Uses of Class
xal.smf.AcceleratorNode

Packages that use AcceleratorNode

Package	Description
xal.extension.fxapplication.widgets
xal.extension.jels.smf
xal.extension.jels.smf.impl
xal.extension.widgets.smf
xal.sim.scenario
xal.sim.sync
xal.smf
xal.smf.impl
xal.smf.impl.profile
xal.smf.impl.qualify
xal.smf.proxy
xal.smf.scada

Uses of AcceleratorNode in xal.extension.fxapplication.widgets

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

Modifier and Type	Method	Description
javafx.scene.control.TreeItem<AcceleratorNode>	AcceleratorTreeView.addElement(AcceleratorNode node)
javafx.scene.control.TreeItem<AcceleratorNode>	ComboSequencesTreeView.addElement(AcceleratorNode combo)

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

Modifier and Type	Method	Description
javafx.scene.control.TreeItem<AcceleratorNode>	AcceleratorTreeView.addElement(AcceleratorNode node)
javafx.scene.control.TreeItem<AcceleratorNode>	ComboSequencesTreeView.addElement(AcceleratorNode combo)
void	AcceleratorTreeView.replaceElement(AcceleratorNode nodeBefore, AcceleratorNode nodeAfter)

Method parameters in xal.extension.fxapplication.widgets with type arguments of type AcceleratorNode

Modifier and Type	Method	Description
protected void	AcceleratorTreeView.addItem(javafx.scene.control.TreeItem<AcceleratorNode> item, javafx.scene.control.TreeItem<AcceleratorNode> parentItem)
protected String	AcceleratorTreeView.getId(javafx.scene.control.TreeItem<AcceleratorNode> selectedItem)
protected String	ComboSequencesTreeView.getId(javafx.scene.control.TreeItem<AcceleratorNode> selectedItem)

Uses of AcceleratorNode in xal.extension.jels.smf

Subclasses of AcceleratorNode in xal.extension.jels.smf

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

Methods in xal.extension.jels.smf with parameters of type AcceleratorNode

Modifier and Type	Method	Description
static ESSDTLTank	ESSElementFactory.createESSDTLTank(String name, double length, AcceleratorNode[] nodes, double phiS, double amplitude, double frequency, double position)	Creates the RfCavity node with specified properties.
static ESSRfCavity	ESSElementFactory.createESSRfCavity(String name, double length, AcceleratorNode[] nodes, double phiS, double amplitude, double frequency, double position)	Creates the RfCavity node with specified properties.
static ESSRfCavity	ESSElementFactory.createESSRfCavity(String name, double length, AcceleratorNode node, double phiS, double amplitude, double frequency, double position)	Creates the RfCavity node with specified properties.

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

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

Modifier and Type	Class	Description
class	Bend	Extends OpenXal Bend class with orientation and FringeField parameters.
class	Chopper	The implementation of the Chopper class.
class	DipoleCorr	Class for horizontal and vertical correctors.
class	Doppler	The implementation of the Repeller Electrode class.
class	EMU	The implementation of the EMU class.
class	ESSDTLTank	The implementation of the DTLTank sequence, which derives from the AcceleratorSeq class.
class	ESSIonSourceCoil	ESS implementation of the Ion Source Coils.
class	ESSIonSourceMagnetron	The implementation of the ESS Ion Source's magnetron.
class	ESSIonSourceMFC	The implementation of the ESS Ion Source's mass flow controller.
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
class	ESSRfGap	This gap implementation is extended to return correct (special) TTF/STF fits for the start gap.
class	Iris	The implementation of the Iris class.
class	MagFieldMap	General magnetic Field Map element.
class	NPM	The implementation of the NPM class.
class	RepellerElectrode	The implementation of the Repeller Electrode class.
class	RfFieldMap	General RF Field Map element.
class	RfqDummy
class	SpaceChargeCompensation	The implementation of the Gas flow element for Space Charge Compensation.

