StandardSelector Class Reference

Detailed Description

StandardSelector.

Definition at line 166 of file Selector.h.

#include <Selector.h>

Inheritance diagram for StandardSelector:

Collaboration diagram for StandardSelector:

Public Member Functions
virtual Filter	operator> (int value) const =0
virtual Filter	operator> (double value) const =0
virtual Filter	operator>= (int value) const =0
virtual Filter	operator>= (double value) const =0
virtual Filter	operator< (int value) const =0
virtual Filter	operator< (double value) const =0
virtual Filter	operator<= (int value) const =0
virtual Filter	operator<= (double value) const =0
virtual Filter	operator== (int value) const =0
	Equality. More...
virtual Filter	operator== (double value) const =0
	Equality. More...
virtual Filter	operator!= (int value) const =0
	NonEquality. More...
virtual Filter	operator!= (double value) const =0
	NonEquality. More...
virtual ConstSelectorPtr	abs () const =0

Static Public Member Functions
static AttributeFeature	ATTRIBUTE (const std::string &name)

Static Public Attributes
static const SelectorWrapper< int >	STATUS = SelectorWrapper<int>([](ConstGenParticlePtr p)->int{return p->status();})
	Status. More...
static const SelectorWrapper< int >	PDG_ID = SelectorWrapper<int>([](ConstGenParticlePtr p)->int{return p->pdg_id();})
	PDG ID. More...
static const SelectorWrapper< double >	PT = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().pt();})
	Transverse momentum. More...
static const SelectorWrapper< double >	ENERGY = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().e();})
	Energy. More...
static const SelectorWrapper< double >	RAPIDITY = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().rap();})
	Rapidity. More...
static const SelectorWrapper< double >	ETA = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().eta();})
	Pseudorapidity. More...
static const SelectorWrapper< double >	PHI = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().phi();})
	Azimuthal angle. More...
static const SelectorWrapper< double >	ET = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().e() * (p->momentum().pt() / p->momentum().p3mod());})
	Transverse energy. More...
static const SelectorWrapper< double >	MASS = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().m();})
	Mass. More...

Member Function Documentation

operator!=() [1/2]

virtual Filter operator!= ( int  value ) const

pure virtualinherited

NonEquality.

Implemented in SelectorWrapper< Feature_type >, SelectorWrapper< double >, and SelectorWrapper< int >.

operator!=() [2/2]

virtual Filter operator!= ( double  value ) const

pure virtualinherited

NonEquality.

Implemented in SelectorWrapper< Feature_type >, SelectorWrapper< double >, and SelectorWrapper< int >.

operator==() [1/2]

virtual Filter operator== ( int  value ) const

pure virtualinherited

Equality.

Implemented in SelectorWrapper< Feature_type >, SelectorWrapper< double >, and SelectorWrapper< int >.

operator==() [2/2]

virtual Filter operator== ( double  value ) const

pure virtualinherited

Equality.

Implemented in SelectorWrapper< Feature_type >, SelectorWrapper< double >, and SelectorWrapper< int >.

Field Documentation

ENERGY

const SelectorWrapper< double > ENERGY = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().e();})

static

Energy.

Definition at line 173 of file Selector.h.

ET

const SelectorWrapper< double > ET = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().e() * (p->momentum().pt() / p->momentum().p3mod());})

static

Transverse energy.

Definition at line 177 of file Selector.h.

ETA

const SelectorWrapper< double > ETA = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().eta();})

static

Pseudorapidity.

Definition at line 175 of file Selector.h.

MASS

const SelectorWrapper< double > MASS = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().m();})

static

Mass.

Definition at line 178 of file Selector.h.

PDG_ID

const SelectorWrapper< int > PDG_ID = SelectorWrapper<int>([](ConstGenParticlePtr p)->int{return p->pdg_id();})

static

PDG ID.

Definition at line 171 of file Selector.h.

PHI

const SelectorWrapper< double > PHI = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().phi();})

static

Azimuthal angle.

Definition at line 176 of file Selector.h.

PT

const SelectorWrapper< double > PT = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().pt();})

static

Transverse momentum.

Definition at line 172 of file Selector.h.

RAPIDITY

const SelectorWrapper< double > RAPIDITY = SelectorWrapper<double>([](ConstGenParticlePtr p)->double{return p->momentum().rap();})

static

Rapidity.

Definition at line 174 of file Selector.h.

STATUS

const SelectorWrapper< int > STATUS = SelectorWrapper<int>([](ConstGenParticlePtr p)->int{return p->status();})

static

Status.

Definition at line 170 of file Selector.h.

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

• Selector.h
• Selector.cc