GenericObject

Description

Generic physics object, such as a jet or a stable particle.

The four-momentum p4 does not include the energy calibration. The scales vector typically contains the JES or Rochester corrections. The weights include a value and a (de)correlation bit.

#include <GenericObject.h>

Inheritance diagram for GenericObject:

Collaboration diagram for GenericObject:

Public Member Functions
FourVector	CorrP4 (size_t i=0) const
float	CorrPt (size_t i=0) const
float	Rapidity (const Variation &=nominal) const
float	AbsRap (const Variation &=nominal) const
FourVector	CorrP4 (const Variation &v) const final
float	CorrPt (const Variation &v) const final
double	Weight (const Variation &v) const final
FourVector	CorrP4 (size_t i=0) const
float	CorrPt (size_t i=0) const
float	Rapidity (const Variation &=nominal) const
float	AbsRap (const Variation &=nominal) const
FourVector	CorrP4 (const Variation &v) const final
float	CorrPt (const Variation &v) const final
double	Weight (const Variation &v) const final
Public Member Functions inherited from AbstractGenericObject
	AbstractGenericObject ()=default
virtual	~AbstractGenericObject ()=default
	AbstractGenericObject ()=default
virtual	~AbstractGenericObject ()=default

Public Attributes
FourVector	p4
std::vector< float >	scales = {1.}
Weights	weights = {{1.,0}}

Protected Member Functions
virtual std::string_view	scale_group () const =0
virtual std::string_view	weight_group () const =0
	GenericObject ()=default
virtual	~GenericObject ()=default
virtual std::string_view	scale_group () const =0
virtual std::string_view	weight_group () const =0
	GenericObject ()=default
virtual	~GenericObject ()=default

Constructor & Destructor Documentation

GenericObject() [1/2]

GenericObject ( )

protecteddefault

~GenericObject() [1/2]

virtual ~GenericObject ( )

protectedvirtualdefault

GenericObject() [2/2]

GenericObject ( )

protecteddefault

~GenericObject() [2/2]

virtual ~GenericObject ( )

protectedvirtualdefault

Member Function Documentation

AbsRap() [1/2]

float AbsRap ( const Variation &  = nominal ) const

inline

absolute rapidity

AbsRap() [2/2]

float AbsRap ( const Variation &  = nominal ) const

inline

absolute rapidity

CorrP4() [1/4]

FourVector CorrP4 ( const Variation &  v ) const

inlinefinalvirtual

< corrected 4-vector

Implements AbstractGenericObject.

    { return GenericObject::CorrP4(v.Group() == scale_group() ? v.Index() : 0); }

CorrP4() [2/4]

FourVector CorrP4 ( const Variation &  v ) const

inlinefinalvirtual

< corrected 4-vector

Implements AbstractGenericObject.

    { return GenericObject::CorrP4(v.Group() == scale_group() ? v.Index() : 0); }

CorrP4() [3/4]

FourVector CorrP4 ( size_t  i = 0 ) const

inline

corrected 4-vector

CorrP4() [4/4]

FourVector CorrP4 ( size_t  i = 0 ) const

inline

corrected 4-vector

CorrPt() [1/4]

float CorrPt ( const Variation &  v ) const

inlinefinalvirtual

< corrected transverse momentum

Implements AbstractGenericObject.

    { return GenericObject::CorrPt(v.Group() == scale_group() ? v.Index() : 0); }

CorrPt() [2/4]

float CorrPt ( const Variation &  v ) const

inlinefinalvirtual

< corrected transverse momentum

Implements AbstractGenericObject.

    { return GenericObject::CorrPt(v.Group() == scale_group() ? v.Index() : 0); }

CorrPt() [3/4]

float CorrPt ( size_t  i = 0 ) const

inline

corrected transverse momentum

CorrPt() [4/4]

float CorrPt ( size_t  i = 0 ) const

inline

corrected transverse momentum

Rapidity() [1/2]

float Rapidity ( const Variation &  = nominal ) const

inline

{ return       p4.Rapidity() ; }

Rapidity() [2/2]

float Rapidity ( const Variation &  = nominal ) const

inline

{ return       p4.Rapidity() ; }

scale_group() [1/2]

virtual std::string_view scale_group ( ) const

protectedpure virtual

Implemented in RecPhoton, RecPhoton, RecJet, RecJet, RecMuon, RecMuon, GenPhoton, GenericObjectDummy, GenPhoton, GenJet, GenMuon, GenJet, and GenMuon.

scale_group() [2/2]

virtual std::string_view scale_group ( ) const

protectedpure virtual

Implemented in RecPhoton, RecPhoton, RecJet, RecJet, RecMuon, RecMuon, GenPhoton, GenericObjectDummy, GenPhoton, GenJet, GenMuon, GenJet, and GenMuon.

Weight() [1/2]

double Weight ( const Variation &  v ) const

inlinefinalvirtual

< weight

Implements AbstractGenericObject.

    {
        if (v.Group() == weight_group()) {
            const Darwin::Physics::Weight& w = weights.at(v.Index());
            if (w.i == v.Bit()) return w;
        }
        return weights.front();
    }

Weight() [2/2]

double Weight ( const Variation &  v ) const

inlinefinalvirtual

< weight

Implements AbstractGenericObject.

    {
        if (v.Group() == weight_group()) {
            const Darwin::Physics::Weight& w = weights.at(v.Index());
            if (w.i == v.Bit()) return w;
        }
        return weights.front();
    }

weight_group() [1/2]

virtual std::string_view weight_group ( ) const

protectedpure virtual

Implemented in RecPhoton, RecPhoton, RecJet, RecJet, RecMuon, RecMuon, GenPhoton, GenericObjectDummy, GenPhoton, GenJet, GenMuon, GenJet, and GenMuon.

weight_group() [2/2]

virtual std::string_view weight_group ( ) const

protectedpure virtual

Implemented in RecPhoton, RecPhoton, RecJet, RecJet, RecMuon, RecMuon, GenPhoton, GenericObjectDummy, GenPhoton, GenJet, GenMuon, GenJet, and GenMuon.

Member Data Documentation

p4

FourVector p4

raw four-momentum directly after reconstruction

scales

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

energy scale corrections and variations

weights

Weights weights = {{1.,0}}

object weights

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

• /builds/cms-analysis/general/DasAnalysisSystem/Core/Installer/Darwin/interface/GenericObject.h