This class holds information for different properties of a punch-through particle (energy, theta, phi) distributions. More...

#include <PunchThroughParticle.h>

Collaboration diagram for ISF::PunchThroughParticle:

Public Member Functions
	PunchThroughParticle (int pdg, bool doAnti=false)
	set this particle's pdg code and if anti-particle should be done or not
	~PunchThroughParticle ()
	destructor
void	setMinEnergy (double minEnergy)
	set methods
void	setMaxNumParticles (int maxNum)
	the maximum number of particles which will be created
void	setNumParticlesFactor (double numFactor)
	to scale the number of punch-through particles
void	setEnergyFactor (double energyFactor)
	to scale the energy of created particles
void	setPosAngleFactor (double momAngleFactor)
	to scale the position deflection angles
void	setMomAngleFactor (double momAngleFactor)
	to scale the momentum deviation of created particles
void	setNumParticlesPDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the number of exit particles distribution
void	setCorrelation (int corrPdg, TH2F histLowE, TH2F histHighE, double minCorrE=0., double fullCorrE=0., double lowE=0., double midE=0., double upperE=0.)
	set the correlated particle type + correlation histograms
void	setPCA0PDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the energy distribution
void	setPCA1PDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the deltaTheta distribution
void	setPCA2PDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the deltaPhi distribution
void	setPCA3PDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the momentumDeltaTheta distribution
void	setPCA4PDF (std::unique_ptr< PDFcreator > pdf)
	set the PDFcreator for the momentumDeltaPhi distribution
int	getId ()
	get-access methods
bool	getdoAnti ()
	get this particle's pdg code
double	getMinEnergy ()
	get if anti-particles should be done or not
double	getNumParticlesFactor ()
	the minimum energy with which these particles should be created
double	getEnergyFactor ()
	to scale the number of punch-through particles
double	getPosAngleFactor ()
	to scale the energy of created particles
double	getMomAngleFactor ()
	to scale the position deviation angles
int	getMaxNumParticles ()
	to scale the momentum deviation of created particles
int	getCorrelatedPdg ()
	the maximum number of particles which will be created
int	getMinCorrelationEnergy ()
	the correlated particle id
int	getFullCorrelationEnergy ()
	minimum energy for correlation
TH2F *	getCorrelationLowEHist ()
	the full correlation energy
TH2F *	getCorrelationHighEHist ()
	the correlation histogram (low energies)
double *	getCorrelationHistDomains ()
	the correlation histogram (high energies)
PDFcreator *	getNumParticlesPDF ()
	correlation histogram domains [lowE,midE,upperE]
PDFcreator *	getPCA0PDF ()
	distribution parameters for the number of particles
PDFcreator *	getPCA1PDF ()
	distribution parameters for the exit energy
PDFcreator *	getPCA2PDF ()
	distribution parameters for the exit delta theta
PDFcreator *	getPCA3PDF ()
	distribution parameters for the exit delta phi
PDFcreator *	getPCA4PDF ()
	distribution parameters for the momentum delta theta

Private Attributes
int	m_pdgId
	distribution parameters for the momentum delta phi
bool	m_doAnti
	do also anti-particles?
double	m_minEnergy
	some cut-parameters which will be set via python
int	m_maxNum
	the maximum number of particles which will be created
double	m_numParticlesFactor
	some tuning-parameters which will be set via python
double	m_energyFactor
	scale the energy of this particle type
double	m_posAngleFactor
	scale the position deflection angles
double	m_momAngleFactor
	scale the momentum deviation
int	m_corrPdg
	all following stores the right distributions for all properties of the punch-through particles
double	m_corrMinEnergy
	below this energy threshold, no particle correlation is computed
double	m_corrFullEnergy
	holds the energy threshold above which a particle correlation is fully developed
TH2F *	m_histCorrLowE
	low energy correlation histogram (x:this particle, y:the correlated particle)
TH2F *	m_histCorrHighE
	high energy correlation histogram (x:this particle, y:the correlated particle)
double *	m_corrHistDomains
	correlation histogram domains
std::unique_ptr< PDFcreator >	m_pdfNumParticles
	number of punch-through particles
std::unique_ptr< PDFcreator >	m_pdf_pca0
	energy of punch-through particles
std::unique_ptr< PDFcreator >	m_pdf_pca1
	theta deviation of punch-through particles
std::unique_ptr< PDFcreator >	m_pdf_pca2
	phi deviation of punch-through particles
std::unique_ptr< PDFcreator >	m_pdf_pca3
	delta theta angle of punch-through particle momentum
std::unique_ptr< PDFcreator >	m_pdf_pca4
	delta phi angle of punch-through particle momentum

Detailed Description

This class holds information for different properties of a punch-through particle (energy, theta, phi) distributions.

