Uses of Class
xal.smf.AcceleratorSeq

Packages that use AcceleratorSeq

Package	Description
xal.extension.application.smf	Provides a framework for building document based applications that use XAL's accelerator architecture.
xal.extension.fxapplication
xal.extension.fxapplication.widgets
xal.extension.jels
xal.extension.jels.matcher
xal.extension.jels.smf
xal.extension.jels.smf.impl
xal.extension.widgets.smf
xal.model.alg
xal.service.pvlogger.sim
xal.sim.scenario
xal.smf
xal.smf.impl

Uses of AcceleratorSeq in xal.extension.application.smf

Fields in xal.extension.application.smf declared as AcceleratorSeq

Modifier and Type	Field	Description
protected AcceleratorSeq	AcceleratorDocument.selectedSequence

Fields in xal.extension.application.smf with type parameters of type AcceleratorSeq

Modifier and Type	Field	Description
protected List<AcceleratorSeq>	AcceleratorDocument.selectedSequenceList

Methods in xal.extension.application.smf that return AcceleratorSeq

Modifier and Type	Method	Description
AcceleratorSeq	AcceleratorDocument.getSelectedSequence()	Get the selected accelerator sequence managed by this document.

Methods in xal.extension.application.smf that return types with arguments of type AcceleratorSeq

Modifier and Type	Method	Description
List<AcceleratorSeq>	AcceleratorDocument.getSelectedSequenceList()	Get the selected sequence list

Methods in xal.extension.application.smf with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
void	AcceleratorDocument.setSelectedSequence(AcceleratorSeq selection)	Set the selected accelerator sequence managed by this document.

Method parameters in xal.extension.application.smf with type arguments of type AcceleratorSeq

Modifier and Type	Method	Description
void	AcceleratorDocument.setSelectedSequenceList(List<AcceleratorSeq> seqList)	Set a list of selected sequences

Uses of AcceleratorSeq in xal.extension.fxapplication

Methods in xal.extension.fxapplication that return types with arguments of type AcceleratorSeq

Modifier and Type	Method	Description
List<AcceleratorSeq>	CreateComboSequenceController.getNewComboSequence()

Method parameters in xal.extension.fxapplication with type arguments of type AcceleratorSeq

Modifier and Type	Method	Description
void	CreateComboSequenceController.setNewComboSequence(List<AcceleratorSeq> newComboSequence)

Uses of AcceleratorSeq in xal.extension.fxapplication.widgets

Methods in xal.extension.fxapplication.widgets with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
void	AcceleratorTreeView.update(AcceleratorSeq acceleratorSeq)	Update the TreeView with a new accelerator sequence.

Uses of AcceleratorSeq in xal.extension.jels

Methods in xal.extension.jels with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
static void	JElsDemo.run(AcceleratorSeq sequence, EnvelopeProbe probe)

Uses of AcceleratorSeq in xal.extension.jels.matcher

Methods in xal.extension.jels.matcher that return AcceleratorSeq

Modifier and Type	Method	Description
AcceleratorSeq	Matcher.getAccelerator()
AcceleratorSeq	MinimiseOscillationsEvaluator.MinimizeOscillationsObjective.getSeq()

Constructors in xal.extension.jels.matcher with parameters of type AcceleratorSeq

Modifier	Constructor	Description
	Matcher(AcceleratorSeq accelerator, EnvelopeProbe probe)
	MinimizeOscillationsObjective(AcceleratorSeq seq)

Uses of AcceleratorSeq in xal.extension.jels.smf

Subclasses of AcceleratorSeq in xal.extension.jels.smf

Modifier and Type	Class	Description
class	ESSAccelerator	The hierarchical tree of accelerator nodes, elements and sequences of elements.

Uses of AcceleratorSeq in xal.extension.jels.smf.impl

Subclasses of AcceleratorSeq in xal.extension.jels.smf.impl

Modifier and Type	Class	Description
class	ESSDTLTank	The implementation of the DTLTank sequence, which derives from the AcceleratorSeq class.
class	ESSRfCavity	This RfCavity implementation is extended to: - provide special TTF/STF fits for the start gap - to fit TTF/STF using TraceWin parameters using InverseRealPolinomial

Uses of AcceleratorSeq in xal.extension.widgets.smf

Methods in xal.extension.widgets.smf that return AcceleratorSeq

Modifier and Type	Method	Description
AcceleratorSeq	XALSynopticPanel.getAcceleratorSequence()	Get the accelerator sequence, which is displayed from first to last by synoptic defined element.

