#include <SpinFactor.h>

Inheritance diagram for SpinFactor:

Public Member Functions
virtual double	getVal (IDalitzEvent &evt)=0

virtual double	RealVal (IDalitzEvent &evt)

virtual std::complex< double >	ComplexVal (IDalitzEvent &evt)

virtual std::complex< double >	getNewVal (IDalitzEvent &evt)

double	mRes (const AssociatedDecayTreeItem &adt, IDalitzEvent &evt)

double	mRes (const MINT::const_counted_ptr< AssociatedDecayTree > &adt, IDalitzEvent &evt)

const AssociatedDecayTree &	theDecay () const

const AssociatedDecayTree &	theDecay (const DalitzEventPattern &) const

const AssociatedDecayTree &	theDecay (IDalitzEvent &evt) const

	SpinFactor (const AssociatedDecayTree &decay, int nFinal=3)

	SpinFactor (const SpinFactor &other)

virtual void	printYourself (std::ostream &os=std::cout) const =0

virtual void	printParsing (std::ostream &os=std::cout) const

virtual	~SpinFactor ()

virtual const DecayTree &	exampleDecay ()=0

virtual std::string	name () const =0

Public Member Functions inherited from MINT::IReturnRealForEvent< IDalitzEvent >
virtual	~IReturnRealForEvent ()

Public Member Functions inherited from MINT::IReturnComplexForEvent< IDalitzEvent >
virtual	~IReturnComplexForEvent ()

Public Member Functions inherited from CachedByEvent< std::complex< double > >
	CachedByEvent ()

	CachedByEvent (const CachedByEvent &)

std::complex< double >	getValWithCaching (IDalitzEvent &evt)

std::complex< double >	getValWithCachingPermutation (IDalitzEvent &evt)

Public Member Functions inherited from MINT::FitParDependent
virtual unsigned int	size () const

virtual const FitParRef &	operator[] (unsigned int i) const

virtual FitParRef &	operator[] (unsigned int i)

virtual bool	changedSinceLastCall () const

virtual void	rememberFitParValues ()

virtual bool	registerFitParDependence (const IFitParDependent &fpd)

bool	registerFitParDependence (const FitParRef &fpr)

void	removeAllFitParDependencies ()

	FitParDependent (IFitParRegister *daddy=0)

	FitParDependent (const FitParDependent &other, IFitParRegister *newDaddy=0)

void	listFitParDependencies (std::ostream &os=std::cout) const

Public Member Functions inherited from MINT::PolymorphVector< FitParRef >
	PolymorphVector ()

	PolymorphVector (unsigned int N)

	PolymorphVector (unsigned int N, const FitParRef &c)

	PolymorphVector (const PolymorphVector &other)

	PolymorphVector (const typename std::vector< FitParRef > &other)

virtual	~PolymorphVector ()

std::vector< FitParRef > &	theVector ()

const std::vector< FitParRef > &	theVector () const

FitParRef &	operator[] (unsigned int i)

const FitParRef &	operator[] (unsigned int i) const

FitParRef &	at (unsigned int i)

const FitParRef &	at (unsigned int i) const

std::vector< FitParRef >::iterator	begin ()

std::vector< FitParRef >::const_iterator	begin () const

std::vector< FitParRef >::iterator	end ()

std::vector< FitParRef >::const_iterator	end () const

std::vector< FitParRef >::iterator	find (const FitParRef &c)

std::vector< FitParRef >::const_iterator	find (const FitParRef &c) const

FitParRef &	front ()

const FitParRef &	front () const

FitParRef &	back ()

const FitParRef &	back () const

unsigned int	size () const

bool	empty () const

void	push_back (const FitParRef &c)

void	pop_back ()

void	erase (typename std::vector< FitParRef >::iterator pos)

void	erase (typename std::vector< FitParRef >::iterator first, typename std::vector< FitParRef >::iterator last)

PolymorphVector< FitParRef > &	operator= (const PolymorphVector< FitParRef > &other)

void	clear ()

void	resize (unsigned int N)

void	resize (unsigned int N, const FitParRef &c)

	operator const typename std::vector< FitParRef > & () const

	operator typename std::vector< FitParRef > & ()

bool	operator== (const MINT::PolymorphVector< FitParRef > &v2) const

bool	operator!= (const MINT::PolymorphVector< FitParRef > &v2) const

bool	operator< (const MINT::PolymorphVector< FitParRef > &v2) const

bool	operator> (const MINT::PolymorphVector< FitParRef > &v2) const

Public Member Functions inherited from ISpinFactor
virtual	~ISpinFactor ()

