(pt, pMother->Pt());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix_Pi0InAcc_cent%d", pName.Data(), cent)))->Fill(pt, pMother->Pt());
}
}
- TParticle *iGamma = 0x0, *jGamma = 0x0;
- if (pMC->GetNDaughters()==2) { // Do not account Dalitz decays
- iGamma = stack->Particle(pMC->GetFirstDaughter());
- jGamma = stack->Particle(pMC->GetLastDaughter());
- //Pi0's daughter particles in PHOS acceptance
- iMod = HitPHOSModule(iGamma, phosGeo);
- jMod = HitPHOSModule(jGamma, phosGeo);
- if (iMod!=-1 && iMod!=2 && jMod!=-1 && jMod!=2 && TMath::Abs(iMod-jMod)<2) { // !remove module 2
- ((TH1D*)listMC->FindObject("hMCInclusivePi0_Pt_GammaInAcc"))->Fill(pt);
- ((TH1D*)listMC->FindObject(Form("hMCInclusivePi0_Pt_GammaInAcc_cent%d", cent)))->Fill(pt);
-
- ((TH1D*)listMC->FindObject(Form("hMC%s_Pt_GammaInAcc", pName.Data())))->Fill(pt);
- ((TH1D*)listMC->FindObject(Form("hMC%s_Pt_GammaInAcc_cent%d", pName.Data(), cent)))->Fill(pt);
-
- if (pName.Contains("K0s")) {
+ //Pi0's daughter particles in PHOS acceptance
+ iMod = HitPHOSModule(iGamma, phosGeo);
+ jMod = HitPHOSModule(jGamma, phosGeo);
+ if (iMod!=-1 && iMod!=2 && jMod!=-1 && jMod!=2 && TMath::Abs(iMod-jMod)<2) { // !remove module 2
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius_GammaInAcc"))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_GammaInAcc_cent%d", cent)))->Fill(pt, radius);
+
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_GammaInAcc", pName.Data())))->Fill(pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_GammaInAcc_cent%d", pName.Data(), cent)))->Fill(pt, radius);
+
+ if (pName.Contains("K0s") && stack->IsPhysicalPrimary(pMC->GetFirstMother())) {
TParticle* pMother = stack->Particle(pMC->GetFirstMother());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix_GammaInAcc", pName.Data())))->Fill(pt, pMother->Pt());
((TH2D*)listMC->FindObject(Form("hMC%s_PtMatrix_GammaInAcc_cent%d", pName.Data(), cent)))->Fill(pt, pMother->Pt());
}
- }
}
}
// Reconstruction info
+ Bool_t isConverted_i = kFALSE, isConverted_j = kFALSE;
Int_t entries = caloClArr->GetEntriesFast();
- Int_t iPi0Indx =-1, jPi0Indx =-1;
- UInt_t iPIDBit = 0, jPIDBit = 0;
+ Int_t iPi0Indx =-1, jPi0Indx =-1;
+ UInt_t iPIDBit = 0, jPIDBit = 0;
+ Double_t pi0Pt = 0., pi0InvMass = 0., radius = 0.;
AliCaloClusterInfo *iCaloCluster = 0, *jCaloCluster = 0;
TLorentzVector iLorentz, jLorentz;
- for(Int_t i=0; i<entries-1; i++) { // Loop calo cluster i
+ for(Int_t i=0; i<entries; i++) { // Loop calo cluster i
iCaloCluster = (AliCaloClusterInfo*)caloClArr->At(i);
- if (!iCaloCluster->CheckIsClusterFromPi0(stack, iPi0Indx)) { iCaloCluster = 0; continue; }
- iMod = iCaloCluster->GetModule();
- iPIDBit = iCaloCluster->GetPIDBit();
- iLorentz = iCaloCluster->LorentzVector();
+ if (iCaloCluster->IsMergedClusterFromPi0(stack, iPi0Indx)) {
+ pName = ClassifyMCPi0(iPi0Indx, stack);
+ pi0Pt = (iCaloCluster->LorentzVector()).E();
+ radius = stack->Particle(iPi0Indx)->R();
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius_MergedCluster"))->Fill(pi0Pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_MergedCluster_cent%d", cent)))->Fill(pi0Pt, radius);