Methods in xal.extension.widgets.smf with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
static XALSynopticPanel	FunctionGraphsXALSynopticAdaptor.assignXALSynopticViewTo(FunctionGraphsJPanel chart, AcceleratorSeq sequence)	Assign the synoptic view to the specified chart and configure it to auto size as the chart's position axis changes.
void	XALSynopticPanel.setAcceleratorSequence(AcceleratorSeq seq)	Sets accelerator sequence.
void	XALSynopticPanel.setAcceleratorSequence(AcceleratorSeq seq, double start, double end)	Sets accelerator sequence and initial start and end position in sequence.

Uses of AcceleratorSeq in xal.model.alg

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

Modifier and Type	Method	Description
void	TrackerAdaptive.initializeFromEditContext(String locationID, AcceleratorSeq sequence)	Deprecated. Load the sequence's model parameters for the adaptive tracker from the edit context.
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.

Uses of AcceleratorSeq in xal.service.pvlogger.sim

Methods in xal.service.pvlogger.sim with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
void	PVLoggerDataSource.removeModelSourceFromScenario(AcceleratorSeq sequence, Scenario scenario)	Remove this data source from the specified scenario
void	PVLoggerDataSource.setAccelSequence(AcceleratorSeq seq)
void	PVLoggerDataSource.setModelSource(AcceleratorSeq sequence, Scenario scenario)	set the model lattice with PV logger data source

Uses of AcceleratorSeq in xal.sim.scenario

Methods in xal.sim.scenario that return AcceleratorSeq

Modifier and Type	Method	Description
AcceleratorSeq	LatticeSequence.getHardwareNode()	Overrides the base class LatticeElement.getHardwareNode() method so that it down casts the result to the tighter type of AcceleratorSeq rather than AcceleratorNode.
AcceleratorSeq	Scenario.getSequence()

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

Modifier and Type	Method	Description
static EnvelopeBacktracker	AlgorithmFactory.createEnvelopeBacktracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new EnvelopeBacktracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static EnvelopeTracker	AlgorithmFactory.createEnvelopeTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new EnvelopeTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static EnvelopeTrackerPmqDipole	AlgorithmFactory.createEnvelopeTrackerPmqDipole(AcceleratorSeq smfSeq)	Convenience method: Creates a new EnvelopeTrackerPmqDipole instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static EnvTrackerAdapt	AlgorithmFactory.createEnvTrackerAdapt(AcceleratorSeq smfSeq)	Convenience method: Creates a new EnvTrackerAdapt instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static ParticleProbe	ProbeFactory.createParticleProbe(AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a Particle probe initialized with the default entrance parameters for the specified sequence.
static ParticleTracker	AlgorithmFactory.createParticleTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new ParticleTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static SynchronousTracker	AlgorithmFactory.createSynchronousTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new SynchronousTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static Trace3dTracker	AlgorithmFactory.createTrace3dTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new Trace3dTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static <T extends Tracker> T	AlgorithmFactory.createTrackerFor(AcceleratorSeq smfSeq, Class<T> clsTkr)	Creates a new Tracker derived algorithm instance and initializes it with parameters specified in the edit context of the given accelerator sequence object.
static TransferMapTracker	AlgorithmFactory.createTransferMapTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new TransferMapTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static TwissTracker	AlgorithmFactory.createTwissTracker(AcceleratorSeq smfSeq)	Convenience method: Creates a new TwissTracker instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
static TwissTrackerPmq	AlgorithmFactory.createTwissTrackerPmq(AcceleratorSeq smfSeq)	Convenience method: Creates a new TwissTrackerPmq instance by calling the class method AlgorithmFactory.createTrackerFor(AcceleratorSeq, Class) with the returned class type.
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.
Class<? extends IComposite>	ElementMapping.getModelSequenceType(AcceleratorSeq smfSeq)	Returns the modeling element class type used to represent the given hardware accelerator sequence.
static ParticleProbe	ProbeFactory.getParticleProbe(String locationID, AcceleratorSeq sequence, IAlgorithm algorithm)	Generate a Particle probe initialized with the entrance parameters for the specified location.
Class<? extends IComposite>	LatticeSequence.getSequenceModelType(AcceleratorSeq smfSeq)	Convenience method for getting the modeling element type for the given accelerator sequence according to the current node to element mapping.
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.
static Scenario	Scenario.newScenarioFor(AcceleratorSeq smfSeq)	Creates a new Scenario for the supplied accelerator sequence.
static Scenario	Scenario.newScenarioFor(AcceleratorSeq smfSeq, ElementMapping mapNodeToElem)	Creates a new Scenario for the supplied accelerator sequence and element mapping.

