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Code modifications for QC 2024 PbPb #12

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567d5f5
adding ratio plots in JetQC and legends in Tracks
louisemillot Jul 18, 2025
5d9ee3e
adding rebinning strategy to track pt
louisemillot Jan 13, 2026
b560aa8
TrackQC: rebinning pt and plotting adjustments
louisemillot Jan 15, 2026
49a6170
resolving bugs during rebasing
louisemillot Jan 15, 2026
f5f8789
removing spaces/differencies between master and branch so that it wil…
louisemillot Jan 15, 2026
9a35934
removing spaces/differencies between master and branch so that it wil…
louisemillot Jan 15, 2026
dcc860c
adding missing legend
louisemillot Jan 15, 2026
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75 changes: 62 additions & 13 deletions Jets/JetQC.C
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Original file line number Diff line number Diff line change
Expand Up @@ -166,7 +166,7 @@ void JetQC() {
// Draw_PtPeakPosition_vs_leadTrackCut(etaRangeSym, jetRadiusForDataComp);
// Draw_PtLeadCutStudy_PtOfRatio1(etaRangeSym, "", jetRadiusForDataComp);

Draw_Pt_DatasetComparison(etaRangeSym, "normEvents", jetRadiusForDataComp);
// Draw_Pt_DatasetComparison(etaRangeSym, "normEvents", jetRadiusForDataComp);
// Draw_Pt_DatasetComparison_withRun2RitsuyaHardcoded(etaRangeSym, "normEvents", jetRadiusForDataComp);
for(int iPtBin = 0; iPtBin < nPtBins; iPtBin++){
jetPtMinCut = jetPtMinCutArray[iPtBin];
Expand All @@ -184,6 +184,7 @@ void JetQC() {
// Draw_Eta_DatasetComparison(jetRadiusForDataComp, ptRange, "normEvents");
// Draw_Eta_DatasetComparison(jetRadiusForDataComp, ptRange, "normEntries");
// Draw_Phi_DatasetComparison(jetRadiusForDataComp, ptRange, "normEvents");
Draw_Phi_DatasetComparison(jetRadiusForDataComp, ptRange, "normEvents");

// Draw_Constituent_Pt_DatasetComparison(ptRange, jetRadiusForDataComp);

Expand Down Expand Up @@ -851,15 +852,15 @@ void Draw_Pt_DatasetComparison(float* etaRange, std::string options, float jetRa

std::array<std::array<float, 2>, 2> drawnWindow = {{{-25, 200},{10E-9, 40}}};
std::array<std::array<float, 2>, 2> drawnWindowZoom = {{{-10, 200},{0.6, 1.6}}};

std::array<std::array<float, 2>, 2> drawnWindowZoomTwoByTwo = {{{-25, 200},{0.5, 2}}};
std::array<std::array<float, 2>, 2> legendPlacement = {{{0.65, 0.6}, {0.85, 0.85}}}; // {{{x1, y1}, {x2, y2}}}
std::array<std::array<float, 2>, 2> legendPlacementRatio = {{{0.6, 0.2}, {0.8, 0.45}}}; // {{{x1, y1}, {x2, y2}}}
// std::array<std::array<float, 2>, 2> legendPlacementAuto = {{{-999, -999}, {-999, -999}}}; // {{{x1, y1}, {x2, y2}}}