+
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_MergedCluster", pName.Data())))->Fill(pi0Pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_MergedCluster_cent%d", pName.Data(), cent)))->Fill(pi0Pt, radius);
+ }
+ else if (!iCaloCluster->IsClusterFromCvtedPi0(stack, isConverted_i, iPi0Indx) || i==entries-1) { iCaloCluster = 0; continue; }
for (Int_t j=i+1; j<entries; j++) { // Loop calo cluster j
jCaloCluster = (AliCaloClusterInfo*)caloClArr->At(j);
- if (!jCaloCluster->CheckIsClusterFromPi0(stack, jPi0Indx)) { jCaloCluster = 0; continue; }
+
+ if (!jCaloCluster->IsClusterFromCvtedPi0(stack, isConverted_j, jPi0Indx)) { jCaloCluster = 0; continue; }
if (jPi0Indx != iPi0Indx) { jCaloCluster = 0; continue; } // coming from the same pi0
+ iMod = iCaloCluster->GetModule();
+ iPIDBit = iCaloCluster->GetPIDBit();
+ iLorentz = iCaloCluster->LorentzVector();
+
pName = ClassifyMCPi0(iPi0Indx, stack);
jMod = jCaloCluster->GetModule();
jPIDBit = jCaloCluster->GetPIDBit();
jLorentz = jCaloCluster->LorentzVector();
if (TMath::Abs(iMod-jMod)>1) { jCaloCluster = 0; continue; }
- Double_t pi0Pt = (iLorentz+jLorentz).E();
- Double_t pi0InvMass = (iLorentz+jLorentz).M();
+ pi0Pt = (iLorentz+jLorentz).E();
+ pi0InvMass = (iLorentz+jLorentz).M();
+ radius = stack->Particle(iPi0Indx)->R();
+ ((TH2D*)listMC->FindObject("hMCInclusivePi0_PtRadius_Reco"))->Fill(pi0Pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtRadius_Reco_cent%d", cent)))->Fill(pi0Pt, radius);
- for (Int_t iPID=0; iPID<kPIDs; iPID++) {
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_Reco", pName.Data())))->Fill(pi0Pt, radius);
+ ((TH2D*)listMC->FindObject(Form("hMC%s_PtRadius_Reco_cent%d", pName.Data(), cent)))->Fill(pi0Pt, radius);
+
+ for (Int_t iPID=0; iPID<kPIDs; iPID++)
if ((iPIDBit & jPIDBit & PIDBIT[iPID])==PIDBIT[iPID]) {
((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtInvMass_%s_Reco", namePID[iPID].Data())))->Fill(pi0Pt, pi0InvMass);
((TH2D*)listMC->FindObject(Form("hMCInclusivePi0_PtInvMass_%s_Reco_cent%d", namePID[iPID].Data(), cent)))->Fill(pi0Pt, pi0InvMass);
((TH2D*)listMC->FindObject(Form("hMC%s_PtInvMass_%s_Reco", pName.Data(), namePID[iPID].Data())))->Fill(pi0Pt, pi0InvMass);
((TH2D*)listMC->FindObject(Form("hMC%s_PtInvMass_%s_Reco_cent%d", pName.Data(), namePID[iPID].Data(), cent)))->Fill(pi0Pt, pi0InvMass);
+
+ if (isConverted_i || isConverted_j) {
+ ((TH2D*)listMC->FindObject(Form("hMCInclusiveCvtedPi0_PtInvMass_%s_Reco", namePID[iPID].Data())))->Fill(pi0Pt, pi0InvMass);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusiveCvtedPi0_PtInvMass_%s_Reco_cent%d", namePID[iPID].Data(), cent)))->Fill(pi0Pt, pi0InvMass);
+ } else {
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePurePi0_PtInvMass_%s_Reco", namePID[iPID].Data())))->Fill(pi0Pt, pi0InvMass);
+ ((TH2D*)listMC->FindObject(Form("hMCInclusivePurePi0_PtInvMass_%s_Reco_cent%d", namePID[iPID].Data(), cent)))->Fill(pi0Pt, pi0InvMass);
+ }
}
- }
} // End loop calo cluster j
} // End loop calo cluster i
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff