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HistoProducerMA.C
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#include <algorithm>
#include <array>
#include <fstream>
#include <functional>
#include <memory>
#include <string>
#include <vector>
#include <iostream>
#include <TChain.h>
#include <TCanvas.h>
#include <TFile.h>
#include <TGraph.h>
#include <TH1.h>
#include <TH2.h>
#include <THStack.h>
#include <TF1.h>
#include <TLegend.h>
#include <TLine.h>
#include <TAxis.h>
#include <TSpline.h>
//This defines our current settings for the fiducial volume
double FVx = 256.35;
double FVy = 233;
double FVz = 1036.8;
double borderx = 10.;
double bordery = 20.;
double borderz = 10.;
float GetMaximum(const std::vector<TH1F*>& HistVector);
void AddFirstTwoHistograms(std::vector<TH1F*>& HistVector, float Weight);
void AddFirstTwoHistograms2D(std::vector<TH2F*>& HistVector, float Weight);
float CalcLength(const float& x_1, const float& y_1, const float& z_1, const float& x_2, const float& y_2, const float& z_2);
double FlashTrackDist(double flash, double start, double end);
bool inDeadRegion(double y, double z);
std::vector<TSpline5> Systematics();
void AdjustSysError(std::vector<TH1F*>& HistVector);
bool inFV(double x, double y, double z);
void HistoProducerMA()
{
TGaxis::SetMaxDigits(4);
// std::string TrackProdName="pandoraNuKHit";
// std::string TrackProdName = "pandoraCosmic";
std::string TrackProdName="pandoraNu";
// std::string TrackProdName="pmtrack";
// std::string TrackProdName="pandoraNuPMA";
// std::string TrackProdName="trackkalmanhit";
// std::string VertexProdName="nuvtx";
// std::string VertexProdName="pandoraCosmic";
std::string VertexProdName = "pandoraNu";
// std::string VertexProdName = "pmtrack";
// std::string SelectionLabel = "_Old";
std::string SelectionLabel = "_Mod";
// std::string SelectionLabel = "_New";
// std::string FileType = "png";
std::string FileType = "pdf";
std::vector<TChain*> ChainVec;
std::vector<std::string> DataLabel;
std::vector<std::string> MCLabel;
std::vector<std::string> GenLabel;
std::vector<std::string> BgrLabel;
std::vector<float> ScalingFactors;
ScalingFactors.push_back(1);
// ScalingFactors.push_back(1/179041.);
ScalingFactors.push_back(1.2300);
ScalingFactors.push_back(1);
ScalingFactors.push_back(1);
// Binning
unsigned int NumberOfBins = 20;
unsigned int NumberOf2DBins = 10;
std::vector<TH1F*> SelectionTrackRange;
std::vector<TH1F*> SelectionEnergy;
std::vector<TH1F*> SelectionMomentum;
std::vector<TH1F*> SelectionTheta;
std::vector<TH1F*> SelectionCosTheta;
std::vector<TH1F*> SelectionPhi;
std::vector<TH1F*> SelXTrackStartEnd;
std::vector<TH1F*> SelYTrackStartEnd;
std::vector<TH1F*> SelZTrackStartEnd;
std::vector<TH1F*> SelXVtxPosition;
std::vector<TH1F*> SelYVtxPosition;
std::vector<TH1F*> SelZVtxPosition;
std::vector<TH1F*> BgrTrackRange;
std::vector<TH1F*> BgrEnergy;
std::vector<TH1F*> BgrMomentum;
std::vector<TH1F*> BgrTheta;
std::vector<TH1F*> BgrCosTheta;
std::vector<TH1F*> BgrPhi;
std::vector<TH1F*> BgrXTrackStartEnd;
std::vector<TH1F*> BgrYTrackStartEnd;
std::vector<TH1F*> BgrZTrackStartEnd;
std::vector<TH1F*> BgrXVtxPosition;
std::vector<TH1F*> BgrYVtxPosition;
std::vector<TH1F*> BgrZVtxPosition;
std::vector<TH2F*> PhiVsTheta;
std::vector<TH2F*> PhiVsXPos;
std::vector<TH2F*> PhiVsYPos;
std::vector<TH2F*> PhiVsZPos;
std::vector<TH2F*> XPosVsYPos;
std::vector<TH2F*> ZPosVsYPos;
std::vector<TH2F*> RangeVsPE;
std::vector<TH2F*> RangeVsYPos;
std::vector<TH2F*> PhiVsFlashTrackDist;
TF1* SinTheta = new TF1("const","sin(x)",0,3.142);
THStack* StackBgrTrackRange = new THStack("Bgr Track Range","Bgr Track Range");
THStack* StackBgrEnergy = new THStack("Bgr Energy","Bgr Energy");
THStack* StackBgrMomentum = new THStack("Bgr Momentum","Bgr Momentum");
THStack* StackBgrTheta = new THStack("Bgr Theta","Bgr Theta");
THStack* StackBgrCosTheta = new THStack("Bgr Theta","Bgr Theta");
THStack* StackBgrPhi = new THStack("Bgr Phi","Bgr Phi");
THStack* StackBgrXTrackStartEnd = new THStack("Bgr X Start","Bgr X Start");
THStack* StackBgrYTrackStartEnd = new THStack("Bgr Y Start","Bgr Y Start");
THStack* StackBgrZTrackStartEnd = new THStack("Bgr Z Start","Bgr Z Start");
THStack* StackBgrXVtxPosition = new THStack("Bgr X Vertex","Bgr X Vertex");
THStack* StackBgrYVtxPosition = new THStack("Bgr X Vertex","Bgr X Vertex");
THStack* StackBgrZVtxPosition = new THStack("Bgr X Vertex","Bgr X Vertex");
TLegend* LegendData = new TLegend(0.7,0.8,0.9,0.9);
LegendData->SetHeader("Data Sample");
DataLabel.push_back("On-Beam BNB");
DataLabel.push_back("Off-Beam BNB ext");
TLegend* LegendMC = new TLegend(0.6,0.72,0.9,0.9);
// LegendMC->SetHeader("Data Type");
MCLabel.push_back("On-Beam Minus Off-Beam Sample");
MCLabel.push_back("Selection on MC BNB+Cosmic with Stat. Error");
MCLabel.push_back("Selection on modified M_{A} MC");
// MCLabel.push_back("Selection on TEM MC");
// MCLabel.push_back("Selection on MEC MC");
// MCLabel.push_back("MC BNB+Cosmic Sys. Error");
TLegend* FlashLabel = new TLegend(0.7,0.7,0.9,0.9);
// FlashLabel->SetHeader("Generator Type");
GenLabel.push_back("Data On-Beam BNB");
GenLabel.push_back("Data Off-Beam BNBEXT");
GenLabel.push_back("MC Prodgenie BNB Nu Cosmic");
GenLabel.push_back("MC Prodgenie BNB Nu Cosmic M_A");
// GenLabel.push_back("MC Prodgenie BNB Nu Cosmic TEM");
// GenLabel.push_back("MC Prodgenie BNB Nu Cosmic MEC");
// GenLabel.push_back("MC Systematic Errors");
// GenLabel.push_back("MC Prodgenie BNB Nu");
// GenLabel.push_back("MC Prodcosmic Corsika in-Time");
BgrLabel.push_back("Bgr #bar{#nu}_{#mu} Events MC BNB+Cosmic");
BgrLabel.push_back("Bgr #nu_{e} Events MC BNB+Cosmic");