Protected Member Functions
TLorentzVector	p (int i, IDalitzEvent &evt)

Protected Member Functions inherited from MINT::IReturnRealForEvent< IDalitzEvent >
	IReturnRealForEvent ()

Protected Member Functions inherited from MINT::IReturnComplexForEvent< IDalitzEvent >
	IReturnComplexForEvent ()

Protected Member Functions inherited from CachedByEvent< std::complex< double > >
long int	rememberNumber ()

long int	rememberNumberPermutation (IDalitzEvent &evt)

long int	configNumber ()

std::complex< double >	recalculate (IDalitzEvent &evt)

std::complex< double >	recalculatePermutation (IDalitzEvent &evt)

Protected Member Functions inherited from ISpinFactor
	ISpinFactor ()

Protected Attributes
const AssociatedDecayTree &	_theDecay

int	_nFinal

std::vector< MINT::const_counted_ptr< AssociatedDecayTree > >	fsPS

MINT::NamedParameter< int >	_useZemachTensors

Protected Attributes inherited from CachedByEvent< std::complex< double > >
long int	_rememberNumber

std::vector< long int >	_rememberNumberPermutation

long int	_configNumber

Protected Attributes inherited from MINT::PolymorphVector< FitParRef >
std::vector< FitParRef >	_vec

Detailed Description

Definition at line 19 of file SpinFactor.h.

Constructor & Destructor Documentation

◆ SpinFactor() [1/2]

SpinFactor::SpinFactor	(	const AssociatedDecayTree &	decay,
		int	nFinal = `3`
	)

inline

Definition at line 74 of file SpinFactor.h.

     : MINT::IReturnRealForEvent<IDalitzEvent>()
     , MINT::IReturnComplexForEvent<IDalitzEvent>()
     , ISpinFactor()
     //, _associatingDecayTree(decay)
     , _theDecay(decay)
     , _nFinal(nFinal)
     , fsPS(nFinal, (MINT::const_counted_ptr<AssociatedDecayTree>) 0)
     , _useZemachTensors("useZemachTensors",1,MINT::NamedParameterBase::QUIET)
     {}

◆ SpinFactor() [2/2]

SpinFactor::SpinFactor ( const SpinFactor & other )

inline

Definition at line 85 of file SpinFactor.h.

     : MINT::IReturnRealForEvent<IDalitzEvent>()
     , MINT::IReturnComplexForEvent<IDalitzEvent>()
     , ISpinFactor()
     , CachedByEvent(other)
     , FitParDependent(other)
     //    , _associatingDecayTree(other._associatingDecayTree)
     , _theDecay(other._theDecay)
     , _nFinal(other._nFinal)
     , fsPS(other._nFinal, (MINT::const_counted_ptr<AssociatedDecayTree>) 0)
     , _useZemachTensors("useZemachTensors",1,MINT::NamedParameterBase::QUIET)
     {}

◆ ~SpinFactor()

virtual SpinFactor::~SpinFactor ( )

inlinevirtual

Definition at line 99 of file SpinFactor.h.

99 {this->removeAllFitParDependencies();}

MINT::FitParDependent::removeAllFitParDependencies

void removeAllFitParDependencies()

Definition: FitParDependent.h:51

Member Function Documentation

◆ ComplexVal()

virtual std::complex<double> SpinFactor::ComplexVal ( IDalitzEvent & evt )

inlinevirtual

Implements ISpinFactor.

Definition at line 36 of file SpinFactor.h.

                                                           {   
             //return getNewVal(evt);
             return getValWithCachingPermutation(evt);
             //return std::complex<double>(getVal(evt),0);
   }

◆ exampleDecay()

virtual const DecayTree& SpinFactor::exampleDecay ( )

