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CombineMesonMeasurementsPP.C
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#include <Riostream.h>
#include "TMath.h"
#include <stdlib.h>
#include <fstream>
#include <math.h>
#include <TROOT.h>
#include <TApplication.h>
#include <TPaveLabel.h>
#include <TSystem.h>
#include <TFrame.h>
#include <TStyle.h>
#include <TString.h>
#include "TGaxis.h"
#include "TFile.h"
#include "TH1F.h"
#include "TH1D.h"
#include "TH2F.h"
#include "TF1.h"
#include "TVirtualFitter.h"
#include "TObject.h"
#include "TCanvas.h"
#include "TMultiGraph.h"
#include "TLegend.h"
#include "TDatabasePDG.h"
#include "TMinuit.h"
#include "TBenchmark.h"
#include "TRandom.h"
#include "TLatex.h"
#include "TASImage.h"
#include "TPostScript.h"
#include "TGraph.h"
#include "TGraphErrors.h"
#include "TArrow.h"
#include "TGraphAsymmErrors.h"
#include "TGaxis.h"
#include "TMarker.h"
#include "Math/WrappedTF1.h"
#include "Math/BrentRootFinder.h"
#include "TFitResultPtr.h"
#include "TFitResult.h"
#include "CommonHeaders/PlottingGammaConversionHistos.h"
#include "CommonHeaders/PlottingGammaConversionAdditional.h"
#include "CommonHeaders/FittingGammaConversion.h"
#include "CommonHeaders/ConversionFunctionsBasicsAndLabeling.h"
#include "CommonHeaders/ConversionFunctions.h"
#include "CommonHeaders/CombinationFunctions.h"
#include "CombineMesonMeasurementsPP.h"
extern TRandom* gRandom;
extern TBenchmark* gBenchmark;
extern TSystem* gSystem;
extern TMinuit* gMinuit;
void CombineMesonMeasurementsPP(Bool_t useNewMeasurements = kFALSE)
{
//---------------------------------------------------------------------------------------------------------------
//---------------------------- General setting & global variables -----------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TString fileName[6];
/* 900GeV */
if(useNewMeasurements)
fileName[0] = "CombinationInputPP/900GeV/CombinedResultsPaperPP900GeV_2017_11_17.root";
else fileName[0] = "CombinationInputPP/900GeV/CombinedResultsPaper7TeVand900GeV_IncludingPP2760YShiftedPrelim_Pub2012.root";
/* 2.76TeV */ fileName[1] = "CombinationInputPP/2.76TeV/CombinedResultsPaperPP2760GeV_2017_07_10_Pub2017.root";
/* 5TeV */ fileName[2] = "CombinationInputPP/5TeV/CombinedResultsPaperPP5TeV_2018_04_27.root";
/* 7TeV */
if(useNewMeasurements)
fileName[3] = "CombinationInputPP/7TeV/CombinedResultsPaperPP7TeV_2017_11_17.root";
else fileName[3] = "CombinationInputPP/7TeV/CombinedResultsPaper7TeVand900GeV_IncludingPP2760YShiftedPrelim_Pub2012.root";
/* 8TeV */ fileName[4] = "CombinationInputPP/8TeV/CombinedResultsPaperPP8TeV_2017_11_16.root";
/* 13TeV */ fileName[5] = "CombinationInputPP/13TeV/";
TString fileNameTheory = "ExternalInput/Theory/TheoryCompilationPP.root";
TString suffix = "eps";
Int_t includeEnergy[6] = {0,1,0,1,1,0};
Int_t numActiveMeas = 3;
TString label = "ALICE";
Double_t xSectionsINEL[6] = { 52.5*1e9,
62.8*1e9,
67.6*1e9,
73.2*1e9,
74.7*1e9, //TOTEM https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.111.012001
77.6*1e9};
gROOT->Reset();
gROOT->SetStyle("Plain");
StyleSettingsThesis();
SetPlotStyle();
gStyle->SetEndErrorSize(0);
Int_t exampleActiveMeas = 0;
//__________________________________________ Producing date strings
TString date = ReturnDateString();
TString dateForOutput = ReturnDateStringForOutput();
cout << dateForOutput.Data() << endl;
Double_t mesonMassExpectPi0 = TDatabasePDG::Instance()->GetParticle(111)->Mass();
Double_t mesonMassExpectEta = TDatabasePDG::Instance()->GetParticle(221)->Mass();
//__________________________________________ Copying input files to output directory
TString outputDir = Form("%s/%s/CombineMesonMeasurementsPP",suffix.Data(),dateForOutput.Data());
if(useNewMeasurements) outputDir += "_newMeasurements";
cout << outputDir.Data() << endl;
gSystem->Exec("mkdir -p "+outputDir);
for(Int_t i=0; i<6; i++){
if(includeEnergy[i]){
gSystem->Exec(Form("cp %s %s/Input%s.root", fileName[i].Data(), outputDir.Data(),nameEnergyGlobal[i].Data()));
}
}
gSystem->Exec(Form("cp %s %s/Theory.root",fileNameTheory.Data(), outputDir.Data()));
fstream fLog;
fLog.open(Form("%s/CombineMesonPP.log",outputDir.Data()), ios::out);
fLog << "++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++" << endl;
fLog << dateForOutput.Data() << endl;
//__________________________________________ Loading input files and directories
for(Int_t i=0; i<6; i++){
if(includeEnergy[i]){
inputFile[i] = new TFile(fileName[i].Data());
if(inputFile[i]) cout << "Found " << nameEnergyGlobal[i] << " input" << endl;
directoryPi0[i] = (TDirectory*)inputFile[i]->Get(Form("Pi0%s",nameEnergyGlobal[i].Data()));
if(!directoryPi0[i]) directoryPi0[i] = NULL;
else cout << "--> Found directory " << Form("Pi0%s",nameEnergyGlobal[i].Data()) << endl;
directoryEta[i] = (TDirectory*)inputFile[i]->Get(Form("Eta%s",nameEnergyGlobal[i].Data()));
if(!directoryEta[i]) directoryEta[i] = NULL;
else cout << "--> Found directory " << Form("Eta%s",nameEnergyGlobal[i].Data()) << endl;
exampleActiveMeas = i;
}
}
TFile* fileTheoryCompilation = new TFile(fileNameTheory.Data());
//__________________________________________ Definition of colors, styles and markers sizes
LoadColorsMarkersAndSizes();
//---------------------------------------------------------------------------------------------------------------
//---------------------------- Loading graphs from files --------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraphAsymmErrors* graphPi0InvariantCrossSectionStat[6][11];
TGraphAsymmErrors* graphPi0InvariantCrossSectionSys[6][11];
TGraphAsymmErrors* graphPi0InvariantCrossSectionTot[6][11];
TGraphAsymmErrors* graphEtaInvariantCrossSectionStat[6][11];
TGraphAsymmErrors* graphEtaInvariantCrossSectionSys[6][11];
TGraphAsymmErrors* graphEtaInvariantCrossSectionTot[6][11];
TH1D* histoEtaToPi0RatioStat[6][11];
TGraphAsymmErrors* graphEtaToPi0RatioStat[6][11];
TGraphAsymmErrors* graphEtaToPi0RatioSys[6][11];
TGraphAsymmErrors* graphEtaToPi0RatioTot[6][11];
Double_t minXSpectra[6][11];
Double_t maxXSpectra[6][11];
Double_t minXSpectraEta[6][11];
Double_t maxXSpectraEta[6][11];
for (Int_t i = 0; i < 6; i++){
if(includeEnergy[i]){
for (Int_t j = 0; j < 11; j++){
// skip PCM-PHOS for the moment
if(j==3){
graphPi0InvariantCrossSectionStat[i][j] = NULL;
graphPi0InvariantCrossSectionSys[i][j] = NULL;
graphPi0InvariantCrossSectionTot[i][j] = NULL;
graphEtaInvariantCrossSectionStat[i][j] = NULL;
graphEtaInvariantCrossSectionSys[i][j] = NULL;
graphEtaInvariantCrossSectionTot[i][j] = NULL;
continue;
}
//______________________________ Loading pi0 inv. cross sections
if(directoryPi0[i]) {
graphPi0InvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)directoryPi0[i]->Get(Form("graphInvCrossSectionPi0%s%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
graphPi0InvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)directoryPi0[i]->Get(Form("graphInvCrossSectionPi0%s%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
}else{
graphPi0InvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionPi0%sStat%s%s",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
graphPi0InvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionPi0%sSys%s%s",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
if(!graphPi0InvariantCrossSectionStat[i][j]&&!graphPi0InvariantCrossSectionSys[i][j]){
graphPi0InvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionPi0%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
graphPi0InvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionPi0%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
}
}
if(graphPi0InvariantCrossSectionStat[i][j]&&graphPi0InvariantCrossSectionSys[i][j]){
graphPi0InvariantCrossSectionTot[i][j] = (TGraphAsymmErrors*) graphPi0InvariantCrossSectionStat[i][j]->Clone(Form("graphInvCrossSectionPi0%s%s%sTotErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
for(Int_t iE=0; iE<graphPi0InvariantCrossSectionTot[i][j]->GetN();iE++){
graphPi0InvariantCrossSectionTot[i][j]->GetEYhigh()[iE] = TMath::Sqrt( TMath::Power(graphPi0InvariantCrossSectionStat[i][j]->GetErrorYhigh(iE),2) + TMath::Power(graphPi0InvariantCrossSectionSys[i][j]->GetErrorYhigh(iE),2));
graphPi0InvariantCrossSectionTot[i][j]->GetEYlow()[iE] = TMath::Sqrt( TMath::Power(graphPi0InvariantCrossSectionStat[i][j]->GetErrorYlow(iE),2) + TMath::Power(graphPi0InvariantCrossSectionSys[i][j]->GetErrorYlow(iE),2));
}
cout << "found " << Form("graphInvCrossSectionPi0%s%sStatErr+SysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()) << endl;
//__________________________ Reading global xRange for each spectrum
minXSpectra[i][j] = graphPi0InvariantCrossSectionStat[i][j]->GetX()[0]-graphPi0InvariantCrossSectionStat[i][j]->GetEXlow()[0];
maxXSpectra[i][j] = graphPi0InvariantCrossSectionStat[i][j]->GetX()[graphPi0InvariantCrossSectionStat[i][j]->GetN()-1]+graphPi0InvariantCrossSectionStat[i][j]->GetEXhigh()[graphPi0InvariantCrossSectionStat[i][j]->GetN()-1];
if(j==10) cout << "--> minx: " << minXSpectra[i][j] << "\tmaxX: " << maxXSpectra[i][j] << endl;
}else{
graphPi0InvariantCrossSectionStat[i][j]=NULL;
graphPi0InvariantCrossSectionSys[i][j]=NULL;
graphPi0InvariantCrossSectionTot[i][j]=NULL;
}
// if(i==0 && j==10){
// nameMeasGlobal[j] = "PCM";
// nameMeasGlobalshort[j] = "PCM";
// graphNameModifier[j] = "";
// }
//______________________________ Loading eta inv. cross sections
if(directoryEta[i]) {
graphEtaInvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)directoryEta[i]->Get(Form("graphInvCrossSectionEta%s%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
graphEtaInvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)directoryEta[i]->Get(Form("graphInvCrossSectionEta%s%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
}else{
graphEtaInvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%sStat%s%s",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
graphEtaInvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%sSys%s%s",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
if(!graphEtaInvariantCrossSectionStat[i][j]&&!graphEtaInvariantCrossSectionSys[i][j]){
graphEtaInvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
graphEtaInvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
if(!graphEtaInvariantCrossSectionStat[i][j]&&!graphEtaInvariantCrossSectionSys[i][j]){
graphEtaInvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%s%sStatErr_PrelimQM2011",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
graphEtaInvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEta%s%sSysErr_PrelimQM2011",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
if(i==0 && j==0){
graphEtaInvariantCrossSectionStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEtaComb%sStatErr_PrelimQM2011",nameEnergyGlobal2[i].Data()));
graphEtaInvariantCrossSectionSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphInvCrossSectionEtaComb%sSysErr_PrelimQM2011",nameEnergyGlobal2[i].Data()));
graphEtaInvariantCrossSectionStat[i][j]->SetName(Form("graphInvCrossSectionEta%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
graphEtaInvariantCrossSectionSys[i][j]->SetName(Form("graphInvCrossSectionEta%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
}
}
}
}
if(graphEtaInvariantCrossSectionStat[i][j]&&graphEtaInvariantCrossSectionSys[i][j]){
graphEtaInvariantCrossSectionTot[i][j] = (TGraphAsymmErrors*) graphEtaInvariantCrossSectionStat[i][j]->Clone(Form("graphInvCrossSectionEta%s%s%sTotErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data(),graphNameModifier[j].Data()));
for(Int_t iE=0; iE<graphEtaInvariantCrossSectionTot[i][j]->GetN();iE++){
graphEtaInvariantCrossSectionTot[i][j]->GetEYhigh()[iE] = TMath::Sqrt( TMath::Power(graphEtaInvariantCrossSectionStat[i][j]->GetErrorYhigh(iE),2) + TMath::Power(graphEtaInvariantCrossSectionSys[i][j]->GetErrorYhigh(iE),2));
graphEtaInvariantCrossSectionTot[i][j]->GetEYlow()[iE] = TMath::Sqrt( TMath::Power(graphEtaInvariantCrossSectionStat[i][j]->GetErrorYlow(iE),2) + TMath::Power(graphEtaInvariantCrossSectionSys[i][j]->GetErrorYlow(iE),2));
}
cout << "found " << Form("graphInvCrossSectionEta%s%sStatErr+SysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()) << endl;
minXSpectraEta[i][j] = graphEtaInvariantCrossSectionStat[i][j]->GetX()[0]-graphEtaInvariantCrossSectionStat[i][j]->GetEXlow()[0];
maxXSpectraEta[i][j] = graphEtaInvariantCrossSectionStat[i][j]->GetX()[graphEtaInvariantCrossSectionStat[i][j]->GetN()-1]+graphEtaInvariantCrossSectionStat[i][j]->GetEXhigh()[graphEtaInvariantCrossSectionStat[i][j]->GetN()-1];
if(j==10) cout << "--> minx: " << minXSpectraEta[i][j] << "\tmaxX: " << maxXSpectraEta[i][j] << endl;
}else{
graphEtaInvariantCrossSectionStat[i][j]=NULL;
graphEtaInvariantCrossSectionSys[i][j]=NULL;
graphEtaInvariantCrossSectionTot[i][j]=NULL;
}
//______________________________ Loading eta/pi0 ratios
if(directoryEta[i]) {
graphEtaToPi0RatioStat[i][j] = (TGraphAsymmErrors*)directoryEta[i]->Get(Form("graphRatioEtaToPi0%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
histoEtaToPi0RatioStat[i][j] = (TH1D*)directoryEta[i]->Get(Form("histoRatioEtaToPi0%s%sStatErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
if(histoEtaToPi0RatioStat[i][j] && !graphEtaToPi0RatioStat[i][j]) graphEtaToPi0RatioStat[i][j]= new TGraphAsymmErrors(histoEtaToPi0RatioStat[i][j]);
graphEtaToPi0RatioSys[i][j] = (TGraphAsymmErrors*)directoryEta[i]->Get(Form("graphRatioEtaToPi0%s%sSysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
}else{
graphEtaToPi0RatioStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphEtaToPi0%s%sStat",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
histoEtaToPi0RatioStat[i][j] = (TH1D*)inputFile[i]->Get(Form("histoEtaToPi0%s%sStat",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
if(histoEtaToPi0RatioStat[i][j] && !graphEtaToPi0RatioStat[i][j]) graphEtaToPi0RatioStat[i][j]= new TGraphAsymmErrors(histoEtaToPi0RatioStat[i][j]);
graphEtaToPi0RatioSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphEtaToPi0%s%sSys",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()));
// TEMP FIX TEMP FIX TEMP FIX
if(!graphEtaToPi0RatioStat[i][j] && !graphEtaToPi0RatioSys[i][j]){
graphEtaToPi0RatioStat[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphEtaToPi0CTS%s",nameEnergyGlobal2[i].Data()));
graphEtaToPi0RatioSys[i][j] = (TGraphAsymmErrors*)inputFile[i]->Get(Form("graphEtaToPi0CTS%s",nameEnergyGlobal2[i].Data()));
if(graphEtaToPi0RatioStat[i][j]&&graphEtaToPi0RatioSys[i][j]){
for (int k=0;k<graphEtaToPi0RatioStat[i][j]->GetN();k++){
Double_t sysErrCalc = graphEtaToPi0RatioStat[i][j]->GetY()[k]*0.15;
graphEtaToPi0RatioSys[i][j]->GetEYhigh()[k] = sysErrCalc;
graphEtaToPi0RatioSys[i][j]->GetEYlow()[k] = sysErrCalc;
graphEtaToPi0RatioStat[i][j]->GetEYhigh()[k] = TMath::Sqrt(TMath::Power(graphEtaToPi0RatioStat[i][j]->GetEYhigh()[k],2)-TMath::Power(sysErrCalc,2));
graphEtaToPi0RatioStat[i][j]->GetEYlow()[k] = TMath::Sqrt(TMath::Power(graphEtaToPi0RatioStat[i][j]->GetEYlow()[k],2)-TMath::Power(sysErrCalc,2));
}
}
}
// TEMP FIX TEMP FIX TEMP FIX
}
if(graphEtaToPi0RatioStat[i][j] && graphEtaToPi0RatioSys[i][j])
cout << "found " << Form("graphRatioEtaToPi0%s%sStatErr+SysErr",nameMeasGlobalshort[j].Data(),nameEnergyGlobal2[i].Data()) << endl;
// if(i==0 && j==10){
// nameMeasGlobal[j] = "Comb";
// nameMeasGlobalshort[j] = "Comb";
// graphNameModifier[j] = "A";
// }
}
}
}
//---------------------------------------------------------------------------------------------------------------
//---------------------------- Build invariant yields from input spectra ----------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraphAsymmErrors* graphPi0InvYieldStat[6];