BgrLabel.push_back("Bgr #nu_{#mu} CC Out of FV, MC BNB+Cosmic");
BgrLabel.push_back("Bgr NC Events MC BNB+Cosmic");
BgrLabel.push_back("Bgr Cosmic Events MC BNB+Cosmic");
std::vector<TSpline5> SystematicErrors = Systematics();
std::vector<unsigned int> ColorMap = {13,28,42,30,38};
ChainVec.push_back(new TChain("anatree"));
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_data_onbeam_bnb_v05_08_00_1"+ SelectionLabel +".root").c_str());
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_data_onbeam_bnb_v05_08_00_2"+ SelectionLabel +".root").c_str());
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_data_onbeam_bnb_v05_08_00_3"+ SelectionLabel +".root").c_str());
ChainVec.push_back(new TChain("anatree"));
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_data_offbeam_bnbext_v05_08_00_1"+ SelectionLabel +".root").c_str());
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_data_offbeam_bnbext_v05_08_00_2"+ SelectionLabel +".root").c_str());
ChainVec.push_back(new TChain("anatree"));
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_prodgenie_bnb_nu_cosmic_uboone_v05_08_00"+ SelectionLabel +".root").c_str());
ChainVec.push_back(new TChain("anatree"));
ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_MA_v05_08_00"+ SelectionLabel +".root").c_str());
// ChainVec.push_back(new TChain("anatree"));
// ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_TEM_v05_08_00"+ SelectionLabel +".root").c_str());
// ChainVec.push_back(new TChain("anatree"));
// ChainVec.back() -> Add(("/lheppc46/data/uBData/anatrees/Hist_Track_"+ TrackProdName +"_Vertex_"+ VertexProdName +"_MEC_v05_08_00"+ SelectionLabel +".root").c_str());
for(const auto& Label : GenLabel)
{
SelectionTrackRange.push_back(new TH1F(("Track Range"+Label).c_str(),"Track Range of Selected Track",NumberOfBins,0,1036.8));
SelectionTrackRange.back()->SetStats(0);
SelectionTrackRange.back()->GetXaxis()->SetTitle("Track Range [cm]");
SelectionTrackRange.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
SelectionTheta.push_back(new TH1F(("#theta-Angle"+Label).c_str(),"#theta-Angle of Selected Track",NumberOfBins,0,3.142));
SelectionTheta.back()->SetStats(0);
SelectionTheta.back()->GetXaxis()->SetTitle("#theta [rad]");
SelectionTheta.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d#theta}");
SelectionTheta.back()->GetYaxis()->SetTitleOffset(1.3);
SelectionCosTheta.push_back(new TH1F(("cos#theta-Angle"+Label).c_str(),"cos#theta of Selected Track",NumberOfBins,-1,1));
SelectionCosTheta.back()->SetStats(0);
SelectionCosTheta.back()->GetXaxis()->SetTitle("cos#theta [ ]");
SelectionCosTheta.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d(cos#theta)}");
SelectionCosTheta.back()->GetYaxis()->SetTitleOffset(1.3);
SelectionPhi.push_back(new TH1F(("#phi-Angle"+Label).c_str(),"#phi-Angle of Selected Track",NumberOfBins,-3.142,3.142));
SelectionPhi.back()->SetStats(0);
SelectionPhi.back()->GetXaxis()->SetTitle("#phi angle [rad]");
SelectionPhi.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d#phi}");
SelectionPhi.back()->GetYaxis()->SetTitleOffset(1.3);
SelectionEnergy.push_back(new TH1F(("Energy"+Label).c_str(),"Energy of Selected Track",NumberOfBins,0,3));
SelectionEnergy.back()->SetStats(0);
SelectionEnergy.back()->GetXaxis()->SetTitle("Muon Kinetic Energy [GeV]");
SelectionEnergy.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dE}");
SelectionEnergy.back()->GetYaxis()->SetTitleOffset(1.3);
SelectionMomentum.push_back(new TH1F(("Momentum"+Label).c_str(),"Momentum of Selected Track",NumberOfBins,0,3));
SelectionMomentum.back()->SetStats(0);
SelectionMomentum.back()->GetXaxis()->SetTitle("Muon Momentum [GeV/c]");
SelectionMomentum.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dp}");
SelectionMomentum.back()->GetYaxis()->SetTitleOffset(1.3);
SelXTrackStartEnd.push_back(new TH1F(("XTrack"+Label).c_str(),"X Track Start & End Positions",NumberOfBins,0,256));
SelXTrackStartEnd.back()->SetStats(0);
SelXTrackStartEnd.back()->GetXaxis()->SetTitle("x [cm]");
SelXTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
SelXTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
SelYTrackStartEnd.push_back(new TH1F(("YTrack"+Label).c_str(),"Y Track Start & End Positions",NumberOfBins,-233/2,233/2));
SelYTrackStartEnd.back()->SetStats(0);
SelYTrackStartEnd.back()->GetXaxis()->SetTitle("y [cm]");
SelYTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dy}");
SelYTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
SelZTrackStartEnd.push_back(new TH1F(("ZTrack"+Label).c_str(),"Z Track Start & End Positions",NumberOfBins,0,1036.8));
SelZTrackStartEnd.back()->SetStats(0);
SelZTrackStartEnd.back()->GetXaxis()->SetTitle("z [cm]");
SelZTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dz}");
SelZTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
SelXVtxPosition.push_back(new TH1F(("XVertex"+Label).c_str(),"X Vertex Position",NumberOfBins,0,256));
SelXVtxPosition.back()->SetStats(0);
SelXVtxPosition.back()->GetXaxis()->SetTitle("x [cm]");
SelXVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
SelXVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
SelYVtxPosition.push_back(new TH1F(("YVertex"+Label).c_str(),"Y Vertex Position",NumberOfBins,-233/2,233/2));
SelYVtxPosition.back()->SetStats(0);
SelYVtxPosition.back()->GetXaxis()->SetTitle("y [cm]");
SelYVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dy}");
SelYVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
SelZVtxPosition.push_back(new TH1F(("ZVertex"+Label).c_str(),"Z Vertex Position",NumberOfBins,0,1036.8));
SelZVtxPosition.back()->SetStats(0);
SelZVtxPosition.back()->GetXaxis()->SetTitle("z [cm]");
SelZVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dz}");
SelZVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
PhiVsTheta.push_back(new TH2F(("PhiVsTheta"+Label).c_str(),"Phi Vs. Theta",NumberOf2DBins,-3.142,3.142,NumberOf2DBins,0,3.142));
PhiVsTheta.back()->SetStats(0);
PhiVsTheta.back()->GetXaxis()->SetTitle("#phi [rad]");
PhiVsTheta.back()->GetYaxis()->SetTitle("#theta [rad]");
PhiVsXPos.push_back(new TH2F(("PhiVsXPos"+Label).c_str(),"Phi Vs. X-Position",NumberOf2DBins,-3.142,3.142,NumberOf2DBins,0,256));
PhiVsXPos.back()->SetStats(0);
PhiVsXPos.back()->GetXaxis()->SetTitle("#phi [rad]");
PhiVsXPos.back()->GetYaxis()->SetTitle("x [cm]");
PhiVsYPos.push_back(new TH2F(("PhiVsYPos"+Label).c_str(),"Phi Vs. Y-Position",NumberOf2DBins,-3.142,3.142,NumberOf2DBins,-233/2,233/2));
PhiVsYPos.back()->SetStats(0);
PhiVsYPos.back()->GetXaxis()->SetTitle("#phi [rad]");
PhiVsYPos.back()->GetYaxis()->SetTitle("y [cm]");
PhiVsZPos.push_back(new TH2F(("PhiVsZPos"+Label).c_str(),"Phi Vs. Z-Position",NumberOf2DBins,-3.142,3.142,NumberOf2DBins,0,1036.8));
PhiVsZPos.back()->SetStats(0);
PhiVsZPos.back()->GetXaxis()->SetTitle("#phi [rad]");
PhiVsZPos.back()->GetYaxis()->SetTitle("z [cm]");
XPosVsYPos.push_back(new TH2F(("XPosVsYPos"+Label).c_str(),"X-Position Vs. Y-Position",NumberOf2DBins,0,256,NumberOf2DBins,-233/2,233/2));
XPosVsYPos.back()->SetStats(0);
XPosVsYPos.back()->GetXaxis()->SetTitle("x [cm]");
XPosVsYPos.back()->GetYaxis()->SetTitle("y [cm]");
ZPosVsYPos.push_back(new TH2F(("ZPosVsYPos"+Label).c_str(),"Z-Position Vs. Y-Position",NumberOf2DBins,0,1036.8,NumberOf2DBins,-233/2,233/2));
ZPosVsYPos.back()->SetStats(0);
ZPosVsYPos.back()->GetXaxis()->SetTitle("z [cm]");
ZPosVsYPos.back()->GetYaxis()->SetTitle("y [cm]");
RangeVsPE.push_back(new TH2F(("RangeVsPE"+Label).c_str(),"Track Range Vs. PE",NumberOf2DBins,0,700,NumberOf2DBins,50,500));
RangeVsPE.back()->SetStats(0);
RangeVsPE.back()->GetXaxis()->SetTitle("Track Range [cm]");
RangeVsPE.back()->GetYaxis()->SetTitle("# PE [ ]");
RangeVsYPos.push_back(new TH2F(("RangeVsYPos"+Label).c_str(),"Y-Position Vs. Track Range",NumberOf2DBins,0,700,NumberOf2DBins,-233/2,233/2));
RangeVsYPos.back()->SetStats(0);
RangeVsYPos.back()->GetXaxis()->SetTitle("Track Range [cm]");
RangeVsYPos.back()->GetYaxis()->SetTitle("y [cm]");
PhiVsFlashTrackDist.push_back(new TH2F(("PhiVsFlashTrackDist"+Label).c_str(),"Phi angle Vs. Track to Flash Distance",NumberOf2DBins,-3.142,3.142,NumberOf2DBins,0,14));
PhiVsFlashTrackDist.back()->SetStats(0);
PhiVsFlashTrackDist.back()->GetXaxis()->SetTitle("#phi angle [rad]");
PhiVsFlashTrackDist.back()->GetYaxis()->SetTitle("Track to Flash Distance [cm]");
}
unsigned int BgrCount = 0;
for(const auto& Label : BgrLabel)
{
BgrTrackRange.push_back(new TH1F(("Track Range"+Label).c_str(),"Track Range of Selected Track",NumberOfBins,0,1000));
BgrTrackRange.back()->SetStats(0);
BgrTrackRange.back()->SetFillColor(ColorMap.at(BgrCount));
BgrTrackRange.back()->GetXaxis()->SetTitle("Track Range [cm]");
BgrTrackRange.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
BgrTheta.push_back(new TH1F(("#theta-Angle"+Label).c_str(),"#theta of Selected Track",NumberOfBins,0,3.142));
BgrTheta.back()->SetStats(0);
BgrTheta.back()->SetFillColor(ColorMap.at(BgrCount));
BgrTheta.back()->GetXaxis()->SetTitle("#theta [rad]");
BgrTheta.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d#theta}");
BgrTheta.back()->GetYaxis()->SetTitleOffset(1.3);
BgrCosTheta.push_back(new TH1F(("cos#theta-Angle"+Label).c_str(),"cos#theta of Selected Track",NumberOfBins,-1,1));
BgrCosTheta.back()->SetStats(0);
BgrCosTheta.back()->SetFillColor(ColorMap.at(BgrCount));
BgrCosTheta.back()->GetXaxis()->SetTitle("cos#theta [ ]");
BgrCosTheta.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d(cos#theta)}");
BgrCosTheta.back()->GetYaxis()->SetTitleOffset(1.3);
BgrPhi.push_back(new TH1F(("#phi-Angle"+Label).c_str(),"#phi-Angle of Selected Track",NumberOfBins,-3.142,3.142));
BgrPhi.back()->SetStats(0);
BgrPhi.back()->SetFillColor(ColorMap.at(BgrCount));
BgrPhi.back()->GetXaxis()->SetTitle("#phi angle [rad]");
BgrPhi.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{d#phi}");
BgrPhi.back()->GetYaxis()->SetTitleOffset(1.3);
BgrEnergy.push_back(new TH1F(("Energy"+Label).c_str(),"Energy of Selected Track",NumberOfBins,0,3));
BgrEnergy.back()->SetStats(0);
BgrEnergy.back()->SetFillColor(ColorMap.at(BgrCount));
BgrEnergy.back()->GetXaxis()->SetTitle("Muon Kinetic Energy [MeV]");
BgrEnergy.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dE}");
BgrEnergy.back()->GetYaxis()->SetTitleOffset(1.3);
BgrMomentum.push_back(new TH1F(("Momentum"+Label).c_str(),"Momentum of Selected Track",NumberOfBins,0,3));
BgrMomentum.back()->SetStats(0);
BgrMomentum.back()->SetFillColor(ColorMap.at(BgrCount));
BgrMomentum.back()->GetXaxis()->SetTitle("Muon Momentum [GeV/c]");
BgrMomentum.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dp}");
BgrMomentum.back()->GetYaxis()->SetTitleOffset(1.3);
BgrXTrackStartEnd.push_back(new TH1F(("XTrack"+Label).c_str(),"X Track Start & End Positions",NumberOfBins,0,256));
BgrXTrackStartEnd.back()->SetStats(0);
BgrXTrackStartEnd.back()->SetFillColor(ColorMap.at(BgrCount));
BgrXTrackStartEnd.back()->GetXaxis()->SetTitle("x [cm]");
BgrXTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
BgrXTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
BgrYTrackStartEnd.push_back(new TH1F(("YTrack"+Label).c_str(),"Y Track Start & End Positions",NumberOfBins,-233/2,233/2));
BgrYTrackStartEnd.back()->SetStats(0);
BgrYTrackStartEnd.back()->SetFillColor(ColorMap.at(BgrCount));
BgrYTrackStartEnd.back()->GetXaxis()->SetTitle("y [cm]");
BgrYTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dy}");
BgrYTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
BgrZTrackStartEnd.push_back(new TH1F(("ZTrack"+Label).c_str(),"Z Track Start & End Positions",NumberOfBins,0,1036.8));
BgrZTrackStartEnd.back()->SetStats(0);
BgrZTrackStartEnd.back()->SetFillColor(ColorMap.at(BgrCount));
BgrZTrackStartEnd.back()->GetXaxis()->SetTitle("z [cm]");
BgrZTrackStartEnd.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dz}");
BgrZTrackStartEnd.back()->GetYaxis()->SetTitleOffset(1.3);
BgrXVtxPosition.push_back(new TH1F(("XVertex"+Label).c_str(),"X Vertex Position",NumberOfBins,0,256));
BgrXVtxPosition.back()->SetStats(0);
BgrXVtxPosition.back()->SetFillColor(ColorMap.at(BgrCount));
BgrXVtxPosition.back()->GetXaxis()->SetTitle("x [cm]");
BgrXVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dx}");
BgrXVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
BgrYVtxPosition.push_back(new TH1F(("YVertex"+Label).c_str(),"Y Vertex Position",NumberOfBins,-233/2,233/2));
BgrYVtxPosition.back()->SetStats(0);
BgrYVtxPosition.back()->SetFillColor(ColorMap.at(BgrCount));
BgrYVtxPosition.back()->GetXaxis()->SetTitle("y [cm]");
BgrYVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dy}");
BgrYVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
BgrZVtxPosition.push_back(new TH1F(("ZVertex"+Label).c_str(),"Z Vertex Position",NumberOfBins,0,1036.8));
BgrZVtxPosition.back()->SetStats(0);
BgrZVtxPosition.back()->SetFillColor(ColorMap.at(BgrCount));
BgrZVtxPosition.back()->GetXaxis()->SetTitle("z [cm]");
BgrZVtxPosition.back()->GetYaxis()->SetTitle("Weighted #frac{dn}{dz}");
BgrZVtxPosition.back()->GetYaxis()->SetTitleOffset(1.3);
BgrCount++;
}
int Run;
int Subrun;
int Event;
int TrkID;
int VtxID;
float FlashPE[5000];
int NumberOfFlashes;
float FlashTime[5000];
float ZFlashCenter[5000];
int MCTrkID;
int MCVtxID;
int CCNCFlag[10];
int TruthMode[10];
int NuPDGTruth[10];
float TrueLeptonMomentum[10];
float NuEnergyTruth[10];
float nuvtxx_truth[10]; //true vertex x (in cm)
float nuvtxy_truth[10];
float nuvtxz_truth[10];
int PDGTruth[5000];
short TrkBestPlane[5000];
short TrkOrigin[5000][3];
float TrackTheta[5000];
float TrackPhi[5000];
float TrackMomentum[5000];
float XTrackStart[5000];
float YTrackStart[5000];
float ZTrackStart[5000];
float XTrackEnd[5000];
float YTrackEnd[5000];
float ZTrackEnd[5000];
float XVertexPosition[500];
float YVertexPosition[500];
float ZVertexPosition[500];
float KineticEnergy[5000][3];
double beammin;
double beammax;
double HistogramWeight;
std::ofstream DataToLookAt("SelectedData.txt",std::ios::trunc);
for(unsigned int file_no = 0; file_no < ChainVec.size(); file_no++)
{
if(!file_no)
{
beammin = 3.55 - 0.36;
beammax = 5.15 - 0.36;
}
else
{
beammin = 3.55;
beammax = 5.15;
}
ChainVec.at(file_no) -> SetBranchAddress("run", &Run);
ChainVec.at(file_no) -> SetBranchAddress("subrun", &Subrun);
ChainVec.at(file_no) -> SetBranchAddress("event", &Event);
ChainVec.at(file_no) -> SetBranchAddress("TrackCand", &TrkID);
ChainVec.at(file_no) -> SetBranchAddress("VertexCand", &VtxID);
ChainVec.at(file_no) -> SetBranchAddress("flash_pe", FlashPE);
ChainVec.at(file_no) -> SetBranchAddress("no_flashes", &NumberOfFlashes);
ChainVec.at(file_no) -> SetBranchAddress("flash_time", FlashTime);
ChainVec.at(file_no) -> SetBranchAddress("flash_zcenter", ZFlashCenter);
ChainVec.at(file_no) -> SetBranchAddress("MCTrackCand", &MCTrkID);
ChainVec.at(file_no) -> SetBranchAddress("MCVertexCand", &MCVtxID);
ChainVec.at(file_no) -> SetBranchAddress("ccnc_truth", CCNCFlag);
ChainVec.at(file_no) -> SetBranchAddress("mode_truth", TruthMode);
ChainVec.at(file_no) -> SetBranchAddress("nuPDG_truth", NuPDGTruth);
ChainVec.at(file_no) -> SetBranchAddress("pdg", PDGTruth);
ChainVec.at(file_no) -> SetBranchAddress("enu_truth", NuEnergyTruth);
ChainVec.at(file_no) -> SetBranchAddress("lep_mom_truth", TrueLeptonMomentum);
ChainVec.at(file_no) -> SetBranchAddress("nuvtxx_truth", nuvtxx_truth);
ChainVec.at(file_no) -> SetBranchAddress("nuvtxy_truth", nuvtxy_truth);
ChainVec.at(file_no) -> SetBranchAddress("nuvtxz_truth", nuvtxz_truth);
ChainVec.at(file_no) -> SetBranchAddress(("trkorigin_"+TrackProdName).c_str(), TrkOrigin);
ChainVec.at(file_no) -> SetBranchAddress(("trkpidbestplane_"+TrackProdName).c_str(), TrkBestPlane);
ChainVec.at(file_no) -> SetBranchAddress("eventWeight_MA", &HistogramWeight);
ChainVec.at(file_no) -> SetBranchAddress(("trkke_"+TrackProdName).c_str(), KineticEnergy);
ChainVec.at(file_no) -> SetBranchAddress(("trkmomrange_"+TrackProdName).c_str(), TrackMomentum);
ChainVec.at(file_no) -> SetBranchAddress(("trktheta_"+TrackProdName).c_str(), TrackTheta);
ChainVec.at(file_no) -> SetBranchAddress(("trkphi_"+TrackProdName).c_str(),TrackPhi);
ChainVec.at(file_no) -> SetBranchAddress(("trkstartx_"+TrackProdName).c_str(),XTrackStart);
ChainVec.at(file_no) -> SetBranchAddress(("trkstarty_"+TrackProdName).c_str(),YTrackStart);
ChainVec.at(file_no) -> SetBranchAddress(("trkstartz_"+TrackProdName).c_str(),ZTrackStart);
ChainVec.at(file_no) -> SetBranchAddress(("trkendx_"+TrackProdName).c_str(),XTrackEnd);
ChainVec.at(file_no) -> SetBranchAddress(("trkendy_"+TrackProdName).c_str(),YTrackEnd);
ChainVec.at(file_no) -> SetBranchAddress(("trkendz_"+TrackProdName).c_str(),ZTrackEnd);
if(VertexProdName != "nuvtx")
{
ChainVec.at(file_no) -> SetBranchAddress(("vtxx_"+VertexProdName).c_str(), XVertexPosition);
ChainVec.at(file_no) -> SetBranchAddress(("vtxy_"+VertexProdName).c_str(), YVertexPosition);
ChainVec.at(file_no) -> SetBranchAddress(("vtxz_"+VertexProdName).c_str(), ZVertexPosition);
}
else
{
ChainVec.at(file_no) -> SetBranchAddress("nuvtxx", XVertexPosition);