Author: Elmar Ritsch Elmar.nosp@m..Rit.nosp@m.sch@c.nosp@m.ern..nosp@m.ch @maintainer/updater Thomas Carter thoma.nosp@m.s.mi.nosp@m.chael.nosp@m..car.nosp@m.ter@c.nosp@m.ern..nosp@m.ch

Definition at line 32 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

Constructor & Destructor Documentation

◆ PunchThroughParticle()

PunchThroughParticle::PunchThroughParticle	(	int	pdg,
		bool	doAnti = false )

set this particle's pdg code and if anti-particle should be done or not

Definition at line 19 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

                                                                 :
  m_pdgId(pdg),
  m_doAnti(doAnti),
  m_minEnergy(0.),
  m_maxNum(-1),
  m_numParticlesFactor(1.),
  m_energyFactor(1.),
  m_posAngleFactor(1.),
  m_momAngleFactor(1.),
  m_corrPdg(0),
  m_corrMinEnergy(0),
  m_corrFullEnergy(0),
  m_histCorrLowE(nullptr),
  m_histCorrHighE(nullptr),
  m_corrHistDomains(nullptr),
  m_pdfNumParticles(nullptr),  //does this number ever change?
  m_pdf_pca0(nullptr),
  m_pdf_pca1(nullptr),
  m_pdf_pca2(nullptr),
  m_pdf_pca3(nullptr),
  m_pdf_pca4(nullptr)
{ }

◆ ~PunchThroughParticle()

PunchThroughParticle::~PunchThroughParticle ( )

destructor

Definition at line 46 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  delete[] m_corrHistDomains;
}

Member Function Documentation

◆ getCorrelatedPdg()

int ISF::PunchThroughParticle::getCorrelatedPdg ( )

inline

the maximum number of particles which will be created

Definition at line 68 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

68{ return m_corrPdg; };

◆ getCorrelationHighEHist()

TH2F * ISF::PunchThroughParticle::getCorrelationHighEHist ( )

inline

the correlation histogram (low energies)

Definition at line 72 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

72{ return m_histCorrHighE; };

◆ getCorrelationHistDomains()

double * ISF::PunchThroughParticle::getCorrelationHistDomains ( )

inline

the correlation histogram (high energies)

Definition at line 73 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

73{ return m_corrHistDomains; };

◆ getCorrelationLowEHist()

TH2F * ISF::PunchThroughParticle::getCorrelationLowEHist ( )

inline

the full correlation energy

Definition at line 71 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

71{ return m_histCorrLowE; };

◆ getdoAnti()

bool ISF::PunchThroughParticle::getdoAnti ( )

inline

get this particle's pdg code

Definition at line 60 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

60{ return m_doAnti; };

◆ getEnergyFactor()

double ISF::PunchThroughParticle::getEnergyFactor ( )

inline

to scale the number of punch-through particles

Definition at line 63 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

63{ return m_energyFactor; };

◆ getFullCorrelationEnergy()

int ISF::PunchThroughParticle::getFullCorrelationEnergy ( )

inline

minimum energy for correlation

Definition at line 70 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

70{ return m_corrFullEnergy; };

◆ getId()

int ISF::PunchThroughParticle::getId ( )

inline

get-access methods

Definition at line 59 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

59{ return m_pdgId; };

◆ getMaxNumParticles()

int ISF::PunchThroughParticle::getMaxNumParticles ( )

inline

to scale the momentum deviation of created particles

Definition at line 67 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

67{ return m_maxNum; };

◆ getMinCorrelationEnergy()

int ISF::PunchThroughParticle::getMinCorrelationEnergy ( )

inline

the correlated particle id

Definition at line 69 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

69{ return m_corrMinEnergy; };

◆ getMinEnergy()

double ISF::PunchThroughParticle::getMinEnergy ( )

inline

get if anti-particles should be done or not

Definition at line 61 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

61{ return m_minEnergy; };

◆ getMomAngleFactor()

double ISF::PunchThroughParticle::getMomAngleFactor ( )

inline

to scale the position deviation angles

Definition at line 65 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

65{ return m_momAngleFactor; };

◆ getNumParticlesFactor()

double ISF::PunchThroughParticle::getNumParticlesFactor ( )

inline

the minimum energy with which these particles should be created

Definition at line 62 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

62{ return m_numParticlesFactor; };

◆ getNumParticlesPDF()

PDFcreator * ISF::PunchThroughParticle::getNumParticlesPDF ( )

inline

correlation histogram domains [lowE,midE,upperE]

Definition at line 74 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

74{ return m_pdfNumParticles.get(); };

◆ getPCA0PDF()

PDFcreator * ISF::PunchThroughParticle::getPCA0PDF ( )

inline

distribution parameters for the number of particles

Definition at line 75 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

75{ return m_pdf_pca0.get(); };

