---

IFlux Class Reference

The virtual interface for Flux-type objects. More...

#include <IFlux.h>

Inheritance diagram for IFlux::

List of all members.

Public Methods
	IFlux (std::string name="")
	ctor, select the name. More...
virtual	~IFlux ()
virtual std::string	name () const=0
	name of the flux. More...
virtual std::string	title () const=0
	full title of the flux. More...
virtual void	generate ()=0
	generate a new entry trajectory. More...
virtual std::string	particleName () const=0
	the particle name of the last particle generated. More...
virtual double	energy () const=0
	its kinetic energy. More...
virtual HepPoint3D	launchPoint () const=0
	starting point. More...
virtual HepVector3D	launchDir () const=0
	direction. More...
virtual double	time () const=0
	time (s) (absolute or elapsed??). More...
virtual double	rate () const=0
	return rate ( /mm**2 /s). More...
virtual void	setTargetArea (double area)=0
	set the area of the target. More...
virtual double	targetArea () const=0
	get the target area. More...
virtual std::string	findSource () const=0
	find which spectrum created the current particle. More...
virtual int	numSource () const=0
	return a unique number correcponding to that spectrum. More...
virtual void	pass (double t)=0
	pass a specific amount of time. More...
virtual Rotation	CELTransform (double time) const=0
	get the transformation matrix due to orientation of the Galaxy. More...
virtual Rotation	orientTransform (double time) const=0
	get the transformation matrix due to orientation of the spacecraft. More...
virtual void	addFactory (std::string name, const ISpectrumFactory *factory)=0
virtual double	gpsTime () const=0
virtual Rotation	transformGlastToGalactic (double time) const=0
	this transforms glast-local (cartesian) vectors into galactic (cartesian) vectors. More...
virtual EventSource *	currentEvent ()=0
virtual FluxSource *	currentFlux ()=0
virtual void	writeSourceCharacteristic (std::ostream &out)=0
	write the characteristics of the current source distribution to a stream. More...

---

Detailed Description

The virtual interface for Flux-type objects.

Author:

Toby Burnett tburnett@u.washington.edu

$Header $

Definition at line 27 of file IFlux.h.

---

Constructor & Destructor Documentation

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

ctor, select the name. Definition at line 30 of file IFlux.h. References name(). {};

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

Definition at line 31 of file IFlux.h. References name(), and time(). {}

---

Member Function Documentation

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

Reimplemented in Flux.

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

get the transformation matrix due to orientation of the Galaxy. Reimplemented in Flux.

virtual EventSource* IFlux::currentEvent (    )  [pure virtual]

Reimplemented in Flux.

virtual FluxSource* IFlux::currentFlux (    )  [pure virtual]

Reimplemented in Flux.

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

its kinetic energy. Reimplemented in Flux.

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

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

virtual void IFlux::generate (    )  [pure virtual]

generate a new entry trajectory. Reimplemented in Flux.

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

Reimplemented in Flux. Referenced by FluxSvc::run().

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

direction. Reimplemented in Flux.

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

starting point. Reimplemented in Flux.

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

name of the flux. Reimplemented in Flux. Referenced by IFlux(), and ~IFlux().

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

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

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

get the transformation matrix due to orientation of the spacecraft. Reimplemented in Flux.

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

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

virtual void IFlux::pass (  double    t )  [pure virtual]

pass a specific amount of time. Reimplemented in Flux.

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

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

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

set the area of the target. Reimplemented in Flux.

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

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

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

time (s) (absolute or elapsed??). Reimplemented in Flux. Referenced by FluxTestAlg::execute(), and ~IFlux().

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

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

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

this transforms glast-local (cartesian) vectors into galactic (cartesian) vectors.

virtual void IFlux::writeSourceCharacteristic (  std::ostream &    out )  [pure virtual]

write the characteristics of the current source distribution to a stream. Reimplemented in Flux. Referenced by FluxTestAlg::finalize().

---

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

• IFlux.h

---