ChainVec.at(file_no) -> SetBranchAddress("nuvtxy", YVertexPosition);
ChainVec.at(file_no) -> SetBranchAddress("nuvtxz", ZVertexPosition);
}
unsigned int nubar = 0;
unsigned int nue = 0;
unsigned int outFV = 0;
unsigned int NCnu = 0;
unsigned int Cosmic = 0;
unsigned int UnknownOrigin = 0;
unsigned int Signal = 0;
unsigned int nuQE = 0;
unsigned int nuRES = 0;
unsigned int nuDIS = 0;
unsigned int nuCOH = 0;
unsigned int negPhi = 0;
unsigned int posPhi = 0;
float XFVCutValue = 10; //10
float YFVCutValue = 20; //20
float ZFVCutValue = 10; //10
float FlashTrackCut = 80; //80
if(file_no != 3) HistogramWeight = 1;
for(unsigned int tree_index = 0; tree_index < ChainVec.at(file_no)->GetEntries(); tree_index++)
{
if(!(tree_index % 100)) std::cout << "Event\t" << tree_index << "\t of \t" << ChainVec.at(file_no)->GetEntries() << std::endl;
ChainVec.at(file_no)->GetEntry(tree_index);
float FlashMax = 0.0;
float ZFlashCenterMax = 0.0;
for(int flash_no = 0; flash_no < NumberOfFlashes; flash_no++)
{
if( FlashTime[flash_no] > beammin && FlashTime[flash_no] < beammax && FlashPE[flash_no] > FlashMax)
{
FlashMax = FlashPE[flash_no];
ZFlashCenterMax = ZFlashCenter[flash_no];
}
}
// if(FlashTrackDist(ZFlashCenterMax,ZTrackStart[TrkID],ZTrackEnd[TrkID]) < FlashTrackCut && YTrackStart[TrkID] < (233./2.-30) && YTrackStart[TrkID] > (-233./2.+30) && YTrackEnd[TrkID] < (233./2.-30) && YTrackEnd[TrkID] > (-233./2.+30))
// if( YTrackStart[TrkID] < (233./2.-YFVCutValue) && YTrackStart[TrkID] > (-233./2.+YFVCutValue) && YTrackEnd[TrkID] < (233./2.-YFVCutValue) && YTrackEnd[TrkID] > (-233./2.+YFVCutValue) &&
// ZTrackStart[TrkID] < (1036.8-ZFVCutValue) && ZTrackStart[TrkID] > ZFVCutValue && ZTrackEnd[TrkID] < (1036.8-ZFVCutValue) && ZTrackEnd[TrkID] > ZFVCutValue &&
// FlashTrackDist(ZFlashCenterMax,ZTrackStart[TrkID],ZTrackEnd[TrkID]) < FlashTrackCut )
// if(!inDeadRegion(YTrackStart[TrkID],ZTrackStart[TrkID]) && !inDeadRegion(YTrackEnd[TrkID],ZTrackEnd[TrkID]))
if(true)
{
if(file_no == 0)
{
DataToLookAt << Run << " " << Subrun << " " << Event << "\n";
}
Signal++;
RangeVsPE.at(file_no)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),FlashMax);
if(FlashTrackDist(ZFlashCenterMax,ZTrackStart[TrkID],ZTrackEnd[TrkID]))
{
PhiVsFlashTrackDist.at(file_no)->Fill(TrackPhi[TrkID],FlashTrackDist(ZFlashCenterMax,ZTrackStart[TrkID],ZTrackEnd[TrkID]));
}
SelectionTrackRange.at(file_no)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),HistogramWeight);
SelectionTheta.at(file_no)->Fill(TrackTheta[TrkID],HistogramWeight);
SelectionCosTheta.at(file_no)->Fill(cos(TrackTheta[TrkID]),HistogramWeight);
SelectionPhi.at(file_no)->Fill(TrackPhi[TrkID],HistogramWeight);
SelectionEnergy.at(file_no)->Fill(KineticEnergy[TrkID][2]/1000,HistogramWeight);
SelectionMomentum.at(file_no)->Fill(TrackMomentum[TrkID],HistogramWeight);
SelXTrackStartEnd.at(file_no)->Fill(XTrackStart[TrkID],HistogramWeight);
SelXTrackStartEnd.at(file_no)->Fill(XTrackEnd[TrkID],HistogramWeight);
SelYTrackStartEnd.at(file_no)->Fill(YTrackStart[TrkID],HistogramWeight);
SelYTrackStartEnd.at(file_no)->Fill(YTrackEnd[TrkID],HistogramWeight);
SelZTrackStartEnd.at(file_no)->Fill(ZTrackStart[TrkID],HistogramWeight);
SelZTrackStartEnd.at(file_no)->Fill(ZTrackEnd[TrkID],HistogramWeight);
SelXVtxPosition.at(file_no)->Fill(XVertexPosition[VtxID],HistogramWeight);
SelYVtxPosition.at(file_no)->Fill(YVertexPosition[VtxID],HistogramWeight);
SelZVtxPosition.at(file_no)->Fill(ZVertexPosition[VtxID],HistogramWeight);
PhiVsTheta.at(file_no)->Fill(TrackPhi[TrkID],TrackTheta[TrkID],HistogramWeight);
PhiVsXPos.at(file_no)->Fill(TrackPhi[TrkID],XTrackStart[TrkID],HistogramWeight);
PhiVsXPos.at(file_no)->Fill(TrackPhi[TrkID],XTrackEnd[TrkID],HistogramWeight);
PhiVsYPos.at(file_no)->Fill(TrackPhi[TrkID],YTrackStart[TrkID],HistogramWeight);
PhiVsYPos.at(file_no)->Fill(TrackPhi[TrkID],YTrackEnd[TrkID],HistogramWeight);
PhiVsZPos.at(file_no)->Fill(TrackPhi[TrkID],ZTrackStart[TrkID],HistogramWeight);
PhiVsZPos.at(file_no)->Fill(TrackPhi[TrkID],ZTrackEnd[TrkID],HistogramWeight);
if(TrackPhi[TrkID] < 0) negPhi++;
else posPhi++;
if(TrackTheta[TrkID] > 0.8 && TrackTheta[TrkID] < 1.5 && TrackPhi[TrkID] > -2.0 && TrackPhi[TrkID] < -0.7)
{
XPosVsYPos.at(file_no)->Fill(XTrackStart[TrkID],YTrackStart[TrkID]);
XPosVsYPos.at(file_no)->Fill(XTrackEnd[TrkID],YTrackEnd[TrkID]);
ZPosVsYPos.at(file_no)->Fill(ZTrackStart[TrkID],YTrackStart[TrkID]);
ZPosVsYPos.at(file_no)->Fill(ZTrackEnd[TrkID],YTrackEnd[TrkID]);
RangeVsYPos.at(file_no)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),YTrackStart[TrkID]);
RangeVsYPos.at(file_no)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),YTrackEnd[TrkID]);
}
// Fill systematic errors independet of CC or NC
if(file_no == 2 && MCTrkID > -1 && TrkOrigin[TrkID][TrkBestPlane[TrkID]] == 1)
{
if(NuPDGTruth[MCVtxID] == 14)
{
SelectionTrackRange.back()->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelectionTheta.back()->Fill(TrackTheta[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelectionCosTheta.back()->Fill(cos(TrackTheta[TrkID]),1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelectionPhi.back()->Fill(TrackPhi[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelectionEnergy.back()->Fill(KineticEnergy[TrkID][2]/1000,1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelectionMomentum.back()->Fill(TrackMomentum[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackStart[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackEnd[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackStart[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackEnd[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackStart[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackEnd[TrkID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelXVtxPosition.back()->Fill(XVertexPosition[VtxID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelYVtxPosition.back()->Fill(YVertexPosition[VtxID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
