Uses of Interface
xal.model.IElement

Packages that use IElement

Package	Description
xal.extension.jels.model.alg
xal.extension.jels.model.elem	Combination of modeling elements from TraceWin documentation put into OpenXAL reference frame.
xal.model	The Online Model
xal.model.alg
xal.model.elem	Modeling Elements Package Library
xal.model.xml

Uses of IElement in xal.extension.jels.model.alg

Methods in xal.extension.jels.model.alg with parameters of type IElement

Modifier and Type	Method	Description
protected void	ElsTracker.advanceState(IProbe ifcProbe, IElement ifcElem, double dblLen)	Advances the probe state through a subsection of the element with the specified length.
void	ElsTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.

Uses of IElement in xal.extension.jels.model.elem

Classes in xal.extension.jels.model.elem that implement IElement

Modifier and Type	Class	Description
class	IdealMagDipoleFace	Represents the action of a rotated dipole face as a thin lens effect.
class	IdealMagSectorDipole	Represents a bending magnetic dipole magnet for a beam in a sector configuration.
class	IdealRfGap	Represents the action of an ideal RF gap.
class	RfqDummyModel
class	ThickMagFieldMap	Thick element version for magnetic field map implementation.
class	ThickRfFieldMap	Thick element version for RF field map implementation.
class	ThinMagFieldMap	Magnetic fieldmap 3D implementation.
class	ThinRfFieldMap	Thin element version for RF field map implementation.

Uses of IElement in xal.model

Methods in xal.model with parameters of type IElement

Modifier and Type	Method	Description
void	IAlgorithm.propagate(IProbe probe, IElement elem)	Propagates the probe through the element.

Uses of IElement in xal.model.alg

Methods in xal.model.alg with parameters of type IElement

Modifier and Type	Method	Description
protected void	Tracker.advanceProbe(IProbe probe, IElement elem, double dblLen)	Convenience method for common propagation dynamics for all probes.
protected void	DiagnosticTracker.advanceState(IProbe probe, IElement elem, double dblLen)	Advance the supplied probe through a subsection of the specified length in the specified element.
protected void	EnsembleTracker.advanceState(IProbe probe, IElement elem, double dblLen)
protected void	EnvelopeTracker.advanceState(IProbe ifcProbe, IElement iElem, double dblLen)	Advances the probe state through a subsection of the element with the specified length.
protected void	ParticleTracker.advanceState(ParticleProbe probe, IElement elem, double dblLen)	Advances the probe state through the element.
protected void	SynchronousTracker.advanceState(IProbe ifcProbe, IElement elem)
protected void	Trace3dTracker.advanceState(IProbe ifcProbe, IElement ifcElem, double dblLen)	Advances the probe state through a subsection of the element with the specified length.
protected void	TransferMapTracker.advanceState(TransferMapProbe probe, IElement ifcElem, double dblLng)	Advances the probe state through the element.
protected void	TwissTracker.advanceState(IProbe ifcProbe, IElement ifcElem, double dblLen)	Advances the probe state through a subsection of the element with the specified length.
protected PhaseMatrix	EnvelopeTrackerBase.compScheffMatrix(double dblLen, EnvelopeProbe probe, IElement elem)	Method to compute the space charge transfer matrix for the given length, probe and modeling element.
protected int	DiagnosticTracker.compStepCount(IElement elem)	Returns the number of sections to break the specified element in to for propagation.
protected int	EnsembleTracker.compStepCount(IElement elem)	Returns the number of subsections to break the specified element in to for propagation.
void	DiagnosticTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	EnsembleTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	EnvelopeBacktracker.doPropagation(IProbe probe, IElement elem)	Implementation of Abstract Tracker#doPropagation(IProbe, IElement)
void	EnvelopeTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	EnvelopeTrackerPmq.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	EnvelopeTrackerPmqDipole.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	EnvTrackerAdapt.doPropagation(IProbe ifcProbe, IElement elem)	Propagates the probe through the element using a second-order accurate adaptive step size algorithm for space charge calculations.
void	ParticleTracker.doPropagation(IProbe iProbe, IElement elem)	Propagates the probe through the element.
void	SynchronousTracker.doPropagation(IProbe probe, IElement elem)	Perform the actual probe propagation through the the modeling element.
void	Trace3dTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
abstract void	Tracker.doPropagation(IProbe probe, IElement elem)	The implementation must propagate the probe through the element according to the dynamics of the specific algorithm.
void	TransferMapTracker.doPropagation(IProbe ifcProbe, IElement elem)	Perform the actual probe propagation through the the modeling element.
void	TwissTracker.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	TwissTrackerPmq.doPropagation(IProbe probe, IElement elem)	Propagates the probe through the element.
void	Tracker.propagate(IProbe probe, IElement elem)	Propagates the probe through the element
protected void	Tracker.retractProbe(IProbe probe, IElement elem, double dblLen)	Override of xal.model.alg.Tracker#advanceProbe(xal.model.IProbe, xal.model.IElement, double)
protected void	EnvelopeBacktracker.retractState(IProbe ifcProbe, IElement ifcElem, double dblLen)	Back-propagates the Defining State of the Probe Object
protected void	EnvTrackerAdapt.stepThinElement(EnvelopeProbe probe, IElement ifcElem)	new stepThinElement by Sako, taken from EnvelopeTracker Advances the probe state through a subsection of the element with the specified length.
protected boolean	Tracker.validElement(IElement elem)	Check if the specified element is requires probe propagating.