pure virtual

Implemented in SF_BtoVP1_VtoTV0_TtoP2P3, SF_BtoVP1_VtoTV0_TtoP2P3_BASE, SF_BtoPP1_PtoVV0_VtoP2P3, SF_BtoPP1_PtoVV0_VtoP2P3_BASE, SF_BtoSP1_StoVV0_VtoP2P3, SF_BtoSP1_StoVV0_VtoP2P3_BASE, SF_BtoPV0_PtoP1V1_V1toP2P3, SF_BtoPV0_PtoP1V1_V1toP2P3_BASE, SF_BtoVP1_VtoSV0_StoP2P3, SF_BtoVP1_VtoSV0_StoP2P3_BASE, SF_BtoVP1_VtoAP2_AtoV0P3, SF_BtoVP1_VtoAP2_AtoV0P3_BASE, SF_BtoPV0_PtoS_StoP2P3, SF_BtoPV0_PtoS_StoP2P3_BASE, SF_BtoPV_PtoP1V0_VtoP2P3, SF_BtoPV_PtoP1V0_VtoP2P3_BASE, SF_BtoPS_PtoP1V0_StoP2P3, SF_BtoPS_PtoP1V0_StoP2P3_BASE, SF_BtoAS_AtoP1V0_StoP2P3, SF_BtoAS_AtoP1V0_StoP2P3_BASE, SF_BtoAV_AtoP1V0_VtoP2P3_D, SF_BtoAV_AtoP1V0_VtoP2P3_P, SF_BtoAV_AtoP1V0_VtoP2P3, SF_BtoAV_AtoP1V0_VtoP2P3_BASE, SF_BtoV1V2_V1toP1V0_V2toP2P3, SF_BtoV1V2_V1toP1V0_V2toP2P3_BASE, SF_BtoAP1_AtoVV0_VtoP2P3, SF_BtoAP1_AtoVV0_VtoP2P3_BASE, SF_BtoV1P1_V1toV2V0_V2toP2P3, SF_BtoV1P1_V1toV2V0_V2toP2P3_BASE, SF_BtoVP1_VtoV0S_StoP2P3, SF_BtoVP1_VtoV0S_StoP2P3_BASE, SF_BtoTV0_TtoVP1_VtoP2P3_P, SF_BtoTV0_TtoVP1_VtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_P, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_D, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_BASE, SF_DtoV1P0_V1toV2P1_V2toP2P3, SF_DtoAP0_AtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_D, SF_DtoVS_VtoP0P1_StoP2P3_nonResV, SF_DtoPseudoTP0_PseudoTtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_P, SF_DtoVS_VtoP0P1_StoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3, SF_DtoPseudoTP0_PseudoTtoSP1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S_nonResV1, SF_BtoV1V0_V1toV2P1_V2toP2P3_BASE, SF_DtoPseudoTP0_PseudoTtoVP1_VtoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_D, SF_BtoAV0_AtoSP1_StoP2P3_D, SF_VtoAP1_AtoV0P2, SF_DtoTS_TtoP0P1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_P, SF_BtoAV0_AtoSP1_StoP2P3_P, SF_VtoAP1_AtoV0P2_BASE, SF_DtoT1P0_T1toT2P1_T2toP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S, SF_BtoAV0_AtoSP1_StoP2P3, SF_VtoSV0_StoP2P3, SF_BtoAV0_AtoSP1_StoP2P3_BASE, SF_DtoV1V2_V1toP0P1_V1toP2P3_BASE, SF_DtoTP0_TtoVP1_VtoP2P3, SF_VtoSV0_StoP2P3_BASE, SF_BtoAV0_AtoVP1_VtoP2P3_D, SF_DtoAP0_AtoSP1_StoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_D, SF_VtoV0P1_V0toP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_P, SF_DtoAP0_AtoVP1Dwave_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_P, SF_VtoV0P1_V0toP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_D, SF_DtoAP0_AtoVP1_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_S, SF_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_P, SF_DtoAP0_AtoVP1_VtoP2P3_BASE, SF_DtoT1T2_T1toP0P1_T2toP2P3_BASE, SF_AtoSP1_StoP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3, SF_DtoPP0_PtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_D, SF_AtoVP1_VtoP2P3_D, SF_BtoAV0_AtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_P, SF_AtoVP1_VtoP2P3, SpinFactor3, SF_BtoAV0_AtoVP1_VtoP2P3_BASE, SF_DtoVT_VtoP0P1_TtoP2P3_BASE, and SF_AtoVP1_VtoP2P3_BASE.

◆ getNewVal()

virtual std::complex<double> SpinFactor::getNewVal ( IDalitzEvent & evt )

inlinevirtual

Implements CachedByEvent< std::complex< double > >.

