Uses of Class
com.yworks.yfiles.algorithms.Edge

Packages that use Edge

Package	Description
com.yworks.yfiles.algorithms	Provides the yFiles library's most fundamental classes and interfaces that model an efficient graph data type (class Graph), its nodes and edges (classes Node and Edge), and related container structures and iteration mechanisms (class YList and interface ICursor).
com.yworks.yfiles.layout	Provides essential classes and interfaces that constitute the infrastructure for automatic graph layout generation.
com.yworks.yfiles.layout.hierarchic	Provides hierarchic layout style algorithms.
com.yworks.yfiles.layout.labeling	Provides algorithms for the automatic placement of node and edge labels, so called generic labeling algorithms.
com.yworks.yfiles.layout.multipage	Provides the MultiPageLayout that subdivides the input graph into several smaller graphs whose layouts fit the specified maximum page size.
com.yworks.yfiles.layout.organic	Provides organic layout style algorithms that are based on a force-directed layout paradigm.
com.yworks.yfiles.layout.router	Provides classes for automatic routing of the edges in a graph.
com.yworks.yfiles.layout.router.polyline	Provides classes and interfaces for automatic polyline routing of the edges of a graph.
com.yworks.yfiles.layout.tree	Provides tree layout style algorithms.

Uses of Edge in com.yworks.yfiles.algorithms

Methods in com.yworks.yfiles.algorithms that return Edge

Modifier and Type	Method and Description
static Edge	Triangulator.calcDelauneyTriangulation(Graph result, IDataProvider pointData, IEdgeMap revMap) Computes a Delauney triangulation of the given points.
Edge	Edge.createCopy(Graph g, Node v, Node w) Creates a copy of this edge that will be inserted into the given graph connecting the given source and target nodes.
Edge	Graph.createEdge(Node v, Edge e1, Node w, Edge e2, GraphElementInsertion d1, GraphElementInsertion d2) Creates a new edge in this graph to be ordered before or after a given edge and fires a corresponding notification event to inform registered listeners.
Edge	Graph.createEdge(Node v, Node w) Creates a new edge in this graph and fires a corresponding notification event to inform registered listeners.
Edge	IEdgeCursor.edge() Gets the edge at the current location of the cursor.
Edge	Graph.firstEdge() Gets the first edge in this graph.
Edge	EdgeList.firstEdge() Returns the first edge in this list, or null when the list is empty.
Edge	Node.firstInEdge() Gets the first incoming edge at this node, or null if it does not exist.
Edge	Node.firstOutEdge() Gets the first outgoing edge at this node, or null if it does not exist.
protected static Edge	Graph.firstOutEdge(Node v) Low-level iteration support for adjacent edges.
Edge	Dart.getAssociatedEdge() Gets the edge associated with this dart.
Edge	Node.getEdge(Node opposite) Returns an edge that connects this node with the given node, if such an edge exists.
Edge[]	Graph.getEdgeArray() Returns an array containing all edges of this graph.
Edge	Node.getEdgeFrom(Node source) Returns an incoming edge that connects the given node with this node, if such an edge exists.
Edge	Node.getEdgeTo(Node target) Returns an outgoing edge that connects this node with the given node, if such an edge exists.
Edge	Graph.lastEdge() Gets the last edge in this graph.
Edge	EdgeList.lastEdge() Returns the last edge in this list, or null when the list is empty.
Edge	Node.lastInEdge() Gets the last incoming edge at this node, or null if it does not exist.
Edge	Node.lastOutEdge() Gets the last outgoing edge at this node, or null if it does not exist.
Edge	Edge.nextInEdge() Gets the successor of this edge in the list of incoming edges at its target node.
Edge	Edge.nextOutEdge() Gets the successor of this edge in the list of outgoing edges at its source node.
Edge	EdgeList.popEdge() Removes the first edge from this list and returns it.
Edge	Edge.prevInEdge() Gets the predecessor of this edge in the list of incoming edges at its target node.
Edge	Edge.prevOutEdge() Gets the predecessor of this edge in the list of outgoing edges at its source node.
Edge[]	EdgeList.toEdgeArray() Returns an edge array containing all elements of this list in the canonical order.
static Edge	Triangulator.triangulatePoints(Graph result, IDataProvider pointData, IEdgeMap reverseEdgeMap) Computes a triangulation of the given points.
static Edge	Triangulator.triangulatePoints(YList points, Graph result, INodeMap resultMap, IEdgeMap reverseEdgeMap) Computes a triangulation of the given points.

Methods in com.yworks.yfiles.algorithms that return types with arguments of type Edge

Modifier and Type	Method and Description
IEnumerable<Edge>	Node.getEdges() Yields a dynamic Iterable for Edges that can be used to iterate over the adjacent edges at this instance.
IEnumerable<Edge>	Graph.getEdges() Yields a dynamic Iterable for Edges that can be used to iterate over the edges that are contained in this instance.
IEnumerable<Edge>	Node.getInEdges() Yields a dynamic Iterable for Edges that can be used to iterate over ingoing edges at this instance.
IEnumerable<Edge>	Node.getOutEdges() Yields a dynamic Iterable for Edges that can be used to iterate over outgoing edges at this instance.

Methods in com.yworks.yfiles.algorithms with parameters of type Edge

Modifier and Type	Method and Description
static boolean	ShortestPaths.acyclic(Graph graph, Node s, double[] cost, double[] dist, Edge[] pred) Solves the single-source shortest path problem for acyclic directed graphs.
static boolean	ShortestPaths.bellmanFord(Graph graph, Node s, boolean directed, double[] cost, double[] dist, Edge[] pred) Solves the single-source shortest path problem for arbitrary graphs.
void	Graph.changeEdge(Edge e, Edge e1, Edge e2, GraphElementInsertion d1, GraphElementInsertion d2) Redefines an edge's end points and fires corresponding notification events to inform registered listeners.
void	Graph.changeEdge(Edge e, Node newSource, Edge sourceReference, GraphElementInsertion sourceD, Node newTarget, Edge targetReference, GraphElementInsertion targetD) Redefines an edge's end points and fires corresponding notification events to inform registered listeners.
void	Graph.changeEdge(Edge e, Node newSource, Node newTarget) Redefines an edge's end points and fires corresponding notification events to inform registered listeners.
static EdgeList	ShortestPaths.constructEdgePath(Node s, Node t, Edge[] pred) Convenience method that constructs an explicit path of edges from the result returned by one of the shortest paths methods defined in this class.
static NodeList	ShortestPaths.constructNodePath(Node s, Node t, Edge[] pred) Convenience method that constructs an explicit path of nodes from the result returned by one of the shortest paths methods defined in this class.
boolean	Graph.contains(Edge e) Whether or not this graph contains the given edge.
Edge	Graph.createEdge(Node v, Edge e1, Node w, Edge e2, GraphElementInsertion d1, GraphElementInsertion d2) Creates a new edge in this graph to be ordered before or after a given edge and fires a corresponding notification event to inform registered listeners.
static void	ShortestPaths.dijkstra(Graph graph, Node s, boolean directed, double[] cost, double[] dist, Edge[] pred) Solves the single-source shortest path problem for arbitrary graphs.
Dart[]	PlanarEmbedding.getDarts(Edge edge) Returns the two darts associated with the given edge.
IEdgeCursor	Node.getInEdgeCursor(Edge startEdge) Returns an edge cursor for incoming edges at this node.
IEdgeCursor	Node.getOutEdgeCursor(Edge startEdge) Returns an edge cursor for outgoing edges at this node.
void	LayoutGraphHider.hide(Edge e) Hides the given edge from the graph.
void	GraphPartitionManager.hide(Edge e) Hides the given edge from the graph.
void	Graph.hide(Edge e) Hides the given edge from this graph.
void	Graph.moveToFirst(Edge e) Moves the given edge to the first position within the sequence of edges in this graph.
void	Graph.moveToLast(Edge e) Moves the given edge to the last position within the sequence of edges in this graph.
protected void	Dfs.postTraverse(Edge edge, Node node) Callback method that will be invoked after the DFS has returned from the given node.
protected void	Dfs.preTraverse(Edge edge, Node node, boolean treeEdge) Callback method that will be invoked if the given edge will be considered the first (and only) time during the DFS.
void	Graph.reInsertEdge(Edge e) Reinserts a formerly removed edge into this graph and fires a corresponding notification event to inform registered listeners.
void	Graph.removeEdge(Edge e) Removes the given edge from this graph and fires a corresponding notification event to inform registered listeners.
void	Graph.reverseEdge(Edge e) Reverses the given edge and fires corresponding notification events to inform registered listeners.
static boolean	ShortestPaths.singleSource(Graph graph, Node s, boolean directed, double[] cost, double[] dist, Edge[] pred) This method solves the single-source shortest path problem for arbitrary graphs.
static double	ShortestPaths.singleSourceSingleSink(Graph graph, Node s, Node t, boolean directed, double[] cost, Edge[] pred) This method solves the single-source single-sink shortest path problem for arbitrary graphs.
static void	NodeOrders.st(Graph graph, int[] stOrder, Edge stEdge) Assigns an st-ordering to the nodes of a biconnected graph given the edge between source node s and sink node t.
protected void	LayoutGraphHider.unhide(Edge e) This method will be called whenever the hider is requested to unhide the given edge from the graph.
protected void	GraphPartitionManager.unhide(Edge e) This method will be called whenever the partition manager is requested to unhide the given edge from the graph.
void	Graph.unhide(Edge e) Unhides the given edge in this graph.
void	LayoutGraphHider.unhideEdge(Edge e) Unhides the given edge.
static void	ShortestPaths.uniform(Graph graph, Node s, boolean directed, double[] dist, Edge[] pred) Solves the single-source shortest path problem for arbitrary graphs in which each edge has a uniform cost of 1.0.

Constructors in com.yworks.yfiles.algorithms with parameters of type Edge

Constructor and Description
Edge(Graph g, Node v, Edge e1, Node w, Edge e2, GraphElementInsertion d1, GraphElementInsertion d2) Creates a new edge that belongs to the given graph.
EdgeList(Edge e) Creates a list that is initialized with a single edge provided.
EdgeList(Edge[] a) Creates a list that is initialized with the edges provided by the given array of edges.

Uses of Edge in com.yworks.yfiles.layout

Methods in com.yworks.yfiles.layout that return Edge

Modifier and Type	Method and Description
Edge	CopiedLayoutGraph.createEdge(Object originalEdge) Creates an edge in the copied graph that corresponds to the given original edge.
Edge	YGraphAdapter.getCopiedEdge(IEdge edge) Yields the edge that has been created as a copy in YGraph to represent the given edge.
Edge	CopiedLayoutGraph.getCopiedEdge(Object originalEdge) Returns the copied edge that corresponds to the given original edge.
abstract Edge	LayoutGraph.getOwner(IEdgeLabelLayout labelLayout) Returns the edge to which the given IEdgeLabelLayout belongs.
Edge	DefaultLayoutGraph.getOwner(IEdgeLabelLayout labelLayout)
Edge	CopiedLayoutGraph.getOwner(IEdgeLabelLayout labelLayout) Returns the edge of the copied graph to which the given IEdgeLabelLayout belongs.

Methods in com.yworks.yfiles.layout with parameters of type Edge

Modifier and Type	Method and Description
protected void	BendConverter.addedPathForEdge(LayoutGraph graph, Edge edge, NodeList dummyNodes) Adds information to newly created dummy nodes.
void	ILabelLayoutFactory.addLabelLayout(Edge edge, IEdgeLabelLayout labelLayout) Adds the given IEdgeLabelLayout to the given edge.
static void	LayoutGraphUtilities.assignReverseLayout(LayoutGraph graph, Edge edge1, Edge edge2) Applies the reversed layout of the first edge to the second edge.
static void	LayoutGraphUtilities.clipEdgeOnBounds(LayoutGraph graph, Edge edge) Clips the path of the given edge on the bounding box of the source and target points.
static YPointPath	LayoutGraphUtilities.clipEdgePathOnBounds(LayoutGraph graph, Edge edge) Returns the path of an edge clipped on the bounding box of the source and target node.
IEdgeLabelLayout	ILabelLayoutFactory.createLabelLayout(Edge edge, YOrientedRectangle orientedBox) Creates a new ILabelLayout for the given edge.
IEdgeLabelLayout	ILabelLayoutFactory.createLabelLayout(Edge edge, YOrientedRectangle orientedBox, IEdgeLabelLayoutModel model, PreferredPlacementDescriptor descriptor) Creates a new ILabelLayout for the given edge.
PortConstraint	PortConstraintConfigurator.createPortConstraintFromSketch(LayoutGraph graph, Edge edge, boolean source, boolean strong) Creates a PortConstraint for the given edge.
static String	LayoutGraphUtilities.edgeLayoutString(LayoutGraph graph, Edge edge) Returns a String representation of the path of the given edge.
PortCandidateSet.IEntry	PortCandidateSet.ICandidateMatcher.findMatchingCandidate(Edge edge, boolean source, double xOffset, double yOffset, PortDirections directionMask) Returns the next best matching PortCandidateSet.IEntry for the given parameters.
PortCandidateSet.IEntry	PortCandidateSet.ICandidateMatcher.findMatchingCandidate(Edge edge, boolean source, PortDirections directionMask) Returns the next best matching PortCandidateSet.IEntry for the given parameters.
static Rectangle2D	LayoutGraphUtilities.getBoundingBox(LayoutGraph graph, Edge edge) Returns the bounding box of the given edge.
protected double	PortCandidateSet.getCost(PortCandidateSet.IEntry entry, Edge edge, boolean source, double xOffset, double yOffset) Calculates the penalty cost for the usage of the given entry and the given parameters.
abstract IEdgeLabelLayout[]	LayoutGraph.getLabelLayout(Edge edge) Returns the layout information for all labels associated with the given edge.
IEdgeLabelLayout[]	DefaultLayoutGraph.getLabelLayout(Edge edge)
IEdgeLabelLayout[]	CopiedLayoutGraph.getLabelLayout(Edge copiedEdge) Returns the layout information for all labels associated with the given edge of the copied graph.
abstract IEdgeLayout	LayoutGraph.getLayout(Edge edge) Returns the layout information for the given edge.
IEdgeLayout	DefaultLayoutGraph.getLayout(Edge edge)
IEdgeLayout	CopiedLayoutGraph.getLayout(Edge copiedEdge) Returns the layout information for the given edge of the copied graph.
IEdge	YGraphAdapter.getOriginalEdge(Edge edge) Yields the original edge from the original IGraph that the given edge has been created for.
Object	CopiedLayoutGraph.getOriginalEdge(Edge copiedEdge) Returns the original edge that corresponds to the given copied edge.
YPointPath	LayoutGraph.getPath(Edge edge) Returns the path of an edge, including the ports.
static double	LayoutGraphUtilities.getPathLength(LayoutGraph graph, Edge edge) Returns the length of the path of the given edge.
YList	LayoutGraph.getPathList(Edge edge) Returns the path of an edge, including the ports.
YList	LayoutGraph.getPointList(Edge edge) Returns the control points of an edge.
YPointPath	LayoutGraph.getPoints(Edge edge) Returns the control points of an edge.
protected double	PortCandidateSet.getPriority(PortCandidateSet.IEntry entry, Edge edge, boolean source) Calculates the priority of the given entry.
YPoint	LayoutGraph.getSourcePointAbs(Edge edge) Returns the absolute coordinates of the source point of the given edge.
YPoint	LayoutGraph.getSourcePointRel(Edge edge) Returns the relative coordinates of the source point of the given edge.
static PortConstraint	PortConstraint.getSPC(LayoutGraph graph, Edge e) Returns the source PortConstraint associated with the given edge.