SelZVtxPosition.back()->Fill(ZVertexPosition[VtxID],1+SystematicErrors.at(0).Eval(NuEnergyTruth[MCVtxID]));
}
else if(NuPDGTruth[MCVtxID] == -14)
{
SelectionTrackRange.back()->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelectionTheta.back()->Fill(TrackTheta[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelectionCosTheta.back()->Fill(cos(TrackTheta[TrkID]),1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelectionPhi.back()->Fill(TrackPhi[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelectionEnergy.back()->Fill(KineticEnergy[TrkID][2]/1000,1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelectionMomentum.back()->Fill(TrackMomentum[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackStart[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackEnd[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackStart[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackEnd[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackStart[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackEnd[TrkID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelXVtxPosition.back()->Fill(XVertexPosition[VtxID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelYVtxPosition.back()->Fill(YVertexPosition[VtxID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
SelZVtxPosition.back()->Fill(ZVertexPosition[VtxID],1+SystematicErrors.at(1).Eval(NuEnergyTruth[MCVtxID]));
}
else if(NuPDGTruth[MCVtxID] == 12)
{
SelectionTrackRange.back()->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelectionTheta.back()->Fill(TrackTheta[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelectionCosTheta.back()->Fill(cos(TrackTheta[TrkID]),1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelectionPhi.back()->Fill(TrackPhi[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelectionEnergy.back()->Fill(KineticEnergy[TrkID][2]/1000,1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelectionMomentum.back()->Fill(TrackMomentum[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackStart[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackEnd[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackStart[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackEnd[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackStart[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackEnd[TrkID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelXVtxPosition.back()->Fill(XVertexPosition[VtxID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelYVtxPosition.back()->Fill(YVertexPosition[VtxID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
SelZVtxPosition.back()->Fill(ZVertexPosition[VtxID],1+SystematicErrors.at(2).Eval(NuEnergyTruth[MCVtxID]));
}
else if(NuPDGTruth[MCVtxID] == -12)
{
SelectionTrackRange.back()->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]),1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelectionTheta.back()->Fill(TrackTheta[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelectionCosTheta.back()->Fill(cos(TrackTheta[TrkID]),1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelectionPhi.back()->Fill(TrackPhi[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelectionEnergy.back()->Fill(KineticEnergy[TrkID][2]/1000,1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelectionMomentum.back()->Fill(TrackMomentum[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackStart[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelXTrackStartEnd.back()->Fill(XTrackEnd[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackStart[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelYTrackStartEnd.back()->Fill(YTrackEnd[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackStart[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelZTrackStartEnd.back()->Fill(ZTrackEnd[TrkID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelXVtxPosition.back()->Fill(XVertexPosition[VtxID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelYVtxPosition.back()->Fill(YVertexPosition[VtxID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
SelZVtxPosition.back()->Fill(ZVertexPosition[VtxID],1+SystematicErrors.at(3).Eval(NuEnergyTruth[MCVtxID]));
}
}
else if(file_no == 2)
{
SelectionTrackRange.back()->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
SelectionTheta.back()->Fill(TrackTheta[TrkID]);
SelectionCosTheta.back()->Fill(cos(TrackTheta[TrkID]));
SelectionPhi.back()->Fill(TrackPhi[TrkID]);
SelectionEnergy.back()->Fill(KineticEnergy[TrkID][2]/1000);
SelectionMomentum.back()->Fill(TrackMomentum[TrkID]);
SelXTrackStartEnd.back()->Fill(XTrackStart[TrkID]);
SelXTrackStartEnd.back()->Fill(XTrackEnd[TrkID]);
SelYTrackStartEnd.back()->Fill(YTrackStart[TrkID]);
SelYTrackStartEnd.back()->Fill(YTrackEnd[TrkID]);
SelZTrackStartEnd.back()->Fill(ZTrackStart[TrkID]);
SelZTrackStartEnd.back()->Fill(ZTrackEnd[TrkID]);
SelXVtxPosition.back()->Fill(XVertexPosition[VtxID]);
SelYVtxPosition.back()->Fill(YVertexPosition[VtxID]);
SelZVtxPosition.back()->Fill(ZVertexPosition[VtxID]);
}
// Fill Bgr
if(file_no == 2 && MCTrkID > -1 && CCNCFlag[MCVtxID] == 0 && TrkOrigin[TrkID][TrkBestPlane[TrkID]] == 1)
{
if(NuPDGTruth[MCVtxID] == -14)
{
nubar++;
BgrTrackRange.at(0)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
BgrTheta.at(0)->Fill(TrackTheta[TrkID]);
BgrCosTheta.at(0)->Fill(cos(TrackTheta[TrkID]));
BgrPhi.at(0)->Fill(TrackPhi[TrkID]);