Uses of AcceleratorNode in xal.extension.widgets.smf

Method parameters in xal.extension.widgets.smf with type arguments of type AcceleratorNode

Modifier and Type	Method	Description
static NodeChannelSelector	NodeChannelSelector.getInstanceFromNodes(List<AcceleratorNode> nodes, JFrame owner, String title)	Get an instance of a record selector for allowing users to select node channel references from a list in a table.
static NodeChannelSelector	NodeChannelSelector.getInstanceFromNodes(List<AcceleratorNode> nodes, JFrame owner, String title, String... handles)	Get an instance of a record selector for allowing users to select node channel references from a list in a table.

Uses of AcceleratorNode in xal.sim.scenario

Methods in xal.sim.scenario that return AcceleratorNode

Modifier and Type	Method	Description
AcceleratorNode	ModelInput.getAcceleratorNode()
AcceleratorNode	LatticeElement.getHardwareNode()	Returns the hardware node associated with this lattice element proxy.
AcceleratorNode	Scenario.nodeWithId(String id)	Returns the accelerator node with the specified id, or null if there is none.

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

Modifier and Type	Method	Description
boolean	Scenario.checkSynchronization(AcceleratorNode aNode, Map<String,Double> values)	Testing Support
List<IComponent>	Scenario.componentsMappedTo(AcceleratorNode aNode)	Returns a List of components mapped to the specified node.
Class<? extends IComponent>	ElementMapping.getModelElementType(AcceleratorNode node)	Returns modeling element class type used to model the given node.
ModelInput	Scenario.getModelInput(AcceleratorNode aNode, String propName)	Returns the ModelInput for the specified node's property.
Map<String,Double>	Scenario.propertiesForNode(AcceleratorNode aNode)	Returns a map of property values (key = String property name, value = double property value) for the supplied node.
void	Scenario.removeModelInput(AcceleratorNode aNode, String property)	Removes the model input for the specified property on the specified node, if there is one.
ModelInput	Scenario.setModelInput(AcceleratorNode aNode, String propName, double val)	Sets the specified node's property to the specified value.

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

Modifier	Constructor	Description
	LatticeElement(AcceleratorNode smfNode, double dblPosCtr, Class<? extends IComponent> clsModElemType, int originalPosition)	Initializing constructor for LatticeElement.
	ModelInput(AcceleratorNode aNode, String propName)
	ModelInput(AcceleratorNode aNode, String propName, double val)

Uses of AcceleratorNode in xal.sim.sync

Methods in xal.sim.sync with parameters of type AcceleratorNode

Modifier and Type	Method	Description
List<IComponent>	SynchronizationManager.allComponentsMappedTo(AcceleratorNode aNode)
boolean	SynchronizationManager.checkSynchronization(AcceleratorNode aNode, Map<String,Double> values)
ModelInput	SynchronizationManager.getModelInput(AcceleratorNode aNode, String propName)	Returns the ModelInput for the specified node's property.
Map<String,Double>	SynchronizationManager.propertiesForNode(AcceleratorNode aNode)
void	SynchronizationManager.removeModelInput(AcceleratorNode aNode, String property)
ModelInput	SynchronizationManager.setModelInput(AcceleratorNode aNode, String property, double value)	Sets the specified node's property to the specified value.
void	SynchronizationManager.synchronize(IComponent aComp, AcceleratorNode aNode)	Creates a synchronization between the specified element and accelerator node.
protected List<IComponent>	SynchronizationManager.synchronizedComponentsMappedTo(AcceleratorNode aNode)

Uses of AcceleratorNode in xal.smf

Subclasses of AcceleratorNode 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	AcceleratorSeq	The implementation of the accelerator composite node, ordered collection of accelerator elements and sequences.
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 AcceleratorNode

Modifier and Type	Field	Description
protected final AcceleratorNode	NodeChannelRef.node	the node whose channel is being referenced

Fields in xal.smf with type parameters of type AcceleratorNode

Modifier and Type	Field	Description
protected List<AcceleratorNode>	AcceleratorSeq.arrNodes	Container of immediate nodes in this sequence
protected Map<String,AcceleratorNode>	AcceleratorSeq.nodeTable	table of nodes keyed by ID