YPoint	LayoutGraph.getTargetPointAbs(Edge edge) Returns the absolute coordinates of the target point of the given edge.
YPoint	LayoutGraph.getTargetPointRel(Edge edge) Returns the relative coordinates of the target point of the given edge.
static PortConstraint	PortConstraint.getTPC(LayoutGraph graph, Edge e) Returns the target PortConstraint associated with the given edge.
static boolean	PortConstraint.hasPC(LayoutGraph graph, Edge e) Checks whether or not there exist source or target PortConstraints associated with the given edge.
static boolean	PortConstraint.hasSPC(LayoutGraph graph, Edge e) Checks whether or not there exist source PortConstraints associated with the given edge.
static boolean	PortConstraint.hasTPC(LayoutGraph graph, Edge e) Checks whether or not there exist target PortConstraints associated with the given edge.
static boolean	LayoutGraphUtilities.isEdgeOutsideNodes(LayoutGraph graph, Edge edge) Checks whether or not the path of an edge is outside the bounding box of the source and target node.
boolean	GroupingSupport.isNormalEdge(Edge edge) Determines whether or not the given edge is a normal edge as opposed to an edge that crosses any group node bounds.
static void	LayoutGraphUtilities.moveEdge(LayoutGraph graph, Edge edge, double dx, double dy) Moves all control points of the given edge by the vector (dx,dy).
static boolean	LayoutGraphUtilities.pathIntersectsRect(LayoutGraph graph, Edge edge, Rectangle2D rect) Checks whether or not the path of the given edge intersects the interior of a given rectangular area.
static void	LayoutGraphUtilities.removeDuplicateBends(LayoutGraph graph, Edge edge) Removes successive bends that have the same coordinates from the given edge.
void	ILabelLayoutFactory.removeLabelLayout(Edge edge, IEdgeLabelLayout labelLayout) Removes the given IEdgeLabelLayout from the given edge.
static void	LayoutGraphUtilities.resetPath(LayoutGraph graph, Edge edge) Assigns a trivial path which has no control points to the specified edge.
static void	LayoutGraphUtilities.resetPath(LayoutGraph graph, Edge edge, boolean resetPorts) Assigns a trivial path which has no control points to the specified edge.
void	ReverseEdgesStage.reverseEdge(LayoutGraph graph, Edge edge) Reverses the specified edge in the specified graph.
static void	LayoutGraphUtilities.roundEdgeLayout(LayoutGraph graph, Edge edge) Rounds the locations of the control points and ports of the given edge to integer values.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge1, Edge edge2, double lineDistance) Routes two edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge1, Edge edge2, double lineDistance, boolean joinEnds) Routes two edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge1, Edge edge2, double lineDistance, boolean joinEnds, double absJoinDist) Routes two edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge1, Edge edge2, double lineDistance, boolean joinEnds, double absJoinDist, double relJoinDist) Routes two edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge, EdgeList edges, double lineDistance) Routes a list of edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge, EdgeList edges, double lineDistance, boolean adjustE1) Routes a list of edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge, EdgeList edges, double lineDistance, boolean adjustE1, boolean joinEnds) Routes a list of edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge, EdgeList edges, double lineDistance, boolean adjustE1, boolean joinEnds, double absJoinDist) Routes a list of edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeEdgesParallel(LayoutGraph graph, Edge edge, EdgeList edges, double lineDistance, boolean adjustE1, boolean joinEnds, double absJoinDist, double relJoinDist) Routes a list of edges which are incident to the same nodes in parallel, optionally joining the end points.
static void	LayoutGraphUtilities.routeSelfLoop(LayoutGraph graph, Edge edge) Routes a self-loop.
void	LayoutGraph.setEndPointsAbs(Edge edge, YPoint source, YPoint target) Specifies the two end points of the given edge in absolute coordinates.
void	DefaultLayoutGraph.setLabelLayout(Edge edge, IEdgeLabelLayout[] layout) Specifies the layout information for all associated labels of the given edge.
void	DefaultLayoutGraph.setLayout(Edge edge, IEdgeLayout layout) Specifies the layout information for the given edge.
void	LayoutGraph.setPath(Edge edge, YList path) Sets the path of the given edge.
void	LayoutGraph.setPath(Edge edge, YPointPath path) Sets the path of the given edge.
void	LayoutGraph.setPoints(Edge edge, YList points) Sets the control points of the given edge.
void	LayoutGraph.setPoints(Edge edge, YPointPath points) Sets the control points of the given edge.
void	LayoutGraph.setSourcePointAbs(Edge edge, YPoint point) Specifies the absolute coordinates of the source point of the given edge.
void	LayoutGraph.setSourcePointRel(Edge edge, YPoint point) Specifies the relative coordinates of the source point of the given edge.
void	LayoutGraph.setTargetPointAbs(Edge edge, YPoint point) Specifies the absolute coordinates of the target point of the given edge.
void	LayoutGraph.setTargetPointRel(Edge edge, YPoint point) Specifies the relative coordinates of the target point of the given edge.