TGraphAsymmErrors* graphPi0InvYieldSys[6];
TGraphAsymmErrors* graphEtaInvYieldStat[6];
TGraphAsymmErrors* graphEtaInvYieldSys[6];
for (Int_t i = 0; i < 6; i++){
if(includeEnergy[i]){
if(graphPi0InvariantCrossSectionStat[i][10]) {
graphPi0InvYieldStat[i] = ScaleGraph(graphPi0InvariantCrossSectionStat[i][10],1/xSectionsINEL[i]);
ProduceGraphAsymmWithoutXErrors(graphPi0InvYieldStat[i]);
DrawGammaSetMarkerTGraph(graphPi0InvYieldStat[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphPi0InvariantCrossSectionSys[i][10]){
graphPi0InvYieldSys[i] = ScaleGraph(graphPi0InvariantCrossSectionSys[i][10],1/xSectionsINEL[i]);
DrawGammaSetMarkerTGraphAsym(graphPi0InvYieldSys[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i], widthLinesBoxes, kTRUE);
}
if(graphEtaInvariantCrossSectionStat[i][10]){
graphEtaInvYieldStat[i] = ScaleGraph(graphEtaInvariantCrossSectionStat[i][10],1/xSectionsINEL[i]);
ProduceGraphAsymmWithoutXErrors(graphEtaInvYieldStat[i]);
DrawGammaSetMarkerTGraph(graphEtaInvYieldStat[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphEtaInvariantCrossSectionSys[i][10]){
graphEtaInvYieldSys[i] = ScaleGraph(graphEtaInvariantCrossSectionSys[i][10],1/xSectionsINEL[i]);
DrawGammaSetMarkerTGraphAsym(graphEtaInvYieldSys[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i], widthLinesBoxes, kTRUE);
}
}else{
graphPi0InvYieldStat[i] = 0x0;
graphPi0InvYieldSys[i] = 0x0;
graphEtaInvYieldStat[i] = 0x0;
graphEtaInvYieldSys[i] = 0x0;
}
}
//---------------------------------------------------------------------------------------------------------------
//---------------------------- Loading pythia predictions from files --------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TString pythiaHistoNames[6] = { "histoInvSecPythia8Monash2013LegoPi0900GeV", "histoInvSecPythia8Monash2013LegoPi02760GeV", "histoInvSecPythia8Monash2013LegoPi05TeV", "histoInvSecPythia8Monash2013LegoPi07TeV", "histoInvSecPythia8Monash2013LegoPi08TeV", ""};
TH1F* histoPythiaInvCrossSectionPi0[6];
TGraphErrors* graphPythiaInvCrossSectionPi0[6];
TString pythiaHistoNamesEta[6] = { "histoInvSecPythia8Monash2013LegoEta900GeV", "histoInvSecPythia8Monash2013LegoEta2760GeV", "histoInvSecPythia8Monash2013LegoEta5TeV", "histoInvSecPythia8Monash2013LegoEta7TeV", "histoInvSecPythia8Monash2013LegoEta8TeV", ""};
TH1F* histoPythiaInvCrossSectionEta[6];
TGraphErrors* graphPythiaInvCrossSectionEta[6];
Double_t scalingFactorPythia = 1;
for(Int_t i=0;i<6;i++){
if(includeEnergy[i]){
histoPythiaInvCrossSectionPi0[i] = (TH1F*) fileTheoryCompilation->Get(pythiaHistoNames[i].Data());
if(histoPythiaInvCrossSectionPi0[i]){
histoPythiaInvCrossSectionPi0[i]->Scale(scalingFactorPythia);
DrawGammaSetMarker(histoPythiaInvCrossSectionPi0[i], 24, 1.5, pythia8color , pythia8color);
histoPythiaInvCrossSectionPi0[i]->SetLineWidth(widthCommonFit);
histoPythiaInvCrossSectionPi0[i]->GetXaxis()->SetRangeUser(minXSpectra[i][10]+0.05,maxXSpectra[i][10]);
graphPythiaInvCrossSectionPi0[i]= new TGraphErrors((TH1F*) fileTheoryCompilation->Get(pythiaHistoNames[i].Data()));
for (int j=0;j<graphPythiaInvCrossSectionPi0[i]->GetN();j++){
graphPythiaInvCrossSectionPi0[i]->GetY()[j] *= scalingFactorPythia;
graphPythiaInvCrossSectionPi0[i]->GetEY()[j] *= scalingFactorPythia;
}
while(graphPythiaInvCrossSectionPi0[i]->GetX()[0] < minXSpectra[i][10]+0.05) graphPythiaInvCrossSectionPi0[i]->RemovePoint(0);
while(graphPythiaInvCrossSectionPi0[i]->GetX()[graphPythiaInvCrossSectionPi0[i]->GetN()-1] > maxXSpectra[i][10]) graphPythiaInvCrossSectionPi0[i]->RemovePoint(graphPythiaInvCrossSectionPi0[i]->GetN()-1);
DrawGammaSetMarkerTGraphErr(graphPythiaInvCrossSectionPi0[i], 0, 0, pythia8color , pythia8color, widthLinesBoxes, kTRUE, pythia8color);
ProduceGraphErrWithoutXErrors(graphPythiaInvCrossSectionPi0[i]);
}else{
histoPythiaInvCrossSectionPi0[i]=NULL;
graphPythiaInvCrossSectionPi0[i]=NULL;
}
histoPythiaInvCrossSectionEta[i] = (TH1F*) fileTheoryCompilation->Get(pythiaHistoNamesEta[i].Data());
if(histoPythiaInvCrossSectionEta[i]){
histoPythiaInvCrossSectionEta[i]->GetXaxis()->SetRangeUser(minXSpectraEta[i][10]+0.05,maxXSpectraEta[i][10]);
histoPythiaInvCrossSectionEta[i]->Scale(scalingFactorPythia);
DrawGammaSetMarker(histoPythiaInvCrossSectionEta[i], 24, 1.5, pythia8color , pythia8color);
histoPythiaInvCrossSectionEta[i]->SetLineWidth(widthCommonFit);
histoPythiaInvCrossSectionEta[i]->GetXaxis()->SetRangeUser(minXSpectraEta[i][10]+0.05,maxXSpectraEta[i][10]);
graphPythiaInvCrossSectionEta[i]= new TGraphErrors((TH1F*) fileTheoryCompilation->Get(pythiaHistoNamesEta[i].Data()));
for (int j=0;j<graphPythiaInvCrossSectionEta[i]->GetN();j++){
graphPythiaInvCrossSectionEta[i]->GetY()[j] *= scalingFactorPythia;
graphPythiaInvCrossSectionEta[i]->GetEY()[j] *= scalingFactorPythia;
}
while(graphPythiaInvCrossSectionEta[i]->GetX()[0] < minXSpectraEta[i][10]+0.05) graphPythiaInvCrossSectionEta[i]->RemovePoint(0);
while(graphPythiaInvCrossSectionEta[i]->GetX()[graphPythiaInvCrossSectionEta[i]->GetN()-1] > maxXSpectraEta[i][10]) graphPythiaInvCrossSectionEta[i]->RemovePoint(graphPythiaInvCrossSectionEta[i]->GetN()-1);
DrawGammaSetMarkerTGraphErr(graphPythiaInvCrossSectionEta[i], 0, 0, pythia8color , pythia8color, widthLinesBoxes, kTRUE, pythia8color);
ProduceGraphErrWithoutXErrors(graphPythiaInvCrossSectionEta[i]);
}else{
histoPythiaInvCrossSectionEta[i]=NULL;
graphPythiaInvCrossSectionEta[i]=NULL;
}
scalingFactorPythia *=10;
}
}
//---------------------------------------------------------------------------------------------------------------
//---------------------------- Loading NLO predictions from files -----------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TString NLO07HistoNamesHalf[6] = { "graphNLOCalcInvSecPi0MuHalf900GeV", "graphNLOCalcInvSecPi0MuHalf2760GeV", "", "graphNLOCalcInvSecPi0MuHalf7000GeV", "graphNLOCalcInvSecPi0MuHalf8000GeV", ""};
TString NLO07HistoNamesOne[6] = { "graphNLOCalcInvSecPi0MuOne900GeV", "graphNLOCalcInvSecPi0MuOne2760GeV", "", "graphNLOCalcInvSecPi0MuOne7000GeV", "graphNLOCalcInvSecPi0MuOne8000GeV", ""};
TString NLO07HistoNamesTwo[6] = { "graphNLOCalcInvSecPi0MuTwo900GeV", "graphNLOCalcInvSecPi0MuTwo2760GeV", "", "graphNLOCalcInvSecPi0MuTwo7000GeV", "graphNLOCalcInvSecPi0MuTwo8000GeV", ""};
TGraph* graphNLODSS07InvCrossSectionPi0Half[6];
TGraph* graphNLODSS07InvCrossSectionPi0One[6];
TGraph* graphNLODSS07InvCrossSectionPi0Two[6];
TString NLO14HistoNames[6] = { "", "graphNLOCalcDSS14InvCrossSec2760GeV", "graphNLOCalcDSS14InvSecPi05023GeV", "graphNLOCalcDSS14InvCrossSec7000GeV", "graphNLOCalcDSS14InvSecPi08000GeV", ""};
TGraphAsymmErrors* graphNLODSS14InvCrossSectionPi0[6];
TGraphAsymmErrors* graphNLODSS14InvCrossSectionPi0center[6];
TString NLOAESSSHistoNamesEtaHalf[6] = { "graphNLOCalcInvSecEtaMuHalf900GeV", "graphNLOCalcInvSecEtaMuHalf2760GeV", "graphNLOCalcAESSSInvSecEtaMuHalf5023GeV", "graphNLOCalcInvSecEtaMuHalf7000GeV", "graphNLOCalcInvSecEtaMuHalf8000GeV", ""};
TString NLOAESSSHistoNamesEtaOne[6] = { "graphNLOCalcInvSecEtaMuOne900GeV", "graphNLOCalcInvSecEtaMuOne2760GeV", "graphNLOCalcAESSSInvSecEtaMuOne5023GeV", "graphNLOCalcInvSecEtaMuOne7000GeV", "graphNLOCalcInvSecEtaMuOne8000GeV", ""};
TString NLOAESSSHistoNamesEtaTwo[6] = { "graphNLOCalcInvSecEtaMuTwo900GeV", "graphNLOCalcInvSecEtaMuTwo2760GeV", "graphNLOCalcAESSSInvSecEtaMuTwo5023GeV", "graphNLOCalcInvSecEtaMuTwo7000GeV", "graphNLOCalcInvSecEtaMuTwo8000GeV", ""};
TGraph* graphNLOAESSSInvCrossSectionEtaHalf[6];
TGraph* graphNLOAESSSInvCrossSectionEtaOne[6];
TGraph* graphNLOAESSSInvCrossSectionEtaTwo[6];
Double_t scalingFactorNLO = 1;
for(Int_t i=0;i<6;i++){
if(includeEnergy[i]){
if(fileTheoryCompilation->Get(NLO07HistoNamesHalf[i].Data()))
graphNLODSS07InvCrossSectionPi0Half[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLO07HistoNamesHalf[i].Data()))->Clone(Form("graphNLODSS07InvCrossSectionPi0Half_%i",i));