Draw_TH1_Histograms(H1D_jetPt_rebinned, DatasetsNames, nDatasets, textContext, pdfName, iJetFinderQaType == 0 ? texPtJetRawX : texPtJetBkgCorrX, texJetPtYield_EventNorm, texCollisionDataInfo, drawnWindow, legendPlacement, contextPlacementAuto, "logy"+histDatasetComparisonStructure);
if (divideSuccess == true) {
if (histDatasetComparisonStructure.find("twoByTwoDatasetPairs") != std::string::npos) {
Draw_TH1_Histograms(H1D_jetPt_rebinned_ratios, DatasetsNamesPairRatio, nHistPairRatio, textContext, pdfName_ratio, iJetFinderQaType == 0 ? texPtJetRawX : texPtJetBkgCorrX, texRatio, texCollisionDataInfo, drawnWindow, legendPlacementRatio, contextPlacementAuto, "zoomToOneMedium1");
Draw_TH1_Histograms(H1D_jetPt_rebinned_ratios, DatasetsNamesPairRatio, nHistPairRatio, textContext, pdfName_ratio, iJetFinderQaType == 0 ? texPtJetRawX : texPtJetBkgCorrX, texRatio, texCollisionDataInfo, drawnWindowZoomTwoByTwo, legendPlacementRatio, contextPlacementAuto, "zoomToOneMedium1");
} else {
Draw_TH1_Histograms(H1D_jetPt_rebinned_ratios, DatasetsNames, nDatasets, textContext, pdfName_ratio, iJetFinderQaType == 0 ? texPtJetRawX : texPtJetBkgCorrX, texRatioDatasets, texCollisionDataInfo, drawnWindow, legendPlacementRatio, contextPlacementAuto, "noMarkerFirst"+histDatasetComparisonStructure);
Draw_TH1_Histograms(H1D_jetPt_rebinned_ratios, DatasetsNames, nDatasets, textContext, pdfName_ratio_zoom, iJetFinderQaType == 0 ? texPtJetRawX : texPtJetBkgCorrX, texRatioDatasets, texCollisionDataInfo, drawnWindowZoom, legendPlacementAuto, contextPlacementAuto, "noMarkerFirst");
Expand Down Expand Up @@ -944,9 +945,25 @@ void Draw_Eta_DatasetComparison(float jetRadius, float* PtRange, std::string opt
pdfNameNorm = "normEvents";
}

H1D_jetEta_rebinned_ratios[iDataset] = (TH1D*)H1D_jetEta_rebinned[iDataset]->Clone("jetEta_rebinned_ratios"+Datasets[iDataset]+DatasetsNames[iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetEta_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetEta_rebinned_ratios[iDataset]->Divide(H1D_jetEta_rebinned[iDataset], H1D_jetEta_rebinned[0], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");

}

TString DatasetsNamesPairRatio[nDatasets];
int nHistPairRatio = (int)nDatasets / 2;
for(int iDataset = 0; iDataset < nDatasets; iDataset++){
if (histDatasetComparisonStructure.find("twoByTwoDatasetPairs") != std::string::npos) { //twoByTwoDatasetPairs assumes a Datasets array like so: {pair1_element1, pair2_element1, ..., pairN_element1, pair1_element2, pair2_element2, ..., pairN_element2}
if (iDataset < nHistPairRatio) {
DatasetsNamesPairRatio[iDataset] = DatasetsNames[2*iDataset]+(TString)"/"+DatasetsNames[2*iDataset+1];
H1D_jetEta_rebinned_ratios[iDataset] = (TH1D*)H1D_jetEta_rebinned[2*iDataset]->Clone("jetEta_rebinned_ratios"+Datasets[2*iDataset]+DatasetsNames[2*iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetEta_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetEta_rebinned_ratios[iDataset]->Divide(H1D_jetEta_rebinned[2*iDataset], H1D_jetEta_rebinned[2*iDataset+1], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");
}
} else {
H1D_jetEta_rebinned_ratios[iDataset] = (TH1D*)H1D_jetEta_rebinned[iDataset]->Clone("jetEta_rebinned_ratios"+Datasets[iDataset]+DatasetsNames[iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetEta_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetEta_rebinned_ratios[iDataset]->Divide(H1D_jetEta_rebinned[iDataset], H1D_jetEta_rebinned[0], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");

}
}

TString* pdfName = new TString("jet_"+jetType[iJetType]+"_"+jetLevel[iJetLevel]+"_DataComp_R="+Form("%.1f", jetRadius)+"_Eta_@pT["+Form("%03.0f", PtCutLow)+","+Form("%03.0f", PtCutHigh)+"]"+jetFinderQaHistType[iJetFinderQaType]+"_"+(TString)pdfNameNorm);
Expand All @@ -957,19 +974,27 @@ void Draw_Eta_DatasetComparison(float jetRadius, float* PtRange, std::string opt

const std::array<std::array<float, 2>, 2> drawnWindow = {{{-1, 1}, {-999, -999}}}; // {{xmin, xmax}, {ymin, ymax}}
const std::array<std::array<float, 2>, 2> legendPlacement = {{{0.65, 0.2}, {0.85, 0.45}}}; // xLeftLegend, yLowLegend, xRightLegend, yUpLegend
std::array<std::array<float, 2>, 2> drawnWindowZoomTwoByTwo = {{{-1, 1},{0.5, 2}}};
std::array<std::array<float, 2>, 2> legendPlacementRatio = {{{0.5, 0.2}, {0.7, 0.4}}}; // {{{x1, y1}, {x2, y2}}}