Uses of Edge in com.yworks.yfiles.layout.hierarchic

Methods in com.yworks.yfiles.layout.hierarchic that return Edge

Modifier and Type	Method and Description
Edge	IItemFactory.createDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a dummy Edge using the given data.
Edge	IItemFactory.createGroupBorderEdge(Node source, Node target) Creates an Edge that connects two group border Nodes.
Edge	IItemFactory.createGroupNodeConnectorEdge(Node groupNode1, Node groupNode2, Edge representative) Creates a group node connector Edge between two group Nodes.
Edge	IItemFactory.createRecursiveDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a dummy edge that belongs to a recursive Edge.
Edge	IItemFactory.createRedirectedGroupEdge(Node newSource, Node newTarget, Edge groupEdge) Creates a redirected Edge to replace an Edge connected to a group Node.
Edge	IItemFactory.createReverseDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a reversed dummy Edge using the given data.
Edge	IItemFactory.createSameLayerProxy(ILayer layer, Edge edge, Node toProxy) Creates a same-layer Edge proxy connecting a newly created proxy Node and a given proxy Node in the given ILayer.
Edge	IItemFactory.destroyProxyNode(Node proxyNode) Destroys a proxy Node created using IItemFactory.createProxyNode(Edge, boolean, SwimlaneDescriptor) for the drawing phase.
Edge	IItemFactory.destroySameLayerProxy(Edge edge) Destroys a same-layer Edge proxy created using IItemFactory.createSameLayerProxy(ILayer, Edge, Node).
Edge	IItemFactory.destroySameLayerSwitchProxy(Node node) Destroys a same-layer switch proxy Node created using IItemFactory.createSameLayerSwitchProxy(ILayer, Edge).
Edge	INodeData.getAssociatedEdge() Gets the associated Edge of the Node of this INodeData instance (in case of e.g.
Edge	IEdgeData.getAssociatedEdge() Gets the Edge associated with this IEdgeData instance.
Edge	AbstractPortConstraintOptimizer.SameLayerData.getOriginalEdge(Node sameLayerDummy) Returns the original (same-layer) edge associated with the given dummy Node.

