NCExtrapolationBeamMatrix.cxx File Reference

#include "NCUtils/Extrapolation/NCExtrapolationBeamMatrix.h"
#include "NCUtils/Extrapolation/NCEnergyBin.h"
#include "NCUtils/Extrapolation/NCPOTCounter.h"
#include "NCUtils/NCUtility.h"
#include "MessageService/MsgService.h"
#include "AnalysisNtuples/ANtpAnalysisInfo.h"
#include "AnalysisNtuples/ANtpBeamInfo.h"
#include "AnalysisNtuples/ANtpRecoInfo.h"
#include "AnalysisNtuples/ANtpHeaderInfo.h"
#include "AnalysisNtuples/ANtpTruthInfoBeam.h"
#include "TCanvas.h"
#include "TDirectory.h"
#include "TGraphErrors.h"
#include "TMath.h"
#include "TMinuit.h"
#include <fstream>
#include <cassert>
#include <cmath>
#include "NCExtrapolationModule.h"
#include "NCSpectrumInterpolator.h"

Go to the source code of this file.

Enumerations
enum	EBeamMatrixEventType {   kNCSig = 0, kCCSig = 1, kNCBkg = 2, kCCBkg = 3,   kNCTau = 4, kCCTau = 5, kNCBeamNue = 6, kCCBeamNue = 7,   kNCOscNue = 8, kCCOscNue = 9, kNCWrongSignBkg = 10, kCCWrongSignBkg = 11 }
enum	EBeamMatrixHistoType {   kNCRecoEnergy_ND = 0, kCCRecoEnergy_ND = 1, kNCRecoBkg_ND = 2, kCCRecoBkg_ND = 3,   kNCPurity_ND = 4, kCCPurity_ND = 5, kNCRecoEnergyPurCorr_ND = 6, kCCRecoEnergyPurCorr_ND = 7,   kNCTrueEnergyPurCorr_ND = 8, kCCTrueEnergyPurCorr_ND = 9, kNCTrueSelEfficiency_ND = 10, kCCTrueSelEfficiency_ND = 11,   kNCTrueEnergySelEffCorr_ND = 12, kCCTrueEnergySelEffCorr_ND = 13, kNCTrueRecoEfficiency_ND = 14, kCCTrueRecoEfficiency_ND = 15,   kNCTrueEnergyEffCorr_ND = 16, kCCTrueEnergyEffCorr_ND = 17, kNCTrueEnergy_ND = 18, kCCTrueEnergy_ND = 19,   kNCTrueEnergyBkg_ND = 20, kCCTrueEnergyBkg_ND = 21, kNCTrueEnergyFlux_ND = 22, kCCTrueEnergyFlux_ND = 23,   kNCTrueEnergyMatrix_FD = 24, kCCTrueEnergyMatrix_FD = 25, kNCTrueEnergyFlux_FD = 26, kCCTrueEnergyFlux_FD = 27,   kNCTrueSelEfficiency_FD = 28, kCCTrueSelEfficiency_FD = 29, kNCTrueEnergySelEffCorr_FD = 30, kCCTrueEnergySelEffCorr_FD = 31,   kNCTrueRecoEfficiency_FD = 32, kCCTrueRecoEfficiency_FD = 33, kNCTrueEnergyEffCorr_FD = 34, kCCTrueEnergyEffCorr_FD = 35,   kNCTrueEnergy_FD = 36, kCCTrueEnergy_FD = 37, kNCTrueEnergyXsecFit_FD = 38, kCCTrueEnergyXsecFit_FD = 39,   kNCTrueEnergyBkg_FD = 40, kCCTrueEnergyBkg_FD = 41, kNCRecoEnergy_FD = 42, kCCRecoEnergy_FD = 43,   kNCRecoEnergyPurCorr_FD = 44, kCCRecoEnergyPurCorr_FD = 45, kNCPurity_FD = 46, kCCPurity_FD = 47,   kNCRecoBkg_FD = 48, kCCRecoBkg_FD = 49, kNCRecoEnergyPred_FD = 50, kCCRecoEnergyPred_FD = 51,   kNCRecoEnergyBeamNueBkg_FD = 52, kCCRecoEnergyBeamNueBkg_FD = 53, kNCRecoEnergyBeamNueBkg_ND = 54, kCCRecoEnergyBeamNueBkg_ND = 55,   kNCRecoEnergyTau_ND = 56, kCCRecoEnergyTau_ND = 57, kNCRecoEnergyOscNue_ND = 58, kCCRecoEnergyOscNue_ND = 59,   kNCSelRecoEnergy_ND = 60, kCCSelRecoEnergy_ND = 61, kNCSelRecoEnergy_FD = 62, kCCSelRecoEnergy_FD = 63 }
enum	EBeamMatrixDataHistoType {   kNCDataRecoEnergy_ND = 0, kCCDataRecoEnergy_ND = 1, kNCDataRecoEnergyPurCorr_ND = 2, kCCDataRecoEnergyPurCorr_ND = 3,   kNCDataTrueEnergyPurCorr_ND = 4, kCCDataTrueEnergyPurCorr_ND = 5, kNCDataTrueEnergySelEffCorr_ND = 6, kCCDataTrueEnergySelEffCorr_ND = 7,   kNCDataTrueEnergyEffCorr_ND = 8, kCCDataTrueEnergyEffCorr_ND = 9, kNCDataTrueEnergyFlux_ND = 10, kCCDataTrueEnergyFlux_ND = 11,   kNCDataTrueEnergyMatrix_FD = 12, kCCDataTrueEnergyMatrix_FD = 13, kNCDataTrueEnergyFlux_FD = 14, kCCDataTrueEnergyFlux_FD = 15,   kNCDataTrueEnergySelEffCorr_FD = 16, kCCDataTrueEnergySelEffCorr_FD = 17, kNCDataTrueEnergyEffCorr_FD = 18, kCCDataTrueEnergyEffCorr_FD = 19,   kNCDataRecoEnergyPurCorr_FD = 20, kCCDataRecoEnergyPurCorr_FD = 21, kNCDataRecoEnergyPred_FD = 22, kCCDataRecoEnergyPred_FD = 23,   kNCDataRecoEnergySig_FD = 24, kCCDataRecoEnergySig_FD = 25, kNCDataRecoEnergyWrongSignBkg_FD = 26, kCCDataRecoEnergyWrongSignBkg_FD = 27 }
enum	EBeamMatrixTruthHistoType {   kNCRecoTrueSig_ND = 0, kCCRecoTrueSig_ND = 1, kNCRecoTrueBkg_ND = 2, kCCRecoTrueBkg_ND = 3,   kNCRecoTrueNorm_ND = 4, kCCRecoTrueNorm_ND = 5, kNCTrueRecoSig_FD = 6, kCCTrueRecoSig_FD = 7,   kNCTrueRecoBkg_FD = 8, kCCTrueRecoBkg_FD = 9, kNCTrueRecoNorm_FD = 10, kCCTrueRecoNorm_FD = 11 }
enum	EBeamMatrixFitXsecType {   kNCDataLE = 0, kNCMCLE = 1, kNCDataME = 2, kNCMCME = 3,   kNCDataHE = 4, kNCMCHE = 5, kCCDataLE = 6, kCCMCLE = 7,   kCCDataME = 8, kCCMCME = 9, kCCDataHE = 10, kCCMCHE = 11 }
Functions
	CVSID ("$Id: NCExtrapolationBeamMatrix.cxx,v 1.7 2009/12/10 17:07:06 gmieg Exp $")
Variables
const int	kNumTrueEnergyBins = 1000
int	bmeqold = -1