◆ getPCA1PDF()

PDFcreator * ISF::PunchThroughParticle::getPCA1PDF ( )

inline

distribution parameters for the exit energy

Definition at line 76 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

76{ return m_pdf_pca1.get(); };

◆ getPCA2PDF()

PDFcreator * ISF::PunchThroughParticle::getPCA2PDF ( )

inline

distribution parameters for the exit delta theta

Definition at line 77 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

77{ return m_pdf_pca2.get(); };

◆ getPCA3PDF()

PDFcreator * ISF::PunchThroughParticle::getPCA3PDF ( )

inline

distribution parameters for the exit delta phi

Definition at line 78 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

78{ return m_pdf_pca3.get(); };

◆ getPCA4PDF()

PDFcreator * ISF::PunchThroughParticle::getPCA4PDF ( )

inline

distribution parameters for the momentum delta theta

Definition at line 79 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

79{ return m_pdf_pca4.get(); };

◆ getPosAngleFactor()

double ISF::PunchThroughParticle::getPosAngleFactor ( )

inline

to scale the energy of created particles

Definition at line 64 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

64{ return m_posAngleFactor; };

◆ setCorrelation()

void PunchThroughParticle::setCorrelation	(	int	corrPdg,
		TH2F *	histLowE,
		TH2F *	histHighE,
		double	minCorrE = 0.,
		double	fullCorrE = 0.,
		double	lowE = 0.,
		double	midE = 0.,
		double	upperE = 0. )

set the correlated particle type + correlation histograms

full energy correlation threshold
histogram domains histLowE:[lowE,midE] histHighE:[midE,upperE]

Definition at line 125 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_corrPdg = corrPdg;
  m_histCorrLowE = histLowE;
  m_histCorrHighE = histHighE;
  m_corrMinEnergy = minCorrelationEnergy;
  m_corrFullEnergy = fullCorrelationEnergy;
 
  m_corrHistDomains = new double [3];
  m_corrHistDomains[0] = lowE;
  m_corrHistDomains[1] = midE;
  m_corrHistDomains[2] = upperE;
}

◆ setEnergyFactor()

void PunchThroughParticle::setEnergyFactor ( double energyFactor )

to scale the energy of created particles

Definition at line 86 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_energyFactor = energyFactor;
}

◆ setMaxNumParticles()

void PunchThroughParticle::setMaxNumParticles ( int maxNum )

the maximum number of particles which will be created

Definition at line 66 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_maxNum = maxNum;
}

◆ setMinEnergy()

void PunchThroughParticle::setMinEnergy ( double minEnergy )

set methods

the minimum energy with which these particles should be created

Definition at line 56 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_minEnergy = minEnergy;
}

◆ setMomAngleFactor()

void PunchThroughParticle::setMomAngleFactor ( double momAngleFactor )

to scale the momentum deviation of created particles

Definition at line 105 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_momAngleFactor = momAngleFactor;
}

◆ setNumParticlesFactor()

void PunchThroughParticle::setNumParticlesFactor ( double numFactor )

to scale the number of punch-through particles

Definition at line 76 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_numParticlesFactor = numFactor;
}

◆ setNumParticlesPDF()

void PunchThroughParticle::setNumParticlesPDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the number of exit particles distribution

Definition at line 115 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdfNumParticles = std::move(pdf);
}

◆ setPCA0PDF()

void PunchThroughParticle::setPCA0PDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the energy distribution

Definition at line 151 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdf_pca0 = std::move(pdf);
}

◆ setPCA1PDF()

void PunchThroughParticle::setPCA1PDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the deltaTheta distribution

Definition at line 161 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdf_pca1 = std::move(pdf);
}

◆ setPCA2PDF()

void PunchThroughParticle::setPCA2PDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the deltaPhi distribution

Definition at line 171 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdf_pca2 = std::move(pdf);
}

◆ setPCA3PDF()

void PunchThroughParticle::setPCA3PDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the momentumDeltaTheta distribution

Definition at line 180 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdf_pca3 = std::move(pdf);
}

◆ setPCA4PDF()

void PunchThroughParticle::setPCA4PDF ( std::unique_ptr< PDFcreator > pdf )

set the PDFcreator for the momentumDeltaPhi distribution

Definition at line 189 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_pdf_pca4 = std::move(pdf);
}

◆ setPosAngleFactor()

void PunchThroughParticle::setPosAngleFactor ( double momAngleFactor )

to scale the position deflection angles

Definition at line 96 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.cxx.