Reimplemented in SF_BtoVP1_VtoTV0_TtoP2P3, SF_BtoVP1_VtoTV0_TtoP2P3_BASE, SF_BtoPP1_PtoVV0_VtoP2P3, SF_BtoPP1_PtoVV0_VtoP2P3_BASE, SF_BtoSP1_StoVV0_VtoP2P3, SF_BtoSP1_StoVV0_VtoP2P3_BASE, SF_BtoPV0_PtoP1V1_V1toP2P3, SF_BtoPV0_PtoP1V1_V1toP2P3_BASE, SF_BtoVP1_VtoSV0_StoP2P3, SF_BtoVP1_VtoSV0_StoP2P3_BASE, SF_BtoVP1_VtoAP2_AtoV0P3, SF_BtoVP1_VtoAP2_AtoV0P3_BASE, SF_BtoPV0_PtoS_StoP2P3, SF_BtoPV0_PtoS_StoP2P3_BASE, SF_BtoPV_PtoP1V0_VtoP2P3, SF_BtoPV_PtoP1V0_VtoP2P3_BASE, SF_BtoPS_PtoP1V0_StoP2P3, SF_BtoPS_PtoP1V0_StoP2P3_BASE, SF_BtoAS_AtoP1V0_StoP2P3, SF_BtoAS_AtoP1V0_StoP2P3_BASE, SF_BtoAV_AtoP1V0_VtoP2P3_D, SF_BtoAV_AtoP1V0_VtoP2P3_P, SF_BtoAV_AtoP1V0_VtoP2P3, SF_BtoAV_AtoP1V0_VtoP2P3_BASE, SF_BtoV1V2_V1toP1V0_V2toP2P3, SF_BtoV1V2_V1toP1V0_V2toP2P3_BASE, SF_BtoAP1_AtoVV0_VtoP2P3, SF_BtoAP1_AtoVV0_VtoP2P3_BASE, SF_BtoV1P1_V1toV2V0_V2toP2P3, SF_BtoV1P1_V1toV2V0_V2toP2P3_BASE, SF_BtoVP1_VtoV0S_StoP2P3, SF_BtoVP1_VtoV0S_StoP2P3_BASE, SF_BtoTV0_TtoVP1_VtoP2P3_P, SF_BtoTV0_TtoVP1_VtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_P, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_D, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_BASE, SF_BtoV1V0_V1toV2P1_V2toP2P3_D, SF_BtoV1V0_V1toV2P1_V2toP2P3_P, SF_BtoV1V0_V1toV2P1_V2toP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_BASE, SF_BtoAV0_AtoSP1_StoP2P3_D, SF_VtoAP1_AtoV0P2, SF_BtoAV0_AtoSP1_StoP2P3_P, SF_VtoAP1_AtoV0P2_BASE, SF_BtoAV0_AtoSP1_StoP2P3, SF_VtoSV0_StoP2P3, SF_BtoAV0_AtoSP1_StoP2P3_BASE, SF_VtoSV0_StoP2P3_BASE, SF_BtoAV0_AtoVP1_VtoP2P3_D, SF_VtoV0P1_V0toP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_P, SF_VtoV0P1_V0toP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_D, SF_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_P, SF_AtoSP1_StoP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3, SF_AtoVP1_VtoP2P3_D, SF_BtoAV0_AtoVP1_VtoP2P3, SF_AtoVP1_VtoP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_BASE, and SF_AtoVP1_VtoP2P3_BASE.

Definition at line 41 of file SpinFactor.h.

41 {return std::complex<double>(getVal(evt),0);}

SpinFactor::getVal

virtual double getVal(IDalitzEvent &evt)=0

◆ getVal()

virtual double SpinFactor::getVal ( IDalitzEvent & evt )

pure virtual

Implements ISpinFactor.