Methods in xal.smf with type parameters of type AcceleratorNode

Modifier and Type	Method	Description
static <S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.appendNodesOfClassWithQualifier(Class<N> resultClass, List<N> matchedNodes, List<S> sourceNodes, TypeQualifier qualifier)	Filter nodes from the source list using the specified qualifier.
static <S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.appendNodesWithQualifier(List<N> matchedNodes, List<S> sourceNodes, TypeQualifier qualifier)	Filter nodes from the source list using the specified qualifier.
static <S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.filterNodesByClass(Class<N> resultClass, List<S> sourceNodes)	Filter nodes from the source list which can be cast to the specified result class.
static <T extends AcceleratorNode> List<T>	AcceleratorSeq.filterNodesByStatus(List<T> nodes, boolean statusFilter)	Filter nodes from the source list using the specified status filter.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getAllInclusiveNodesWithQualifier(TypeQualifier qualifier)	Fetch all nodes whose type is matched through the qualifier and are also contained in this sequence looking deeply through its nested child sequences.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getAllNodesOfType(String strTypeId)	Fetch all nodes whose type is matched through the qualifier and are also contained in this sequence looking deeply through its nested child sequences.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getAllNodesWithQualifier(TypeQualifier qualifier)	Fetch all nodes whose type is matched through the qualifier and are also contained in this sequence or one of its nested child sequences.
static <S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.getNodesOfClassWithQualifier(Class<N> resultClass, List<S> sourceNodes, TypeQualifier qualifier)	Filter nodes from the source list using the specified qualifier.
<S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.getNodesOfClassWithQualifier(Class<N> resultClass, TypeQualifier qualifier)	Get nodes using the specified qualifier.
<S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.getNodesOfClassWithStatus(Class<N> resultClass, boolean statusFilter)	Get nodes of the specified class with the specified status.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getNodesOfType(String strTypeId)	Shallow fetch of nodes whose type is given by the string.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getNodesOfType(String strTypeId, boolean statusFilter)	Shallow fetch of nodes whose type is given by the string.
static <S extends AcceleratorNode, N extends S> List<N>	AcceleratorSeq.getNodesWithQualifier(List<S> sourceNodes, TypeQualifier qualifier)	Filter nodes from the source list using the specified qualifier.
<T extends AcceleratorNode> List<T>	AcceleratorSeq.getNodesWithQualifier(TypeQualifier qualifier)	Shallow fetch of nodes that are matched by the qualifier.
<T extends AcceleratorNode> void	AcceleratorNodeFactory.registerNodeClass(String deviceType, String softType, Class<T> nodeClass)	Associate the specified AcceleratorNode class with the specified node type

Methods in xal.smf that return AcceleratorNode

Modifier and Type	Method	Description
AcceleratorNode	AcceleratorNodeFactory.createNode(DataAdaptor adaptor)	create an accelerator node based on a DataAdaptor
AcceleratorNode	Accelerator.getNode(String nodeID)	Returns the AcceleratorNode with a requested name
AcceleratorNode	NodeChannelRef.getNode()	Get the node
AcceleratorNode	AcceleratorSeq.getNodeAt(int iIndex)	returns the accelerator node at a prescribed index within this sequence
AcceleratorNode	AcceleratorSeq.getNodeWithId(String label)	Search deeply for and get the node with the specified id.
AcceleratorNode	AcceleratorSeqCombo.getNodeWithId(String label)	Search deeply for and get the node with the specified id.