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Enumeration Type Documentation

enum EBeamMatrixDataHistoType

Enumeration values: kNCDataRecoEnergy_ND  kCCDataRecoEnergy_ND  kNCDataRecoEnergyPurCorr_ND  kCCDataRecoEnergyPurCorr_ND  kNCDataTrueEnergyPurCorr_ND  kCCDataTrueEnergyPurCorr_ND  kNCDataTrueEnergySelEffCorr_ND  kCCDataTrueEnergySelEffCorr_ND  kNCDataTrueEnergyEffCorr_ND  kCCDataTrueEnergyEffCorr_ND  kNCDataTrueEnergyFlux_ND  kCCDataTrueEnergyFlux_ND  kNCDataTrueEnergyMatrix_FD  kCCDataTrueEnergyMatrix_FD  kNCDataTrueEnergyFlux_FD  kCCDataTrueEnergyFlux_FD  kNCDataTrueEnergySelEffCorr_FD  kCCDataTrueEnergySelEffCorr_FD  kNCDataTrueEnergyEffCorr_FD  kCCDataTrueEnergyEffCorr_FD  kNCDataRecoEnergyPurCorr_FD  kCCDataRecoEnergyPurCorr_FD  kNCDataRecoEnergyPred_FD  kCCDataRecoEnergyPred_FD  kNCDataRecoEnergySig_FD  kCCDataRecoEnergySig_FD  kNCDataRecoEnergyWrongSignBkg_FD  kCCDataRecoEnergyWrongSignBkg_FD  Definition at line 129 of file NCExtrapolationBeamMatrix.cxx. { kNCDataRecoEnergy_ND = 0, //NC Histogram for Reco Spectrum in the ND kCCDataRecoEnergy_ND = 1, //CC Histogram for Reco Spectrum in the ND kNCDataRecoEnergyPurCorr_ND = 2, //NC Histogram for Purity corrected Reco Spectrum in the ND kCCDataRecoEnergyPurCorr_ND = 3, //CC Histogram for Purity corrected Reco Spectrum in the ND kNCDataTrueEnergyPurCorr_ND = 4, //NC Histogram for Purity corrected True Spectrum in the ND kCCDataTrueEnergyPurCorr_ND = 5, //CC Histogram for Purity corrected True Spectrum in the ND kNCDataTrueEnergySelEffCorr_ND = 6, //NC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kCCDataTrueEnergySelEffCorr_ND = 7, //CC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kNCDataTrueEnergyEffCorr_ND = 8, //NC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kCCDataTrueEnergyEffCorr_ND = 9, //CC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kNCDataTrueEnergyFlux_ND = 10, // NC Histogram for the ND Flux after pot mass and x-section corrections kCCDataTrueEnergyFlux_ND = 11, // CC Histogram for the ND Flux after pot mass and x-section corrections kNCDataTrueEnergyMatrix_FD = 12, // NC Histogram for the FD prediction after the Beam Matrix kCCDataTrueEnergyMatrix_FD = 13, // CC Histogram for the FD prediction aftet the Beam Matrix kNCDataTrueEnergyFlux_FD = 14, // NC Histogram for the FD Flux after pot mass and x-section corrections kCCDataTrueEnergyFlux_FD = 15, // CC Histogram for the FD Flux aftet pot mass and x-section corrections kNCDataTrueEnergySelEffCorr_FD = 16, //NC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kCCDataTrueEnergySelEffCorr_FD = 17, //CC Histogram for Purity and selection Efficiency corrected True Spectrum in the ND kNCDataTrueEnergyEffCorr_FD = 18, //NC Histogram for Purity and selection and reconstruction Efficiency corrected True Spectrum in the ND kCCDataTrueEnergyEffCorr_FD = 19, //CC Histogram for Purity and selection and reconstruction Efficiency corrected True Spectrum in the ND kNCDataRecoEnergyPurCorr_FD = 20, // NC Histogram for Purity corrected Reco Spectrum in the FD kCCDataRecoEnergyPurCorr_FD = 21, //CC Histogram for Purity corrected Reco Spectrum in the FD kNCDataRecoEnergyPred_FD = 22, // NC BM prediction in the FD kCCDataRecoEnergyPred_FD = 23, // CC BM prediction in the FD kNCDataRecoEnergySig_FD = 24, // NC BM predicted signal only part all the others can be got from the canvases kCCDataRecoEnergySig_FD = 25, // CC BM predicted signal only part all the others can be got from the canvases kNCDataRecoEnergyWrongSignBkg_FD = 26, // NC BM predicted wrong sign bkg all the others can be got from the canvases kCCDataRecoEnergyWrongSignBkg_FD = 27 // CC BM predicted wrong sign bkg all the others can be got from the canvases };

enum EBeamMatrixEventType

Enumeration values: kNCSig  kCCSig  kNCBkg  kCCBkg  kNCTau  kCCTau  kNCBeamNue  kCCBeamNue  kNCOscNue  kCCOscNue  kNCWrongSignBkg  kCCWrongSignBkg  Definition at line 47 of file NCExtrapolationBeamMatrix.cxx. { kNCSig = 0, //NC spectrum kCCSig = 1, //CC spectrum kNCBkg = 2, //NC background in NC spectrum kCCBkg = 3, //CC background in CC spectrum kNCTau = 4, //NC tau background in NC spectrum kCCTau = 5, //CC tau background in CC spectrum kNCBeamNue = 6, //NC nue background in NC spectrum kCCBeamNue = 7, //CC nue background in CC spectrum kNCOscNue = 8, //NC oscillated nue background in NC spectrum kCCOscNue = 9, //CC oscillated nue background in CC spectrum kNCWrongSignBkg = 10, //NC wrong sign background in NC spectrum kCCWrongSignBkg = 11 //CC wrong sign background in CC spectrum };

