Uses of Interface
com.tensegrity.graph.view.VisualNode

Packages that use VisualNode

com.tensegrity.graph.element	Element functions.
com.tensegrity.graph.event	This package contains the event related code which consists of Event classes, Listeners and Adapters for the later.
com.tensegrity.graph.layout.controller	The controller package contains several concrete implementations of abstract class LayoutController which can be used in many common applications.
com.tensegrity.graph.persistence	GraphPersistence package.
com.tensegrity.graph.rule	The rule package contains the code for rules that are used throughout the graph packages.
com.tensegrity.graph.rule.handler	Handlers that can be registered and then activated in rules.
com.tensegrity.graph.view	Contains the graph view interface.
com.tensegrity.gui.graphdocument	This package contains the GraphDocument interface, a Factory for creating such documents as well as a definition for a panel which may hold such documents.
com.tensegrity.gui.swing.control.tree.strategy
com.tensegrity.gui.swing.dnd	This package contains a basic implementation for Drag And Drop.
com.tensegrity.gui.swing.graph	The graph package contains the two panels required for the SwingGraphDocument, a NavigatorPanel and several components for the inplace editing supported by the SwingGraphPanel.
com.tensegrity.gui.swt.graph
com.tensegrity.skeleton.commands	The command package contains all the predefined commands of the skeleton, like Save, Print, Quit, Zoom, etc.

Uses of VisualNode in com.tensegrity.graph.element

Methods in com.tensegrity.graph.element that return VisualNode

static VisualNode

ElementPoolManager.resolveVisualNodeElement(java.lang.Object key) Resolves a visual-node element from the given key.

Uses of VisualNode in com.tensegrity.graph.event

Methods in com.tensegrity.graph.event that return VisualNode

VisualNode	VisualGraphEvent.getSubjectVisualNode() Returns the subject visualnode for this event.
VisualNode	VisualNodeEvent.getVisualNode() Returns the VisualNode that is associated with the event.

Constructors in com.tensegrity.graph.event with parameters of type VisualNode

VisualGraphEvent(int eventid, VisualGraph visualgraph, VisualNode visualnode, long visualnodeid)
Constructs a new VisualGraphEvent.

VisualGraphEvent(int eventid, VisualSubgraph visualsubgraph, VisualNode visualnode, long visualnodeid)
Constructs a new VisualGraphEvent.

VisualGraphEvent(int eventid, VisualGraph visualgraph, VisualSubgraph visualsubgraph, VisualNode visualnode, VisualEdge visualedge, long visualnodeid, long visualedgeid, VisualEdge newedge1, VisualEdge newedge2)
Constructs a new VisualGraphEvent.

VisualGraphEvent(int eventid, VisualGraph visualgraph, VisualSubgraph visualsubgraph, long vnID, VisualNode vn, long veID, VisualEdge ve, VisualGraphObjectContainer veVGOC, VisualEdge veIn, VisualGraphObjectContainer veInVGOC, VisualEdge veOut, VisualGraphObjectContainer veOutVGOC)

VisualNodeEvent(int id, VisualGraph visualgraph, VisualNode visualnode)
Constructs a new VisualNodeEvent instance.

VisualNodeEvent(int id, VisualSubgraph visualsubgraph, VisualNode visualnode)
Constructs a new VisualNodeEvent instance.

VisualNodeEvent(int id, VisualGraph visualgraph, VisualNode visualnode, VisualPort visualport)
Constructs a new VisualNodeEvent instance.

VisualNodeEvent(int id, VisualSubgraph visualsubgraph, VisualNode visualnode, VisualPort visualport)
Constructs a new VisualNodeEvent instance.

Uses of VisualNode in com.tensegrity.graph.layout.controller

Methods in com.tensegrity.graph.layout.controller that return VisualNode

VisualNode

SwimLanePoolFlattener.getOriginalVisualNode(VisualNode visualnode_copy) Returns the original VisualNode that corresponds to the copied VisualNode given by visualnode_copy.