else
graphNLODSS07InvCrossSectionPi0Half[i] = NULL;
if(graphNLODSS07InvCrossSectionPi0Half[i]){
for (int j=0;j<graphNLODSS07InvCrossSectionPi0Half[i]->GetN();j++){
graphNLODSS07InvCrossSectionPi0Half[i]->GetY()[j] *= scalingFactorNLO;
}
while(i!=0 && graphNLODSS07InvCrossSectionPi0Half[i]->GetX()[0] < minXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0Half[i]->RemovePoint(0);
while(i!=0 && graphNLODSS07InvCrossSectionPi0Half[i]->GetX()[graphNLODSS07InvCrossSectionPi0Half[i]->GetN()-1] > maxXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0Half[i]->RemovePoint(graphNLODSS07InvCrossSectionPi0Half[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLODSS07InvCrossSectionPi0Half[i], widthCommonFit, 8, colorNLO);
}else{
graphNLODSS07InvCrossSectionPi0Half[i]=NULL;
}
if(fileTheoryCompilation->Get(NLO07HistoNamesOne[i].Data()))
graphNLODSS07InvCrossSectionPi0One[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLO07HistoNamesOne[i].Data()))->Clone(Form("graphNLODSS07InvCrossSectionPi0One_%i",i));
else
graphNLODSS07InvCrossSectionPi0One[i] = NULL;
if(graphNLODSS07InvCrossSectionPi0One[i]){
for (int j=0;j<graphNLODSS07InvCrossSectionPi0One[i]->GetN();j++){
graphNLODSS07InvCrossSectionPi0One[i]->GetY()[j] *= scalingFactorNLO;
}
while(i!=0 && graphNLODSS07InvCrossSectionPi0One[i]->GetX()[0] < minXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0One[i]->RemovePoint(0);
while(i!=0 && graphNLODSS07InvCrossSectionPi0One[i]->GetX()[graphNLODSS07InvCrossSectionPi0One[i]->GetN()-1] > maxXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0One[i]->RemovePoint(graphNLODSS07InvCrossSectionPi0One[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLODSS07InvCrossSectionPi0One[i], widthCommonFit, 7, colorNLO);
}else{
graphNLODSS07InvCrossSectionPi0One[i]=NULL;
}
if(fileTheoryCompilation->Get(NLO07HistoNamesTwo[i].Data()))
graphNLODSS07InvCrossSectionPi0Two[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLO07HistoNamesTwo[i].Data()))->Clone(Form("graphNLODSS07InvCrossSectionPi0Two_%i",i));
else
graphNLODSS07InvCrossSectionPi0Two[i] = NULL;
if(graphNLODSS07InvCrossSectionPi0Two[i]){
for (int j=0;j<graphNLODSS07InvCrossSectionPi0Two[i]->GetN();j++){
graphNLODSS07InvCrossSectionPi0Two[i]->GetY()[j] *= scalingFactorNLO;
}
while(i!=0 && graphNLODSS07InvCrossSectionPi0Two[i]->GetX()[0] < minXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0Two[i]->RemovePoint(0);
while(i!=0 && graphNLODSS07InvCrossSectionPi0Two[i]->GetX()[graphNLODSS07InvCrossSectionPi0Two[i]->GetN()-1] > maxXSpectra[i][10]) graphNLODSS07InvCrossSectionPi0Two[i]->RemovePoint(graphNLODSS07InvCrossSectionPi0Two[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLODSS07InvCrossSectionPi0Two[i], widthCommonFit, 4, colorNLO);
}else{
graphNLODSS07InvCrossSectionPi0Two[i]=NULL;
}
if(fileTheoryCompilation->Get(NLO14HistoNames[i].Data()))
graphNLODSS14InvCrossSectionPi0[i] = (TGraphAsymmErrors*) ((TGraphAsymmErrors*) fileTheoryCompilation->Get(NLO14HistoNames[i].Data()))->Clone(Form("graphNLODSS14InvCrossSectionPi0_%i",i));
else
graphNLODSS14InvCrossSectionPi0[i] = NULL;
if(graphNLODSS14InvCrossSectionPi0[i]){
for (int j=0;j<graphNLODSS14InvCrossSectionPi0[i]->GetN();j++){
graphNLODSS14InvCrossSectionPi0[i]->GetY()[j] *= scalingFactorNLO;
graphNLODSS14InvCrossSectionPi0[i]->GetEYhigh()[j] *= scalingFactorNLO;
graphNLODSS14InvCrossSectionPi0[i]->GetEYlow()[j] *= scalingFactorNLO;
}
if(i==2)
while(graphNLODSS14InvCrossSectionPi0[i]->GetX()[0] < 2.0) graphNLODSS14InvCrossSectionPi0[i]->RemovePoint(0);
while(graphNLODSS14InvCrossSectionPi0[i]->GetX()[0] < minXSpectra[i][10]) graphNLODSS14InvCrossSectionPi0[i]->RemovePoint(0);
while(graphNLODSS14InvCrossSectionPi0[i]->GetX()[graphNLODSS14InvCrossSectionPi0[i]->GetN()-1] > maxXSpectra[i][10]) graphNLODSS14InvCrossSectionPi0[i]->RemovePoint(graphNLODSS14InvCrossSectionPi0[i]->GetN()-1);
DrawGammaSetMarkerTGraphAsym(graphNLODSS14InvCrossSectionPi0[i], 0, 0, colorNLO , colorNLO, widthLinesBoxes, kTRUE, colorNLO);
ProduceGraphAsymmWithoutXErrors(graphNLODSS14InvCrossSectionPi0[i]);
graphNLODSS14InvCrossSectionPi0[i]->SetLineWidth(widthCommonFit);
graphNLODSS14InvCrossSectionPi0[i]->SetLineColor(colorNLO);
graphNLODSS14InvCrossSectionPi0[i]->SetLineStyle(1);
graphNLODSS14InvCrossSectionPi0[i]->SetFillStyle(1001);
graphNLODSS14InvCrossSectionPi0[i]->SetFillColor(colorNLO);
}else{
graphNLODSS14InvCrossSectionPi0[i]=NULL;
}
if(fileTheoryCompilation->Get(NLO14HistoNames[i].Data()))
graphNLODSS14InvCrossSectionPi0center[i] = (TGraphAsymmErrors*) ((TGraphAsymmErrors*) fileTheoryCompilation->Get(NLO14HistoNames[i].Data()))->Clone(Form("graphNLODSS14InvCrossSectionPi0center_%i",i));
else
graphNLODSS14InvCrossSectionPi0center[i] = NULL;
if(graphNLODSS14InvCrossSectionPi0center[i]){
for (int j=0;j<graphNLODSS14InvCrossSectionPi0center[i]->GetN();j++){
graphNLODSS14InvCrossSectionPi0center[i]->GetY()[j] *= scalingFactorNLO;
graphNLODSS14InvCrossSectionPi0center[i]->GetEYhigh()[j] *= scalingFactorNLO;
graphNLODSS14InvCrossSectionPi0center[i]->GetEYlow()[j] *= scalingFactorNLO;
}
if(i==2)
while(graphNLODSS14InvCrossSectionPi0center[i]->GetX()[0] < 2.0) graphNLODSS14InvCrossSectionPi0center[i]->RemovePoint(0);
while(graphNLODSS14InvCrossSectionPi0center[i]->GetX()[0] < minXSpectra[i][10]) graphNLODSS14InvCrossSectionPi0center[i]->RemovePoint(0);
while(graphNLODSS14InvCrossSectionPi0center[i]->GetX()[graphNLODSS14InvCrossSectionPi0center[i]->GetN()-1] > maxXSpectra[i][10]) graphNLODSS14InvCrossSectionPi0center[i]->RemovePoint(graphNLODSS14InvCrossSectionPi0center[i]->GetN()-1);
DrawGammaSetMarkerTGraphAsym(graphNLODSS14InvCrossSectionPi0center[i], 0, 0, colorNLO , colorNLO, widthLinesBoxes, kTRUE, colorNLO);
ProduceGraphAsymmWithoutXErrors(graphNLODSS14InvCrossSectionPi0center[i]);
graphNLODSS14InvCrossSectionPi0center[i]->SetLineWidth(1.);
graphNLODSS14InvCrossSectionPi0center[i]->SetLineColor(colorNLO+2);
graphNLODSS14InvCrossSectionPi0center[i]->SetLineStyle(2);
for(Int_t iBinD = 0; iBinD<graphNLODSS14InvCrossSectionPi0center[i]->GetN(); iBinD++){graphNLODSS14InvCrossSectionPi0center[i]->SetPointEYhigh(iBinD,0); graphNLODSS14InvCrossSectionPi0center[i]->SetPointEYlow(iBinD,0);}
}else{
graphNLODSS14InvCrossSectionPi0center[i]=NULL;
}
if(fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaHalf[i].Data()))
graphNLOAESSSInvCrossSectionEtaHalf[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaHalf[i].Data()))->Clone(Form("graphNLOAESSSInvCrossSectionEtaHalf_%i",i));
else
graphNLOAESSSInvCrossSectionEtaHalf[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaHalf[i]){
for (int j=0;j<graphNLOAESSSInvCrossSectionEtaHalf[i]->GetN();j++){
graphNLOAESSSInvCrossSectionEtaHalf[i]->GetY()[j] *= scalingFactorNLO;
}
while(graphNLOAESSSInvCrossSectionEtaHalf[i]->GetX()[0] < minXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaHalf[i]->RemovePoint(0);
if(i==0) while(graphNLOAESSSInvCrossSectionEtaHalf[i]->GetX()[graphNLOAESSSInvCrossSectionEtaHalf[i]->GetN()-1] > maxXSpectraEta[i][10]+2.) graphNLOAESSSInvCrossSectionEtaHalf[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaHalf[i]->GetN()-1);
else while(graphNLOAESSSInvCrossSectionEtaHalf[i]->GetX()[graphNLOAESSSInvCrossSectionEtaHalf[i]->GetN()-1] > maxXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaHalf[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaHalf[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLOAESSSInvCrossSectionEtaHalf[i], widthCommonFit, 8, colorNLO);
}else{
graphNLOAESSSInvCrossSectionEtaHalf[i]=NULL;
}
if(fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaOne[i].Data()))
graphNLOAESSSInvCrossSectionEtaOne[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaOne[i].Data()))->Clone(Form("graphNLOAESSSInvCrossSectionEtaOne_%i",i));
else
graphNLOAESSSInvCrossSectionEtaOne[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaOne[i]){