Constructors in xal.sim.scenario with parameters of type AcceleratorSeq

Modifier	Constructor	Description
	LatticeSequence(AcceleratorSeq smfSeqRoot, ElementMapping mapNodeToElem)	Constructor for lattice sequences.
protected	Scenario(AcceleratorSeq smfSeq, Lattice mdlLattice, SynchronizationManager mgrSync)	Constructor

Uses of AcceleratorSeq in xal.smf

Subclasses of AcceleratorSeq in xal.smf

Modifier and Type	Class	Description
class	Accelerator	The hierarchical tree of accelerator nodes, elements and sequences of elements.
final class	AcceleratorSector
class	AcceleratorSeqCombo	The implementation of the accelerator combo sequence, This class is meant to deal with pasting together existing sequences into new sequences.
class	Ring	Ring is a subclass of combo sequence that is intended to support the special needs of a Ring.

Fields in xal.smf declared as AcceleratorSeq

Modifier and Type	Field	Description
protected AcceleratorSeq	AcceleratorNode.seqParent	parent sequence object

Fields in xal.smf with type parameters of type AcceleratorSeq

Modifier and Type	Field	Description
protected List<AcceleratorSeq>	AcceleratorSeq.sequences	Container of immediate subsequences

Methods in xal.smf that return AcceleratorSeq

Modifier and Type	Method	Description
AcceleratorSeq	AcceleratorSector.concatenate(AcceleratorSector sec)
AcceleratorSeq	Accelerator.findSequence(String sequenceID)	Find a sequence with the specified ID.
AcceleratorSeq	AcceleratorNode.getParent()	return the parent sequence that this node belongs to
AcceleratorSeq	AcceleratorNode.getPrimaryAncestor()	get the primary ancestor sequence that is a direct child of the accelerator
AcceleratorSeq	AcceleratorSeq.getPrimaryAncestor()	get the primary ancestor sequence that is a direct child of the accelerator
AcceleratorSeq	Accelerator.getRoot()
AcceleratorSeq	AcceleratorSeq.getSequence(String strId)	Return a sequence whose id matches the argument and which is an immediate child of this sequence.

Methods in xal.smf that return types with arguments of type AcceleratorSeq

Modifier and Type	Method	Description
protected List<AcceleratorSeq>	AcceleratorSeq.addSequenceChain(LinkedList<AcceleratorSeq> orderedSequences, Map<String,AcceleratorSeq> sequenceMap)	Internal support for the orderSequences() method.
List<AcceleratorSeq>	AcceleratorSeq.getAllSeqs()	Get a list of all of this sequence's subsequences including those deeply nested. return a list of all of this sequence's subsequences
List<AcceleratorSeq>	AcceleratorSeqCombo.getBaseConstituents()	Get the constituent sequences looking deeply even if the combo sequences are nested in many layers.
List<AcceleratorSeq>	AcceleratorSeqCombo.getBaseConstituentsWithQualifier(TypeQualifier qualifier)	Get the constituent sequences looking deeply even if the combo sequences are nested in many layers.
List<AcceleratorSeq>	AcceleratorSeqCombo.getConstituents()	Get the constituent sequences.
List<AcceleratorSeq>	AcceleratorSeqCombo.getConstituentsWithQualifier(TypeQualifier qualifier)	Get the constituent sequences that are matched by the qualifier.
List<AcceleratorSeq>	AcceleratorSeq.getSequences()	Get the sequences that are immediate children of this sequence
List<AcceleratorSeq>	AcceleratorSeq.getSequences(boolean statusFilter)	Get the sequences that are immediate children of this sequence
List<AcceleratorSeq>	AcceleratorSeqCombo.getSequences()	Shallow fetch of sequences.
protected static List<AcceleratorSeq>	AcceleratorSeqCombo.getSequences(Accelerator accelerator, DataAdaptor adaptor)	Get the sequences in the accelerator which are referenced in the adaptor.
Collection<AcceleratorSeq>	SequenceOrderingException.getSequences()	Get the sequences that were attempted to be ordered
static List<AcceleratorSeq>	AcceleratorSeq.orderSequences(Collection<AcceleratorSeq> sequences)	Given a collection of sequences, order the sequences according to their predecessor attribute.
protected static LinkedList<AcceleratorSeq>	AcceleratorSeq.recurSeqSearch(LinkedList<AcceleratorSeq> sequences, AcceleratorSeq branch)	Get all sequences in the specified sequence branch, searching down all of its branches