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

Modifier and Type	Method	Description
List<AcceleratorNode>	AcceleratorSeq.getAllInclusiveNodes()	Fetch all nodes which are contained in this sequence looking deeply through its nested child sequences.
List<AcceleratorNode>	AcceleratorSeq.getAllInclusiveNodes(boolean statusFilter)	Fetch all nodes which are contained in this sequence looking deeply through its nested child sequences.
List<AcceleratorNode>	AcceleratorSeqCombo.getAllInclusiveNodes()	Get all nodes including this sequence and constituent sequences and all of their children.
List<AcceleratorNode>	AcceleratorSeq.getAllNodes()	Fetch all nodes contained in this sequence looking deeply through its nested child sequences.
List<AcceleratorNode>	AcceleratorSeq.getAllNodes(boolean statusFilter)	Get all nodes filtered for the specified status.
List<AcceleratorNode>	AcceleratorSeqCombo.getAllNodes()	Fetch all nodes looking deeply through nested child sequences.
Iterator<AcceleratorNode>	AcceleratorSeq.getLeaves()	Get an iterator of this sequence's immediate child nodes.
List<AcceleratorNode>	AcceleratorSeq.getNodes()	Get a list of this sequence's immediate child nodes.
List<AcceleratorNode>	AcceleratorSeq.getNodes(boolean statusFilter)	Get the this sequence's immediate child nodes with the specified status.
List<AcceleratorNode>	AcceleratorSeqCombo.getNodes()	Shallow fetch of nodes.
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.

Methods in xal.smf with parameters of type AcceleratorNode

Modifier and Type	Method	Description
boolean	AcceleratorSeq.addNode(AcceleratorNode newNode)	Method to move a node from one sequence to this sequence warning be careful - need to check node position when moving it about!!
void	AcceleratorSeq.addNodeAt(int iIndex, AcceleratorNode node)	Add a node at a prescribed index
boolean	AcceleratorSeq.contains(AcceleratorNode node)	Check to see if the node is a shallow child of this sequence.
static RfCavity	ElementFactory.createRfCavity(String name, double length, AcceleratorNode[] nodes, double phiS, double amplitude, double frequency, double position)	Creates the RfCavity node with specified properties.
static RfCavity	ElementFactory.createRfCavity(String name, double length, AcceleratorNode node, double phiS, double amplitude, double frequency, double position)	Creates the RfCavity node with specified properties.
double	AcceleratorSeq.getDistanceBetween(AcceleratorNode reference, AcceleratorNode node)	Get the distance of the second node from the first node.
int	AcceleratorSeq.getIndexOfNode(AcceleratorNode child)	returns the index of a node
double	AcceleratorSeq.getPosition(AcceleratorNode node)	Get the position of a node in the sequence, including the possible offset of a local sequence containing the node.
double	AcceleratorSeqCombo.getPosition(AcceleratorNode node)	get the position of a node in the sequence, including the extra length of the sequence starting position itself Note: this way could also be done in the parent AcceleratorSeq class, be we choose to use a more efficient scheme there, specific to primary sequences.
double	AcceleratorSeq.getRelativePosition(double position, AcceleratorNode referenceNode)	Convert the sequence position to a position relative to the specified reference node.
double	Ring.getRelativePosition(double position, AcceleratorNode referenceNode)	Convert the sequence position to a position relative to the specified reference node.
double	AcceleratorSeq.getShortestRelativePosition(AcceleratorNode node, AcceleratorNode referenceNode)	Get the shortest relative postion of one node with respect to a reference node.
double	Ring.getShortestRelativePosition(AcceleratorNode node, AcceleratorNode referenceNode)	Get the shortest relative position of one node with respect to a reference node.
protected int	AcceleratorSeq.indexToAddNode(AcceleratorNode newNode)	Find the index to insert the node in increasing order of position.
protected void	Accelerator.nodeAdded(AcceleratorNode node)	Handle the event indicating that a node has been added.
protected void	Accelerator.nodeRemoved(AcceleratorNode node)	Handle the event indicating that a node has been removed.
boolean	AcceleratorSeq.removeNode(AcceleratorNode node)	remove a node from this sequence
void	AcceleratorSeq.sortNodesByProximity(List<? extends AcceleratorNode> nodes, AcceleratorNode referenceNode)	Sort nodes in place by proximity to a reference node.
void	AcceleratorSeq.sortNodesByRelativePosition(List<? extends AcceleratorNode> nodes, AcceleratorNode referenceNode)	Sort nodes in place by position relative to the reference node (ranked negative to positive).