Implemented in SF_BtoVP1_VtoTV0_TtoP2P3, SF_BtoVP1_VtoTV0_TtoP2P3_BASE, SF_BtoPP1_PtoVV0_VtoP2P3, SF_BtoPP1_PtoVV0_VtoP2P3_BASE, SF_BtoSP1_StoVV0_VtoP2P3, SF_BtoSP1_StoVV0_VtoP2P3_BASE, SF_BtoPV0_PtoP1V1_V1toP2P3, SF_BtoPV0_PtoP1V1_V1toP2P3_BASE, SF_BtoVP1_VtoSV0_StoP2P3, SF_BtoVP1_VtoSV0_StoP2P3_BASE, SF_BtoVP1_VtoAP2_AtoV0P3, SF_BtoVP1_VtoAP2_AtoV0P3_BASE, SF_BtoPV0_PtoS_StoP2P3, SF_BtoPV0_PtoS_StoP2P3_BASE, SF_BtoPV_PtoP1V0_VtoP2P3, SF_BtoPV_PtoP1V0_VtoP2P3_BASE, SF_BtoPS_PtoP1V0_StoP2P3, SF_BtoPS_PtoP1V0_StoP2P3_BASE, SF_BtoAS_AtoP1V0_StoP2P3, SF_BtoAS_AtoP1V0_StoP2P3_BASE, SF_BtoAV_AtoP1V0_VtoP2P3_D, SF_BtoAV_AtoP1V0_VtoP2P3_P, SF_BtoAV_AtoP1V0_VtoP2P3, SF_BtoAV_AtoP1V0_VtoP2P3_BASE, SF_BtoV1V2_V1toP1V0_V2toP2P3, SF_BtoV1V2_V1toP1V0_V2toP2P3_BASE, SF_BtoAP1_AtoVV0_VtoP2P3, SF_BtoAP1_AtoVV0_VtoP2P3_BASE, SF_BtoV1P1_V1toV2V0_V2toP2P3, SF_BtoV1P1_V1toV2V0_V2toP2P3_BASE, SF_BtoVP1_VtoV0S_StoP2P3, SF_BtoVP1_VtoV0S_StoP2P3_BASE, SF_BtoTV0_TtoVP1_VtoP2P3_P, SF_BtoTV0_TtoVP1_VtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_P, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_D, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_BASE, SF_DtoV1P0_V1toV2P1_V2toP2P3, SF_DtoAP0_AtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_D, SF_DtoVS_VtoP0P1_StoP2P3_nonResV, SF_DtoPseudoTP0_PseudoTtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_P, SF_DtoVS_VtoP0P1_StoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3, SF_DtoPseudoTP0_PseudoTtoSP1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S_nonResV1, SF_BtoV1V0_V1toV2P1_V2toP2P3_BASE, SF_DtoPseudoTP0_PseudoTtoVP1_VtoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_D, SF_BtoAV0_AtoSP1_StoP2P3_D, SF_VtoAP1_AtoV0P2, SF_DtoTS_TtoP0P1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_P, SF_BtoAV0_AtoSP1_StoP2P3_P, SF_VtoAP1_AtoV0P2_BASE, SF_DtoT1P0_T1toT2P1_T2toP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S, SF_BtoAV0_AtoSP1_StoP2P3, SF_VtoSV0_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_BASE, SF_BtoAV0_AtoSP1_StoP2P3_BASE, SF_DtoTP0_TtoVP1_VtoP2P3, SF_VtoSV0_StoP2P3_BASE, SF_DtoAP0_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_D, SF_DtoT1T2_T1toP0P1_T2toP2P3_D, SF_VtoV0P1_V0toP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_P, SF_DtoAP0_AtoVP1Dwave_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_P, SF_VtoV0P1_V0toP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_D, SF_DtoAP0_AtoVP1_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_S, SF_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_P, SF_DtoAP0_AtoVP1_VtoP2P3_BASE, SF_DtoT1T2_T1toP0P1_T2toP2P3_BASE, SF_AtoSP1_StoP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3, SF_DtoPP0_PtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_D, SF_AtoVP1_VtoP2P3_D, SF_BtoAV0_AtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_P, SF_AtoVP1_VtoP2P3, SpinFactor3, SF_BtoAV0_AtoVP1_VtoP2P3_BASE, SF_DtoVT_VtoP0P1_TtoP2P3_BASE, SF_AtoVP1_VtoP2P3_BASE, and GSSpinFactor.

◆ mRes() [1/2]

double SpinFactor::mRes	(	const AssociatedDecayTreeItem &	adt,
		IDalitzEvent &	evt
	)

Definition at line 53 of file SpinFactor.cpp.

                                                                             {  
   return adt.mRes(&evt);
 }

◆ mRes() [2/2]

double SpinFactor::mRes	(	const MINT::const_counted_ptr< AssociatedDecayTree > &	adt,
		IDalitzEvent &	evt
	)

Definition at line 46 of file SpinFactor.cpp.

                                                                                                {
   // return PDG mass for final state paticles
   if(adt->isFinalState()) return mRes(adt->getVal(), evt);
   // return sqrt(p^2) for spin projectors  
   return adt->getVal().mReco(&evt) ;  
 }

◆ name()

virtual std::string SpinFactor::name ( ) const

pure virtual

Implements ISpinFactor.