for (int j=0;j<graphNLOAESSSInvCrossSectionEtaOne[i]->GetN();j++){
graphNLOAESSSInvCrossSectionEtaOne[i]->GetY()[j] *= scalingFactorNLO;
}
while(graphNLOAESSSInvCrossSectionEtaOne[i]->GetX()[0] < minXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaOne[i]->RemovePoint(0);
if(i==0) while(graphNLOAESSSInvCrossSectionEtaOne[i]->GetX()[graphNLOAESSSInvCrossSectionEtaOne[i]->GetN()-1] > maxXSpectraEta[i][10]+2.) graphNLOAESSSInvCrossSectionEtaOne[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaOne[i]->GetN()-1);
else while(graphNLOAESSSInvCrossSectionEtaOne[i]->GetX()[graphNLOAESSSInvCrossSectionEtaOne[i]->GetN()-1] > maxXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaOne[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaOne[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLOAESSSInvCrossSectionEtaOne[i], widthCommonFit, 7, colorNLO);
}else{
graphNLOAESSSInvCrossSectionEtaOne[i]=NULL;
}
if(fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaTwo[i].Data()))
graphNLOAESSSInvCrossSectionEtaTwo[i] = (TGraph*) ((TGraph*) fileTheoryCompilation->Get(NLOAESSSHistoNamesEtaTwo[i].Data()))->Clone(Form("graphNLOAESSSInvCrossSectionEtaTwo_%i",i));
else
graphNLOAESSSInvCrossSectionEtaTwo[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaTwo[i]){
for (int j=0;j<graphNLOAESSSInvCrossSectionEtaTwo[i]->GetN();j++){
graphNLOAESSSInvCrossSectionEtaTwo[i]->GetY()[j] *= scalingFactorNLO;
}
while(graphNLOAESSSInvCrossSectionEtaTwo[i]->GetX()[0] < minXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaTwo[i]->RemovePoint(0);
if(i==0) while(graphNLOAESSSInvCrossSectionEtaTwo[i]->GetX()[graphNLOAESSSInvCrossSectionEtaTwo[i]->GetN()-1] > maxXSpectraEta[i][10]+2.) graphNLOAESSSInvCrossSectionEtaTwo[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaTwo[i]->GetN()-1);
else while(graphNLOAESSSInvCrossSectionEtaTwo[i]->GetX()[graphNLOAESSSInvCrossSectionEtaTwo[i]->GetN()-1] > maxXSpectraEta[i][10]) graphNLOAESSSInvCrossSectionEtaTwo[i]->RemovePoint(graphNLOAESSSInvCrossSectionEtaTwo[i]->GetN()-1);
DrawGammaNLOTGraph( graphNLOAESSSInvCrossSectionEtaTwo[i], widthCommonFit, 4, colorNLO);
}else{
graphNLOAESSSInvCrossSectionEtaTwo[i]=NULL;
}
scalingFactorNLO *=10;
}
}
//---------------------------------------------------------------------------------------------------------------
//---------------------------- Scaling cross sections for plotting ----------------------------------------------
//---------------------------------------------------------------------------------------------------------------
Double_t scalingFactorXsec = 1;
for (Int_t i = 0; i < 6; i++){
if(includeEnergy[i]){
for (Int_t j = 0; j < 11; j++){
if(graphPi0InvariantCrossSectionSys[i][j]){
for (int k=0;k<graphPi0InvariantCrossSectionSys[i][j]->GetN();k++){
graphPi0InvariantCrossSectionSys[i][j]->GetY()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionSys[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionSys[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
DrawGammaSetMarkerTGraphAsym(graphPi0InvariantCrossSectionSys[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kTRUE);
if(j==10)
DrawGammaSetMarkerTGraphAsym(graphPi0InvariantCrossSectionSys[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE);
}
if(graphPi0InvariantCrossSectionStat[i][j]){
for (int k=0;k<graphPi0InvariantCrossSectionStat[i][j]->GetN();k++){
graphPi0InvariantCrossSectionStat[i][j]->GetY()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionStat[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionStat[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
ProduceGraphAsymmWithoutXErrors(graphPi0InvariantCrossSectionStat[i][j]);
DrawGammaSetMarkerTGraph(graphPi0InvariantCrossSectionStat[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j] , colorMeas[j]);
if(j==10)
DrawGammaSetMarkerTGraph(graphPi0InvariantCrossSectionStat[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphPi0InvariantCrossSectionTot[i][j]){
for (int k=0;k<graphPi0InvariantCrossSectionTot[i][j]->GetN();k++){
graphPi0InvariantCrossSectionTot[i][j]->GetY()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionTot[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphPi0InvariantCrossSectionTot[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
ProduceGraphAsymmWithoutXErrors(graphPi0InvariantCrossSectionTot[i][j]);
DrawGammaSetMarkerTGraph(graphPi0InvariantCrossSectionTot[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j] , colorMeas[j]);
if(j==10)
DrawGammaSetMarkerTGraph(graphPi0InvariantCrossSectionTot[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphEtaInvariantCrossSectionSys[i][j]){
for (int k=0;k<graphEtaInvariantCrossSectionSys[i][j]->GetN();k++){
graphEtaInvariantCrossSectionSys[i][j]->GetY()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionSys[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionSys[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
DrawGammaSetMarkerTGraphAsym(graphEtaInvariantCrossSectionSys[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kTRUE);
if(j==10)
DrawGammaSetMarkerTGraphAsym(graphEtaInvariantCrossSectionSys[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE);
}
if(graphEtaInvariantCrossSectionStat[i][j]){
for (int k=0;k<graphEtaInvariantCrossSectionStat[i][j]->GetN();k++){
graphEtaInvariantCrossSectionStat[i][j]->GetY()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionStat[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionStat[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
ProduceGraphAsymmWithoutXErrors(graphEtaInvariantCrossSectionStat[i][j]);
DrawGammaSetMarkerTGraph(graphEtaInvariantCrossSectionStat[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j] , colorMeas[j]);
if(j==10)
DrawGammaSetMarkerTGraph(graphEtaInvariantCrossSectionStat[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphEtaInvariantCrossSectionTot[i][j]){
for (int k=0;k<graphEtaInvariantCrossSectionTot[i][j]->GetN();k++){
graphEtaInvariantCrossSectionTot[i][j]->GetY()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionTot[i][j]->GetEYhigh()[k] *= scalingFactorXsec;
graphEtaInvariantCrossSectionTot[i][j]->GetEYlow()[k] *= scalingFactorXsec;
}
ProduceGraphAsymmWithoutXErrors(graphEtaInvariantCrossSectionTot[i][j]);
DrawGammaSetMarkerTGraph(graphEtaInvariantCrossSectionTot[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j] , colorMeas[j]);
if(j==10)
DrawGammaSetMarkerTGraph(graphEtaInvariantCrossSectionTot[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
if(graphEtaToPi0RatioSys[i][j] && j==10){
DrawGammaSetMarkerTGraphAsym(graphEtaToPi0RatioSys[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE);
}
if(graphEtaToPi0RatioStat[i][j] && j==10){
ProduceGraphAsymmWithoutXErrors(graphEtaToPi0RatioStat[i][j]);
DrawGammaSetMarkerTGraph(graphEtaToPi0RatioStat[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
}
scalingFactorXsec *= 10;
}
}
//---------------------------------------------------------------------------------------------------------------
//-------------------------------TCM fits -----------------------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TF1* fitTCMInvCrossSectionPi0Comb[6];
TF1* fitTCMInvCrossSectionPi0CombPlot[6];
TF1* fitTCMInvCrossSectionEtaComb[6];
TF1* fitTCMInvCrossSectionEtaCombPlot[6];
for (Int_t i = 0; i < 6; i++){
if(includeEnergy[i]){
if(graphPi0InvariantCrossSectionTot[i][10]){
fLog << "TCM - " << nameEnergyGlobal2[i].Data() << endl;
fLog << endl;
if(i == 1){
Double_t paramTCMPi0New[5] = { 703678218.2483119965,0.5727060723,
68561118949.5456314087,0.4481417931,3.0869940568};
fitTCMInvCrossSectionPi0Comb[i] = FitObject("tcm",Form("fitTCMInvCrossSectionPi0Comb_%s",nameEnergyGlobal2[i].Data()),"Pi0",graphPi0InvariantCrossSectionTot[i][10],minXSpectra[i][10],maxXSpectra[i][10] ,paramTCMPi0New,"QNRMEX0+","", kFALSE);