enum EBeamMatrixFitXsecType

Enumeration values: kNCDataLE  kNCMCLE  kNCDataME  kNCMCME  kNCDataHE  kNCMCHE  kCCDataLE  kCCMCLE  kCCDataME  kCCMCME  kCCDataHE  kCCMCHE  Definition at line 176 of file NCExtrapolationBeamMatrix.cxx. { kNCDataLE = 0, kNCMCLE = 1, kNCDataME = 2, kNCMCME = 3, kNCDataHE = 4, kNCMCHE = 5, kCCDataLE = 6, kCCMCLE = 7, kCCDataME = 8, kCCMCME = 9, kCCDataHE = 10, kCCMCHE = 11 };

enum EBeamMatrixHistoType

Enumeration values: kNCRecoEnergy_ND  kCCRecoEnergy_ND  kNCRecoBkg_ND  kCCRecoBkg_ND  kNCPurity_ND  kCCPurity_ND  kNCRecoEnergyPurCorr_ND  kCCRecoEnergyPurCorr_ND  kNCTrueEnergyPurCorr_ND  kCCTrueEnergyPurCorr_ND  kNCTrueSelEfficiency_ND  kCCTrueSelEfficiency_ND  kNCTrueEnergySelEffCorr_ND  kCCTrueEnergySelEffCorr_ND  kNCTrueRecoEfficiency_ND  kCCTrueRecoEfficiency_ND  kNCTrueEnergyEffCorr_ND  kCCTrueEnergyEffCorr_ND  kNCTrueEnergy_ND  kCCTrueEnergy_ND  kNCTrueEnergyBkg_ND  kCCTrueEnergyBkg_ND  kNCTrueEnergyFlux_ND  kCCTrueEnergyFlux_ND  kNCTrueEnergyMatrix_FD  kCCTrueEnergyMatrix_FD  kNCTrueEnergyFlux_FD  kCCTrueEnergyFlux_FD  kNCTrueSelEfficiency_FD  kCCTrueSelEfficiency_FD  kNCTrueEnergySelEffCorr_FD  kCCTrueEnergySelEffCorr_FD  kNCTrueRecoEfficiency_FD  kCCTrueRecoEfficiency_FD  kNCTrueEnergyEffCorr_FD  kCCTrueEnergyEffCorr_FD  kNCTrueEnergy_FD  kCCTrueEnergy_FD  kNCTrueEnergyXsecFit_FD  kCCTrueEnergyXsecFit_FD  kNCTrueEnergyBkg_FD  kCCTrueEnergyBkg_FD  kNCRecoEnergy_FD  kCCRecoEnergy_FD  kNCRecoEnergyPurCorr_FD  kCCRecoEnergyPurCorr_FD  kNCPurity_FD  kCCPurity_FD  kNCRecoBkg_FD  kCCRecoBkg_FD  kNCRecoEnergyPred_FD  kCCRecoEnergyPred_FD  kNCRecoEnergyBeamNueBkg_FD  kCCRecoEnergyBeamNueBkg_FD  kNCRecoEnergyBeamNueBkg_ND  kCCRecoEnergyBeamNueBkg_ND  kNCRecoEnergyTau_ND  kCCRecoEnergyTau_ND  kNCRecoEnergyOscNue_ND  kCCRecoEnergyOscNue_ND  kNCSelRecoEnergy_ND  kCCSelRecoEnergy_ND  kNCSelRecoEnergy_FD  kCCSelRecoEnergy_FD  Definition at line 62 of file NCExtrapolationBeamMatrix.cxx. { kNCRecoEnergy_ND = 0, // NC Histogram for Reco Spectrum in the ND kCCRecoEnergy_ND = 1, // CC Histogram for Reco Spectrum in the ND kNCRecoBkg_ND = 2, // NC Background in Reco Energy in the ND kCCRecoBkg_ND = 3, // CC Background in Reco Energy in the ND kNCPurity_ND = 4, // NC Histogram for Purity correction in the ND kCCPurity_ND = 5, // CC Histogram for Purity correction in the ND kNCRecoEnergyPurCorr_ND = 6, // NC Histogram for Purity corrected Reco Spectrum in the ND kCCRecoEnergyPurCorr_ND = 7, // CC Histogram for Purity corrected Reco Spectrum in the ND kNCTrueEnergyPurCorr_ND = 8, // NC Histogram for Purity corrected True Spectrum in the ND kCCTrueEnergyPurCorr_ND = 9, // CC Histogram for Purity corrected True Spectrum in the ND kNCTrueSelEfficiency_ND = 10, // NC Histogram for Selection Efficency correction in the ND (done in true energy) kCCTrueSelEfficiency_ND = 11, // CC Histogram for Selection Efficency correction in the ND (done in true energy) kNCTrueEnergySelEffCorr_ND = 12, // NC Histogram for Purity and Selection Efficiency corrected True Spectrum in the ND kCCTrueEnergySelEffCorr_ND = 13, // CC Histogram for Purity and Selection Efficiency corrected True Spectrum in the ND kNCTrueRecoEfficiency_ND = 14, // NC Histogram for Reconstruction Efficiency correction in the ND (done in true energy) kCCTrueRecoEfficiency_ND = 15, // CC Histogram for Reconstruction Efficency correction in the ND (done in true energy) kNCTrueEnergyEffCorr_ND = 16, // NC Histogram for Purity, Selection & Reconstruction Efficiency correction in the ND (done in true energy) kCCTrueEnergyEffCorr_ND = 17, // CC Histogram for Purity, Selection & Reconstruction Efficiency correction in the ND (done in true energy) kNCTrueEnergy_ND = 18, // NC Histogram for the ACTUAL (From MC) Purity and Efficiency corrected True Spectrum in the ND needed to make efficiency histogram kCCTrueEnergy_ND = 19, // CC Histogram for the ACTUAL (From MC) Purity and Efficiency corrected True Spectrum in the ND needed to make efficiency histogram kNCTrueEnergyBkg_ND = 20, // NC