Methods in com.tensegrity.graph.layout.controller with parameters of type VisualNode

VisualNode	SwimLanePoolFlattener.getOriginalVisualNode(VisualNode visualnode_copy) Returns the original VisualNode that corresponds to the copied VisualNode given by visualnode_copy.
void	WorkflowLayoutController.setNodeOrder(VisualNode node, int order) Sets the order of a node within the according layer.
void	WorkflowLayoutController.setChildrenAlignment(VisualNode node, int alignment) Determines the relative position of a node to their successor nodes.

Uses of VisualNode in com.tensegrity.graph.persistence

Methods in com.tensegrity.graph.persistence with parameters of type VisualNode

void	ViewBuilderFilter.afterVisualNodeBuild(AttributeList attributes, VisualNode visualnode) This method is called by the API after a VisualNode has been loaded and an instance has been created.
abstract Serializer	GraphViewPersistenceFactory.newVisualNodeSerializer(VisualNode visualnode, com.tensegrity.graph.defaultview.InternalIDPool poolIDs)
abstract Serializer	GraphViewPersistenceFactory.newVisualSubgraphSerializer(VisualNode visualnode, com.tensegrity.graph.defaultview.InternalIDPool poolIDs)
void	ViewSerializerFilter.beforeVisualNodeSerialize(VisualNode visualnode)
void	ViewSerializerFilter.afterVisualNodeSerialize(VisualNode visualnode, AttributeList attributes)

Uses of VisualNode in com.tensegrity.graph.rule

Methods in com.tensegrity.graph.rule with parameters of type VisualNode

static boolean	RuleChecks.checkNodeRuleForApplyDegreesHierarchical(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the degree given by a NodeRule should be applied hierarchical.
static boolean	RuleChecks.checkNodeRuleForDetachTarget(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode allows target deattachments.
static boolean	RuleChecks.checkNodeRuleForAttachTarget(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode allows target attachments.
static boolean	RuleChecks.checkNodeRuleForDetachSource(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode allows source dettachments.
static boolean	RuleChecks.checkNodeRuleForAttachSource(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode allows source attachments.
static boolean	RuleChecks.checkNodeRuleForMinimumInstanceCount(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Checks whether the given node has reached its minimum instance count.
static boolean	RuleChecks.checkNodeRuleForMaximumInstanceCount(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Checks whether the given node has reached its maximum instance count.
static boolean	RuleChecks.checkNodeRuleForMaximumInstanceCount2(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode)
static boolean	RuleChecks.checkNodeRuleForLegalSubgraph(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode, VisualSubgraph visualsubgraph) Identifies whether the given VisualNode can be legally part of the specified VisualSubgraph.
static boolean	RuleChecks.checkNodeRuleForCascadeDeleteEdges(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode cascades its edges when its deleted.
static boolean	RuleChecks.checkNodeRuleFor11NodeDelete(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode cascades its edges when its deleted.
static boolean	RuleChecks.checkNodeRuleForApplyCascadeNodeDeleteHierarchical(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the cascade node delete operations should be applied hierarchical.
static boolean	RuleChecks.checkNodeRuleForDetachOnMove(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode detaches on move.
static boolean	RuleChecks.checkNodeRuleForApplyEdgeSplitHierarchical(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the edge split operations should be applied hierarchical.
static boolean	RuleChecks.checkNodeRuleForProhibitEdgeSplit(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode prohibits edge-splits.
static boolean	RuleChecks.checkNodeRuleForAcceptOverlayEdgeCreation(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether a VisualNode should accept an overlay edge creation.
static boolean	RuleChecks.checkNodeRuleForAcceptLooseNodesIfGroup(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode accepts loose VisualNodes if it is an instance of VisualSubgraph.
static boolean	RuleChecks.checkNodeRuleForAcceptPasteIfGroup(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode accepts paste operations if it is an instance of VisualSubgraph.
static java.lang.String	RuleChecks.checkNodeRuleForDropHandlerName(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode has a drop-handler.
static java.lang.String	RuleChecks.checkNodeRuleForNodeMovedInSubgraphHandlerName(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode has a node-moved-in-subgraph handler.
static java.lang.String	RuleChecks.checkNodeRuleForSubgraphRemoveHandlerName(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode has a subgraph-remove handler.
static java.lang.String	RuleChecks.checkNodeRuleForVisualNodeOverlayHandlerName(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode has a node-overlay handler.
static boolean	RuleChecks.checkNodeRuleForDisallowEdgeSplitRule(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode, java.lang.String checkrule) Identifies whether the given VisualNode allows edge splits for the given checkrule name.
static java.lang.String	RuleChecks.checkNodeRuleForOverlayEdgeCreation(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualNode has automatic edge creation upon node overlay.
static boolean	RuleChecks.checkGraphRuleForLegalCrossVisualSubgrahEdgeSplit(RuleConfiguration config, VisualGraph visualgraph, VisualNode visualnode) Identifies whether the given VisualGraph permits its edges to be split by the given VisualNode