Methods in com.yworks.yfiles.layout.hierarchic with parameters of type Edge

Modifier and Type	Method and Description
void	AbstractPortConstraintOptimizer.SameLayerData.addDummyNode(Node sameLayerDummy, Edge originalEdge) Adds a given dummy Node to this AbstractPortConstraintOptimizer.SameLayerData instance and associates it with the given original (same-layer) Edge.
void	ILayer.addSameLayerEdge(Edge edge) Adds a same-layer Edge to this ILayer instance.
default Node	IItemFactory.createBendNode(ILayer layer, Edge edge) Creates a bend Node for the given Edge in the given ILayer and assigns it to the given SwimlaneDescriptor instance.
Node	IItemFactory.createBendNode(ILayer layer, Edge edge, SwimlaneDescriptor laneDescriptor) Creates a bend Node for the given Edge in the given ILayer and assigns it to the given SwimlaneDescriptor instance.
default INodeData	IItemFactory.createBendNodeData(Node node, Edge edge) Creates a INodeData object for a bend Node and associates it with the Node.
INodeData	IItemFactory.createBendNodeData(Node node, Edge edge, SwimlaneDescriptor laneDescriptor) Creates a INodeData object for a bend Node and associates it with the Node.
Node	IItemFactory.createConnectorProxyForGroup(Node groupNode, Object groupId, ILayer layer, Edge edge) Creates a dummy Node that mimics a connector to a group Node.
Node	IItemFactory.createContentConnectorProxyForGroup(Node groupNode, Object groupId, ILayer layer, Edge e) Creates a dummy node that mimics a connector to a group node from a descendant.
Node	IItemFactory.createDistanceNode(ILayer layer, Rectangle2D size, Edge[] edges) Creates a spacer Node for the drawing phase using the given bounds in the given ILayer.
Edge	IItemFactory.createDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a dummy Edge using the given data.
Edge	IItemFactory.createGroupNodeConnectorEdge(Node groupNode1, Node groupNode2, Edge representative) Creates a group node connector Edge between two group Nodes.
IEdgeData	IItemFactory.createNormalEdgeData(Edge edge) Creates an IEdgeData object for a normal Edge and associates it with the edge.
default Node	IItemFactory.createProxyNode(Edge edge, boolean source) Creates a proxy Node for an Edge during the drawing phase, changing the Edge to end/start at the proxy and assigns it to a SwimlaneDescriptor instance.
Node	IItemFactory.createProxyNode(Edge edge, boolean source, SwimlaneDescriptor laneDescriptor) Creates a proxy Node for an Edge during the drawing phase, changing the Edge to end/start at the proxy and assigns it to a SwimlaneDescriptor instance.
INodeData	IItemFactory.createProxyNodeData(Node node, Node proxy, Edge edge) Creates a INodeData object for a proxy Node and associates it with the proxy node.
Edge	IItemFactory.createRecursiveDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a dummy edge that belongs to a recursive Edge.
Node	IItemFactory.createRecursiveEdgeDummy(ILayer layer, Edge edge, SwimlaneDescriptor laneDescriptor) Creates a dummy Node that represents a bend node of a recursive Edge.
INodeData	IItemFactory.createRecursiveEdgeNodeData(Node node, Edge edge, SwimlaneDescriptor laneDescriptor) Creates a INodeData for a dummy Node of a recursive Edge.
IEdgeData	IItemFactory.createRecursiveSameLayerEdgeData(Edge edge, IEdgeData originalEdgeData, boolean isUpper) Creates an IEdgeData object for a same-layer recursive Edge and associates it with the edge.
Edge	IItemFactory.createRedirectedGroupEdge(Node newSource, Node newTarget, Edge groupEdge) Creates a redirected Edge to replace an Edge connected to a group Node.
Edge	IItemFactory.createReverseDummyEdge(Node newSource, Node newTarget, Edge oldEdge, boolean sourceEnd, boolean targetEnd) Creates a reversed dummy Edge using the given data.
IEdgeData	IItemFactory.createSameLayerEdgeData(Edge edge) Creates an IEdgeData object for a same-layer Edge and associates it with the edge.
Edge	IItemFactory.createSameLayerProxy(ILayer layer, Edge edge, Node toProxy) Creates a same-layer Edge proxy connecting a newly created proxy Node and a given proxy Node in the given ILayer.
default Node	IItemFactory.createSameLayerSideProxy(ILayer inLayer, Node forNode, Edge edge) Creates a proxy Node for a same-layer Edge during the drawing phase that ends at the side of a node.
Node	IItemFactory.createSameLayerSideProxy(ILayer inLayer, Node forNode, Edge edge, SwimlaneDescriptor sld) Creates a proxy Node for a same-layer Edge during the drawing phase that ends at the side of a node.
Node	IItemFactory.createSameLayerSwitchProxy(ILayer layer, Edge edge) Creates a same-layer switch proxy Node (switching between two same-layer Edges on two different sides of the layer).
IEdgeData	IItemFactory.createSelfLoopEdgeData(Edge edge) Creates an IEdgeData object for a self-loop Edge and associates it with the edge.
Edge	IItemFactory.destroySameLayerProxy(Edge edge) Destroys a same-layer Edge proxy created using IItemFactory.createSameLayerProxy(ILayer, Edge, Node).
IEdgeData	ILayoutDataProvider.getEdgeData(Edge edge) Returns the IEdgeData instance associated with the given Edge.
protected double	SelfLoopCalculator.getMinimumDistance(LayoutGraph graph, Edge edge) Returns the minimum length between two edges associated with the given edge.
protected double	SelfLoopCalculator.getMinimumFirstSegmentLength(LayoutGraph graph, Edge edge) Returns the minimum length of the first segment of the given edge.
protected double	SelfLoopCalculator.getMinimumLastSegmentLength(LayoutGraph graph, Edge edge) Returns the minimum length of the last segment of the given edge.
protected double	SelfLoopCalculator.getMinimumOctilinearSegmentLength(LayoutGraph graph, Edge edge) Returns the minimum octilinear segment length of the given edge.
protected double	WeightedLayerer.getWeight(Edge edge) Returns the edge weight of the given edge using the weight based cycle removal heuristic.
EdgeList	IItemFactory.insertEdge(Edge edge) Inserts a same-layer Edge or an Edge that may span multiple layers into the data structure and returns the resulting list of Edges that has been created if this edge spans multiple layers.
protected boolean	SelfLoopCalculator.isOctilinearEdge(LayoutGraph graph, Edge edge) Returns whether or not the given edge is octilinear.
void	IItemFactory.registerSameLayerEdge(Edge edge) Registers an Edge as a same-layer Edge appropriately into all data structures.
void	IEdgeReverser.reverse(LayoutGraph graph, ILayoutDataProvider ldp, Edge edge) Reverses a given edge which points to the wrong direction.
void	IItemFactory.setDirectlyConnectSameLayerEdge(Edge sameLayerEdge) Converts a same-layer Edge to an Edge of type EdgeDataType.DIRECT_SAME_LAYER_EDGE.
IEdgeData	IItemFactory.setTemporaryEdgeGroups(Edge edge, Object sgId, Object tgId) Specifies an edge group constraint for an Edge and assigns it to an IEdgeData object.
IEdgeData	IItemFactory.setTemporaryEdgeThickness(Edge edge, double thickness) Specifies the thickness for an Edge and defines it in an IEdgeData object.
IEdgeData	IItemFactory.setTemporaryPortConstraint(Edge edge, boolean source, PortConstraint pc) Specifies a port constraint for an Edge at the given side and assigns it to an IEdgeData object.