Implemented in SF_BtoVP1_VtoTV0_TtoP2P3, SF_BtoVP1_VtoTV0_TtoP2P3_BASE, SF_BtoPP1_PtoVV0_VtoP2P3, SF_BtoPP1_PtoVV0_VtoP2P3_BASE, SF_BtoSP1_StoVV0_VtoP2P3, SF_BtoSP1_StoVV0_VtoP2P3_BASE, SF_BtoPV0_PtoP1V1_V1toP2P3, SF_BtoPV0_PtoP1V1_V1toP2P3_BASE, SF_BtoVP1_VtoSV0_StoP2P3, SF_BtoVP1_VtoSV0_StoP2P3_BASE, SF_BtoVP1_VtoAP2_AtoV0P3, SF_BtoVP1_VtoAP2_AtoV0P3_BASE, SF_BtoPV0_PtoS_StoP2P3, SF_BtoPV0_PtoS_StoP2P3_BASE, SF_BtoPV_PtoP1V0_VtoP2P3, SF_BtoPV_PtoP1V0_VtoP2P3_BASE, SF_BtoPS_PtoP1V0_StoP2P3, SF_BtoPS_PtoP1V0_StoP2P3_BASE, SF_BtoAS_AtoP1V0_StoP2P3, SF_BtoAS_AtoP1V0_StoP2P3_BASE, SF_BtoAV_AtoP1V0_VtoP2P3_D, SF_BtoAV_AtoP1V0_VtoP2P3_P, SF_BtoAV_AtoP1V0_VtoP2P3, SF_BtoAV_AtoP1V0_VtoP2P3_BASE, SF_BtoV1V2_V1toP1V0_V2toP2P3, SF_BtoV1V2_V1toP1V0_V2toP2P3_BASE, SF_BtoAP1_AtoVV0_VtoP2P3, SF_BtoAP1_AtoVV0_VtoP2P3_BASE, SF_BtoV1P1_V1toV2V0_V2toP2P3, SF_BtoV1P1_V1toV2V0_V2toP2P3_BASE, SF_BtoVP1_VtoV0S_StoP2P3, SF_BtoVP1_VtoV0S_StoP2P3_BASE, SF_BtoTV0_TtoVP1_VtoP2P3_P, SF_BtoTV0_TtoVP1_VtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_P, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_D, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_BASE, SF_DtoV1P0_V1toV2P1_V2toP2P3, SF_DtoAP0_AtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_D, SF_DtoVS_VtoP0P1_StoP2P3_nonResV, SF_DtoPseudoTP0_PseudoTtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_P, SF_DtoVS_VtoP0P1_StoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3, SF_DtoPseudoTP0_PseudoTtoSP1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S_nonResV1, SF_BtoV1V0_V1toV2P1_V2toP2P3_BASE, SF_DtoPseudoTP0_PseudoTtoVP1_VtoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_D, SF_BtoAV0_AtoSP1_StoP2P3_D, SF_VtoAP1_AtoV0P2, SF_DtoTS_TtoP0P1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_P, SF_BtoAV0_AtoSP1_StoP2P3_P, SF_VtoAP1_AtoV0P2_BASE, SF_DtoT1P0_T1toT2P1_T2toP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S, SF_BtoAV0_AtoSP1_StoP2P3, SF_VtoSV0_StoP2P3, SF_BtoAV0_AtoSP1_StoP2P3_BASE, SF_DtoV1V2_V1toP0P1_V1toP2P3_BASE, SF_DtoTP0_TtoVP1_VtoP2P3, SF_VtoSV0_StoP2P3_BASE, SF_BtoAV0_AtoVP1_VtoP2P3_D, SF_DtoAP0_AtoSP1_StoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_D, SF_VtoV0P1_V0toP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_P, SF_DtoAP0_AtoVP1Dwave_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_P, SF_VtoV0P1_V0toP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_D, SF_DtoAP0_AtoVP1_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_S, SF_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_P, SF_DtoAP0_AtoVP1_VtoP2P3_BASE, SF_DtoT1T2_T1toP0P1_T2toP2P3_BASE, SF_AtoSP1_StoP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3, SF_DtoPP0_PtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_D, SF_AtoVP1_VtoP2P3_D, SF_BtoAV0_AtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_P, SF_AtoVP1_VtoP2P3, SpinFactor3, SF_BtoAV0_AtoVP1_VtoP2P3_BASE, SF_DtoVT_VtoP0P1_TtoP2P3_BASE, SF_AtoVP1_VtoP2P3_BASE, and GSSpinFactor.

◆ p()

TLorentzVector SpinFactor::p	(	int	i,
		IDalitzEvent &	evt
	)

protected

Definition at line 11 of file SpinFactor.cpp.