Uses of VisualNode in com.tensegrity.graph.rule.handler

Fields in com.tensegrity.graph.rule.handler declared as VisualNode

VisualNode[]	VisualNodeGroupDropHighlightInfo.visualnodes instance variable for the VisualNodes that are to be dropped
VisualNode	VisualNodeOverlayIndicationInfo.belowVisualNode
VisualNode[]	VisualNodeOverlayIndicationInfo.overlayVisualNodes
VisualNode[]	VisualNodeMoveInSubgraphHighlightInfo.visualnodes instance variable for the VisualNodes that are to be dropped
VisualNode[]	VisualNodeMovedInSubgraphInfo.visualnodes
VisualNode[]	VisualSubgraphRemoveInfo.visualnodes
VisualNode[]	VisualNodeDropInfo.visualnodes instance variable for the VisualNodes that were dropped

Methods in com.tensegrity.graph.rule.handler with parameters of type VisualNode

long	VisualSubgraphRemoveInfo.getVisualNodeOldID(VisualNode visualnode)

Constructors in com.tensegrity.graph.rule.handler with parameters of type VisualNode

VisualNodeGroupDropHighlightInfo(VisualGraphView toplevelview, VisualSubgraph visualsubgraph, VisualNode[] visualnodes)
Constructor for VisualNodeGroupDropHighlightInfo.

VisualNodeOverlayIndicationInfo(VisualGraphView toplevelview, VisualNode belowVisualNode, VisualNode[] overlayVisualNodes, Coordinate cursorlocation)

VisualNodeMoveInSubgraphHighlightInfo(VisualGraphView toplevelview, VisualSubgraph visualsubgraph, VisualNode[] visualnodes, Coordinate cursorlocation)
Constructor for VisualNodeMoveInSubgraphHighlightInfo.

VisualNodeMovedInSubgraphInfo(VisualGraphView toplevelview, VisualSubgraph visualsubgraph, VisualNode[] visualnodes, Coordinate cursorlocation)

VisualSubgraphRemoveInfo(VisualGraphView toplevelview, VisualSubgraph visualsubgraph, VisualNode[] visualnodes, java.util.Map vn2oldID)

VisualNodeDropInfo(VisualGraphView toplevelview, VisualSubgraph visualsubgraph, VisualNode[] visualnodes, Coordinate cursorlocation)
Constructor for VisualNodeDropInfo.

Uses of VisualNode in com.tensegrity.graph.view

Subinterfaces of VisualNode in com.tensegrity.graph.view

interface

VisualSubgraph VisualSubgraph are the view counterparts to the Subgraph objects in the graph model package.