Uses of Edge in com.yworks.yfiles.layout.labeling

Methods in com.yworks.yfiles.layout.labeling with parameters of type Edge

Modifier and Type	Method and Description
protected void	AbstractMISLabeling.foundEdgeOverlap(LabelCandidate labelCandidate, Edge edge, LineSegment eSegment) Indicates that an overlap between a LabelCandidate and an Edge of the input graph has been found.
protected void	AbstractMISLabeling.foundLabelOverlap(LabelCandidate candidate1, LabelCandidate candidate2, Edge edge) Indicates that an overlap between two LabelCandidates has been found.

Uses of Edge in com.yworks.yfiles.layout.multipage

Methods in com.yworks.yfiles.layout.multipage that return Edge

Modifier and Type	Method and Description
Edge	IElementFactory.createConnectorEdge(LayoutContext context, Node connector, Node opposite, Object origEdgeId, boolean atTarget) Callback method for creating an edge of type EdgeType.CONNECTOR.
Edge	DefaultElementFactory.createConnectorEdge(LayoutContext context, Node connector, Node opposite, Object origEdgeId, boolean atTarget)
Edge	LayoutContext.createEdge(Node source, Node target, Object sameDataElementId) All methods of the IElementFactory have to use this method to create an edge.
Edge	IElementFactory.createProxyEdge(LayoutContext context, Node proxyNode, Node opposite, Object replacingEdgeId, Object origNodeId) Callback method for creating an edge of type EdgeType.PROXY.
Edge	DefaultElementFactory.createProxyEdge(LayoutContext context, Node proxyNode, Node opposite, Object replacingEdgeId, Object origNodeId)
Edge	IElementFactory.createProxyReferenceEdge(LayoutContext context, Node proxyReference, Node opposite, Object referencingCopyId) Callback method for creating an edge of type EdgeType.PROXY_REFERENCE.
Edge	DefaultElementFactory.createProxyReferenceEdge(LayoutContext context, Node proxyReference, Node opposite, Object referencingCopyId)
Edge	LayoutContext.getOriginalEdge(Object id) Returns the edge of the input graph with the given ID or null if there is no such edge.
Edge	LayoutContext.getPageEdge(Object id) Returns the edge of a page graph (a graph that represents the result of the multi-page layout) with the given ID or null if there is no such edge.
Edge	IEdgeInfo.getRepresentedEdge() Gets the original edge associated with this IEdgeInfo.

Methods in com.yworks.yfiles.layout.multipage with parameters of type Edge

Modifier and Type	Method and Description
void	LayoutContext.addEdgeLabel(IEdgeLabelLayout label, Edge labeledElement) Adds a label to a given edge.
IEdgeInfo	MultiPageLayoutResult.getEdgeInfo(Edge edge)
IEdgeInfo	LayoutContext.getEdgeInfo(Edge edge)
IEdgeInfo	IElementInfoManager.getEdgeInfo(Edge edge) Returns the edge information object of the given edge.
boolean	LayoutContext.removeEdgeLabel(IEdgeLabelLayout label, Edge labeledElement) Removes a label from a given edge.

Uses of Edge in com.yworks.yfiles.layout.organic

Methods in com.yworks.yfiles.layout.organic with parameters of type Edge

Modifier and Type	Method and Description
void	InteractiveOrganicLayout.setPreferredEdgeLength(Edge edge, double newEdgeLength) Schedules an update for the preferred length of the given edge.

Uses of Edge in com.yworks.yfiles.layout.router

Methods in com.yworks.yfiles.layout.router with parameters of type Edge

Modifier and Type	Method and Description
protected double	OrthogonalPatternEdgeRouter.calculateBendCost(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the costs for all bends of the given path.
protected double	OrthogonalPatternEdgeRouter.calculateCost(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the edge cost of a possible edge path, in order to determine which path is the best, i.e., the cheapest.
protected double	OrthogonalPatternEdgeRouter.calculateCrossingCosts(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the overall crossing costs of the given path, including edge crossings, edge overlaps and node crossings.
protected double	OrthogonalPatternEdgeRouter.calculateEdgeLength(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the costs for the length of the given path.
protected double	OrthogonalPatternEdgeRouter.calculatePortCandidateCost(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the costs for the chosen PortCandidates.
protected double	OrthogonalPatternEdgeRouter.calculateSelfLoopSelfSidePenaltyCost(Edge edge, YList path, PortCandidate spc, PortCandidate tpc) Calculates the extra penalty that is added to the path's cost if the edge is a self-loop and source and target ports have the same direction.

Uses of Edge in com.yworks.yfiles.layout.router.polyline

Methods in com.yworks.yfiles.layout.router.polyline that return Edge

Modifier and Type	Method and Description
Edge	PathSearchContext.getCurrentEdge() Gets the edge that is currently routed.
Edge	Path.getEdge() Gets the edge for which this path was calculated.
Edge	EdgeInfo.getEdge() Gets the edge whose route is described by this EdgeInfo instance.
Edge	EdgeCellInfo.getEdge() Gets the edge that is routed within the partition cell.
Edge	AbstractSegmentInfo.getEdge() Gets the edge to which the segment of this info belongs.