Histogram for the Background from MC kCCTrueEnergyBkg_ND = 21, // CC Histogram for the Background from MC kNCTrueEnergyFlux_ND = 22, // NC Histogram for the ND Neutrino Flux after pot mass and x-section corrections kCCTrueEnergyFlux_ND = 23, // CC Histogram for the ND Neutrino Flux after pot mass and x-section corrections kNCTrueEnergyMatrix_FD = 24, // NC Histogram for the FD prediction after the Beam Matrix kCCTrueEnergyMatrix_FD = 25, // CC Histogram for the FD prediction aftet the Beam Matrix kNCTrueEnergyFlux_FD = 26, // NC Histogram for the FD Neutrino Flux after pot mass and x-section corrections kCCTrueEnergyFlux_FD = 27, // CC Histogram for the FD Neutrino Flux after pot mass and x-section corrections kNCTrueSelEfficiency_FD = 28, // NC Histogram for Selection Efficency correction in the ND (done in true energy) kCCTrueSelEfficiency_FD = 29, // CC Histogram for Selection Efficency correction in the ND (done in true energy) kNCTrueEnergySelEffCorr_FD = 30, // NC Histogram for Purity and Selection Efficiency corrected True Spectrum in the ND kCCTrueEnergySelEffCorr_FD = 31, // CC Histogram for Purity and Selection Efficiency corrected True Spectrum in the ND kNCTrueRecoEfficiency_FD = 32, // NC Histogram for Reconstruction Efficiency correction in the ND (done in true energy) kCCTrueRecoEfficiency_FD = 33, // CC Histogram for Reconstruction Efficiency correction in the ND (done in true energy) kNCTrueEnergyEffCorr_FD = 34, // NC Histogram for Purity and Efficiency corrected True Spectrum in the ND kCCTrueEnergyEffCorr_FD = 35, // CC Histogram for Purity and Efficiency corrected True Spectrum in the ND kNCTrueEnergy_FD = 36, // NC Histogram for the ACTUAL Purity and Efficiency corrected True Spectrum in the FD used as nominal MC kCCTrueEnergy_FD = 37, // CC Histogram for the ACTUAL Purity and Efficiency corrected True Spectrum in the FD used as nominal MC kNCTrueEnergyXsecFit_FD = 38, // NC Histogram for the ACTUAL Purity and Efficiency corrected True Spectrum in the FD needed normalise FD TrueToReco kCCTrueEnergyXsecFit_FD = 39, // CC Histogram for the ACTUAL Purity and Efficiency corrected True Spectrum in the FD needed normalise FD TrueToReco kNCTrueEnergyBkg_FD = 40, // NC Histogram for the Background to make above 2 histograms needed to make efficiency histogram kCCTrueEnergyBkg_FD = 41, // CC Histogram for the Background to make above 2 histograms needed to make efficiency histogram kNCRecoEnergy_FD = 42, // NC Histogram for Reco Spectrum in the FD kCCRecoEnergy_FD = 43, // CC Histogram for Reco Spectrum in the FD kNCRecoEnergyPurCorr_FD = 44, // NC Histogram for Purity corrected Reco Spectrum in the FD kCCRecoEnergyPurCorr_FD = 45, // CC Histogram for Purity corrected Reco Spectrum in the FD kNCPurity_FD = 46, // NC Histogram for Purity correction in the FD kCCPurity_FD = 47, // CC Histogram for Purity correction in the FD kNCRecoBkg_FD = 48, // NC Histogram for background in reco energy kCCRecoBkg_FD = 49, // CC Histogram for background in reco energy kNCRecoEnergyPred_FD = 50, // NC BM prediction in the FD kCCRecoEnergyPred_FD = 51, // CC BM prediction in the FD kNCRecoEnergyBeamNueBkg_FD = 52, // CC Histogram for Reco Spectrum in the FD kCCRecoEnergyBeamNueBkg_FD = 53, // CC Histogram for Reco Spectrum in the FD kNCRecoEnergyBeamNueBkg_ND = 54, // CC Histogram for Reco Spectrum in the ND kCCRecoEnergyBeamNueBkg_ND = 55, // CC Histogram for Reco Spectrum in the ND kNCRecoEnergyTau_ND = 56, // CC Histogram for Reco Spectrum in the ND kCCRecoEnergyTau_ND = 57, // CC Histogram for Reco Spectrum in the ND kNCRecoEnergyOscNue_ND = 58, // CC Histogram for Reco Spectrum in the ND kCCRecoEnergyOscNue_ND = 59, // CC Histogram for Reco Spectrum in the ND kNCSelRecoEnergy_ND = 60, // NC Histogram for Reco Spectrum in the ND kCCSelRecoEnergy_ND = 61, // CC Histogram for Reco Spectrum in the ND kNCSelRecoEnergy_FD = 62, // NC Histogram for Reco Spectrum in the FD kCCSelRecoEnergy_FD = 63 // CC Histogram for Reco Spectrum in the FD };

