Uses of Interface
xal.model.IAlgorithm

Packages that use IAlgorithm

Package	Description
xal.extension.jels.model.alg
xal.model	The Online Model
xal.model.alg
xal.model.probe
xal.sim.scenario

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

Classes in xal.extension.jels.model.alg that implement IAlgorithm

Modifier and Type	Class	Description
class	ElsTracker	Propagation of probe as implemented in ELS.

Uses of IAlgorithm in xal.model

Methods in xal.model that return IAlgorithm

Modifier and Type	Method	Description
IAlgorithm	IAlgorithm.copy()
IAlgorithm	IProbe.getAlgorithm()	Return the dynamics algorithm associated with this probe.

Uses of IAlgorithm in xal.model.alg

Classes in xal.model.alg that implement IAlgorithm

Modifier and Type	Class	Description
class	DiagnosticTracker	Simple algorithm for testing the model framework.
class	EnsembleTracker	Implements the tracking mechanism for EnsembleProbe objects.
class	EnvelopeBacktracker	Tracking algorithm for EnvelopeProbe objects.
class	EnvelopeTracker	Tracking algorithm for propagating EnvelopeProbe objects.
class	EnvelopeTrackerBase	Abstract Base Class for Algorithms Propagating RMS Envelopes
class	EnvelopeTrackerPmq	This class is a super class of the EnvelopeTracker class meant to handle the special case of IdealPermMagQuad elements.
class	EnvelopeTrackerPmqDipole	This class is a super class of the EnvelopeTracker class meant to handle the special case of IdealPermMagQuad elements.
class	EnvTrackerAdapt	Tracking algorithm for EnvelopeProbe's.
class	ParticleTracker	Algorithm for tracking a single particle, represented by the class ParticleProbe through a XAL modeling element, represented by an object exposing the IComponent interface.
class	SynchronousTracker	Algorithm for propagating a SynchronousProbe object through any modeling element that exposes the IComponent interface.
class	Trace3dTracker	Tracking algorithm for EnvelopeProbe's.
class	Tracker	Abstract Base Class for Tracking Algorithms
class	TrackerAdaptive	Deprecated. functionality pushed down into child class class EnvTrackerAdapt
class	TransferMapTracker	Propagates a TransferMapPropbe through a hardware element.
class	TwissTracker	Tracking algorithm for TwissProbe objects.
class	TwissTrackerPmq	This class is a super class of the TwissTracker class meant to handle the special case of IdealPermMagQuad elements.

Methods in xal.model.alg that return IAlgorithm

Modifier and Type	Method	Description
static IAlgorithm	Tracker.newFromEditContext(String strLocationId, AcceleratorSeq sequence)	Deprecated. I want to discourage use of this method since it return the same "default" algorithm regardless the type of probe being used.
static IAlgorithm	Tracker.newFromEditContext(AcceleratorSeq sequence)	Deprecated. I want to discourage use of this method since it return the same "default" algorithm regardless the type of probe being used.
static IAlgorithm	Tracker.newInstance(DataAdaptor daSource)	Read the contents of the supplied DataAdaptor and return a new instance of the appropriate IAlgorithm object initialized with the data source behind the DataAdaptor interface.

Uses of IAlgorithm in xal.model.probe

Methods in xal.model.probe that return IAlgorithm

Modifier and Type	Method	Description
IAlgorithm	Probe.getAlgorithm()	Return the algorithm defining the probes dynamics.

Methods in xal.model.probe with parameters of type IAlgorithm

Modifier and Type	Method	Description
boolean	Probe.setAlgorithm(IAlgorithm ifcAlg)	Set the algorithm defining the probes dynamics through elements

Constructors in xal.model.probe with parameters of type IAlgorithm

Modifier	Constructor	Description
protected	Probe(IAlgorithm ifcAlg)	Creates a new instance of Probe.

Uses of IAlgorithm in xal.sim.scenario

Methods in xal.sim.scenario with parameters of type IAlgorithm

Modifier and Type	Method	Description
static ParticleProbe	ProbeFactory.createParticleProbe(AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a Particle probe initialized with the default entrance parameters for the specified sequence.
static EnvelopeProbe	ProbeFactory.getEnvelopeProbe(String locationID, AcceleratorSeq sequence, IAlgorithm algorithm)	Generate an Envelope probe initialized with the entrance parameters for the specified location.
static EnvelopeProbe	ProbeFactory.getEnvelopeProbe(AcceleratorSeq sequence, IAlgorithm algorithm)	Generate an Envelope probe initialized with the default entrance parameters for the specified sequence.
static ParticleProbe	ProbeFactory.getParticleProbe(String locationID, AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a Particle probe initialized with the entrance parameters for the specified location.
static SynchronousProbe	ProbeFactory.getSynchronousProbe(String locationID, AcceleratorSeq sequence, IAlgorithm algorithm)	Generate an Synchronous probe initialized with the entrance parameters for the specified location.
static SynchronousProbe	ProbeFactory.getSynchronousProbe(AcceleratorSeq sequence, IAlgorithm algorithm)	Generate an Synchronous probe initialized with the default entrance parameters for the specified sequence.
static TransferMapProbe	ProbeFactory.getTransferMapProbe(String locationID, AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a TransferMap probe initialized with the entrance parameters for the specified location.
static TransferMapProbe	ProbeFactory.getTransferMapProbe(AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a TransferMap probe initialized with the default entrance parameters for the specified sequence.
static TwissProbe	ProbeFactory.getTwissProbe(String strLocId, AcceleratorSeq seqParent, IAlgorithm algDynamics)	Create and initialize a new TwissProbe object with the default parameters in the model.params file.
static TwissProbe	ProbeFactory.getTwissProbe(AcceleratorSeq seqParent, IAlgorithm algDynamics)	Create and initialize a new TwissProbe object with the default parameters in the model.params file.