                                                     {
   // momenta of the fsPS.
   if(i >= (int) fsPS.size() || i < 0){
     throw "index out of range";
   }else{
     if(! fsPS[i] ){
       throw "tree not parsed";
     }
     
     /*
       debug code, leave it in for now:
       std::cout << " SpinFactor p(" << i << ") called" << endl;
       cout << " fsPs[i] " << fsPS[i] << endl;
       cout << "fsPS[i]->getVal() " << fsPS[i]->getVal() << endl;
       cout << "fsPS[i]->getVal().asi(0) " << fsPS[i]->getVal().asi(0) << endl;
       
       std::cout << " getEvent() gettin p ("
       << fsPS[i]->getVal().asi(0)
       << ")" << std::endl;
     */
     //theDecay(evt);
     TLorentzVector p4(evt.p(fsPS[i]->getVal().asi(0)));
     if (theDecay(evt).getVal().parityFactor() < 0){
       // if the mother is an anti-particle, we multiply all
       // 3 momenta with -1. This makes an "anti" tree a CP
       // conjugate tree, not just C conjuate.
       // See also the comment in DecayTreeItem.h.
       p4.SetX( -p4.X());
       p4.SetY( -p4.Y());
       p4.SetZ( -p4.Z());
     }
     return p4;
   }
 }

◆ printParsing()

void SpinFactor::printParsing ( std::ostream & os = std::cout ) const

virtual

Definition at line 57 of file SpinFactor.cpp.

                                                  {
   for(int i=0; i < _nFinal; i++){
     if(0 == fsPS[i]) continue;
     if(i > 0) os << ", ";
     os << " fsPs[" << anythingToString(i) << "] ="
        << fsPS[i]->getVal().name();
   }
   os << endl;
 }

◆ printYourself()

virtual void SpinFactor::printYourself ( std::ostream & os = std::cout ) const

pure virtual

Implemented in SF_BtoVP1_VtoTV0_TtoP2P3, SF_BtoVP1_VtoTV0_TtoP2P3_BASE, SF_BtoPP1_PtoVV0_VtoP2P3, SF_BtoPP1_PtoVV0_VtoP2P3_BASE, SF_BtoSP1_StoVV0_VtoP2P3, SF_BtoSP1_StoVV0_VtoP2P3_BASE, SF_BtoPV0_PtoP1V1_V1toP2P3, SF_BtoPV0_PtoP1V1_V1toP2P3_BASE, SF_BtoVP1_VtoSV0_StoP2P3, SF_BtoVP1_VtoSV0_StoP2P3_BASE, SF_BtoVP1_VtoAP2_AtoV0P3, SF_BtoVP1_VtoAP2_AtoV0P3_BASE, SF_BtoPV0_PtoS_StoP2P3, SF_BtoPV0_PtoS_StoP2P3_BASE, SF_BtoPV_PtoP1V0_VtoP2P3, SF_BtoPV_PtoP1V0_VtoP2P3_BASE, SF_BtoPS_PtoP1V0_StoP2P3, SF_BtoPS_PtoP1V0_StoP2P3_BASE, SF_BtoAS_AtoP1V0_StoP2P3, SF_BtoAS_AtoP1V0_StoP2P3_BASE, SF_BtoAV_AtoP1V0_VtoP2P3_D, SF_BtoAV_AtoP1V0_VtoP2P3_P, SF_BtoAV_AtoP1V0_VtoP2P3, SF_BtoAV_AtoP1V0_VtoP2P3_BASE, SF_BtoV1V2_V1toP1V0_V2toP2P3, SF_BtoV1V2_V1toP1V0_V2toP2P3_BASE, SF_BtoAP1_AtoVV0_VtoP2P3, SF_BtoAP1_AtoVV0_VtoP2P3_BASE, SF_BtoV1P1_V1toV2V0_V2toP2P3, SF_BtoV1P1_V1toV2V0_V2toP2P3_BASE, SF_BtoVP1_VtoV0S_StoP2P3, SF_BtoVP1_VtoV0S_StoP2P3_BASE, SF_BtoTV0_TtoVP1_VtoP2P3_P, SF_BtoTV0_TtoVP1_VtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoTP1_TtoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_P, SF_BtoPseudoTV0_PseudoTtoSP1_StoP2P3_BASE, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_D, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_P, SF_BtoPseudoTV0_PseudoTtoVP1_VtoP2P3_BASE, SF_DtoV1P0_V1toV2P1_V2toP2P3, SF_DtoAP0_AtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_D, SF_DtoVS_VtoP0P1_StoP2P3_nonResV, SF_DtoPseudoTP0_PseudoTtoTP1_TtoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3_P, SF_DtoVS_VtoP0P1_StoP2P3, SF_BtoV1V0_V1toV2P1_V2toP2P3, SF_DtoPseudoTP0_PseudoTtoSP1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S_nonResV1, SF_BtoV1V0_V1toV2P1_V2toP2P3_BASE, SF_DtoPseudoTP0_PseudoTtoVP1_VtoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_D, SF_BtoAV0_AtoSP1_StoP2P3_D, SF_VtoAP1_AtoV0P2, SF_DtoTS_TtoP0P1_StoP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_P, SF_BtoAV0_AtoSP1_StoP2P3_P, SF_VtoAP1_AtoV0P2_BASE, SF_DtoT1P0_T1toT2P1_T2toP2P3, SF_DtoV1V2_V1toP0P1_V1toP2P3_S, SF_BtoAV0_AtoSP1_StoP2P3, SF_VtoSV0_StoP2P3, SF_BtoAV0_AtoSP1_StoP2P3_BASE, SF_DtoV1V2_V1toP0P1_V1toP2P3_BASE, SF_DtoTP0_TtoVP1_VtoP2P3, SF_VtoSV0_StoP2P3_BASE, SF_BtoAV0_AtoVP1_VtoP2P3_D, SF_DtoAP0_AtoSP1_StoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_D, SF_VtoV0P1_V0toP2P3, SF_BtoAV0_AtoVP1_VtoP2P3_P, SF_DtoAP0_AtoVP1Dwave_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_P, SF_VtoV0P1_V0toP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_D, SF_DtoAP0_AtoVP1_VtoP2P3, SF_DtoT1T2_T1toP0P1_T2toP2P3_S, SF_AtoSP1_StoP2P3, SF_BtoAV0_AtoVP1Dwave_VtoP2P3_P, SF_DtoAP0_AtoVP1_VtoP2P3_BASE, SF_DtoT1T2_T1toP0P1_T2toP2P3_BASE, SF_AtoSP1_StoP2P3_BASE, SF_BtoAV0_AtoVP1Dwave_VtoP2P3, SF_DtoPP0_PtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_D, SF_AtoVP1_VtoP2P3_D, SF_BtoAV0_AtoVP1_VtoP2P3, SpinFactor3, SF_DtoVT_VtoP0P1_TtoP2P3_P, SF_AtoVP1_VtoP2P3, SF_DtoVT_VtoP0P1_TtoP2P3_BASE, SF_BtoAV0_AtoVP1_VtoP2P3_BASE, and SF_AtoVP1_VtoP2P3_BASE.