Methods in com.tensegrity.graph.view that return VisualNode

VisualNode	VisualGraphView.resolveVisualSource(VisualEdge visualedge) For internal use only.
VisualNode	VisualGraphView.resolveVisualTarget(VisualEdge visualedge) For internal use only.
VisualNode	VisualEdge.getVisualSource() Gets the VisualNode at the source end of this VisualEdge.
VisualNode	VisualEdge.getVisualTarget() Gets the VisualNode at the target end of this VisualEdge.
VisualNode	VisualGraphObjectContainer.getVisualNodeByID(long id) Returns a VisualNode by ID or null if no VisualNode instance with the given ID is added to this VisualGraphObjectContainer.
VisualNode	VisualGraphObjectContainer.getVisualNodeByName(java.lang.String name) Returns a VisualNode by its name or null if no VisualNode instance with the given name is added to this VisualGraphObjectContainer.
VisualNode	VisualPort.getVisualNode() Returns the associated VisualNode of this VisualPort.
VisualNode	VisualPort.getWrappedVisualNode() Notice:API internal method.
VisualNode	VisualPort.getDeepestVisualNode() Notice:API internal method.
abstract VisualNode	GraphViewFactory.newVisualNode(Node node, java.util.List visualports, Composite composite) Creates a new VisualNode associated with the given model node and providing the given ports.
abstract VisualNode	GraphViewFactory.newVisualNode(Node node, java.util.List visualports, VisualNodeInfo info, Composite composite) Constructs and returns a new VisualNode object.
abstract VisualNode	GraphViewFactory.newVisualNode(Node node, GeometryDescriptor geometry) Constructs a new VisualNode object.
abstract VisualNode	GraphViewFactory.newVisualNode(Node node, VisualNodeInfo info, GeometryDescriptor geometry) Constructs a new VisualNode object.
static VisualNode	GraphViewFactory.makeDefaultVisualNode(GraphViewFactory factory, Node node, Composite composite) This method creates a default VisualNode instance.
static VisualNode	GraphViewFactory.makeDefaultVisualNode(GraphViewFactory factory, Node node, Composite composite, VisualNodeInfo info) This method creates a default VisualNode instance and associates a VisualNodeInfo object with it.
VisualNode	VisualNode.deepCopy(Node node) Returns a deep copy of this visual node which is associated with the given node.
VisualNode	VisualNodeComposite.getVisualNode() Returns the VisualNode the VisualNodeCompositeProxy is assigned to.