Draw_TH1_Histograms(H1D_jetEta_rebinned, DatasetsNames, nDatasets, textContext, pdfName, texEtaX, yAxisLabel, texCollisionDataInfo, drawnWindow, legendPlacement, contextPlacementAuto, "");

if (divideSuccess == true) {
Draw_TH1_Histograms(H1D_jetEta_rebinned_ratios, DatasetsNames, nDatasets, textContext, pdfName_ratio, texEtaX, texRatioDatasets, texCollisionDataInfo, drawnWindow, legendPlacement, contextPlacementAuto, "noMarkerFirst"+histDatasetComparisonStructure);
}
if (histDatasetComparisonStructure.find("twoByTwoDatasetPairs") != std::string::npos) {
Draw_TH1_Histograms(H1D_jetEta_rebinned_ratios, DatasetsNamesPairRatio, nHistPairRatio, textContext, pdfName_ratio, texEtaX, texRatio, texCollisionDataInfo, drawnWindowZoomTwoByTwo, legendPlacementRatio, contextPlacementAuto, "zoomToOneMedium1");
}
else {
Draw_TH1_Histograms(H1D_jetEta_rebinned_ratios, DatasetsNames, nDatasets, textContext, pdfName_ratio, texEtaX, texRatioDatasets, texCollisionDataInfo, drawnWindow, legendPlacement, contextPlacementAuto, "noMarkerFirst"+histDatasetComparisonStructure);
}
}
else {
cout << "Divide failed in Draw_Eta_DatasetComparison" << endl;
}


}

void Draw_Phi_DatasetComparison(float jetRadius, float* PtRange, std::string options) {

TH3D* H3D_jetRjetPtjetPhi[nDatasets];
TH1D* H1D_jetPhi[nDatasets];
TH1D* H1D_jetPhi_rebinned[nDatasets];
Expand All @@ -985,7 +1010,6 @@ void Draw_Phi_DatasetComparison(float jetRadius, float* PtRange, std::string opt
TString* yAxisLabel;

for(int iDataset = 0; iDataset < nDatasets; iDataset++){

if (analysisWorkflow[iDataset].Contains("jet-finder-charged-qa") == true) {
H3D_jetRjetPtjetPhi[iDataset] = (TH3D*)((TH3D*)file_O2Analysis_list[iDataset]->Get(analysisWorkflow[iDataset]+"/h3_jet_r_jet_pt_jet_eta"+jetFinderQaHistType[iJetFinderQaType]))->Clone("Draw_Phi_DatasetComparison"+Datasets[iDataset]+DatasetsNames[iDataset]+"Radius"+Form("%.1f",jetRadius)+jetRadius+Form("%.1f", PtRange[0])+"<pt<"+Form("%.1f", PtRange[1]));

Expand Down Expand Up @@ -1032,11 +1056,29 @@ void Draw_Phi_DatasetComparison(float jetRadius, float* PtRange, std::string opt
yAxisLabel = texJetPhiYield_EventNorm;
}

H1D_jetPhi_rebinned_ratios[iDataset] = (TH1D*)H1D_jetPhi_rebinned[iDataset]->Clone("jetPhi_rebinned_ratios"+Datasets[iDataset]+DatasetsNames[iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetPhi_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetPhi_rebinned_ratios[iDataset]->Divide(H1D_jetPhi_rebinned[iDataset], H1D_jetPhi_rebinned[0], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");

