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IFlux Class Reference

Abstract interface for an object that generates particles, Flux. More...

#include <IFlux.h>

Inheritance diagram for IFlux:

List of all members.

Public Methods
	IFlux (std::string name="")
virtual	~IFlux ()
virtual std::string	name () const = 0
	name of the flux.
virtual std::string	title () const = 0
	full title of the flux.
virtual void	generate () = 0
	generate a new entry trajectory.
virtual std::string	particleName () const = 0
	the particle name of the last particle generated.
virtual double	energy () const = 0
	its kinetic energy.
virtual HepPoint3D	launchPoint () const = 0
	starting point.
virtual HepVector3D	launchDir () const = 0
	direction.
virtual double	time () const = 0
	time (s) (absolute or elapsed??).
virtual double	rate () const = 0
	return rate ( /mm**2 /s).
virtual void	setTargetArea ( double area) = 0
	set the area of the target.
virtual double	targetArea () const = 0
	get the target area.
virtual std::string	findSource () const = 0
	find which spectrum created the current particle.
virtual int	numSource () const = 0
	return a unique number correcponding to that spectrum.
virtual void	addFactory ( const IFactory* factory ) = 0
virtual void	addFactory (std::string name, const ISpectrumFactory* factory ) = 0

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Detailed Description

Abstract interface for an object that generates particles, Flux.

Definition at line 18 of file IFlux.h.

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Constructor & Destructor Documentation

IFlux::IFlux ( std::string name = "" ) [inline]

Definition at line 21 of file IFlux.h.

IFlux::~IFlux ( ) [inline, virtual]

Definition at line 22 of file IFlux.h.

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Member Function Documentation

virtual void IFlux::addFactory ( std::string name, const ISpectrumFactory * factory ) [pure virtual]

Reimplemented in Flux.

virtual void IFlux::addFactory ( const IFactory * factory ) [pure virtual]

Reimplemented in Flux.

double IFlux::energy ( ) const [pure virtual]

its kinetic energy. Reimplemented in Flux. Referenced by FluxTestAlg::execute().

std::string IFlux::findSource ( ) const [pure virtual]

find which spectrum created the current particle. Reimplemented in Flux.

void IFlux::generate ( ) [pure virtual]

generate a new entry trajectory. Reimplemented in Flux. Referenced by FluxTestAlg::execute().

HepVector3D IFlux::launchDir ( ) const [pure virtual]

direction. Reimplemented in Flux. Referenced by FluxTestAlg::execute().

HepPoint3D IFlux::launchPoint ( ) const [pure virtual]

starting point. Reimplemented in Flux. Referenced by FluxTestAlg::execute().

std::string IFlux::name ( ) const [pure virtual]

name of the flux. Reimplemented in Flux.

int IFlux::numSource ( ) const [pure virtual]

return a unique number correcponding to that spectrum. Reimplemented in Flux.

std::string IFlux::particleName ( ) const [pure virtual]

the particle name of the last particle generated. Reimplemented in Flux.

double IFlux::rate ( ) const [pure virtual]

return rate ( /mm**2 /s). Reimplemented in Flux. Referenced by FluxTestAlg::initialize().

void IFlux::setTargetArea ( double area ) [pure virtual]

set the area of the target. Reimplemented in Flux.

double IFlux::targetArea ( ) const [pure virtual]

get the target area. Reimplemented in Flux. Referenced by FluxTestAlg::initialize().

double IFlux::time ( ) const [pure virtual]

time (s) (absolute or elapsed??). Reimplemented in Flux.

std::string IFlux::title ( ) const [pure virtual]

full title of the flux. Reimplemented in Flux. Referenced by FluxTestAlg::initialize().

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

• IFlux.h

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