Methods in com.tensegrity.graph.view with parameters of type VisualNode

static VisualEdge	VisualGraphOperations.createVisualEdge(VisualGraphView visualgraphview, VisualNode sourceNode, VisualPort sourcePort, VisualNode targetNode, VisualPort targetPort) Creates a VisualEdge between the VisualNodes given by sourceNode and targetNode.
static VisualEdge	VisualGraphOperations.createVisualEdge(CompositeHierarchy hierarchy, VisualGraphView visualgraphview, VisualNode sourceNode, VisualPort sourcePort, VisualNode targetNode, VisualPort targetPort) Creates a VisualEdge between the VisualNodes given by sourceNode and targetNode.
static void	VisualNodePlacement.random(VisualGraph visualgraph, VisualNode visualnode, double minX, double minY, double rangeX, double rangeY) Places a single visualnodet randomly.
static void	VisualNodePlacement.random(VisualGraph visualgraph, VisualNode visualnode, double minX, double minY, double rangeX, double rangeY, java.util.Random rnd) Places a single visualnodet randomly.
void	VisualGraphView.highlightEdgeInsertsAndVisualNodeOverlays(VisualNode visualnode, int x, int y) Highlight any potential edge insertation points for the given visualnode (must be a 0-0-visualnode for any highlighting to occur).
void	VisualGraphView.highlightCrossGroupMoves(VisualNode visualnode) Highlights any potential cross-graph moves (That means moving nodes/subgraphs into and out of other subgraphs).
void	VisualGraphView.postDropVisualNode(VisualNode visualnode) Called by the framework after a VisualNode was dropped on the VisualGraphView.
VisualEdge[]	VisualGraphView.splitEdge(VisualEdge visualedge, VisualNode visualnode) Splits the given VisualEdge with the given VisualNode.
void	VisualGraphView.pasteBefore(VisualNode visualnode) This method pastes the contents of the clipboard before the specified VisualNode argument.
void	VisualGraphView.pasteBefore(VisualNode visualnode, ViewBuilderFilter filter) Same as VisualGraphView.pasteBefore(VisualNode) but the pasted objects can be modified through the given ViewBuilderFilter.
void	VisualGraphView.pasteBehind(VisualNode visualnode) This method pastes the contents of the clipboard behind the specified VisualNode argument.
void	VisualGraphView.pasteBehind(VisualNode visualnode, ViewBuilderFilter filter) Same as VisualGraphView.pasteBehind(VisualNode) but the pasted objects can be modified through the given ViewBuilderFilter.
VisualEdge	VisualGraphView.createCrossVisualEdge(VisualNode sourcenode, VisualNode targetnode) Adds a cross edge between two given VisualNodes.
VisualEdge	VisualGraphView.createCrossVisualEdge(VisualEdge visualedge, VisualNode sourcenode, VisualNode targetnode)
boolean	VisualGraphView.internalAddVisualNodeWithInteractionExecution(InteractionInfo info, VisualNode visualnode, boolean doEvent, boolean doRules) For internal use only.
VisualEdge	VisualEdge.deepCopy(Edge edge, VisualNode visualsource, VisualNode visualtarget, VisualPort visualsourceport, VisualPort visualtargetport) Makes a deep independant copy of a VisualEdge.
void	VisualSubgraph.removeVisualNode(VisualNode visualnode, boolean overrideRules) Removes a visualnode from the graphview.
VisualPort	VisualSubgraph.getVisualPortWrapperByInnerVisualNodeAndPortID(VisualNode visualnode, long portid) API internal method.
static int	VisualOperations.computeIncount(VisualNode visualnode) Iterate over all ports and count the incoming edges.
static int	VisualOperations.computeIndegree(VisualGraph visualgraph, VisualNode visualnode) Iterate over all ports and count the incoming edges that are connected.
static java.util.ArrayList	VisualOperations.computeIncountList(VisualNode visualnode) Iterate over all ports and list the incoming edges.
static int	VisualOperations.computeOutcount(VisualNode visualnode) Iterate over all ports and count the outgoing edges.
static int	VisualOperations.computeOutdegree(VisualGraph visualgraph, VisualNode visualnode) Iterate over all ports and count the outgoing edges that are connected.
static java.util.ArrayList	VisualOperations.computeOutcountList(VisualNode visualnode) Iterate over all ports and list the outgoing edges.
static int	VisualOperations.computeIncountRecursively(VisualGraphView visualgraphview, VisualNode visualnode) Iterate over all ports and count the incoming edges.
static int	VisualOperations.computeOutcountRecursively(VisualGraphView visualgraphview, VisualNode visualnode) Iterate over all ports and count the outgoing edges.
static java.util.Collection	VisualOperations.computeInboundCollectionRecursively(VisualGraphView visualgraphview, VisualNode visualnode) Iterate over all ports and return the incoming edges.
static java.util.Collection	VisualOperations.computeOutboundCollectionRecursively(VisualGraphView visualgraphview, VisualNode visualnode) Iterate over all ports and return the outgoing edges.
static void	VisualOperations.autospaceAroundVisualNode(VisualGraph visualgraph, VisualNode visualnode) Frees space around the given VisualNode by adjusting the positions of all intersecting nodes and all other nodes relatively.