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

Modifier and Type	Method	Description
ApertureProfile	AcceleratorSeq.getAperProfile(List<AcceleratorNode> nodes)
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.
void	AcceleratorSeq.sortNodes(List<? extends AcceleratorNode> nodes)	Sort nodes in place by position where the position used is relative to the this sequence.
void	AcceleratorSeq.sortNodesByProximity(List<? extends AcceleratorNode> nodes, AcceleratorNode referenceNode)	Sort nodes in place by proximity to a reference node.
void	AcceleratorSeq.sortNodesByRelativePosition(List<? extends AcceleratorNode> nodes, AcceleratorNode referenceNode)	Sort nodes in place by position relative to the reference node (ranked negative to positive).

Constructors in xal.smf with parameters of type AcceleratorNode

Modifier	Constructor	Description
	NodeChannelRef(AcceleratorNode node, String handle)	Constructor
	NoSuchChannelException(AcceleratorNode node, String handle)	NoSuchChannelException constructor for a missing channel corresponding to the specified node and handle.

Uses of AcceleratorNode in xal.smf.impl

Subclasses of AcceleratorNode in xal.smf.impl

Modifier and Type	Class	Description
class	Bend	Bend is used to represent a normal horizontal dipole magnet rather than a corrector.
class	BLM	The implementation of the BLM class.
class	BPM	The implementation of the BPM class.
class	BunchShapeMonitor	Representation of a Bunch Shape Monitor
class	CCL	CCL class to represent the CCL.
class	CurrentMonitor	The implementation of the Current Monitor class.
class	CvgGauge	The CvgGauge Class element.
class	Dipole	The implementation of the Dipole element.
class	DipoleCorr	Base class for dipole correctors.
class	DTLTank	The implementation of the DTLTank sequence, which derives from the AcceleratorSeq class.
class	EDipole
class	Electromagnet	Electromagnet is the base class representation of an electromagnet.
class	Electrostatic
class	EQuad
class	ExtractionKicker	the extraction kicker represents a pulsed magnet for extracting the beam vertically from the ring
class	GenericNode	GenericNode represents a node whose properties are defined by the data input.
class	HDipoleCorr	The implementation of the Horizontal Dipole corrector element.
class	IonGauge	The IonGauge Class element.
class	Magnet	The abstract Magnet Class element.
class	Marker	node representing a simple marker
class	NeutronDetector	The implementation of the Neutron Detector class.
class	PermanentMagnet	PermanentMagnet is the superclass of all permanent magnet classes.
class	PermQuadrupole	PermQuadrupole implements an Permanent magnet Quadrupole.
class	ProfileMonitor	Represents the wire scanner device using the original API
class	Quadrupole	Quadrupole implements an Electromagnet Quadrupole supplied by a single power supply.
class	ReBuncher
class	RfCavity	The implementation of the RF Cavity element.
class	RfGap	The implementation of the RF gap element.
class	RingBPM	This class is for SNS Ring BPMs.
class	SCLCavity	SCLCavity class is used to represent an SCL RF cavity.
class	Sextupole	Sextupole magnet node.
class	Solenoid
class	TrimmedQuadrupole	TrimmedQuadrupole is a subclass of Quadrupole that has a trim power supply in addition to a main power supply.
class	Vacuum	The abstract Vacuum Class element.
class	VDipoleCorr	The implementation of the Vertical Dipole corrector element.
class	WireHarp	Wire Harp Hardware
class	WireScanner	Wire Scanner Hardware

Methods in xal.smf.impl with type parameters of type AcceleratorNode

Modifier and Type	Method	Description
<T extends AcceleratorNode> Collection<T>	MagnetPowerSupply.getNodes(Collection<T> trialNodes)	Get the subset of nodes from trialNodes which are supplied by this power supply.

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

Modifier and Type	Method	Description
Collection<AcceleratorNode>	MagnetPowerSupply.getNodes()	Get the accelerator nodes which are tied to this supply.