Methods in xal.smf with parameters of type AcceleratorSeq

Modifier and Type	Method	Description
protected boolean	AcceleratorSeq.addSoft(AcceleratorSeq node)	Method to add a node from to this sequence the node is also kept in its original sequence.
boolean	AcceleratorSeq.canPrecede(AcceleratorSeq sequence)	Determine if this sequence can precede the one specified.
static AcceleratorSeqCombo	AcceleratorSeqCombo.getInstanceForRange(String comboID, AcceleratorSeq startSequence, AcceleratorSeq endSequence)	Get an instance of a non-cycling combo sequence which starts and ends between the specified sequences inclusively.
static List<AcceleratorSeqCombo>	AcceleratorSeqCombo.getInstancesForRange(String comboID, AcceleratorSeq startSequence, AcceleratorSeq endSequence)	Get the list of all non-cycling combo sequences which start and end between the specified sequences inclusively.
protected static LinkedList<AcceleratorNode>	AcceleratorSeq.recurNodeSearch(LinkedList<AcceleratorNode> nodes, AcceleratorSeq sequence)	Get all nodes in the specified sequence searching deeply through this sequence's child sequences.
protected static LinkedList<AcceleratorSeq>	AcceleratorSeq.recurSeqSearch(LinkedList<AcceleratorSeq> sequences, AcceleratorSeq branch)	Get all sequences in the specified sequence branch, searching down all of its branches
protected void	AcceleratorNode.setParent(AcceleratorSeq parent)	define the parent sequence for this node

Method parameters in xal.smf with type arguments of type AcceleratorSeq

Modifier and Type	Method	Description
protected List<AcceleratorSeq>	AcceleratorSeq.addSequenceChain(LinkedList<AcceleratorSeq> orderedSequences, Map<String,AcceleratorSeq> sequenceMap)	Internal support for the orderSequences() method.
protected List<AcceleratorSeq>	AcceleratorSeq.addSequenceChain(LinkedList<AcceleratorSeq> orderedSequences, Map<String,AcceleratorSeq> sequenceMap)	Internal support for the orderSequences() method.
static boolean	AcceleratorSeq.formsRing(List<AcceleratorSeq> sequences)	Determining if the ordered list of sequences forms a closed loop.
static AcceleratorSeqCombo	AcceleratorSeqCombo.getInstance(String strID, List<AcceleratorSeq> sequences)	Instantiate a an AcceleratorSeqCombo or a subclass depending on whether the sequences form a ring.
static List<AcceleratorSeq>	AcceleratorSeq.orderSequences(Collection<AcceleratorSeq> sequences)	Given a collection of sequences, order the sequences according to their predecessor attribute.
protected static LinkedList<AcceleratorSeq>	AcceleratorSeq.recurSeqSearch(LinkedList<AcceleratorSeq> sequences, AcceleratorSeq branch)	Get all sequences in the specified sequence branch, searching down all of its branches

Constructor parameters in xal.smf with type arguments of type AcceleratorSeq

Modifier	Constructor	Description
	AcceleratorSeqCombo(String strID, List<AcceleratorSeq> seqs)	Primary constructor
	Ring(String strID, List<AcceleratorSeq> segments)	Primary Constructor
	SequenceOrderingException(Collection<AcceleratorSeq> sequences)	Creates a new instance of SequenceOrderingException

Uses of AcceleratorSeq in xal.smf.impl

Subclasses of AcceleratorSeq in xal.smf.impl

Modifier and Type	Class	Description
class	CCL	CCL class to represent the CCL.
class	DTLTank	The implementation of the DTLTank sequence, which derives from the AcceleratorSeq class.
class	ReBuncher
class	RfCavity	The implementation of the RF Cavity element.
class	SCLCavity	SCLCavity class is used to represent an SCL RF cavity.