Uses of IElement in xal.model.elem

Classes in xal.model.elem that implement IElement

Modifier and Type	Class	Description
class	ChargeExchangeFoil	This class is used as a location marker in the modeling lattice.
class	Collimator	This class is used as a location marker in the modeling lattice.
class	Element	Convenience abstract base class for constructing XAL modeling elements.
class	IdealDrift	Represents a drift space in a particle beam transport/accelerator system.
class	IdealEDipole	Represents a thick electric dipole magnet for a beam transport/accelerator system.
class	IdealEQuad	Represents an ideal electrostatic quadrupole for a beam transport/accelerator system.
class	IdealHorMagSteeringDipole	Represents an ideal magnetic steering dipole in the horizontal direction.
class	IdealMagDipoleFace	Deprecated. This class has been replaced by IdealMagDipoleFace2
class	IdealMagDipoleFace2	Represents the action of a rotated dipole face as a thin lens effect.
class	IdealMagFringeQuadFace	Represents the action of a rotated dipole face as a thin lens effect.
class	IdealMagOctupole	Octupole magnets element Created by Hiroyuki Sako on 11/30/07.
class	IdealMagQuad	Represents an ideal magnetic quadrupole magnet for a beam transport/accelerator system.
class	IdealMagSectorDipole	Deprecated. This class has been replaced by IdealMagSectorDipole2
class	IdealMagSectorDipole2	Represents a bending magnetic dipole magnet for a beam in a sector configuration.
class	IdealMagSextupole	Sextupole magnets element
class	IdealMagSkewQuad	Deprecated. This class has been replaced by IdealMagSkewQuad3
class	IdealMagSkewQuad3	Represents a "skewed" ideal quadrupole magnet.
class	IdealMagSolenoid	Models an ideal solenoid magnet.
class	IdealMagSteeringDipole	Represents the action of an ideal magnetic dipole.
class	IdealPermMagQuad	Represents an ideal permanent magnet quadrupole for a beam transport/accelerator system.
class	IdealRfCavityDrift	Represents a drift region between RF cavity accelerating gaps.
class	IdealRfGap	Represents the action of an ideal RF gap.
class	IdealRfGapUpgraded	Represents the action of an ideal RF gap.
class	IdealVerMagSteeringDipole	Represents an ideal magnetic steering dipole in the vertical direction.
class	Marker	This class is used as a location marker in the modeling lattice.
class	SpectrumMapRfGap	Represents the action of an ideal RF gap.
class	ThickDipole	Represents a thick magnetic dipole magnet for a beam transport/accelerator system.
class	ThickElectromagnet	This class implements IElectromagnet interface for thick magnets.
class	ThickElectrostatic	This class implements IElectrostatic interface for thick electrostatics.
class	ThickElement	Base class for all modeling elements having a finite length.
class	ThickMatrix	User element representing a general beamline element.
class	ThinElectromagnet	This class implements IElectromagnet interface for thin magnets.
class	ThinElement	Classes derived from ThinElement are modeled as having no length.
class	ThinLens	Represents a thin lens abstract modeling element in a particle beam transport/accelerator system.
class	ThinMatrix	User element represent a general beamline element.

Uses of IElement in xal.model.xml

Methods in xal.model.xml that return IElement

Modifier and Type	Method	Description
protected IElement	LatticeXmlParser.buildElement(DataAdaptor daptElem)	Build a IElement object according to parameters specified in a data adaptor.

Methods in xal.model.xml with parameters of type IElement

Modifier and Type	Method	Description
protected void	LatticeXmlParser.loadElement(IElement elem, DataAdaptor daptElem)	Load an IElement object with its parameters specified in the data adaptor.