Description

Generic class for jets, photons, muons, etc.

#include <GenericObject.h>

Inheritance diagram for AnonymousFinalStateObject:

Collaboration diagram for AnonymousFinalStateObject:

Public Member Functions
void	Clear () override

virtual bool	operator== (const AnonymousFinalStateObject &that) const

void	Clear () override

virtual bool	operator== (const AnonymousFinalStateObject &that) const

Public Member Functions inherited from AnonymousWeightableObject
virtual double	Weight (const Variation &v=nominal) const

bool	operator== (const AnonymousWeightableObject &that) const

virtual double	Weight (const Variation &v=nominal) const

bool	operator== (const AnonymousWeightableObject &that) const

Public Member Functions inherited from AnonymousScalableObject
FourVector	CorrP4 (size_t i=0) const

float	CorrPt (size_t i=0) const

float	Rapidity (const Variation &=nominal) const final

float	AbsRap (const Variation &=nominal) const final

FourVector	CorrP4 (const Variation &v) const final

float	CorrPt (const Variation &v) const final

bool	operator== (const AnonymousScalableObject &that) const

bool	operator< (const AnonymousScalableObject &that) const

bool	operator> (const AnonymousScalableObject &that) const

FourVector	CorrP4 (size_t i=0) const

float	CorrPt (size_t i=0) const

float	Rapidity (const Variation &=nominal) const final

float	AbsRap (const Variation &=nominal) const final

FourVector	CorrP4 (const Variation &v) const final

float	CorrPt (const Variation &v) const final

bool	operator== (const AnonymousScalableObject &that) const

bool	operator< (const AnonymousScalableObject &that) const

bool	operator> (const AnonymousScalableObject &that) const

Protected Member Functions
	AnonymousFinalStateObject ()=default

virtual	~AnonymousFinalStateObject ()=default

	AnonymousFinalStateObject ()=default

virtual	~AnonymousFinalStateObject ()=default

Protected Member Functions inherited from AnonymousWeightableObject
virtual std::string_view	WeightGroup () const =0

	AnonymousWeightableObject ()=default

virtual	~AnonymousWeightableObject ()=default

virtual std::string_view	WeightGroup () const =0

	AnonymousWeightableObject ()=default

virtual	~AnonymousWeightableObject ()=default

Protected Member Functions inherited from WeightedObject
virtual	~WeightedObject ()=default

virtual	~WeightedObject ()=default

Protected Member Functions inherited from AnonymousScalableObject
virtual std::string_view	ScaleGroup () const =0

	AnonymousScalableObject ()=default

virtual	~AnonymousScalableObject ()=default

virtual std::string_view	ScaleGroup () const =0

	AnonymousScalableObject ()=default

virtual	~AnonymousScalableObject ()=default

Protected Member Functions inherited from ScaledObject
virtual	~ScaledObject ()=default

virtual	~ScaledObject ()=default

Additional Inherited Members
Public Attributes inherited from AnonymousWeightableObject
Weights	weights {Darwin::Physics::Weight()}

Public Attributes inherited from AnonymousScalableObject
FourVector	p4 = FourVector(std::nan("pt"), std::nan("eta"), std::nan("phi"), std::nan("mass"))

std::vector< float >	scales = {1.}

Constructor & Destructor Documentation

◆ AnonymousFinalStateObject() [1/2]

AnonymousFinalStateObject ( )

protecteddefault

◆ ~AnonymousFinalStateObject() [1/2]

virtual ~AnonymousFinalStateObject ( )

protectedvirtualdefault

◆ AnonymousFinalStateObject() [2/2]

AnonymousFinalStateObject ( )

protecteddefault

◆ ~AnonymousFinalStateObject() [2/2]

virtual ~AnonymousFinalStateObject ( )

protectedvirtualdefault

Member Function Documentation

◆ Clear() [1/2]

void Clear ( )

inlineoverridevirtual

Reimplemented from AnonymousWeightableObject.

     {
         AnonymousWeightableObject::Clear();
         AnonymousScalableObject::Clear();
     }

◆ Clear() [2/2]

void Clear ( )

inlineoverridevirtual

Reimplemented from AnonymousWeightableObject.

     {
         AnonymousWeightableObject::Clear();
         AnonymousScalableObject::Clear();
     }

◆ operator==() [1/2]

virtual bool operator== ( const AnonymousFinalStateObject & that ) const

inlinevirtual

     {
         return this->AnonymousWeightableObject::operator==((const AnonymousWeightableObject&) that)
             && this->AnonymousScalableObject  ::operator==((const AnonymousScalableObject  &) that);
     }

◆ operator==() [2/2]