enum EBeamMatrixTruthHistoType

Enumeration values: kNCRecoTrueSig_ND  kCCRecoTrueSig_ND  kNCRecoTrueBkg_ND  kCCRecoTrueBkg_ND  kNCRecoTrueNorm_ND  kCCRecoTrueNorm_ND  kNCTrueRecoSig_FD  kCCTrueRecoSig_FD  kNCTrueRecoBkg_FD  kCCTrueRecoBkg_FD  kNCTrueRecoNorm_FD  kCCTrueRecoNorm_FD  Definition at line 160 of file NCExtrapolationBeamMatrix.cxx. { kNCRecoTrueSig_ND = 0, // NC Reco to true matrix flavour corrected in the ND kCCRecoTrueSig_ND = 1, // CC Reco to true matrix flavour corrected in the ND kNCRecoTrueBkg_ND = 2, // NC Reco to true matrix flavour corrected wrong type in the ND kCCRecoTrueBkg_ND = 3, // CC Reco to true matrix flavour corrected wrong type in the ND kNCRecoTrueNorm_ND = 4, // NC Reco to true matrix Normalised in the ND kCCRecoTrueNorm_ND = 5, // CC Reco to true matrix Normalised in the ND kNCTrueRecoSig_FD = 6, // NC Reco to true matrix flavour corrected in the FD kCCTrueRecoSig_FD = 7, // CC Reco to true matrix flavour corrected in the FD kNCTrueRecoBkg_FD = 8, // NC Reco to true matrix flavour corrected wrong type in the FD kCCTrueRecoBkg_FD = 9, // CC Reco to true matrix flavour corrected wrong type in the FD kNCTrueRecoNorm_FD = 10, // NC Reco to true matrix flavour corrected in the FD kCCTrueRecoNorm_FD = 11 // CC Reco to true matrix flavour corrected in the FD };

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Function Documentation

CVSID (  "$Id: NCExtrapolationBeamMatrix.  cxx, v 1.7 2009/12/10 17:07:06 gmieg Exp $"  )

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Variable Documentation

int bmeqold = -1

Definition at line 191 of file NCExtrapolationBeamMatrix.cxx.

const int kNumTrueEnergyBins = 1000

Definition at line 45 of file NCExtrapolationBeamMatrix.cxx.

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