Smear Namespace Reference

Classes
class	Acceptance
	Defines a range of acceptance in one or more of: theta, phi, E, p, pt, pz. More...
struct	Bremsstrahlung
	A specialized Device class for modelling radiative losses. More...
class	Detector
	The detector structure. More...
class	Device
	Performs smearing of a single kinematic variable according to a simple expression defined via a string. More...
class	Distributor
	Distribution function for random sampling. More...
class	Event
class	EventDisFactory
	Factory class for smeared DIS events. More...
class	EventFactory
	Event factory for events of a particular type. More...
class	FormulaString
	A formula described by a string with up to four variables. More...
class	HadronicEventBuilder
	Factory class for smeared hadronic events. More...
struct	ParticleID
	This structure is used to generate particle ID. More...
class	ParticleMCS
	A smeared Monte Carlo particle. More...
class	PerfectID
	Smearer that copies the PDG ID of a particle to a smeared particle with no modification. More...
class	PlanarTracker
	A cylindrical tracking detector. More...
class	RadialTracker
	A cylindrical tracking detector. More...
class	Smearer
	Abstract base class for objects performing smearing. More...
class	Tracker
	A cylindrical tracking detector. More...

Enumerations
enum	KinType {   kE, kP, kTheta, kPhi,   kPz, kPt, kInvalidKinType }
	Enumerator listing particle wise kinematic variables. More...
enum	EGenre { kAll = 0, kElectromagnetic = 1, kHadronic = 2 }
	Classes of particles. More...
enum	ECharge { kNeutral, kCharged, kAllCharges }
	Particle charged. More...

Functions
int	ParseInputFunction (TString &s, KinType &kin1, KinType &kin2)
int	PGenre (const erhic::VirtualParticle &prt)
	Determine particle "genre". More...
double	FixTheta (double theta)
	Fix a polar angle so that it lies within [0,pi]. More...
double	FixPhi (double phi)
	Fix an azimuthal angle so that it lies within [0,2*pi). More...
double	GetVariable (const erhic::VirtualParticle &prt, KinType kin)
	Returns the kinematic variable associated with kin from the input particle. More...
void	SetVariable (ParticleMCS &prt, double z, KinType kin)
	Stores z in the ParticleS.K where K is the kinematic variable associated with kin. More...
void	HandleBogusValues (ParticleMCS &prt, KinType kin)
	This dictates how the namespace deals with positive definite variables which have been smeared to negative values. More...
void	HandleBogusValues (ParticleMCS &prt)
bool	IsCoreType (KinType kin)

Enumeration Type Documentation

ECharge

enum Smear::ECharge

Particle charged.

Enumerator
kNeutral
kCharged
kAllCharges

Definition at line 53 of file Smear.h.

EGenre

enum Smear::EGenre

Classes of particles.

Enumerator
kAll
kElectromagnetic
kHadronic

Definition at line 48 of file Smear.h.

KinType

enum Smear::KinType

Enumerator listing particle wise kinematic variables.

Naming is self explanitory. These will be used when specifying arguments and outputs for device parametrizations.

Enumerator
kE
kP
kTheta
kPhi
kPz
kPt
kInvalidKinType

Definition at line 43 of file Smear.h.

Function Documentation

FixPhi()

double Smear::FixPhi ( double  phi )

inline

Fix an azimuthal angle so that it lies within [0,2*pi).

TODO Nothing Smear-specific here - move to general functions file.

Definition at line 101 of file Smear.h.

FixTheta()

double Smear::FixTheta ( double  theta )

inline

Fix a polar angle so that it lies within [0,pi].

TODO Nothing Smear-specific here - move to general functions file.

Definition at line 85 of file Smear.h.

GetVariable()

double Smear::GetVariable ( const erhic::VirtualParticle &  prt, KinType  kin  )

inline

Returns the kinematic variable associated with kin from the input particle.

Definition at line 108 of file Smear.h.

HandleBogusValues() [1/2]

void Smear::HandleBogusValues ( ParticleMCS &  prt )

inline

Definition at line 168 of file Smear.h.

HandleBogusValues() [2/2]

void Smear::HandleBogusValues ( ParticleMCS &  prt, KinType  kin  )

inline

This dictates how the namespace deals with positive definite variables which have been smeared to negative values.

Definition at line 155 of file Smear.h.

IsCoreType()

bool Smear::IsCoreType ( KinType  kin )

inline

Definition at line 184 of file Smear.h.

ParseInputFunction()

int Smear::ParseInputFunction	(	TString &	s,
		KinType &	kin1,
		KinType &	kin2
	)

Definition at line 18 of file Smear.cxx.

PGenre()

int Smear::PGenre ( const erhic::VirtualParticle &  prt )

inline

Determine particle "genre".

This refers to whether the particle in the argument is "electromagnetic" or "hadronic" from the perspective of calorimetry.

Returns one of the following (see enum EGenre): kElectromagnetic: photon or electron/positron. kHadronic: stable hadron. kAll: neither of the above.

Definition at line 68 of file Smear.h.

SetVariable()

void Smear::SetVariable ( ParticleMCS &  prt, double  z, KinType  kin  )

inline

Stores z in the ParticleS.K where K is the kinematic variable associated with kin.

Definition at line 132 of file Smear.h.