{
  m_posAngleFactor = posAngleFactor;
}

Member Data Documentation

◆ m_corrFullEnergy

double ISF::PunchThroughParticle::m_corrFullEnergy

private

holds the energy threshold above which a particle correlation is fully developed

Definition at line 98 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_corrHistDomains

double* ISF::PunchThroughParticle::m_corrHistDomains

private

correlation histogram domains

Definition at line 103 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_corrMinEnergy

double ISF::PunchThroughParticle::m_corrMinEnergy

private

below this energy threshold, no particle correlation is computed

Definition at line 97 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_corrPdg

int ISF::PunchThroughParticle::m_corrPdg

private

all following stores the right distributions for all properties of the punch-through particles

correlation to any other punch-through particle type

Definition at line 96 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_doAnti

bool ISF::PunchThroughParticle::m_doAnti

private

do also anti-particles?

Definition at line 83 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_energyFactor

double ISF::PunchThroughParticle::m_energyFactor

private

scale the energy of this particle type

Definition at line 91 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_histCorrHighE

TH2F* ISF::PunchThroughParticle::m_histCorrHighE

private

high energy correlation histogram (x:this particle, y:the correlated particle)

Definition at line 102 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_histCorrLowE

TH2F* ISF::PunchThroughParticle::m_histCorrLowE

private

low energy correlation histogram (x:this particle, y:the correlated particle)

Definition at line 101 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_maxNum

int ISF::PunchThroughParticle::m_maxNum

private

the maximum number of particles which will be created

Definition at line 87 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_minEnergy

double ISF::PunchThroughParticle::m_minEnergy

private

some cut-parameters which will be set via python

the minimum energy with which these particles should be created

Definition at line 86 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_momAngleFactor

double ISF::PunchThroughParticle::m_momAngleFactor

private

scale the momentum deviation

Definition at line 93 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_numParticlesFactor

double ISF::PunchThroughParticle::m_numParticlesFactor

private

some tuning-parameters which will be set via python

scale the number of particles created

Definition at line 90 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdf_pca0

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdf_pca0

private

energy of punch-through particles

Definition at line 105 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdf_pca1

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdf_pca1

private

theta deviation of punch-through particles

Definition at line 106 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdf_pca2

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdf_pca2

private

phi deviation of punch-through particles

Definition at line 107 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdf_pca3

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdf_pca3

private

delta theta angle of punch-through particle momentum

Definition at line 108 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdf_pca4

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdf_pca4

private

delta phi angle of punch-through particle momentum

Definition at line 109 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdfNumParticles

std::unique_ptr<PDFcreator> ISF::PunchThroughParticle::m_pdfNumParticles

private

number of punch-through particles

Definition at line 104 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_pdgId

int ISF::PunchThroughParticle::m_pdgId

private

distribution parameters for the momentum delta phi

the pdg-id of this particle

Definition at line 82 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

◆ m_posAngleFactor

double ISF::PunchThroughParticle::m_posAngleFactor

private

scale the position deflection angles

Definition at line 92 of file ISF/ISF_FastCaloSim/ISF_PunchThroughTools/src/PunchThroughParticle.h.

The documentation for this class was generated from the following files:

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ PunchThroughParticle()

◆ ~PunchThroughParticle()

Member Function Documentation

◆ getCorrelatedPdg()

◆ getCorrelationHighEHist()

◆ getCorrelationHistDomains()

◆ getCorrelationLowEHist()

◆ getdoAnti()

◆ getEnergyFactor()

◆ getFullCorrelationEnergy()

◆ getId()

◆ getMaxNumParticles()

◆ getMinCorrelationEnergy()

◆ getMinEnergy()

◆ getMomAngleFactor()

◆ getNumParticlesFactor()

◆ getNumParticlesPDF()

◆ getPCA0PDF()

◆ getPCA1PDF()

◆ getPCA2PDF()

◆ getPCA3PDF()

◆ getPCA4PDF()

◆ getPosAngleFactor()

◆ setCorrelation()

◆ setEnergyFactor()

◆ setMaxNumParticles()

◆ setMinEnergy()

◆ setMomAngleFactor()

◆ setNumParticlesFactor()

◆ setNumParticlesPDF()

◆ setPCA0PDF()

◆ setPCA1PDF()

◆ setPCA2PDF()

◆ setPCA3PDF()

◆ setPCA4PDF()

◆ setPosAngleFactor()

Member Data Documentation

◆ m_corrFullEnergy

◆ m_corrHistDomains

◆ m_corrMinEnergy

◆ m_corrPdg

◆ m_doAnti

◆ m_energyFactor

◆ m_histCorrHighE

◆ m_histCorrLowE

◆ m_maxNum

◆ m_minEnergy

◆ m_momAngleFactor

◆ m_numParticlesFactor

◆ m_pdf_pca0

◆ m_pdf_pca1

◆ m_pdf_pca2

◆ m_pdf_pca3

◆ m_pdf_pca4

◆ m_pdfNumParticles

◆ m_pdgId

◆ m_posAngleFactor