Methods in xal.smf.impl with parameters of type AcceleratorNode

Modifier and Type	Method	Description
boolean	RfCavity.addNode(AcceleratorNode newNode)	Method to move a node from one sequence to this sequence warning be careful - need to check node position when moving it about!!
boolean	MagnetMainSupply.suppliesNode(AcceleratorNode node)	Check if the electromagnet is supplied by this power supply.
abstract boolean	MagnetPowerSupply.suppliesNode(AcceleratorNode node)	Check if the electromagnet is supplied by this power supply.
boolean	MagnetTrimSupply.suppliesNode(AcceleratorNode node)	Check if the electromagnet is supplied by this power supply.

Uses of AcceleratorNode in xal.smf.impl.profile

Subclasses of AcceleratorNode in xal.smf.impl.profile

Modifier and Type	Class	Description
class	ProfileDevice	This class presents the common behavior of profile data acquisition devices.

Constructors in xal.smf.impl.profile with parameters of type AcceleratorNode

Modifier	Constructor	Description
protected	SignalAttrs(List<ScadaFieldDescriptor> lstPfdSet, AcceleratorNode ws)	Create a new, initialized SignalAttrs object.
protected	SignalAttrSet(AcceleratorNode ws)	Create a new, initialized ProfileAttrSet object.

Uses of AcceleratorNode in xal.smf.impl.qualify

Methods in xal.smf.impl.qualify with parameters of type AcceleratorNode

Modifier and Type	Method	Description
boolean	AndTypeQualifier.match(AcceleratorNode node)	Determine if the specified node is a match based on this qualifier's criteria.
boolean	ElementTypeManager.match(AcceleratorNode node, String type)	Check if the node is of the specified type.
boolean	KindQualifier.match(AcceleratorNode node)	Determine if the specified node is a match based on this qualifier's criteria
boolean	NotTypeQualifier.match(AcceleratorNode node)	Determine if the specified node is a match based on this qualifier's criteria
boolean	OrTypeQualifier.match(AcceleratorNode node)	Determine if the specified node is a match based on this qualifier's criteria.
boolean	TypeQualifier.match(AcceleratorNode node)	Determine if the specified node is a match based on this qualifier's criteria

Method parameters in xal.smf.impl.qualify with type arguments of type AcceleratorNode

Modifier and Type	Method	Description
void	ElementTypeManager.registerType(Class<? extends AcceleratorNode> theClass, String type)	Register the type to specified class to be of the specified type
void	ElementTypeManager.registerTypes(Class<? extends AcceleratorNode> theClass, String... types)	Register the specified types to the specified class