BgrEnergy.at(0)->Fill(KineticEnergy[TrkID][2]/1000);
BgrMomentum.at(0)->Fill(TrackMomentum[TrkID]);
BgrXTrackStartEnd.at(0)->Fill(XTrackStart[TrkID]);
BgrXTrackStartEnd.at(0)->Fill(XTrackEnd[TrkID]);
BgrYTrackStartEnd.at(0)->Fill(YTrackStart[TrkID]);
BgrYTrackStartEnd.at(0)->Fill(YTrackEnd[TrkID]);
BgrZTrackStartEnd.at(0)->Fill(ZTrackStart[TrkID]);
BgrZTrackStartEnd.at(0)->Fill(ZTrackEnd[TrkID]);
BgrXVtxPosition.at(0)->Fill(XVertexPosition[VtxID]);
BgrYVtxPosition.at(0)->Fill(YVertexPosition[VtxID]);
BgrZVtxPosition.at(0)->Fill(ZVertexPosition[VtxID]);
}
else if(abs(NuPDGTruth[MCVtxID]) == 12)
{
nue++;
BgrTrackRange.at(1)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
BgrTheta.at(1)->Fill(TrackTheta[TrkID]);
BgrCosTheta.at(1)->Fill(cos(TrackTheta[TrkID]));
BgrPhi.at(1)->Fill(TrackPhi[TrkID]);
BgrEnergy.at(1)->Fill(KineticEnergy[TrkID][2]/1000);
BgrMomentum.at(1)->Fill(TrackMomentum[TrkID]);
BgrXTrackStartEnd.at(1)->Fill(XTrackStart[TrkID]);
BgrXTrackStartEnd.at(1)->Fill(XTrackEnd[TrkID]);
BgrYTrackStartEnd.at(1)->Fill(YTrackStart[TrkID]);
BgrYTrackStartEnd.at(1)->Fill(YTrackEnd[TrkID]);
BgrZTrackStartEnd.at(1)->Fill(ZTrackStart[TrkID]);
BgrZTrackStartEnd.at(1)->Fill(ZTrackEnd[TrkID]);
BgrXVtxPosition.at(1)->Fill(XVertexPosition[VtxID]);
BgrYVtxPosition.at(1)->Fill(YVertexPosition[VtxID]);
BgrZVtxPosition.at(1)->Fill(ZVertexPosition[VtxID]);
}
else if(!inFV(nuvtxx_truth[MCVtxID],nuvtxy_truth[MCVtxID],nuvtxz_truth[MCVtxID]))
{
outFV++;
BgrTrackRange.at(2)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
BgrTheta.at(2)->Fill(TrackTheta[TrkID]);
BgrCosTheta.at(2)->Fill(cos(TrackTheta[TrkID]));
BgrPhi.at(2)->Fill(TrackPhi[TrkID]);
BgrEnergy.at(2)->Fill(KineticEnergy[TrkID][2]/1000);
BgrMomentum.at(2)->Fill(TrackMomentum[TrkID]);
BgrXTrackStartEnd.at(2)->Fill(XTrackStart[TrkID]);
BgrXTrackStartEnd.at(2)->Fill(XTrackEnd[TrkID]);
BgrYTrackStartEnd.at(2)->Fill(YTrackStart[TrkID]);
BgrYTrackStartEnd.at(2)->Fill(YTrackEnd[TrkID]);
BgrZTrackStartEnd.at(2)->Fill(ZTrackStart[TrkID]);
BgrZTrackStartEnd.at(2)->Fill(ZTrackEnd[TrkID]);
BgrXVtxPosition.at(2)->Fill(XVertexPosition[VtxID]);
BgrYVtxPosition.at(2)->Fill(YVertexPosition[VtxID]);
BgrZVtxPosition.at(2)->Fill(ZVertexPosition[VtxID]);
}
else if(MCTrkID > -1 && file_no == 2 && TruthMode[MCVtxID] == 0)
{
nuQE++;
}
else if(MCTrkID > -1 && file_no == 2 && TruthMode[MCVtxID] == 1)
{
nuRES++;
}
else if(MCTrkID > -1 && file_no == 2 && TruthMode[MCVtxID] == 2)
{
nuDIS++;
}
else if(MCTrkID > -1 && file_no == 2 && TruthMode[MCVtxID] == 3)
{
nuCOH++;
}
}
else if(file_no == 2 && MCTrkID > -1 && CCNCFlag[MCVtxID] == 1 && TrkOrigin[TrkID][TrkBestPlane[TrkID]] == 1)
{
NCnu++;
BgrTrackRange.at(3)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
BgrTheta.at(3)->Fill(TrackTheta[TrkID]);
BgrCosTheta.at(3)->Fill(cos(TrackTheta[TrkID]));
BgrPhi.at(3)->Fill(TrackPhi[TrkID]);
BgrEnergy.at(3)->Fill(KineticEnergy[TrkID][2]/1000);
BgrMomentum.at(3)->Fill(TrackMomentum[TrkID]);
BgrXTrackStartEnd.at(3)->Fill(XTrackStart[TrkID]);
BgrXTrackStartEnd.at(3)->Fill(XTrackEnd[TrkID]);
BgrYTrackStartEnd.at(3)->Fill(YTrackStart[TrkID]);
BgrYTrackStartEnd.at(3)->Fill(YTrackEnd[TrkID]);
BgrZTrackStartEnd.at(3)->Fill(ZTrackStart[TrkID]);
BgrZTrackStartEnd.at(3)->Fill(ZTrackEnd[TrkID]);
BgrXVtxPosition.at(3)->Fill(XVertexPosition[VtxID]);
BgrYVtxPosition.at(3)->Fill(YVertexPosition[VtxID]);
BgrZVtxPosition.at(3)->Fill(ZVertexPosition[VtxID]);
}
else if(file_no == 2 && TrkOrigin[TrkID][TrkBestPlane[TrkID]] != 1)
{
Cosmic++;
BgrTrackRange.at(4)->Fill(CalcLength(XTrackStart[TrkID],YTrackStart[TrkID],ZTrackStart[TrkID],XTrackEnd[TrkID],YTrackEnd[TrkID],ZTrackEnd[TrkID]));
BgrTheta.at(4)->Fill(TrackTheta[TrkID]);
BgrCosTheta.at(4)->Fill(cos(TrackTheta[TrkID]));
BgrPhi.at(4)->Fill(TrackPhi[TrkID]);
BgrEnergy.at(4)->Fill(KineticEnergy[TrkID][2]/1000);
BgrMomentum.at(4)->Fill(TrackMomentum[TrkID]);
BgrXTrackStartEnd.at(4)->Fill(XTrackStart[TrkID]);
BgrXTrackStartEnd.at(4)->Fill(XTrackEnd[TrkID]);
BgrYTrackStartEnd.at(4)->Fill(YTrackStart[TrkID]);
BgrYTrackStartEnd.at(4)->Fill(YTrackEnd[TrkID]);
BgrZTrackStartEnd.at(4)->Fill(ZTrackStart[TrkID]);
BgrZTrackStartEnd.at(4)->Fill(ZTrackEnd[TrkID]);
BgrXVtxPosition.at(4)->Fill(XVertexPosition[VtxID]);
BgrYVtxPosition.at(4)->Fill(YVertexPosition[VtxID]);
BgrZVtxPosition.at(4)->Fill(ZVertexPosition[VtxID]);
if(TrkOrigin[TrkID][TrkBestPlane[TrkID]] == -1)
{
UnknownOrigin++;
}
}
}
}
std::cout << Signal << " " << nubar << " " << nue << " " << NCnu << " " << Cosmic << " " << UnknownOrigin << std::endl;
std::cout << nuQE << " " << nuRES << " " << nuDIS << " " << nuCOH << std::endl;
std::cout << "Number of negative phi in " << GenLabel.at(file_no) << " : " << negPhi << std::endl;
std::cout << "Number of positive phi in " << GenLabel.at(file_no) << " : " << posPhi << std::endl;
ChainVec.at(file_no)->ResetBranchAddresses();
}
DataToLookAt.close();
for(unsigned int bgrhist_no = 0; bgrhist_no < BgrLabel.size(); bgrhist_no++)
{
BgrTrackRange.at(bgrhist_no)->Scale(1/SelectionTrackRange.at(2)->Integral());
BgrTheta.at(bgrhist_no)->Scale(1/SelectionTheta.at(2)->Integral());
BgrCosTheta.at(bgrhist_no)->Scale(1/SelectionCosTheta.at(2)->Integral());
BgrPhi.at(bgrhist_no)->Scale(1/SelectionPhi.at(2)->Integral());
BgrEnergy.at(bgrhist_no)->Scale(1/SelectionEnergy.at(2)->Integral());
BgrMomentum.at(bgrhist_no)->Scale(1/SelectionMomentum.at(2)->Integral());
BgrXTrackStartEnd.at(bgrhist_no)->Scale(1/SelXTrackStartEnd.at(2)->Integral());
BgrYTrackStartEnd.at(bgrhist_no)->Scale(1/SelYTrackStartEnd.at(2)->Integral());
BgrZTrackStartEnd.at(bgrhist_no)->Scale(1/SelZTrackStartEnd.at(2)->Integral());