}else if( i == 0 && useNewMeasurements){
Double_t paramTCMPi0New[5] = { 99747914072.3427581787,0.2239955466,
787371127.3022410870,1.0596112634,4.3840859785};
fitTCMInvCrossSectionPi0Comb[i] = FitObject("tcm",Form("fitTCMInvCrossSectionPi0Comb_%s",nameEnergyGlobal2[i].Data()),"Pi0",graphPi0InvariantCrossSectionTot[i][10],minXSpectra[i][10],maxXSpectra[i][10] ,paramTCMPi0New,"QNRMEX0+","", kFALSE);
}else{
Double_t paramTCMComb[5] = { graphPi0InvariantCrossSectionTot[i][10]->GetY()[1],0.1,graphPi0InvariantCrossSectionTot[i][10]->GetY()[3],0.6,3.0};
fitTCMInvCrossSectionPi0Comb[i] = FitObject("tcm",Form("fitTCMInvCrossSectionPi0Comb_%s",nameEnergyGlobal2[i].Data()),"Pi0",graphPi0InvariantCrossSectionTot[i][10],minXSpectra[i][10],maxXSpectra[i][10] ,paramTCMComb,"QNRMEX0+","", kFALSE);
}
fitTCMInvCrossSectionPi0CombPlot[i] = new TF1(Form("twoCompModel_plotting_%s",nameEnergyGlobal2[i].Data()),Form("[0]*exp(-(TMath::Sqrt(x*x+%.10f*%.10f)-%.10f)/[1]) + [2]/(TMath::Power(1+x*x/([3]*[3]*[4]),[4]) )",mesonMassExpectPi0,mesonMassExpectPi0,mesonMassExpectPi0));
fitTCMInvCrossSectionPi0CombPlot[i]->SetRange(minXSpectra[i][10],maxXSpectra[i][10]);
fitTCMInvCrossSectionPi0CombPlot[i]->SetParameters(fitTCMInvCrossSectionPi0Comb[i]->GetParameters());
fitTCMInvCrossSectionPi0CombPlot[i]->SetParErrors(fitTCMInvCrossSectionPi0Comb[i]->GetParErrors());
DrawGammaSetMarkerTF1( fitTCMInvCrossSectionPi0CombPlot[i], 7, 2, kGray+2);
fLog << WriteParameterToFile(fitTCMInvCrossSectionPi0Comb[i]) << endl;
}
if(graphEtaInvariantCrossSectionTot[i][10]){
fLog << "TCM - " << nameEnergyGlobal2[i].Data() << endl;
fLog << endl;
if(i==3){
Double_t paramTCMComb[5] = { graphEtaInvariantCrossSectionTot[i][10]->GetY()[1],0.1,graphEtaInvariantCrossSectionTot[i][10]->GetY()[2],0.6,3.0};
fitTCMInvCrossSectionEtaComb[i] = FitObject("tcm",Form("fitTCMInvCrossSectionEtaComb_%s",nameEnergyGlobal2[i].Data()),"Eta",graphEtaInvariantCrossSectionTot[i][10],minXSpectraEta[i][10],maxXSpectraEta[i][10] ,paramTCMComb,"QNRMEX0+","", kFALSE);
}else{
Double_t paramTCMComb[5] = { graphEtaInvariantCrossSectionTot[i][10]->GetY()[1],0.1,graphEtaInvariantCrossSectionTot[i][10]->GetY()[4],0.6,3.0};
fitTCMInvCrossSectionEtaComb[i] = FitObject("tcm",Form("fitTCMInvCrossSectionEtaComb_%s",nameEnergyGlobal2[i].Data()),"Eta",graphEtaInvariantCrossSectionTot[i][10],minXSpectraEta[i][10],maxXSpectraEta[i][10] ,paramTCMComb,"QNRMEX0+","", kFALSE);
}
fitTCMInvCrossSectionEtaCombPlot[i] = new TF1(Form("twoCompModel_Eta_plotting_%s",nameEnergyGlobal2[i].Data()),Form("[0]*exp(-(TMath::Sqrt(x*x+%.10f*%.10f)-%.10f)/[1]) + [2]/(TMath::Power(1+x*x/([3]*[3]*[4]),[4]) )",mesonMassExpectEta,mesonMassExpectEta,mesonMassExpectEta));
fitTCMInvCrossSectionEtaCombPlot[i]->SetRange(minXSpectraEta[i][10],maxXSpectraEta[i][10]);
fitTCMInvCrossSectionEtaCombPlot[i]->SetParameters(fitTCMInvCrossSectionEtaComb[i]->GetParameters());
fitTCMInvCrossSectionEtaCombPlot[i]->SetParErrors(fitTCMInvCrossSectionEtaComb[i]->GetParErrors());
DrawGammaSetMarkerTF1( fitTCMInvCrossSectionEtaCombPlot[i], 7, 2, kGray+2);
fLog << WriteParameterToFile(fitTCMInvCrossSectionEtaComb[i]) << endl;
}
}
}
//---------------------------------------------------------------------------------------------------------------
//-------------------------------Tsallis fits -------------------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TF1* fitTsallisInvCrossSectionPi0Comb[6];
TF1* fitTsallisInvCrossSectionEtaComb[6];
for (Int_t i = 0; i < 6; i++){
if(includeEnergy[i]){
if(graphPi0InvariantCrossSectionTot[i][10]){
fLog << "Tsallis - " << nameEnergyGlobal2[i].Data() << endl;
fLog << endl;
Double_t paramTsallisComb[3] = {5e11, 6., 0.13};
Double_t paramTsallisCombHigh[3] = {5e12, 6., 0.13};
fitTsallisInvCrossSectionPi0Comb[i] = FitObject("l",Form("fitInvCrossSectionPi08TeV_%s",nameEnergyGlobal2[i].Data()),"Pi0",graphPi0InvariantCrossSectionTot[i][10],minXSpectra[i][10],maxXSpectra[i][10],paramTsallisComb,"QNRMEX0+");
if(i==4)
fitTsallisInvCrossSectionPi0Comb[i] = FitObject("l",Form("fitInvCrossSectionPi08TeV_%s",nameEnergyGlobal2[i].Data()),"Pi0",graphPi0InvariantCrossSectionTot[i][10],minXSpectra[i][10],maxXSpectra[i][10],paramTsallisCombHigh,"QNRMEX0+");
DrawGammaSetMarkerTF1( fitTsallisInvCrossSectionPi0Comb[i], 3, 2, kGray+1);
fLog << WriteParameterToFile(fitTsallisInvCrossSectionPi0Comb[i]) << endl;
}
if(graphEtaInvariantCrossSectionTot[i][10]){
fLog << "Tsallis - Eta -" << nameEnergyGlobal2[i].Data() << endl;
fLog << endl;
if(i==0){
fitTsallisInvCrossSectionEtaComb[i] = new TF1(Form("fitInvCrossSectionEta8TeV_%s",nameEnergyGlobal2[i].Data()),Form("[0] / ( 2 * TMath::Pi())*([1]-1.)*([1]-2.) / ([1]*[2]*([1]*[2]+%.10f*([1]-2.))) * pow(1.+(sqrt(x*x+%.10f*%.10f)-%.10f)/([1]*[2]), -[1])",mesonMassExpectEta,mesonMassExpectEta,mesonMassExpectEta,mesonMassExpectEta));
fitTsallisInvCrossSectionEtaComb[i]->SetRange(minXSpectraEta[i][10],maxXSpectraEta[i][10]);
fitTsallisInvCrossSectionEtaComb[i]->SetParameter(0,graphEtaInvariantCrossSectionTot[i][10]->GetY()[1]);
fitTsallisInvCrossSectionEtaComb[i]->FixParameter(1,7.9);
fitTsallisInvCrossSectionEtaComb[i]->SetParameter(2,0.18);
graphEtaInvariantCrossSectionTot[i][10]->Fit(fitTsallisInvCrossSectionEtaComb[i],"QNRMEX0+","",minXSpectraEta[i][10],maxXSpectraEta[i][10]);
}else{
Double_t paramTsallisComb[3] = {graphEtaInvariantCrossSectionTot[i][10]->GetY()[1], 6.6, 0.22};
fitTsallisInvCrossSectionEtaComb[i] = FitObject("l",Form("fitInvCrossSectionEta8TeV_%s",nameEnergyGlobal2[i].Data()),"Eta",graphEtaInvariantCrossSectionTot[i][10],minXSpectraEta[i][10],maxXSpectraEta[i][10],paramTsallisComb,"QNRMEX0+");
}
DrawGammaSetMarkerTF1( fitTsallisInvCrossSectionEtaComb[i], 3, 2, kGray+1);
fLog << WriteParameterToFile(fitTsallisInvCrossSectionEtaComb[i]) << endl;
}
}
}
//---------------------------------------------------------------------------------------------------------------
//-------------------------------Data to Fit Ratios -------------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraphAsymmErrors* graphRatioIndivMeasToCombFitPi0Sys[6][11];
TGraphAsymmErrors* graphRatioIndivMeasToCombFitPi0Stat[6][11];
TGraphAsymmErrors* graphRatioIndivMeasToCombFitPi0Stat_woXErr[6][11];
TGraphAsymmErrors* graphRatioIndivMeasToCombFitEtaSys[6][11];
TGraphAsymmErrors* graphRatioIndivMeasToCombFitEtaStat[6][11];
TGraphAsymmErrors* graphRatioIndivMeasToCombFitEtaStat_woXErr[6][11];
for (Int_t i = 5; i > -1; i--){
if(includeEnergy[i]){
for (Int_t j = 0; j < 11; j++){
if(graphPi0InvariantCrossSectionSys[i][j]&&graphPi0InvariantCrossSectionStat[i][j]){
//__________________________ Sys points
graphRatioIndivMeasToCombFitPi0Sys[i][j] = (TGraphAsymmErrors*)graphPi0InvariantCrossSectionSys[i][j]->Clone(Form("graphRatioIndivMeasToCombFitPi0Sys%i_%i",i,j));
graphRatioIndivMeasToCombFitPi0Sys[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitPi0Sys[i][j], fitTCMInvCrossSectionPi0CombPlot[i]);
if(j==10) DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitPi0Sys[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE, 0);
else DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitPi0Sys[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kTRUE, 0);
graphRatioIndivMeasToCombFitPi0Sys[i][j]->SetLineWidth(0);
//__________________________ Stat points
graphRatioIndivMeasToCombFitPi0Stat[i][j] = (TGraphAsymmErrors*)graphPi0InvariantCrossSectionStat[i][j]->Clone(Form("graphRatioIndivMeasToCombFitPi0Stat%i_%i",i,j));
graphRatioIndivMeasToCombFitPi0Stat[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitPi0Stat[i][j], fitTCMInvCrossSectionPi0CombPlot[i]);
graphRatioIndivMeasToCombFitPi0Stat_woXErr[i][j] = (TGraphAsymmErrors*) graphRatioIndivMeasToCombFitPi0Stat[i][j]->Clone(Form("graphRatioIndivMeasToCombFitPi0Stat_woXErr%i_%i",i,j));