◆ RealVal()

virtual double SpinFactor::RealVal ( IDalitzEvent & evt )

inlinevirtual

Implements ISpinFactor.

Definition at line 35 of file SpinFactor.h.

35 {return getVal(evt);}// some dublication here...

SpinFactor::getVal

virtual double getVal(IDalitzEvent &evt)=0

◆ theDecay() [1/3]

const AssociatedDecayTree& SpinFactor::theDecay ( ) const

inline

Definition at line 50 of file SpinFactor.h.

                                              {
     return _theDecay;
   }

◆ theDecay() [2/3]

const AssociatedDecayTree& SpinFactor::theDecay ( const DalitzEventPattern & ) const

inline

Definition at line 54 of file SpinFactor.h.

                                                                        {
     return _theDecay;
   }

◆ theDecay() [3/3]

const AssociatedDecayTree& SpinFactor::theDecay ( IDalitzEvent & evt ) const

inline

Definition at line 67 of file SpinFactor.h.

                                                               {
     return theDecay(evt.eventPattern()); // for backw. compatibility
   }

Member Data Documentation

◆ _nFinal

int SpinFactor::_nFinal

protected

Definition at line 28 of file SpinFactor.h.

◆ _theDecay

const AssociatedDecayTree& SpinFactor::_theDecay

protected

Definition at line 27 of file SpinFactor.h.

◆ _useZemachTensors

MINT::NamedParameter<int> SpinFactor::_useZemachTensors

protected

Definition at line 31 of file SpinFactor.h.

◆ fsPS

std::vector<MINT::const_counted_ptr<AssociatedDecayTree> > SpinFactor::fsPS

protected

Definition at line 30 of file SpinFactor.h.

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

Mint/SpinFactor.h
src/Mojito/SpinFactors/SpinFactor.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ SpinFactor() [1/2]

◆ SpinFactor() [2/2]

◆ ~SpinFactor()

Member Function Documentation

◆ ComplexVal()

◆ exampleDecay()

◆ getNewVal()

◆ getVal()

◆ mRes() [1/2]

◆ mRes() [2/2]

◆ name()

◆ p()

◆ printParsing()

◆ printYourself()

◆ RealVal()

◆ theDecay() [1/3]

◆ theDecay() [2/3]

◆ theDecay() [3/3]

Member Data Documentation

◆ _nFinal

◆ _theDecay

◆ _useZemachTensors

◆ fsPS