BgrXVtxPosition.at(bgrhist_no)->Scale(1/SelXVtxPosition.at(2)->Integral());
BgrYVtxPosition.at(bgrhist_no)->Scale(1/SelYVtxPosition.at(2)->Integral());
BgrZVtxPosition.at(bgrhist_no)->Scale(1/SelZVtxPosition.at(2)->Integral());
StackBgrTrackRange->Add(BgrTrackRange.at(bgrhist_no));
StackBgrTheta->Add(BgrTheta.at(bgrhist_no));
StackBgrCosTheta->Add(BgrCosTheta.at(bgrhist_no));
StackBgrPhi->Add(BgrPhi.at(bgrhist_no));
StackBgrEnergy->Add(BgrEnergy.at(bgrhist_no));
StackBgrMomentum->Add(BgrMomentum.at(bgrhist_no));
StackBgrXTrackStartEnd->Add(BgrXTrackStartEnd.at(bgrhist_no));
StackBgrYTrackStartEnd->Add(BgrYTrackStartEnd.at(bgrhist_no));
StackBgrZTrackStartEnd->Add(BgrZTrackStartEnd.at(bgrhist_no));
StackBgrXVtxPosition->Add(BgrXVtxPosition.at(bgrhist_no));
StackBgrYVtxPosition->Add(BgrYVtxPosition.at(bgrhist_no));
StackBgrZVtxPosition->Add(BgrZVtxPosition.at(bgrhist_no));
}
for(unsigned int file_no = 0; file_no < ScalingFactors.size(); file_no++)
{
SelectionTrackRange.at(file_no)->Sumw2();
SelectionTheta.at(file_no)->Sumw2();
SelectionCosTheta.at(file_no)->Sumw2();
SelectionPhi.at(file_no)->Sumw2();
SelectionEnergy.at(file_no)->Sumw2();
SelectionMomentum.at(file_no)->Sumw2();
SelXTrackStartEnd.at(file_no)->Sumw2();
SelYTrackStartEnd.at(file_no)->Sumw2();
SelZTrackStartEnd.at(file_no)->Sumw2();
SelXVtxPosition.at(file_no)->Sumw2();
SelYVtxPosition.at(file_no)->Sumw2();
SelZVtxPosition.at(file_no)->Sumw2();
if(file_no < 2)
{
SelectionTrackRange.at(file_no)->Scale(ScalingFactors.at(file_no));
SelectionTheta.at(file_no)->Scale(ScalingFactors.at(file_no));
SelectionCosTheta.at(file_no)->Scale(ScalingFactors.at(file_no));
SelectionPhi.at(file_no)->Scale(ScalingFactors.at(file_no));
SelectionEnergy.at(file_no)->Scale(ScalingFactors.at(file_no));
SelectionMomentum.at(file_no)->Scale(ScalingFactors.at(file_no));
SelXTrackStartEnd.at(file_no)->Scale(ScalingFactors.at(file_no));
SelYTrackStartEnd.at(file_no)->Scale(ScalingFactors.at(file_no));
SelZTrackStartEnd.at(file_no)->Scale(ScalingFactors.at(file_no));
SelXVtxPosition.at(file_no)->Scale(ScalingFactors.at(file_no));
SelYVtxPosition.at(file_no)->Scale(ScalingFactors.at(file_no));
SelZVtxPosition.at(file_no)->Scale(ScalingFactors.at(file_no));
}
PhiVsTheta.at(file_no)->Scale(ScalingFactors.at(file_no));
PhiVsXPos.at(file_no)->Scale(ScalingFactors.at(file_no));
PhiVsYPos.at(file_no)->Scale(ScalingFactors.at(file_no));
PhiVsZPos.at(file_no)->Scale(ScalingFactors.at(file_no));
RangeVsPE.at(file_no)->Scale(ScalingFactors.at(file_no));
XPosVsYPos.at(file_no)->Scale(ScalingFactors.at(file_no));
ZPosVsYPos.at(file_no)->Scale(ScalingFactors.at(file_no));
RangeVsPE.at(file_no)->Scale(ScalingFactors.at(file_no));
RangeVsYPos.at(file_no)->Scale(ScalingFactors.at(file_no));
PhiVsFlashTrackDist.at(file_no)->Scale(ScalingFactors.at(file_no));
}
// AdjustSysError(SelectionTrackRange);
// AdjustSysError(SelectionTheta);
// AdjustSysError(SelectionCosTheta);
// AdjustSysError(SelectionPhi);
// AdjustSysError(SelectionEnergy);
// AdjustSysError(SelectionMomentum);
// AdjustSysError(SelXTrackStartEnd);
// AdjustSysError(SelYTrackStartEnd);
// AdjustSysError(SelZTrackStartEnd);
// AdjustSysError(SelXVtxPosition);
// AdjustSysError(SelYVtxPosition);
// AdjustSysError(SelZVtxPosition);
for(unsigned int hist_no = 0; hist_no < DataLabel.size(); hist_no++)
{
LegendData->AddEntry( SelectionTrackRange.at(hist_no), (DataLabel.at(hist_no)).c_str(),"l" );
}
TCanvas *Canvas1 = new TCanvas("Track Range of Selected Track", "Track Range of Selected Track", 1400, 1000);
Canvas1->cd();
SelectionTrackRange.at(0)->SetMaximum(1.1*GetMaximum(SelectionTrackRange));
SelectionTrackRange.at(0)->Draw();
SelectionTrackRange.at(1)->SetLineColor(2);
SelectionTrackRange.at(1)->Draw("SAME");
LegendData->Draw();
// Canvas1->SaveAs(("DataSelRange_MA"+SelectionLabel+"."+FileType).c_str());
TCanvas *Canvas2 = new TCanvas("Theta-Angle of Selected Track", "Theta-Angle of Selected Track", 1400, 1000);
Canvas2->cd();
SelectionTheta.at(0)->SetMaximum(1.1*GetMaximum(SelectionTheta));
SelectionTheta.at(0)->Draw();
SelectionTheta.at(1)->SetLineColor(2);
SelectionTheta.at(1)->Draw("SAME");
LegendData->Draw();
// Canvas2->SaveAs(("DataSelTheta_MA"+SelectionLabel+"."+FileType).c_str());
TCanvas *Canvas2a = new TCanvas("Cos Theta-Angle of Selected Track", "Cos Theta-Angle of Selected Track", 1400, 1000);
Canvas2a->cd();
SelectionCosTheta.at(0)->SetMaximum(1.1*GetMaximum(SelectionCosTheta));
SelectionCosTheta.at(0)->Draw();
SelectionCosTheta.at(1)->SetLineColor(2);
SelectionCosTheta.at(1)->Draw("SAME");
LegendData->Draw();
// Canvas2a->SaveAs(("DataSelCosTheta_MA"+SelectionLabel+"."+FileType).c_str());
TCanvas *Canvas3 = new TCanvas("Phi-Angle of Selected Track", "Phi-Angle of Selected Track", 1400, 1000);
Canvas3->cd();
SelectionPhi.at(0)->SetMaximum(1.1*GetMaximum(SelectionPhi));
SelectionPhi.at(0)->Draw();
SelectionPhi.at(1)->SetLineColor(2);
SelectionPhi.at(1)->Draw("SAME");
LegendData->Draw();
// Canvas3->SaveAs(("DataSelPhi_MA"+SelectionLabel+"."+FileType).c_str());
TCanvas *Canvas4 = new TCanvas("Energy of Selected Track", "Energy of Selected Track", 1400, 1000);
Canvas4->cd();
SelectionEnergy.at(0)->SetMaximum(1.1*GetMaximum(SelectionEnergy));
SelectionEnergy.at(0)->Draw();
SelectionEnergy.at(1)->SetLineColor(2);
SelectionEnergy.at(1)->Draw("SAME");
LegendData->Draw();
// Canvas4->SaveAs(("DataSelEnergy_MA"+SelectionLabel+"."+FileType).c_str());
TCanvas *Canvas4a = new TCanvas("Momentum of Selected Track", "Momentum of Selected Track", 1400, 1000);
Canvas4a->cd();
SelectionMomentum.at(0)->SetMaximum(1.1*GetMaximum(SelectionMomentum));
SelectionMomentum.at(0)->Draw();
SelectionMomentum.at(1)->SetLineColor(2);