ProduceGraphAsymmWithoutXErrors(graphRatioIndivMeasToCombFitPi0Stat_woXErr[i][j]);
if(j==10) DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitPi0Stat_woXErr[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE, 0);
else DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitPi0Stat_woXErr[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kFALSE);
graphRatioIndivMeasToCombFitPi0Stat_woXErr[i][j]->SetLineWidth(widthLinesBoxes);
}
if(graphEtaInvariantCrossSectionSys[i][j]&&graphEtaInvariantCrossSectionStat[i][j]){
//__________________________ Sys points
graphRatioIndivMeasToCombFitEtaSys[i][j] = (TGraphAsymmErrors*)graphEtaInvariantCrossSectionSys[i][j]->Clone(Form("graphRatioIndivMeasToCombFitEtaSys%i_%i",i,j));
if(i==0&&(j==0||j==10)) graphRatioIndivMeasToCombFitEtaSys[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitEtaSys[i][j], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioIndivMeasToCombFitEtaSys[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitEtaSys[i][j], fitTCMInvCrossSectionEtaCombPlot[i]);
if(j==10) DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitEtaSys[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE, 0);
else DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitEtaSys[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kTRUE, 0);
graphRatioIndivMeasToCombFitEtaSys[i][j]->SetLineWidth(0);
//__________________________ Stat points
graphRatioIndivMeasToCombFitEtaStat[i][j] = (TGraphAsymmErrors*)graphEtaInvariantCrossSectionStat[i][j]->Clone(Form("graphRatioIndivMeasToCombFitEtaStat%i_%i",i,j));
if(i==0&&(j==0||j==10)) graphRatioIndivMeasToCombFitEtaStat[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitEtaStat[i][j], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioIndivMeasToCombFitEtaStat[i][j] = CalculateGraphErrRatioToFit(graphRatioIndivMeasToCombFitEtaStat[i][j], fitTCMInvCrossSectionEtaCombPlot[i]);
graphRatioIndivMeasToCombFitEtaStat_woXErr[i][j] = (TGraphAsymmErrors*) graphRatioIndivMeasToCombFitEtaStat[i][j]->Clone(Form("graphRatioIndivMeasToCombFitEtaStat_woXErr%i_%i",i,j));
ProduceGraphAsymmWithoutXErrors(graphRatioIndivMeasToCombFitEtaStat_woXErr[i][j]);
if(j==10) DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitEtaStat_woXErr[i][j], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE, 0);
else DrawGammaSetMarkerTGraphAsym(graphRatioIndivMeasToCombFitEtaStat_woXErr[i][j], markerStyleMeas[j], markerSizeMeas[j], colorMeas[j], colorMeas[j], widthLinesBoxes, kFALSE);
graphRatioIndivMeasToCombFitEtaStat_woXErr[i][j]->SetLineWidth(widthLinesBoxes);
}
}
}
}
//---------------------------------------------------------------------------------------------------------------
//------------------------------- Pythia to Fit Ratios ----------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraphErrors* graphRatioPythiaToCombFitPi0[6];
TH1D* histoRatioPythiaToCombFitPi0[6];
TGraphErrors* graphRatioPythiaToCombFitEta[6];
TH1D* histoRatioPythiaToCombFitEta[6];
for (Int_t i = 5; i > -1; i--){
if(includeEnergy[i]){
if(graphPythiaInvCrossSectionPi0[i]){
cout << "calculating pythia ratio for meas " << nameEnergyGlobal2[i].Data() << endl;
graphRatioPythiaToCombFitPi0[i] = (TGraphErrors*)graphPythiaInvCrossSectionPi0[i]->Clone(Form("graphRatioPythiaToCombFitPi0%i",i));
graphRatioPythiaToCombFitPi0[i] = CalculateGraphErrRatioToFit(graphRatioPythiaToCombFitPi0[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaSetMarkerTGraphErr(graphRatioPythiaToCombFitPi0[i], 0, 0, pythia8color , pythia8color, widthLinesBoxes, kTRUE, pythia8color);
}
if(histoPythiaInvCrossSectionPi0[i]){
histoRatioPythiaToCombFitPi0[i] = (TH1D*)histoPythiaInvCrossSectionPi0[i]->Clone(Form("histoRatioPythiaToCombFitPi0%i",i));
histoRatioPythiaToCombFitPi0[i] = CalculateHistoRatioToFit(histoRatioPythiaToCombFitPi0[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaSetMarker(histoRatioPythiaToCombFitPi0[i], 24, 1.5, pythia8color , pythia8color);
histoRatioPythiaToCombFitPi0[i]->SetLineWidth(widthCommonFit);
}
if(graphPythiaInvCrossSectionEta[i]){
graphRatioPythiaToCombFitEta[i] = (TGraphErrors*)graphPythiaInvCrossSectionEta[i]->Clone(Form("graphRatioPythiaToCombFitEta%i",i));
if(i==0) graphRatioPythiaToCombFitEta[i] = CalculateGraphErrRatioToFit(graphRatioPythiaToCombFitEta[i], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioPythiaToCombFitEta[i] = CalculateGraphErrRatioToFit(graphRatioPythiaToCombFitEta[i], fitTCMInvCrossSectionEtaCombPlot[i]);
DrawGammaSetMarkerTGraphErr(graphRatioPythiaToCombFitEta[i], 0, 0, pythia8color , pythia8color, widthLinesBoxes, kTRUE, pythia8color);
if(i==4) while(graphRatioPythiaToCombFitEta[i]->GetX()[0] < 1.) graphRatioPythiaToCombFitEta[i]->RemovePoint(0);
}
if(histoPythiaInvCrossSectionEta[i]){
histoRatioPythiaToCombFitEta[i] = (TH1D*)histoPythiaInvCrossSectionEta[i]->Clone(Form("histoRatioPythiaToCombFitEta%i",i));
if(i==0) histoRatioPythiaToCombFitEta[i] = CalculateHistoRatioToFit(histoRatioPythiaToCombFitEta[i], fitTsallisInvCrossSectionEtaComb[i]);
else histoRatioPythiaToCombFitEta[i] = CalculateHistoRatioToFit(histoRatioPythiaToCombFitEta[i], fitTCMInvCrossSectionEtaCombPlot[i]);
DrawGammaSetMarker(histoRatioPythiaToCombFitEta[i], 24, 1.5, pythia8color , pythia8color);
histoRatioPythiaToCombFitEta[i]->SetLineWidth(widthCommonFit);
if(i==4) histoRatioPythiaToCombFitEta[i]->GetXaxis()->SetRangeUser(0.8,maxXSpectraEta[i][10]);
}
}
}
//---------------------------------------------------------------------------------------------------------------
//-------------------------------Data to NLO Ratios -------------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraph* graphRatioNLODSS07ToCombFitPi0Half[6];
TGraph* graphRatioNLODSS07ToCombFitPi0One[6];
TGraph* graphRatioNLODSS07ToCombFitPi0Two[6];
TGraphAsymmErrors* graphRatioNLODSS14ToCombFitPi0[6];
TGraphAsymmErrors* graphRatioNLODSS14ToCombFitPi0center[6];
TGraph* graphRatioNLOAESSSToCombFitEtaHalf[6];
TGraph* graphRatioNLOAESSSToCombFitEtaOne[6];
TGraph* graphRatioNLOAESSSToCombFitEtaTwo[6];
for (Int_t i = 5; i > -1; i--){
if(includeEnergy[i]){
if(graphNLODSS07InvCrossSectionPi0Half[i]){
graphRatioNLODSS07ToCombFitPi0Half[i] = (TGraph*)graphNLODSS07InvCrossSectionPi0Half[i]->Clone(Form("graphRatioNLODSS07ToCombFitPi0Half%i",i));
graphRatioNLODSS07ToCombFitPi0Half[i] = CalculateGraphRatioToFit(graphRatioNLODSS07ToCombFitPi0Half[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLODSS07ToCombFitPi0Half[i], widthCommonFit, 8, colorNLO);
}else graphRatioNLODSS07ToCombFitPi0Half[i] = NULL;
if(graphNLODSS07InvCrossSectionPi0One[i]){
graphRatioNLODSS07ToCombFitPi0One[i] = (TGraph*)graphNLODSS07InvCrossSectionPi0One[i]->Clone(Form("graphRatioNLODSS07ToCombFitPi0One%i",i));
graphRatioNLODSS07ToCombFitPi0One[i] = CalculateGraphRatioToFit(graphRatioNLODSS07ToCombFitPi0One[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLODSS07ToCombFitPi0One[i], widthCommonFit, 7, colorNLO);
}else graphRatioNLODSS07ToCombFitPi0One[i] = NULL;
if(graphNLODSS07InvCrossSectionPi0Two[i]){
graphRatioNLODSS07ToCombFitPi0Two[i] = (TGraph*)graphNLODSS07InvCrossSectionPi0Two[i]->Clone(Form("graphRatioNLODSS07ToCombFitPi0Two%i",i));
graphRatioNLODSS07ToCombFitPi0Two[i] = CalculateGraphRatioToFit(graphRatioNLODSS07ToCombFitPi0Two[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLODSS07ToCombFitPi0Two[i], widthCommonFit, 4, colorNLO);
}else graphRatioNLODSS07ToCombFitPi0Two[i] = NULL;
if(graphNLODSS14InvCrossSectionPi0[i]){
graphRatioNLODSS14ToCombFitPi0[i] = (TGraphAsymmErrors*)graphNLODSS14InvCrossSectionPi0[i]->Clone(Form("graphRatioNLODSS14ToCombFitPi0%i",i));
graphRatioNLODSS14ToCombFitPi0[i] = CalculateGraphErrRatioToFit(graphRatioNLODSS14ToCombFitPi0[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaSetMarkerTGraphAsym(graphRatioNLODSS14ToCombFitPi0[i], 0, 0, colorNLO , colorNLO, widthLinesBoxes, kTRUE, colorNLO);