static void	VisualOperations.autospaceHorizontalAroundVisualNode(VisualGraph visualgraph, VisualNode visualnode) Makes space around the given VisualNode by adjusting the positions of all intersecting nodes and all other nodes relatively.
static void	VisualOperations.autospaceVerticalAroundVisualNode(VisualGraph visualgraph, VisualNode visualnode) Makes space around the given VisualNode by adjusting the positions of all intersecting nodes and all other nodes relatively.
boolean	VisualGraph.internalAddVisualNodeWithInteractionExecution(InteractionInfo info, VisualNode visualnode, boolean doEvent, boolean doRules, boolean useCursorPosition, int x, int y) Notice: For internal use only.
void	VisualGraphObjectContainer.addVisualNode(VisualNode visualnode) Adds a the given VisualNode object to this VisualGraphObjectContainer.
void	VisualGraphObjectContainer.removeVisualNode(VisualNode visualnode) Removes the given VisualNode object from this VisualGraphObjectContainer.
boolean	VisualPort.pointsToVisualNode(VisualNode visualnode) Returns true if this instance points to the given VisualNode directly or indirectly.
VisualPort	VisualPort.deepCopy(VisualNode visualnode, VisualGraph visualgraph, Port port) Makes a deep independent copy of this VisualPort.
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode source, VisualNode target) Creates a new VisualEdge associated with the given model edge.
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode visualsource, VisualNode visualtarget, VisualEdgeInfo info) Constructs and returns a VisualEdge object.
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode visualsource, VisualNode visualtarget, CompositeLine composite) Constructs and returns a VisualEdge object.
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode source, VisualNode target, VisualEdgeInfo info, CompositeLine composite) Constructs and returns a VisualEdge object.
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode visualsource, VisualNode visualtarget, VisualPort visualsourceport, VisualPort visualtargetport, VisualEdgeInfo info)
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode visualsource, VisualNode visualtarget, VisualPort visualsourceport, VisualPort visualtargetport, CompositeLine composite)
abstract VisualEdge	GraphViewFactory.newVisualEdge(Edge edge, VisualNode visualsource, VisualNode visualtarget, VisualPort visualsourceport, VisualPort visualtargetport, VisualEdgeInfo info, CompositeLine composite)
boolean	NestedVisualEdgeCreationController.preVisualEdgeCreate(VisualGraphView visualgraphview, VisualNode source, VisualNode target) Callback method that returns a boolean value that indicates whether the desired connection of two nested VisualNodes that are somewhere in the hierarchy is allowed or not.
abstract VisualPort	VisualPortAssignmentPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource) This is the predicate method an implementer of this specification must provide.
VisualPort	VisualPortAssignmentPredicate.IdPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.CenterBothPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.TopToBottomPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.BottomToTopPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.LeftToRightPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.RightToLeftPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
void	VisualPortAssignmentPredicate.AnglePredicate.setConstraint(VisualNode visualnode) Sets a VisualNode that the selected port must be pointing to as a constraint.
VisualPort	VisualPortAssignmentPredicate.AnglePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.DirectionPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.ConstrainedDirectionPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.RestrictedDirectionPredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.ShortestDistancePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.ConstrainedShortestDistancePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.DenotationNamePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.ConstrainedDenotationNamePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.SubgraphInnerNodeDenotationNamePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.SubgraphDeepestNodeShortestDistancePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
VisualPort	VisualPortAssignmentPredicate.SubgraphDeepestNodeDenotationNamePredicate.apply(VisualGraph visualgraph, VisualEdge visualedge, VisualNode visualnode, VisualPort visualport, boolean isSource)
void	VisualNode.deepCopyPorts(VisualGraph visualgraph, VisualNode visualnode, Node node) Performs a deep copy of the ports of this visualnode.
VisualNodeComposite	VisualNodeComposite.deepCopyProxy(VisualNode visualnode) Returns a new instance of a VisualNodeComposite which is an exact copy of this instance except that it is assigned to another VisualNode.