Methods in com.yworks.yfiles.layout.router.polyline with parameters of type Edge

Modifier and Type	Method and Description
EdgeInfo	PathSearchResult.getEdgeInfo(Edge edge) Returns an EdgeInfo for the given edge.
protected EdgeLayoutDescriptor	EdgeRouter.getEdgeLayoutDescriptor(Edge edge) Returns the EdgeLayoutDescriptor instance for a given edge that is provided by a IDataProvider which is registered with the graph with key EdgeRouter.EDGE_LAYOUT_DESCRIPTOR_DPKEY.
Path	PathSearch.getFinalizedPath(Edge edge) Returns the path for the given edge if it has already been finalized.
Path	PathSearchResult.getPath(Edge edge) Returns the previously registered path found for the edge.
protected boolean	EdgeRouter.isAffected(Edge edge, Graph graph) Returns whether or not a given edge is selected.
protected void	PathSearchContext.setCurrentEdge(Edge value) Sets the edge that is currently routed.
void	PathSearchResult.setPath(Edge edge, Path path) Specifies a found path for an edge.

Constructors in com.yworks.yfiles.layout.router.polyline with parameters of type Edge

Constructor and Description
AbstractSegmentInfo(Edge edge, int segmentIndex, Direction direction, Interval locationRange, Interval minExtension, Interval maxExtension) Creates a new instance of AbstractSegmentInfo.
AbstractSegmentInfo(Edge edge, int segmentIndex, LineSegment segment) Creates a new instance of AbstractSegmentInfo using a line segment to describe the edge segment.
CellSegmentInfo(Edge edge, int segmentIndex, Direction direction, Interval locationRange, Interval minExtension, Interval maxExtension, PartitionCell cell) Creates a new CellSegmentInfo instance.
EdgeCellInfo(Edge edge, PartitionCell cell, OrthogonalInterval enterInterval, OrthogonalInterval exitInterval, Direction enterDirection, Direction exitDirection, int enterSegmentNo) Creates a new EdgeCellInfo instance.
Path(Edge edge, List<Object> entrances, double cost) Creates a new instance of Path for the given edge, cell entrances and cost.
SegmentInfo(Edge edge, int segmentIndex, Direction direction, Interval locationRange, Interval minExtension, Interval maxExtension, List<Object> cellSegmentInfos) Creates a new instance of SegmentInfo with the given information.
SegmentInfo(Edge edge, int segmentIndex, LineSegment segment) Creates a new instance of SegmentInfo using a LineSegment to describe the edge segment.

Uses of Edge in com.yworks.yfiles.layout.tree

Methods in com.yworks.yfiles.layout.tree with parameters of type Edge

Modifier and Type	Method and Description
void	TreeLayout.SubtreeShape.addEdgeSegments(LayoutGraph graph, Edge edge) Adds all edge segments of the given edge to this TreeLayout.SubtreeShape instance.
protected void	DefaultPortAssignment.assignChildEdgeSourcePort(LayoutGraph graph, Node node, Edge edge, int index) Assigns relative coordinates to the source port of the outgoing edge to a child of the given node.
protected void	DefaultPortAssignment.assignParentEdgeTargetPort(LayoutGraph graph, Node node, Edge edge) Assigns relative coordinates to the target port of the incoming edge from the parent of the given node.
protected void	DefaultNodePlacer.calculateParentConnector(LayoutGraph graph, Node localRoot, INodeLayout rootLayout, TreeLayout.SubtreeShape subtreeShape, Edge parentEdge, IEdgeLayout parentEdgeLayout, byte direction) Calculates the bends for the connector to the parent node.
protected void	DefaultNodePlacer.calculateSlopedSourceEdgeLayout(INodeLayout rootLayout, TreeLayout.SubtreeShape childShape, Edge edge, double childForkCoordinate, double rootForkCoordinate) Calculates the routing of the source side of the edge to the given child node.
protected void	DefaultNodePlacer.calculateSourceEdgeLayout(INodeLayout rootLayout, TreeLayout.SubtreeShape childShape, Edge edge) Calculates the routing of the source side of the edge to the given child node.
protected void	DefaultNodePlacer.calculateTargetEdgeLayout(INodeLayout rootLayout, TreeLayout.SubtreeShape childShape, Edge edge) Calculates the routing of the target side of the edge to the given child node.
protected YPoint	AbstractRotatableNodePlacer.getSourcePointAbs(Edge edge) Returns the absolute source point of the given edge depending on the rotation of this INodePlacer.
protected PortConstraint	DefaultPortAssignment.getSourcePortConstraint(LayoutGraph graph, Edge edge, int index) Retrieves the source PortConstraint for the given edge.
protected PortConstraint	DefaultPortAssignment.getTargetPortConstraint(LayoutGraph graph, Edge edge) Retrieves the target PortConstraint for the given edge.