ProduceGraphAsymmWithoutXErrors(graphRatioNLODSS14ToCombFitPi0[i]);
graphRatioNLODSS14ToCombFitPi0[i]->SetLineWidth(widthCommonFit);
graphRatioNLODSS14ToCombFitPi0[i]->SetLineColor(colorNLO);
graphRatioNLODSS14ToCombFitPi0[i]->SetLineStyle(1);
graphRatioNLODSS14ToCombFitPi0[i]->SetFillStyle(1001);
graphRatioNLODSS14ToCombFitPi0[i]->SetFillColor(colorNLO);
}else graphRatioNLODSS14ToCombFitPi0[i] = NULL;
if(graphNLODSS14InvCrossSectionPi0center[i]){
graphRatioNLODSS14ToCombFitPi0center[i] = (TGraphAsymmErrors*)graphNLODSS14InvCrossSectionPi0center[i]->Clone(Form("graphRatioNLODSS14ToCombFitPi0center%i",i));
graphRatioNLODSS14ToCombFitPi0center[i] = CalculateGraphErrRatioToFit(graphRatioNLODSS14ToCombFitPi0center[i], fitTCMInvCrossSectionPi0CombPlot[i]);
DrawGammaSetMarkerTGraphAsym(graphRatioNLODSS14ToCombFitPi0center[i], 0, 0, colorNLO+2 , colorNLO+2, widthLinesBoxes, kTRUE, colorNLO+2);
ProduceGraphAsymmWithoutXErrors(graphRatioNLODSS14ToCombFitPi0center[i]);
graphRatioNLODSS14ToCombFitPi0center[i]->SetLineWidth(1.);
graphRatioNLODSS14ToCombFitPi0center[i]->SetLineColor(colorNLO+2);
graphRatioNLODSS14ToCombFitPi0center[i]->SetLineStyle(2);
}else graphRatioNLODSS14ToCombFitPi0center[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaHalf[i]){
graphRatioNLOAESSSToCombFitEtaHalf[i] = (TGraph*)graphNLOAESSSInvCrossSectionEtaHalf[i]->Clone(Form("graphRatioNLOAESSSToCombFitEtaHalf%i",i));
if(i==0) graphRatioNLOAESSSToCombFitEtaHalf[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaHalf[i], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioNLOAESSSToCombFitEtaHalf[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaHalf[i], fitTCMInvCrossSectionEtaCombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLOAESSSToCombFitEtaHalf[i], widthCommonFit, 8, colorNLO);
}else graphRatioNLOAESSSToCombFitEtaHalf[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaOne[i]){
graphRatioNLOAESSSToCombFitEtaOne[i] = (TGraph*)graphNLOAESSSInvCrossSectionEtaOne[i]->Clone(Form("graphRatioNLOAESSSToCombFitEtaOne%i",i));
if(i==0) graphRatioNLOAESSSToCombFitEtaOne[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaOne[i], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioNLOAESSSToCombFitEtaOne[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaOne[i], fitTCMInvCrossSectionEtaCombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLOAESSSToCombFitEtaOne[i], widthCommonFit, 7, colorNLO);
}else graphRatioNLOAESSSToCombFitEtaOne[i] = NULL;
if(graphNLOAESSSInvCrossSectionEtaTwo[i]){
graphRatioNLOAESSSToCombFitEtaTwo[i] = (TGraph*)graphNLOAESSSInvCrossSectionEtaTwo[i]->Clone(Form("graphRatioNLOAESSSToCombFitEtaTwo%i",i));
if(i==0) graphRatioNLOAESSSToCombFitEtaTwo[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaTwo[i], fitTsallisInvCrossSectionEtaComb[i]);
else graphRatioNLOAESSSToCombFitEtaTwo[i] = CalculateGraphRatioToFit(graphRatioNLOAESSSToCombFitEtaTwo[i], fitTCMInvCrossSectionEtaCombPlot[i]);
DrawGammaNLOTGraph( graphRatioNLOAESSSToCombFitEtaTwo[i], widthCommonFit, 4, colorNLO);
}else graphRatioNLOAESSSToCombFitEtaTwo[i] = NULL;
}
}
//---------------------------------------------------------------------------------------------------------------
//-------------------------------mT scaling curves -------------------------------------------------------------
//---------------------------------------------------------------------------------------------------------------
TGraphAsymmErrors* graphRatioForMt_stat[6];
TGraphAsymmErrors* graphRatioForMt_sys[6];
Double_t eta2Pi0Const[6]={0.459,0.474,0.459,0.476,0.455};
Double_t mPi0 = 0.134977;
Double_t mEta = 0.547853;
for(Int_t i=0; i<6; i++){
if(!includeEnergy[i]) continue;
graphRatioForMt_stat[i] = (TGraphAsymmErrors*)graphEtaToPi0RatioStat[i][10]->Clone();
graphRatioForMt_sys[i] = (TGraphAsymmErrors*)graphEtaToPi0RatioSys[i][10]->Clone();
Int_t n_stat = graphRatioForMt_stat[i]->GetN();
Double_t* yValue_stat = graphRatioForMt_stat[i]->GetY();
Double_t* yErrorLow_stat = graphRatioForMt_stat[i]->GetEYlow();
Double_t* yErrorHigh_stat = graphRatioForMt_stat[i]->GetEYhigh();
Double_t* yValue_sys = graphRatioForMt_sys[i]->GetY();
Double_t* yErrorLow_sys = graphRatioForMt_sys[i]->GetEYlow();
Double_t* yErrorHigh_sys = graphRatioForMt_sys[i]->GetEYhigh();
for (Int_t j = 0; j < n_stat; j++){
Double_t ptPi0 = graphEtaToPi0RatioStat[i][10]->GetX()[j];
Double_t mtEta = TMath::Sqrt(mEta*mEta + ptPi0*ptPi0);
Double_t ptEta = TMath::Sqrt(mtEta*mtEta - mPi0*mPi0);
Double_t Reta2pi0 = fitTCMInvCrossSectionPi0Comb[i]->Eval(ptEta) / fitTCMInvCrossSectionPi0Comb[i]->Eval(ptPi0) * eta2Pi0Const[i];
yValue_stat[j] = yValue_stat[j] / Reta2pi0;
yErrorLow_stat[j] = yErrorLow_stat[j] / Reta2pi0;
yErrorHigh_stat[j] = yErrorHigh_stat[j] / Reta2pi0;
yValue_sys[j] = yValue_sys[j] / Reta2pi0;
yErrorLow_sys[j] = yErrorLow_sys[j] / Reta2pi0;
yErrorHigh_sys[j] = yErrorHigh_sys[j]/ Reta2pi0;
}
DrawGammaSetMarkerTGraphAsym(graphRatioForMt_sys[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i], colorEnergy[i], widthLinesBoxes, kTRUE);
ProduceGraphAsymmWithoutXErrors(graphRatioForMt_stat[i]);
DrawGammaSetMarkerTGraph(graphRatioForMt_stat[i], markerStyleEnergy[i], markerSizeEnergy[i], colorEnergy[i] , colorEnergy[i]);
}
//---------------------------------------------------------------------------------------------------------------
//------------ Define canvas, pads and sizes for Spectrum (top) and Ratio (bottom) plot -------------------------
//---------------------------------------------------------------------------------------------------------------
Int_t canvasDividerXSec = 5+numActiveMeas;
Double_t textSizeLabelsPixel = 48;
Double_t xRangeMinXSec = 0.23;
Double_t xRangeMaxXSec = 49;
Double_t arrayBoundariesX1_XSec[2];
Double_t arrayBoundariesY1_XSec[canvasDividerXSec];
Double_t relativeMarginsXXSec[3];
Double_t relativeMarginsYXSec[3];
Double_t textsizeLabelsXSec[numActiveMeas+1];
Double_t textsizeFacXSec[numActiveMeas+1];
ReturnCorrectValuesForCanvasScaling(1250,4*330+330*numActiveMeas, 1, canvasDividerXSec-1,0.135, 0.005, 0.001,0.04*6/(3+numActiveMeas),arrayBoundariesX1_XSec,arrayBoundariesY1_XSec,relativeMarginsXXSec,relativeMarginsYXSec);
Double_t marginXSec = relativeMarginsXXSec[0]*1250;
TPad* padXSec[numActiveMeas+1];
TH2F * histoXSecDummy[numActiveMeas+1];
TH2F * histoXSecDummyEta[numActiveMeas+1];
TCanvas* canvasXSec = new TCanvas("canvasXSec","",0,0,1250,330*canvasDividerXSec); // gives the page size
DrawGammaCanvasSettings( canvasXSec, 0.13, 0.02, 0.03, 0.06);
//__________________________________________ Set spectrum pad properties
padXSec[0] = new TPad("padXSec_0", "", arrayBoundariesX1_XSec[0], arrayBoundariesY1_XSec[4], arrayBoundariesX1_XSec[1], arrayBoundariesY1_XSec[0],-1, -1, -2);
DrawGammaPadSettings( padXSec[0], relativeMarginsXXSec[0], relativeMarginsXXSec[2], relativeMarginsYXSec[0], relativeMarginsYXSec[1]);
padXSec[0]->Draw();
//__________________________________________ Set ratio pad properties
for(Int_t i=0;i<numActiveMeas;i++){
padXSec[i+1] = new TPad(Form("padXSecFull_%d",i), "",
arrayBoundariesX1_XSec[0], arrayBoundariesY1_XSec[4+i+1],
arrayBoundariesX1_XSec[1], arrayBoundariesY1_XSec[4+i],-1, -1, -2);
if(i==numActiveMeas-1)
DrawGammaPadSettings( padXSec[i+1], relativeMarginsXXSec[0], relativeMarginsXXSec[2], relativeMarginsYXSec[1], relativeMarginsYXSec[2]);
else
DrawGammaPadSettings( padXSec[i+1], relativeMarginsXXSec[0], relativeMarginsXXSec[2], relativeMarginsYXSec[1], relativeMarginsYXSec[1]);
padXSec[i+1]->Draw();
}
//__________________________________________ Set pad text sizes
for(Int_t i=0;i<numActiveMeas+1;i++){
if (padXSec[i]->XtoPixel(padXSec[i]->GetX2()) < padXSec[i]->YtoPixel(padXSec[i]->GetY1())){
textsizeLabelsXSec[i] = (Double_t)textSizeLabelsPixel/padXSec[i]->XtoPixel(padXSec[i]->GetX2()) ;