}


TString DatasetsNamesPairRatio[nDatasets];
int nHistPairRatio = (int)nDatasets / 2;
for(int iDataset = 0; iDataset < nDatasets; iDataset++){
if (histDatasetComparisonStructure.find("twoByTwoDatasetPairs") != std::string::npos) { //twoByTwoDatasetPairs assumes a Datasets array like so: {pair1_element1, pair2_element1, ..., pairN_element1, pair1_element2, pair2_element2, ..., pairN_element2}
if (iDataset < nHistPairRatio) {
DatasetsNamesPairRatio[iDataset] = DatasetsNames[2*iDataset]+(TString)"/"+DatasetsNames[2*iDataset+1];
H1D_jetPhi_rebinned_ratios[iDataset] = (TH1D*)H1D_jetPhi_rebinned[2*iDataset]->Clone("jetPhi_rebinned_ratios"+Datasets[2*iDataset]+DatasetsNames[2*iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetPhi_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetPhi_rebinned_ratios[iDataset]->Divide(H1D_jetPhi_rebinned[2*iDataset], H1D_jetPhi_rebinned[2*iDataset+1], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");
}
} else {
H1D_jetPhi_rebinned_ratios[iDataset] = (TH1D*)H1D_jetPhi_rebinned[iDataset]->Clone("jetPhi_rebinned_ratios"+Datasets[iDataset]+DatasetsNames[iDataset]+"Radius"+Form("%.1f",jetRadius)+Form("%.1f", PtCutLow)+"<pt<"+Form("%.1f", PtCutHigh));
H1D_jetPhi_rebinned_ratios[iDataset]->Reset("M");
divideSuccess = H1D_jetPhi_rebinned_ratios[iDataset]->Divide(H1D_jetPhi_rebinned[iDataset], H1D_jetPhi_rebinned[0], 1., 1., datasetsAreSubsetsofId0 ? "b" : "");

}
}


TString* pdfName = new TString("jet_"+jetType[iJetType]+"_"+jetLevel[iJetLevel]+"_DataComp_R="+Form("%.1f", jetRadius)+"_Phi_@pT["+Form("%03.0f", PtCutLow)+","+Form("%03.0f", PtCutHigh)+"]"+jetFinderQaHistType[iJetFinderQaType]);
TString* pdfName_ratio = new TString("jet_"+jetType[iJetType]+"_"+jetLevel[iJetLevel]+"_DataComp_R="+Form("%.1f", jetRadius)+"_Phi_@pT["+Form("%03.0f", PtCutLow)+","+Form("%03.0f", PtCutHigh)+"]"+jetFinderQaHistType[iJetFinderQaType]+"_ratio");

Expand All @@ -1045,11 +1087,18 @@ void Draw_Phi_DatasetComparison(float jetRadius, float* PtRange, std::string opt

const std::array<std::array<float, 2>, 2> drawnWindowRatioCustom = {{{-999, -999}, {0, 1.9}}}; // {{xmin, xmax}, {ymin, ymax}}
std::array<std::array<float, 2>, 2> legendPlacementCustom = {{{0.2, 0.2}, {0.4, 0.45}}}; // {{{x1, y1}, {x2, y2}}}
std::array<std::array<float, 2>, 2> drawnWindowZoomTwoByTwo = {{{-1, 7},{0.5, 2}}};
std::array<std::array<float, 2>, 2> legendPlacementRatio = {{{0.5, 0.5}, {0.7, 0.7}}}; // {{{x1, y1}, {x2, y2}}}

Draw_TH1_Histograms(H1D_jetPhi_rebinned, DatasetsNames, nDatasets, textContext, pdfName, texPhiX, texJetPhiYield_EventNorm, texCollisionDataInfo, drawnWindowAuto, legendPlacementCustom, contextPlacementAuto, "histWithLine");

if (divideSuccess == true) {
if (histDatasetComparisonStructure.find("twoByTwoDatasetPairs") != std::string::npos) {
Draw_TH1_Histograms(H1D_jetPhi_rebinned_ratios, DatasetsNamesPairRatio, nHistPairRatio, textContext, pdfName_ratio, texPhiX, texRatio, texCollisionDataInfo, drawnWindowZoomTwoByTwo, legendPlacementRatio, contextPlacementAuto, "zoomToOneMedium1");
}
else{
Draw_TH1_Histograms(H1D_jetPhi_rebinned_ratios, DatasetsNames, nDatasets, textContext, pdfName_ratio, texPhiX, texRatioDatasets, texCollisionDataInfo, drawnWindowRatioCustom, legendPlacementCustom, contextPlacementAuto, "noMarkerFirst"+histDatasetComparisonStructure);
}
}
else {
cout << "Divide failed in Draw_Phi_DatasetComparison" << endl;
Expand Down
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