Uses of AcceleratorNode in xal.smf.proxy

Methods in xal.smf.proxy with parameters of type AcceleratorNode

Modifier and Type	Method	Description
PropertyAccessor	PrimaryPropertyAccessor.getAccessorFor(AcceleratorNode node)	get the accessor for the specified node
protected Map<String,Double>	AbstractPropertyAccessor.getDesignValueMap(AcceleratorNode node, List<String> propertyNames)	get the map of design values keyed by property name
Map<String,Double>	ElectromagnetPropertyAccessor.getDesignValueMap(AcceleratorNode node)	get the map of design values keyed by property name
Map<String,Double>	PermanentMagnetPropertyAccessor.getDesignValueMap(AcceleratorNode node)	get the map of design values keyed by property name
Map<String,Double>	PropertyAccessor.getDesignValueMap(AcceleratorNode node)	get the map of design values keyed by property name
Map<String,Double>	RfCavityPropertyAccessor.getDesignValueMap(AcceleratorNode node)	get the map of design values keyed by property name
ModelInput	PrimaryPropertyAccessor.getInput(AcceleratorNode aNode, String propName)	Returns the ModelInput for the specified node's property, or null if there is none.
protected Collection<Channel>	AbstractPropertyAccessor.getLiveChannels(AcceleratorNode node, List<String> propertyNames)	get the channels for live property access
Collection<Channel>	ElectromagnetPropertyAccessor.getLiveChannels(AcceleratorNode node)	get the channels for live property access
Collection<Channel>	PermanentMagnetPropertyAccessor.getLiveChannels(AcceleratorNode node)	get the channels for live property access
Collection<Channel>	PropertyAccessor.getLiveChannels(AcceleratorNode node)	get the channels for live property access
Collection<Channel>	RfCavityPropertyAccessor.getLiveChannels(AcceleratorNode node)	get the channels for live property access
Collection<Channel>	ElectromagnetPropertyAccessor.getLiveRFDesignChannels(AcceleratorNode node)	get the channels for live property access with design RF
Collection<Channel>	PermanentMagnetPropertyAccessor.getLiveRFDesignChannels(AcceleratorNode node)	get the channels for live property access with design RF
Collection<Channel>	PropertyAccessor.getLiveRFDesignChannels(AcceleratorNode node)	get the channels for live property access with design RF
Collection<Channel>	RfCavityPropertyAccessor.getLiveRFDesignChannels(AcceleratorNode node)	get the channels for live property access with design RF
Map<String,Double>	ElectromagnetPropertyAccessor.getLiveRFDesignValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live RF design values keyed by property name
Map<String,Double>	PermanentMagnetPropertyAccessor.getLiveRFDesignValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live RF design values keyed by property name
Map<String,Double>	PropertyAccessor.getLiveRFDesignValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live RF design values keyed by property name
Map<String,Double>	RfCavityPropertyAccessor.getLiveRFDesignValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live RF design values keyed by property name
protected Map<String,Double>	AbstractPropertyAccessor.getLiveValueMap(AcceleratorNode node, Map<Channel,Double> channelValues, List<String> propertyNames)	get the map of live values keyed by property name
Map<String,Double>	ElectromagnetPropertyAccessor.getLiveValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live values keyed by property name
Map<String,Double>	PermanentMagnetPropertyAccessor.getLiveValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live values keyed by property name
Map<String,Double>	PropertyAccessor.getLiveValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live values keyed by property name
Map<String,Double>	RfCavityPropertyAccessor.getLiveValueMap(AcceleratorNode node, Map<Channel,Double> channelValues)	get the map of live values keyed by property name
boolean	PrimaryPropertyAccessor.hasAccessorFor(AcceleratorNode aNode)	Returns true if there is an accessor for the specified node type, false otherwise.
void	PrimaryPropertyAccessor.removeInput(AcceleratorNode aNode, String property)
ModelInput	PrimaryPropertyAccessor.setModelInput(AcceleratorNode aNode, String property, double val)	Sets the specified node's property to the specified value.

Method parameters in xal.smf.proxy with type arguments of type AcceleratorNode

Modifier and Type	Method	Description
void	PrimaryPropertyAccessor.requestValuesForNodes(Collection<AcceleratorNode> nodes, String syncMode)	request values for the nodes and the specified sync mode

Uses of AcceleratorNode in xal.smf.scada

Methods in xal.smf.scada with parameters of type AcceleratorNode

Modifier and Type	Method	Description
void	ScadaRecord.loadHardwareValues(AcceleratorNode smfDev)	Populate the fields of this data set with the current Process Variable values of the given device.
protected void	ScadaRecord.setFieldFromPV(String strFldName, String strHndPv, AcceleratorNode smfDev)	Set the value of of the given data field using the value obtained from the PV attached to the given device.
void	ScadaRecord.setHardwareValues(AcceleratorNode smfDev)	Sets the parameters of the given hardware device, to the values in this data structure.
protected void	ScadaRecord.setPvFromField(String strFldName, String strHndPv, AcceleratorNode smfDev)	Sets the given PV with the value of the data structure field given by name.

Constructors in xal.smf.scada with parameters of type AcceleratorNode

Modifier	Constructor	Description
	BatchConnectionTest(AcceleratorNode smfDev)	Creates a new BatchConnectionTest object for the given accelerator device.
	ScadaCheckConnect(AcceleratorNode smfDev)	Deprecated. Create a new ScadaCheckConnect object connected to the given accelerator device.
protected	ScadaRecord(AcceleratorNode smfDev)	Creates a new ScadaStruct object which is initialized from the data provided by the given hardware object.