Constructors in com.tensegrity.graph.view with parameters of type VisualNode

VisualPortAssignmentPredicate.TopToBottomPredicate(VisualNode pointsTo)
Constructs a new TopToBottomPredicate.

VisualPortAssignmentPredicate.ConstrainedDirectionPredicate(int argument, double angle, VisualNode visualnode)
Constructs a DirectionPredicate instance for the given direction.

VisualPortAssignmentPredicate.ConstrainedDirectionPredicate(int argument, double angle, VisualNode visualnode, Coordinate refcoord)

VisualPortAssignmentPredicate.ConstrainedShortestDistancePredicate(Coordinate coordinate, VisualNode visualnode)
Constructs a ConstrainedShortestDistancePredicate instance for the given reference point.

VisualPortAssignmentPredicate.ConstrainedDenotationNamePredicate(java.lang.String name, VisualNode visualnode)
Constructs a ConstrainedDenotationNamePredicate instance for the given name.

VisualPortAssignmentPredicate.SubgraphInnerNodeDenotationNamePredicate(VisualSubgraph visualsubgraph, VisualNode innervisualnode, java.lang.String denotationname)

VisualPortAssignmentPredicate.SubgraphDeepestNodeShortestDistancePredicate(VisualSubgraph visualsubgraph, VisualNode deepestvisualnode, Coordinate reference_coordinate)

VisualPortAssignmentPredicate.SubgraphDeepestNodeDenotationNamePredicate(VisualSubgraph visualsubgraph, VisualNode deepestvisualnode, java.lang.String denotationname)

Uses of VisualNode in com.tensegrity.gui.graphdocument

Methods in com.tensegrity.gui.graphdocument with parameters of type VisualNode

static void	GraphPanelDnDGeometryAdjustmentUtil.adjustGeometry(VisualGraphView vgv, VisualNode vn) Adjusts the geometry of the given VisualNode object to the coordinate system of the given VisualGraphView object.
void	GraphPanel.pasteBefore(VisualNode visualnode) Paste the contents of the internal clipboard into the GraphPanel.
void	GraphPanel.pasteBehind(VisualNode visualnode) Paste the contents of the internal clipboard into the GraphPanel.

Uses of VisualNode in com.tensegrity.gui.swing.control.tree.strategy

Methods in com.tensegrity.gui.swing.control.tree.strategy with parameters of type VisualNode

protected void	DefaultVisualGraphTreeStrategy.visualNodeAddedToVisualgraph(VisualGraph vgv, VisualNode vn) Routine used when a VisualNode is added to a VisualGraph.
protected void	DefaultVisualGraphTreeStrategy.visualNodeAddedToSubgraph(VisualSubgraph vsg, VisualNode vn) Routine used when a VisualNode is added to a VisualSubgraph.

Uses of VisualNode in com.tensegrity.gui.swing.dnd

Constructors in com.tensegrity.gui.swing.dnd with parameters of type VisualNode

VisualNodeTransferable(VisualNode visualnode)
Creates a new CompositeTransferable from the given composite instance.

Uses of VisualNode in com.tensegrity.gui.swing.graph

Methods in com.tensegrity.gui.swing.graph that return VisualNode

VisualNode	SwingGraphPanel.getDeepestVisualNodeAt(int x, int y) Returns the deepest VisualNode at the coordinate given by x and y that can be found in the hierarchy.
VisualNode	SwingGraphPanel.getDeepestVisualNodeAt(int x, int y, boolean traverseFoldedGroups) Returns the deepest VisualNode at the coordinate given x, y that can be found in the hierarchy.

Methods in com.tensegrity.gui.swing.graph with parameters of type VisualNode

void	SwingGraphPanel.pasteBefore(VisualNode visualnode)
void	SwingGraphPanel.pasteBehind(VisualNode visualnode)

Uses of VisualNode in com.tensegrity.gui.swt.graph

Methods in com.tensegrity.gui.swt.graph that return VisualNode

static VisualNode	GraphPanelUtility.getDeepestVisualNodeAt(VisualGraphView visualgraphview, int x, int y) Returns the deepest VisualNode at the coordinate given by x and y that can be found in the hierarchy.
static VisualNode	GraphPanelUtility.getDeepestVisualNodeAt(VisualGraphView visualgraphview, int x, int y, boolean traverseFoldedGroups) Returns the deepest VisualNode at the coordinate given x,y that can be found in the hierarchy.
VisualNode	SwtGraphPanel.getDeepestVisualNodeAt(int x, int y) This method delegates its implementation to GraphPanelUtility.getDeepestVisualNodeAt(VisualGraphView, int, int)
VisualNode	SwtGraphPanel.getDeepestVisualNodeAt(int x, int y, boolean traverseFoldedGroups) This method delegates its implementation to GraphPanelUtility.getDeepestVisualNodeAt(VisualGraphView, int, int, boolean)

Methods in com.tensegrity.gui.swt.graph with parameters of type VisualNode

void	SwtGraphPanel.pasteBefore(VisualNode visualnode)
void	SwtGraphPanel.pasteBehind(VisualNode visualnode)

Uses of VisualNode in com.tensegrity.skeleton.commands

Methods in com.tensegrity.skeleton.commands with parameters of type VisualNode

protected void	AbstractInsertElementCommand.addElement(VisualNode vNode, int width, int height) Adds the given visual node to the graph at the upper left corner of the viewport.
protected void	AbstractInsertElementCommand.addElement(VisualNode vNode, int x, int y, int width, int height) Adds the given visual node to the graph.