Class for MassShape that gets its nominal mass from its owning resonance. More...

#include <MassShapeWithNominalMass.h>

Inheritance diagram for MassShapeWithNominalMass:

Public Member Functions
	MassShapeWithNominalMass (double m=-1)

virtual void	setParameters (const ParticleTableEntry &entry) override

std::shared_ptr< RealParameter >	mass ()
	Get mass.

const std::shared_ptr < RealParameter >	mass () const
	Get mass (const)

Public Member Functions inherited from MassShape
	MassShape ()
	Constructor.

virtual const std::complex < double >	value (const DataPoint &d, const std::shared_ptr< ParticleCombination > &pc) const overridefinal

virtual void	calculate (DataPartition &D) const overridefinal

virtual bool	consistent () const
	Check consistency of object.

Resonance *	resonance () const
	get raw pointer to owning resonance

virtual void	updateCalculationStatus (StatusManager &D) const overridefinal
	update the calculationStatus for a DataPartition

const Model *	model () const override
	get raw pointer to Model through resonance

virtual void	checkDecayChannel (const DecayChannel &c) const
	Check if a DecayChannel is valid for this MassShape; will throw if invalid.

Public Member Functions inherited from RecalculableAmplitudeComponent
	RecalculableAmplitudeComponent (const ParticleCombinationEqualTo &equal)

virtual const bool	validFor (const std::shared_ptr< ParticleCombination > &pc) const override

virtual const VariableStatus	status () const override
	calls variable_status on parameters of object

Public Member Functions inherited from RecalculableDataAccessor
	RecalculableDataAccessor (const ParticleCombinationEqualTo &equal)

void	setParameterFlagsToUnchanged ()
	set VariableStatus of all Parameters to unchanged (or leave fixed)

const ParameterSet &	parameters () const

Public Member Functions inherited from DataAccessor
	DataAccessor (const ParticleCombinationEqualTo &equal)

const ParticleCombinationEqualTo &	equal () const

int	index () const

unsigned	symmetrizationIndex (const std::shared_ptr< ParticleCombination > &c) const

const ParticleCombinationMap < unsigned > &	symmetrizationIndices () const

const unsigned	nSymmetrizationIndices () const

void	printParticleCombinations () const
	print ParticleCombination map

const CachedValueSet &	CachedValues () const

const unsigned	size () const

const bool	requiresStorage () const

bool	consistent () const
	Check consistency of object.

Private Attributes
std::shared_ptr< RealParameter >	Mass_
	Mass [GeV].

Additional Inherited Members
Public Attributes inherited from DataAccessor
friend	Model
	grant friend status to Model to access CachedValues_

friend	CachedValue
	grant friend status to CachedValue to call addCachedValue

Protected Member Functions inherited from MassShape
virtual void	setResonance (Resonance *r)
	Set raw pointer to owning Resonance.

virtual void	addDecayChannel (std::shared_ptr< DecayChannel > c)

std::shared_ptr < ComplexCachedValue >	T ()
	access cached dynamic amplitude

const std::shared_ptr < ComplexCachedValue >	T () const
	access cached dynamic amplitude (const)

virtual void	calculateT (DataPartition &D, const std::shared_ptr< ParticleCombination > &pc, unsigned si) const =0

Protected Member Functions inherited from RecalculableDataAccessor
virtual void	registerWithModel () override
	register with Model

void	addParameter (std::shared_ptr< ParameterBase > p)
	add a parameter for evaluating variableStatus

Protected Member Functions inherited from DataAccessor
void	addCachedValue (std::shared_ptr< CachedValue > c)
	add CachedValue

virtual void	addParticleCombination (std::shared_ptr< ParticleCombination > pc)
	add ParticleCombination to SymmetrizationIndices_

virtual void	pruneSymmetrizationIndices ()
	prune SymmetrizationIndices_ to only contain ParticleCombination's tracing back up the ISP

void	setIndex (size_t i)
	set storage index used in DataPoint. Must be unique.

Detailed Description

Class for MassShape that gets its nominal mass from its owning resonance.

Author: Daniel Greenwald

Constructor & Destructor Documentation

MassShapeWithNominalMass ( double m = -1 )

Constructor

Parameters

m	Mass [GeV]

Member Function Documentation

void setParameters ( const ParticleTableEntry & entry )

overridevirtual

Set parameters from ParticleTableEntry

Parameters

entry ParticleTableEntry containing information to create mass shape object

Reimplemented from MassShape.

Reimplemented in BreitWigner.

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

/home/dgreenw/work/belle/YAP/include/MassShapeWithNominalMass.h
/home/dgreenw/work/belle/YAP/src/MassShapeWithNominalMass.cxx

Public Member Functions

Private Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation