Uses of Interface com.yworks.yfiles.graph.IEdge (yFiles-for-JavaFX-Complete-3.0 API)

Packages that use IEdge
Package	Description
com.yworks.yfiles.graph	Definitions, default implementations, and support classes that represent graph structures and provide facilities for their programmatic modification.
com.yworks.yfiles.graph.styles	Contains interfaces and default implementations for graph element styles.
com.yworks.yfiles.graphml	Definitions, default implementations, and support classes for GraphML I/O support.
com.yworks.yfiles.layout	Provides essential classes and interfaces that constitute the infrastructure for automatic graph layout generation.
com.yworks.yfiles.layout.circular	Provides circular layout style algorithms.
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.orthogonal	Provides orthogonal layout style algorithms.
com.yworks.yfiles.layout.partial	Provides class `PartialLayout` that enables layout of user-specified, distinct parts of a diagram without altering the existing layout of the remainder of the diagram.
com.yworks.yfiles.layout.radial	Provides the radial layout algorithm.
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.seriesparallel	Provides the series-parallel layout algorithm.
com.yworks.yfiles.layout.tree	Provides tree layout style algorithms.
com.yworks.yfiles.view	Contains the main UI classes, interfaces, default implementations and support classes that can be used to display `IGraph` instances.
com.yworks.yfiles.view.input	Contains definitions, default implementations, and support classes that deal with the user interaction in a `CanvasControl` in general, as well as specialized utility classes and `IInputMode` implementations that can be used to work with and edit `IGraph` instances in a `GraphControl`.

Uses of IEdge in com.yworks.yfiles.graph

Classes in com.yworks.yfiles.graph that implement IEdge
Modifier and Type	Class and Description
`class`	`SimpleEdge` A simple mutable implementation of the `IEdge` interface that can be used stand-alone.

Methods in com.yworks.yfiles.graph that return IEdge
Modifier and Type	Method and Description
`IEdge`	IFoldingEdgeFactory.`addAsSeparateEdge(IPort sourcePort, IPort targetPort)` Tells the `IFoldingView` implementation to add the edge provided to the `IFoldingEdgeConverter.addFoldingEdge(IFoldingEdgeFactory, com.yworks.yfiles.graph.IFoldingView, IEdge, com.yworks.yfiles.graph.INode, boolean, com.yworks.yfiles.graph.INode, boolean)` method as a separate folding edge to the view at the given ports.
`protected IEdge`	MergingFoldingEdgeConverter.`addFirstSeparateEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode viewSourceNode, boolean sourceIsCollapsed, INode targetSourceNode, boolean targetIsCollapsed)` Adds the first separate edge to the source and target node pair using the `IFoldingEdgeFactory.addAsSeparateEdge(com.yworks.yfiles.graph.IPort, com.yworks.yfiles.graph.IPort)` method.
`IEdge`	MergingFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Tries to add the folding edge to an `existing` folding edge, considering the `EdgeDirectionIgnoringEnabled` property.
`IEdge`	IFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` This method gets called by the `IFoldingView` implementation to determine whether a given edge in the `MasterGraph` should be represented by a folding edge in the given view.
`IEdge`	ExcludingFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Always calls `IFoldingEdgeFactory.excludeFoldingEdge()`.
`IEdge`	DefaultFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Actually adds the folding edge as a `separate edge` to the view, reusing existing `view` ports of the original source and target port, if `ReusingMasterPortsEnabled` is enabled and that is possible for the given edge.
`abstract IEdge`	AbstractFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)`
`IEdge`	IFoldingEdgeFactory.`addToExistingFoldingEdge(IEdge foldingEdge)` Tells the `IFoldingView` implementation to logically add the edge provided to the `IFoldingEdgeConverter.addFoldingEdge(IFoldingEdgeFactory, com.yworks.yfiles.graph.IFoldingView, IEdge, com.yworks.yfiles.graph.INode, boolean, com.yworks.yfiles.graph.INode, boolean)` method to a folding edge that already exists in the view.
`IEdge`	FoldingEdgeState.`asEdge()` Returns an `IEdge` instance which represents this edge state.
`protected IEdge`	GraphCopier.`copyEdge(IGraph sourceGraph, IGraph targetGraph, IEdge sourceEdge, IPort targetSourcePort, IPort targetTargetPort)` Callback method that adds an edge to the targetGraph as a copy of the source edge.
`default IEdge`	IGraph.`createEdge(INode source, INode target)` Convenience method that creates and returns an edge that connects to the given node instances using the given style instance.
`default IEdge`	IGraph.`createEdge(INode source, INode target, IEdgeStyle style)` Convenience method that creates and returns an edge that connects to the given node instances using the given style instance.
`IEdge`	IGraph.`createEdge(INode source, INode target, IEdgeStyle style, Object tag)` Convenience method that creates and returns an edge that connects to the given node instances using the given style instance.
`IEdge`	DefaultGraph.`createEdge(INode source, INode target, IEdgeStyle style, Object tag)` Convenience method that creates and returns an edge that connects to the given node instances using the given style instance.
`IEdge`	AbstractGraphWrapper.`createEdge(INode source, INode target, IEdgeStyle style, Object tag)`
`default IEdge`	IGraph.`createEdge(IPort sourcePort, IPort targetPort)` Creates and returns an edge that connects to the given port instances.
`default IEdge`	IGraph.`createEdge(IPort sourcePort, IPort targetPort, IEdgeStyle style)` Creates and returns an edge that connects to the given port instances.
`IEdge`	IGraph.`createEdge(IPort sourcePort, IPort targetPort, IEdgeStyle style, Object tag)` Creates and returns an edge that connects to the given port instances.
`IEdge`	DefaultGraph.`createEdge(IPort sourcePort, IPort targetPort, IEdgeStyle style, Object tag)`
`IEdge`	AbstractGraphWrapper.`createEdge(IPort sourcePort, IPort targetPort, IEdgeStyle style, Object tag)`
`IEdge`	IFoldingEdgeFactory.`excludeFoldingEdge()` Tells the `IFoldingView` implementation not to add a folding edge for the edge provided to the `IFoldingEdgeConverter.addFoldingEdge(IFoldingEdgeFactory, com.yworks.yfiles.graph.IFoldingView, IEdge, com.yworks.yfiles.graph.INode, boolean, com.yworks.yfiles.graph.INode, boolean)` method in this view.
`default IEdge`	IGraph.`getEdge(IPort sourcePort, IPort targetPort)` Finds an edge that connects `sourcePort` and `targetPort` in the given graph.
`default IEdge`	IGraph.`getEdge(IPortOwner from, IPortOwner to)` Finds an edge that connects `from` and `to` in the given graph.
`protected IEdge`	GraphClipboard.`getFoldingEdgeState(IEdge edge, FoldingEdgeStateId id)` Gets a folding state of an edge for a given `FoldingEdgeStateId`.
`IEdge`	FoldingEdgeStateId.`getMasterEdge()` The edge instance in the `MasterGraph` that is represented by the folding edge in a view.
`IEdge`	SimpleBend.`getOwner()`
`IEdge`	IBend.`getOwner()` Returns the edge this bend instance belongs to.
`IEdge`	BendEventArgs.`getOwner()` Gets the owner of the bend that owned the bend before the event happened.
`protected IEdge`	GraphClipboard.`getTarget(IBend originalBend)` Provides an `IEdge` where the given `originalBend` can be added to.

Methods in com.yworks.yfiles.graph that return types with arguments of type IEdge
Modifier and Type	Method and Description
`default <V> IMapper<IEdge,V>`	IMapperRegistry.`createConstantMapper(Class<V> valueType, EdgeDpKey<V> tag, V constant)` Creates a simple read-only `IMapper` implementation with key type `IEdge` and `adds` it to the `registry` using the provided `tag`.
`default <V> IMapper<IEdge,V>`	IMapperRegistry.`createDelegateMapper(Class<V> valueType, EdgeDpKey<V> tag, Function<IEdge,V> getter)` Creates a delegate-based read-only `IMapper` implementation with key type `IEdge` and `adds` it to the `registry` using the provided `tag`.
`default <V> Mapper<IEdge,V>`	IMapperRegistry.`createMapper(Class<V> valueType, EdgeDpKey<V> tag)` Creates and `adds` a new `Mapper` with key type `IEdge` to the `registry` using the provided `tag`.
`default <V> Mapper<IEdge,V>`	IMapperRegistry.`createWeakMapper(Class<V> valueType, EdgeDpKey<V> tag)` Creates and `adds` a new `Mapper` with key type `IEdge` to the `registry` using the provided `tag`.
`default IListEnumerable<IEdge>`	IGraph.`edgesAt(IPort port)` Convenience method that yields all adjacent edges at the given port.
`IListEnumerable<IEdge>`	IGraph.`edgesAt(IPort port, AdjacencyTypes type)` Returns an `Iterable` for all edges that are adjacent to the given port as a `SourcePort` or `TargetPort`.
`IListEnumerable<IEdge>`	FilteredGraphWrapper.`edgesAt(IPort port, AdjacencyTypes type)`
`IListEnumerable<IEdge>`	DefaultGraph.`edgesAt(IPort port, AdjacencyTypes type)`
`IListEnumerable<IEdge>`	AbstractGraphWrapper.`edgesAt(IPort port, AdjacencyTypes type)`
`default IListEnumerable<IEdge>`	IGraph.`edgesAt(IPortOwner owner)` Convenience method that yields all adjacent edges at the given owner.
`IListEnumerable<IEdge>`	IGraph.`edgesAt(IPortOwner owner, AdjacencyTypes type)` Returns an `IListEnumerable` for all edges that have the given port owner as their `target port's` or `source port's` `Owner` depending on the `AdjacencyTypes`.
`IListEnumerable<IEdge>`	FilteredGraphWrapper.`edgesAt(IPortOwner owner, AdjacencyTypes type)`
`IListEnumerable<IEdge>`	DefaultGraph.`edgesAt(IPortOwner owner, AdjacencyTypes type)`
`IListEnumerable<IEdge>`	AbstractGraphWrapper.`edgesAt(IPortOwner owner, AdjacencyTypes type)`
`LookupDecorator<IEdge,IBendCreator>`	EdgeDecorator.`getBendCreatorDecorator()` Gets a `LookupDecorator` that decorates the `IBendCreator` type for the `IEdge`s of the graph this instance has been created for.
`LookupDecorator<IEdge,IBendSelectionTester>`	EdgeDecorator.`getBendSelectionTesterDecorator()` Gets a `LookupDecorator` that decorates the `IBendSelectionTester` type for the `IEdge`s of the graph this instance has been created for.
`LookupDecorator<IEdge,IClipboardHelper>`	EdgeDecorator.`getClipboardHelperDecorator()` Gets a `LookupDecorator` that decorates the `IClipboardHelper` type for the type of items this instance has been created for.
`<TInterface> LookupDecorator<IEdge,TInterface>`	EdgeDecorator.`getDecoratorFor(Class<TInterface> interfaceType)` Creates a `LookupDecorator` for `IEdge`s that can be used to decorate `TInterface` types of the edges.
`<TInterface> LookupDecorator<IEdge,TInterface>`	EdgeDecorator.`getDecoratorFor(Class<TInterface> interfaceType, boolean decorateNulls)` Creates a `LookupDecorator` for `IEdge`s that can be used to decorate `TInterface` types of the edges.
`<TInterface> LookupDecorator<IEdge,TInterface>`	EdgeDecorator.`getDecoratorFor(Class<TInterface> interfaceType, boolean decorateNulls, boolean nullIsFallback)` Creates a `LookupDecorator` for `IEdge`s that can be used to decorate `TInterface` types of the edges.
`LookupDecorator<IEdge,IEdgePortHandleProvider>`	EdgeDecorator.`getEdgePortHandleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IEdgePortHandleProvider` type for the type of items this instance has been created for.
`Predicate<IEdge>`	FilteredGraphWrapper.`getEdgePredicate()` Gets the predicate function for the edges.
`LookupDecorator<IEdge,IEdgeReconnectionPortCandidateProvider>`	EdgeDecorator.`getEdgeReconnectionPortCandidateProviderDecorator()` Gets a `LookupDecorator` that decorates the `IEdgeReconnectionPortCandidateProvider` type for the `IEdge`s of the graph this instance has been created for.
`IListEnumerable<IEdge>`	IGraph.`getEdges()` A view of the edges contained in this graph.
`IListEnumerable<IEdge>`	FilteredGraphWrapper.`getEdges()`
`IListEnumerable<IEdge>`	DefaultGraph.`getEdges()`
`IListEnumerable<IEdge>`	AbstractGraphWrapper.`getEdges()`
`LookupDecorator<IEdge,IEdgeSnapResultProvider>`	EdgeDecorator.`getEdgeSnapResultProviderDecorator()` Gets a `LookupDecorator` that decorates the `IEdgeSnapResultProvider` type for the `IEdge`s of the graph this instance has been created for.
`LookupDecorator<IEdge,IEditLabelHelper>`	EdgeDecorator.`getEditLabelHelperDecorator()` Gets a `LookupDecorator` that decorates the `IEditLabelHelper` type for the `IEdge`s this instance has been created for.
`IEnumerable<IEdge>`	IFoldingEdgeFactory.`getExistingFoldingEdges(boolean ignoreDirection)` Helper methods that can be used by the implementation of the `IFoldingEdgeConverter.addFoldingEdge(IFoldingEdgeFactory, com.yworks.yfiles.graph.IFoldingView, IEdge, com.yworks.yfiles.graph.INode, boolean, com.yworks.yfiles.graph.INode, boolean)` method to determine the folding edges that are currently part of the view and interconnect the same nodes as the folding edge would, if it was included in the view.
`LookupDecorator<IEdge,IFocusIndicatorInstaller>`	EdgeDecorator.`getFocusIndicatorDecorator()` Gets a `LookupDecorator` that decorates the `IFocusIndicatorInstaller` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,IHandleProvider>`	EdgeDecorator.`getHandleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IHandleProvider` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,IHighlightIndicatorInstaller>`	EdgeDecorator.`getHighlightDecorator()` Gets a `LookupDecorator` that decorates the `IHighlightIndicatorInstaller` type for the type of items this instance has been created for.
`default <V> IMapper<IEdge,V>`	IMapperRegistry.`getMapper(Class<V> valueType, EdgeDpKey<V> tag)` Returns a mapper that has previously been registered with this instance for the given tag.
`LookupDecorator<IEdge,IMarqueeTestable>`	EdgeDecorator.`getMarqueeTestableDecorator()` Gets a `LookupDecorator` that decorates the `IMarqueeTestable` type for the type of items this instance has been created for.
`IEnumerable<IEdge>`	IFoldingView.`getMasterEdges(IEdge foldingEdge)` Helper method that corresponds to the `IFoldingView.getMasterItem(IModelItem)` method, but is used for folding edges, only.
`LookupDecorator<IEdge,IMementoSupport>`	EdgeDecorator.`getMementoSupportDecorator()` Gets a `LookupDecorator` that decorates the `IMementoSupport` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,IObstacleProvider>`	EdgeDecorator.`getObstacleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IObstacleProvider` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,IOrthogonalEdgeHelper>`	EdgeDecorator.`getOrthogonalEdgeHelperDecorator()` Gets a `LookupDecorator` that decorates the `IOrthogonalEdgeHelper` type for the `IEdge`s of the graph this instance has been created for.
`LookupDecorator<IEdge,IPortCandidateProvider>`	EdgeDecorator.`getPortCandidateProviderDecorator()` Gets a `LookupDecorator` that decorates the `IPortCandidateProvider` for the `IEdge`s this instance has been created for.
`LookupDecorator<IEdge,IPositionHandler>`	EdgeDecorator.`getPositionHandlerDecorator()` Gets a `LookupDecorator` that decorates the `IPositionHandler` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,ISelectionIndicatorInstaller>`	EdgeDecorator.`getSelectionDecorator()` Gets a `LookupDecorator` that decorates the `ISelectionIndicatorInstaller` type for the type of items this instance has been created for.
`LookupDecorator<IEdge,ISnapLineProvider>`	EdgeDecorator.`getSnapLineProviderDecorator()` Gets a `LookupDecorator` that decorates the `ISnapLineProvider` for the `IEdge`s this instance has been created for.
`default IListEnumerable<IEdge>`	IGraph.`inEdgesAt(IPort port)` Convenience method that yields the incoming edges at the given port.
`default IListEnumerable<IEdge>`	IGraph.`inEdgesAt(IPortOwner owner)` Convenience method that yields the incoming edges at the given owner.
`default IListEnumerable<IEdge>`	IGraph.`outEdgesAt(IPort port)` Convenience method that yields the outgoing edges at the given port.
`default IListEnumerable<IEdge>`	IGraph.`outEdgesAt(IPortOwner owner)` Convenience method that yields the outgoing edges at the given owner.

Methods in com.yworks.yfiles.graph with parameters of type IEdge
Modifier and Type	Method and Description
`default IBend`	IGraph.`addBend(IEdge edge, PointD location)` Adds a bend at the given index to the given edge using the coordinates provided.
`IBend`	IGraph.`addBend(IEdge edge, PointD location, int index)` Adds a bend at the given index to the given edge using the coordinates provided.
`IBend`	DefaultGraph.`addBend(IEdge edge, PointD location, int index)`
`IBend`	AbstractGraphWrapper.`addBend(IEdge edge, PointD location, int index)`
`protected IBend`	GraphCopier.`addBend(IGraph sourceGraph, IGraph targetGraph, IEdge targetEdge, IBend sourceBend, PointD offset, int index)` Callback method that adds a bend to the targetEdge in the targetGraph as a copy of the source bend.
`default void`	IGraph.`addBends(IEdge edge, Iterable<PointD> locations)` Adds bends with the given locations to the end of the bend list of the given edge.
`protected IEdge`	MergingFoldingEdgeConverter.`addFirstSeparateEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode viewSourceNode, boolean sourceIsCollapsed, INode targetSourceNode, boolean targetIsCollapsed)` Adds the first separate edge to the source and target node pair using the `IFoldingEdgeFactory.addAsSeparateEdge(com.yworks.yfiles.graph.IPort, com.yworks.yfiles.graph.IPort)` method.
`IEdge`	MergingFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Tries to add the folding edge to an `existing` folding edge, considering the `EdgeDirectionIgnoringEnabled` property.
`IEdge`	IFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` This method gets called by the `IFoldingView` implementation to determine whether a given edge in the `MasterGraph` should be represented by a folding edge in the given view.
`IEdge`	ExcludingFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Always calls `IFoldingEdgeFactory.excludeFoldingEdge()`.
`IEdge`	DefaultFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)` Actually adds the folding edge as a `separate edge` to the view, reusing existing `view` ports of the original source and target port, if `ReusingMasterPortsEnabled` is enabled and that is possible for the given edge.
`abstract IEdge`	AbstractFoldingEdgeConverter.`addFoldingEdge(IFoldingEdgeFactory factory, IFoldingView foldingView, IEdge masterEdge, INode source, boolean sourceIsCollapsed, INode target, boolean targetIsCollapsed)`
`IEdge`	IFoldingEdgeFactory.`addToExistingFoldingEdge(IEdge foldingEdge)` Tells the `IFoldingView` implementation to logically add the edge provided to the `IFoldingEdgeConverter.addFoldingEdge(IFoldingEdgeFactory, com.yworks.yfiles.graph.IFoldingView, IEdge, com.yworks.yfiles.graph.INode, boolean, com.yworks.yfiles.graph.INode, boolean)` method to a folding edge that already exists in the view.
`default void`	IGraph.`clearBends(IEdge edge)` Removes all bends from the given edge.
`protected IEdge`	GraphCopier.`copyEdge(IGraph sourceGraph, IGraph targetGraph, IEdge sourceEdge, IPort targetSourcePort, IPort targetTargetPort)` Callback method that adds an edge to the targetGraph as a copy of the source edge.
`IEdgeStyle`	GraphCopier.`copyEdgeStyle(IGraph graph, IEdge edge)` Copies an `IEdgeStyle` instance.
`protected Object`	GraphCopier.`copyEdgeTag(IEdge edge, Object tag)` Callback that copies the `Tag` of an `IEdge`.
`protected IEdgeStyle`	AbstractFoldingEdgeConverter.`createEdgeStyle(IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IEdgeStyle` for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgeStyle(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortLocationModelParameter`	AbstractFoldingEdgeConverter.`createSourcePortLocationParameter(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortLocationModelParameter` of the source port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortStyle`	AbstractFoldingEdgeConverter.`createSourcePortStyle(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortStyle` of the source port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortLocationModelParameter`	AbstractFoldingEdgeConverter.`createTargetPortLocationParameter(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortLocationModelParameter` of the target port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortStyle`	AbstractFoldingEdgeConverter.`createTargetPortStyle(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortStyle` of the target port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForEdgeCreation(IEdge edge)` Creates the edge creation `undo unit` for the given edge.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForEdgeReconnection(IEdge edge, IPort oldSource, IPort oldTarget)` Creates the edge reconnection `undo unit` for the given edge.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForEdgeRemoval(IEdge edge)` Creates the edge removal `undo unit` for the given edge.
`void`	FilteredGraphWrapper.`edgePredicateChanged(IEdge edge)` Should be called by the client if the `EdgePredicate` changed for the given edge in the graph.
`protected IEdge`	GraphClipboard.`getFoldingEdgeState(IEdge edge, FoldingEdgeStateId id)` Gets a folding state of an edge for a given `FoldingEdgeStateId`.
`IEnumerable<IEdge>`	IFoldingView.`getMasterEdges(IEdge foldingEdge)` Helper method that corresponds to the `IFoldingView.getMasterItem(IModelItem)` method, but is used for folding edges, only.
`protected IPort`	GraphClipboard.`getTarget(IEdge originalEdge, boolean atSource)` Provides an `IPort` where the given `originalEdge` can be added to.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeBends(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the bends of the folding edge.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeLabels(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the initial labels of the folding edge.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgePorts(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the ports of the folding edge.
`void`	IFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback that is triggered by the `view` to initially create the appearance of a folding edge.
`void`	ExcludingFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Does nothing and should not normally be called by the view since all folding edges are excluded from it.
`void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Implements the `IFoldingEdgeConverter.initializeFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` method and initializes the folding edge appearance.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeStyle(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the `style property` of the folding edge.
`protected void`	DefaultGraph.`onAddingBend(IEdge edge, IBend bend, int index)` Callback that is invoked before a bend is added to this graph's structure.
`protected void`	DefaultGraph.`onAddingEdgeLabel(IEdge edge, ILabel label)` Callback method that will be called just before an edge label is added to an edge.
`protected void`	DefaultGraph.`onBendRemoved(IEdge owner, IBend bend, int index)` Callback method that is invoked just after a bend has been removed from its edge.
`protected void`	DefaultGraph.`onChangingEdgePorts(IEdge edge, IPort newSource, IPort newTarget)` Callback that is invoked before the ports of an edge are being changed.
`protected void`	DefaultGraph.`onChangingEdgeStyle(IEdge edge, IEdgeStyle newStyle)` Callback that is invoked before an edge style is being changed.
`protected void`	DefaultGraph.`onCreatingEdge(IEdge edge, IPort sourcePort, IPort targetPort)` Callback that is invoked before the edge is added to this graph's structure.
`protected void`	GraphCopier.`onEdgeCopied(IEdge original, IEdge copy)` Called after an edge has been copied.
`protected void`	DefaultGraph.`onEdgeCreated(IEdge edge)` Callback that triggers the `EdgeCreated` event.
`protected void`	DefaultGraph.`onEdgePortsChanged(IEdge edge, IPort oldSource, IPort oldTarget)` Callback that is invoked after the ports of an edge has changed.
`protected void`	DefaultGraph.`onEdgeRemoved(IEdge edge, IPort oldSource, IPort oldTarget)` Callback that triggers the `EdgeRemoved` event.
`protected void`	DefaultGraph.`onEdgeStyleChanged(IEdge edge, IEdgeStyle oldStyle)` Callback that is invoked after the style of an edge has changed.
`protected void`	DefaultGraph.`onEdgeTagChanged(IEdge edge, Object oldTag)` Callback that is invoked after the tag of an edge has changed.
`protected void`	DefaultGraph.`onRemovingEdge(IEdge edge)` Callback that will be invoked before the node will be removed.
`default void`	IGraph.`reverse(IEdge edge)` Reverses an edge by `setting source and target port` to `TargetPort` and `SourcePort`.
`void`	IGraph.`setEdgePorts(IEdge edge, IPort sourcePort, IPort targetPort)` Sets the ports of the given edge to the new values.
`void`	DefaultGraph.`setEdgePorts(IEdge edge, IPort sourcePort, IPort targetPort)` Sets the ports of the given edge to the new values.
`void`	AbstractGraphWrapper.`setEdgePorts(IEdge edge, IPort sourcePort, IPort targetPort)`
`void`	SimpleBend.`setOwner(IEdge value)` Returns the edge this bend instance belongs to.
`void`	IGraph.`setStyle(IEdge edge, IEdgeStyle style)` Assigns the given style instance by reference to the edge.
`void`	DefaultGraph.`setStyle(IEdge edge, IEdgeStyle style)`
`void`	AbstractGraphWrapper.`setStyle(IEdge edge, IEdgeStyle style)`
`protected void`	AbstractFoldingEdgeConverter.`synchronizeLabels(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Called by `AbstractFoldingEdgeConverter.updateFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` to synchronize the first label if `CopyingFirstLabelEnabled` is enabled.
`void`	IFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback that is triggered by the `view` to adjust the appearance of a folding edge.
`void`	ExcludingFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Does nothing and should not normally be called by the view since all folding edges are excluded from it.
`void`	AbstractFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Implements the `IFoldingEdgeConverter.updateFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` method and changes the folding edge appearance.
`void`	FoldingManager.`updateFoldingEdgeStates(IEdge masterEdge)` Triggers a call to `IFoldingEdgeConverter.updateFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, java.util.List)` for all folder edges that `represent` the given `masterEdge`.

Method parameters in com.yworks.yfiles.graph with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	GraphCopier.`addEdgeCopiedListener(IEventHandler<ItemCopiedEventArgs<IEdge>> edgeCopiedEvent)` Adds the given listener for the `EdgeCopied` event that occurs after an edge has been copied.
`void`	IGraph.`addEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)` Adds the given listener for the `EdgeCreated` event that occurs when an edge has been created.
`void`	DefaultGraph.`addEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)`
`void`	AbstractGraphWrapper.`addEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)`
`void`	IGraph.`addEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)` Adds the given listener for the `EdgeStyleChanged` event that occurs when an edge style has been replaced.
`void`	DefaultGraph.`addEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)`
`void`	AbstractGraphWrapper.`addEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)`
`void`	IGraph.`addEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)` Adds the given listener for the `EdgeTagChanged` event that occurs when the `tag` of an edge has been replaced.
`void`	DefaultGraph.`addEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)`
`void`	AbstractGraphWrapper.`addEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)`
`default <V> void`	IMapperRegistry.`addMapper(Class<V> valueType, EdgeDpKey<V> tag, IMapper<IEdge,V> mapper)` Adds a previously created mapper to this instance for the given tag.
`default <V> IMapper<IEdge,V>`	IMapperRegistry.`createDelegateMapper(Class<V> valueType, EdgeDpKey<V> tag, Function<IEdge,V> getter)` Creates a delegate-based read-only `IMapper` implementation with key type `IEdge` and `adds` it to the `registry` using the provided `tag`.
`protected IEdgeStyle`	AbstractFoldingEdgeConverter.`createEdgeStyle(IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IEdgeStyle` for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgeStyle(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortLocationModelParameter`	AbstractFoldingEdgeConverter.`createSourcePortLocationParameter(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortLocationModelParameter` of the source port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortStyle`	AbstractFoldingEdgeConverter.`createSourcePortStyle(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortStyle` of the source port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortLocationModelParameter`	AbstractFoldingEdgeConverter.`createTargetPortLocationParameter(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortLocationModelParameter` of the target port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected IPortStyle`	AbstractFoldingEdgeConverter.`createTargetPortStyle(IFoldingView foldingView, IEdge localEdge, List<IEdge> masterEdges)` Callback factory method that creates the `IPortStyle` of the target port for use in `AbstractFoldingEdgeConverter.initializeFoldingEdgePorts(FoldingEdgeState, IFoldingView, IEdge, List)`.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeBends(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the bends of the folding edge.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeLabels(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the initial labels of the folding edge.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgePorts(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the ports of the folding edge.
`void`	IFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback that is triggered by the `view` to initially create the appearance of a folding edge.
`void`	ExcludingFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Does nothing and should not normally be called by the view since all folding edges are excluded from it.
`void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Implements the `IFoldingEdgeConverter.initializeFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` method and initializes the folding edge appearance.
`protected void`	AbstractFoldingEdgeConverter.`initializeFoldingEdgeStyle(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback method that initializes the `style property` of the folding edge.
`protected void`	AbstractGraphWrapper.`onEdgeCreated(ItemEventArgs<IEdge> args)` Raises the `EdgeCreated` event.
`protected void`	AbstractGraphWrapper.`onEdgeStyleChanged(ItemChangedEventArgs<IEdge,IEdgeStyle> args)` Raises the `EdgeStyleChanged` event.
`protected void`	AbstractGraphWrapper.`onEdgeTagChanged(ItemChangedEventArgs<IEdge,Object> args)` Raises the `EdgeTagChanged` event.
`void`	GraphCopier.`removeEdgeCopiedListener(IEventHandler<ItemCopiedEventArgs<IEdge>> edgeCopiedEvent)` Removes the given listener for the `EdgeCopied` event that occurs after an edge has been copied.
`void`	IGraph.`removeEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)` Removes the given listener for the `EdgeCreated` event that occurs when an edge has been created.
`void`	DefaultGraph.`removeEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)`
`void`	AbstractGraphWrapper.`removeEdgeCreatedListener(IEventHandler<ItemEventArgs<IEdge>> edgeCreatedEvent)`
`void`	IGraph.`removeEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)` Removes the given listener for the `EdgeStyleChanged` event that occurs when an edge style has been replaced.
`void`	DefaultGraph.`removeEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)`
`void`	AbstractGraphWrapper.`removeEdgeStyleChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,IEdgeStyle>> edgeStyleChangedEvent)`
`void`	IGraph.`removeEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)` Removes the given listener for the `EdgeTagChanged` event that occurs when the `tag` of an edge has been replaced.
`void`	DefaultGraph.`removeEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)`
`void`	AbstractGraphWrapper.`removeEdgeTagChangedListener(IEventHandler<ItemChangedEventArgs<IEdge,Object>> edgeTagChangedEvent)`
`protected void`	AbstractFoldingEdgeConverter.`synchronizeLabels(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Called by `AbstractFoldingEdgeConverter.updateFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` to synchronize the first label if `CopyingFirstLabelEnabled` is enabled.
`void`	IFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Callback that is triggered by the `view` to adjust the appearance of a folding edge.
`void`	ExcludingFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Does nothing and should not normally be called by the view since all folding edges are excluded from it.
`void`	AbstractFoldingEdgeConverter.`updateFoldingEdgeState(FoldingEdgeState state, IFoldingView foldingView, IEdge foldingEdge, List<IEdge> masterEdges)` Implements the `IFoldingEdgeConverter.updateFoldingEdgeState(FoldingEdgeState, IFoldingView, IEdge, List)` method and changes the folding edge appearance.

Constructors in com.yworks.yfiles.graph with parameters of type IEdge
Constructor and Description
`BendEventArgs(IBend bend, IEdge owner, int index)` Initializes a new instance of the `BendEventArgs` class.
`EdgeEventArgs(IEdge edge)` Initializes a new instance of the `EdgeEventArgs` class.
`EdgeEventArgs(IEdge edge, IPort source, IPort target)` Initializes a new instance of the `EdgeEventArgs` class.
`EdgeEventArgs(IEdge edge, IPort source, IPort target, IPortOwner sourceOwner, IPortOwner targetOwner)` Initializes a new instance of the `EdgeEventArgs` class.
`FoldingEdgeStateId(IEdge masterEdge, INode currentMasterSource, boolean sourceCollapsed, INode currentMasterTarget, boolean targetCollapsed)` Initializes an id for a folding edge in a `view` that represent a master edge and connects a specific pair of nodes.
`FoldingEdgeStateId(IFoldingView foldingView, IEdge foldingEdge)` Initializes an id for a folding edge that is currently part of the given view.
`SimpleBend(IEdge owner, IPoint location)` Initializes a new instance of the `SimpleBend` class using the given owner and location.

Constructor parameters in com.yworks.yfiles.graph with type arguments of type IEdge
Constructor and Description
`FilteredGraphWrapper(IGraph graph, Predicate<INode> nodePredicate, Predicate<IEdge> edgePredicate)` Creates a new graph instance that wraps the original graph and uses the `Predicate`s to determine which nodes and edges should be contained in the graph.

Uses of IEdge in com.yworks.yfiles.graph.styles

Methods in com.yworks.yfiles.graph.styles that return IEdge
Modifier and Type	Method and Description
`protected IEdge`	PathBasedEdgeStyleRenderer.`getEdge()` Gets the currently configured edge.

Methods in com.yworks.yfiles.graph.styles with parameters of type IEdge
Modifier and Type	Method and Description
`protected void`	AbstractEdgeStyle.`addArrows(IRenderContext context, VisualGroup group, IEdge edge, GeneralPath edgePath, IArrow sourceArrow, IArrow targetArrow)` Convenience method that adds the arrows to a given container.
`protected abstract Node`	AbstractEdgeStyle.`createVisual(IRenderContext context, IEdge edge)` Callback that creates the visual.
`GeneralPath`	IEdgePathCropper.`cropEdgePath(IEdge edge, boolean atSource, IArrow arrow, GeneralPath path)` Crops the provided `path` at one end of an edge.
`GeneralPath`	DefaultEdgePathCropper.`cropEdgePath(IEdge edge, boolean atSource, IArrow arrow, GeneralPath path)` Crops the provided `path` at one end of an edge.
`protected GeneralPath`	DefaultEdgePathCropper.`cropEdgePathAtPortGeometry(IEdge edge, boolean atSource, IArrow arrow, GeneralPath path)` Crops an edge's path at the source or target side at the `port geometry` with respect to the given arrow.
`protected GeneralPath`	AbstractEdgeStyle.`cropPath(IEdge edge, IArrow sourceArrow, IArrow targetArrow, GeneralPath path)` Convenience method that crops the edge's path at the nodes.
`protected RectD`	AbstractEdgeStyle.`getBounds(ICanvasContext context, IEdge edge)` Gets the bounds of the visual for the edge in the given context.
`IBoundsProvider`	IArrow.`getBoundsProvider(IEdge edge, boolean atSource, PointD anchor, PointD directionVector)` Gets an `IBoundsProvider` implementation that can yield this arrow's bounds if painted at the given location using the given direction for the given edge.
`IBoundsProvider`	Arrow.`getBoundsProvider(IEdge edge, boolean atSource, PointD anchor, PointD directionVector)`
`IBoundsProvider`	VoidEdgeStyleRenderer.`getBoundsProvider(IEdge edge, IEdgeStyle style)` Yields the `IBoundsProvider.EMPTY` that will return empty bounds.
`IBoundsProvider`	PathBasedEdgeStyleRenderer.`getBoundsProvider(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters, calls `PathBasedEdgeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	IEdgeStyleRenderer.`getBoundsProvider(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IBoundsProvider` interface that can handle the provided edge and its associated style.
`ILookup`	VoidEdgeStyleRenderer.`getContext(IEdge edge, IEdgeStyle style)` Yields the `ILookup.EMPTY` that will not yield anything.
`ILookup`	PathBasedEdgeStyleRenderer.`getContext(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters, does not call `PathBasedEdgeStyleRenderer.configure()` and returns `this`.
`ILookup`	IEdgeStyleRenderer.`getContext(IEdge edge, IEdgeStyle style)` Gets a temporary context instance that can be used to query additional information for the edge's style.
`IHitTestable`	VoidEdgeStyleRenderer.`getHitTestable(IEdge edge, IEdgeStyle style)` Yields the `IHitTestable.NEVER` that will always report misses.
`IHitTestable`	PathBasedEdgeStyleRenderer.`getHitTestable(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters and returns `this`.
`IHitTestable`	IEdgeStyleRenderer.`getHitTestable(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IHitTestable` interface that can handle the provided edge and its associated style.
`protected PointD`	DefaultEdgePathCropper.`getIntersection(INode node, IShapeGeometry nodeShapeGeometry, IEdge edge, PointD inner, PointD outer)` Finds the intersection between a node and the edge.
`IMarqueeTestable`	VoidEdgeStyleRenderer.`getMarqueeTestable(IEdge edge, IEdgeStyle style)` Yields the `IMarqueeTestable.NEVER` that will always report misses.
`IMarqueeTestable`	PathBasedEdgeStyleRenderer.`getMarqueeTestable(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters, calls `PathBasedEdgeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	IEdgeStyleRenderer.`getMarqueeTestable(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IMarqueeTestable` interface that can handle the provided edge and its associated style.
`protected GeneralPath`	AbstractEdgeStyle.`getPath(IEdge edge)` Gets the path of the edge.
`IPathGeometry`	VoidEdgeStyleRenderer.`getPathGeometry(IEdge edge, IEdgeStyle style)` This method always returns the `VoidPathGeometry instance`.
`IPathGeometry`	PathBasedEdgeStyleRenderer.`getPathGeometry(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IPathGeometry` interface that can handle the provided edge and its associated style.
`IPathGeometry`	IEdgeStyleRenderer.`getPathGeometry(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IPathGeometry` interface that can handle the provided edge and its associated style.
`protected int`	AbstractEdgeStyle.`getSegmentCount(IEdge edge)` Gets the number of segments of the edge.
`protected Tangent`	AbstractEdgeStyle.`getTangent(IEdge edge, double ratio)` Gets the tangent to the edge at the specified ratio and the corresponding touch point.
`protected Tangent`	AbstractEdgeStyle.`getTangent(IEdge edge, int segmentIndex, double ratio)` Gets the tangent to the edge at the specified ratio of a segment of the edge and the corresponding touch point.
`IVisibilityTestable`	VoidEdgeStyleRenderer.`getVisibilityTestable(IEdge edge, IEdgeStyle style)` Yields the `IVisibilityTestable.NEVER` that will always claim invisibility.
`IVisibilityTestable`	PathBasedEdgeStyleRenderer.`getVisibilityTestable(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters, does not call `PathBasedEdgeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	IEdgeStyleRenderer.`getVisibilityTestable(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IVisibilityTestable` interface that can handle the provided edge and its associated style.
`IVisualCreator`	IArrow.`getVisualCreator(IEdge edge, boolean atSource, PointD anchor, PointD direction)` Gets an `IVisualCreator` implementation that will paint this arrow at the given location using the given direction for the given edge.
`IVisualCreator`	Arrow.`getVisualCreator(IEdge edge, boolean atSource, PointD anchor, PointD direction)`
`IVisualCreator`	VoidEdgeStyleRenderer.`getVisualCreator(IEdge edge, IEdgeStyle style)` Yields the `VoidVisualCreator.INSTANCE` that will do nothing.
`IVisualCreator`	PathBasedEdgeStyleRenderer.`getVisualCreator(IEdge edge, IEdgeStyle style)` Configures the `style` and `edge` parameters, calls `PathBasedEdgeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	IEdgeStyleRenderer.`getVisualCreator(IEdge edge, IEdgeStyle style)` Gets an implementation of the `IVisualCreator` interface that can handle the provided edge and its associated style.
`protected GeneralPath`	DefaultEdgePathCropper.`handleEmptyPath(IEdge edge, boolean atSource, IArrow arrow, GeneralPath path)` Handles the edge path cropping if `DefaultEdgePathCropper.cropEdgePath(IEdge, boolean, IArrow, GeneralPath)` would result in a `cleared` path.
`protected boolean`	AbstractEdgeStyle.`isHit(IInputModeContext context, PointD location, IEdge edge)` Determines whether the visual representation of the edge has been hit at the given location.
`protected boolean`	AbstractEdgeStyle.`isInBox(IInputModeContext context, RectD rectangle, IEdge edge)` Determines whether the visualization for the specified edge is included in the marquee selection.
`protected boolean`	DefaultEdgePathCropper.`isInside(PointD location, INode node, IShapeGeometry nodeShapeGeometry, IEdge edge)` Checks whether a given point is inside a node's shape geometry with respect to the edge that is being calculated.
`protected boolean`	AbstractEdgeStyle.`isVisible(ICanvasContext context, RectD rectangle, IEdge edge)` Determines whether the visualization for the specified edge is visible in the context.
`protected Object`	AbstractEdgeStyle.`lookup(IEdge edge, Class type)` Performs the `ILookup.lookup(Class)` operation for the `IEdgeStyleRenderer.getContext(IEdge, IEdgeStyle)` that has been queried from the `Renderer`.
`protected void`	PathBasedEdgeStyleRenderer.`setEdge(IEdge value)` Sets the currently configured edge.
`protected void`	AbstractEdgeStyle.`updateArrows(IRenderContext context, VisualGroup group, IEdge edge, GeneralPath edgePath, IArrow sourceArrow, IArrow targetArrow)` Convenience method that updates the arrows in a given container.
`protected Node`	AbstractEdgeStyle.`updateVisual(IRenderContext context, Node oldVisual, IEdge edge)` Callback that updates the visual previously created by `AbstractEdgeStyle.createVisual(IRenderContext, IEdge)`.

Uses of IEdge in com.yworks.yfiles.graphml

Fields in com.yworks.yfiles.graphml with type parameters of type IEdge
Modifier and Type	Field and Description
`static TypedKey<IEdge>`	SerializationProperties.`REPRESENTED_EDGE` The edge that is currently being represented by the dummy edge that is written instead.

Methods in com.yworks.yfiles.graphml that return IEdge
Modifier and Type	Method and Description
`IEdge`	IGraphElementFactory.`createEdge(IParseContext context, INode sourceNode, IPort sourcePort, INode targetNode, IPort targetPort)` Creates an edge for the given context and the provided source and target nodes or ports.
`IEdge`	IGraphElementResolver.`resolveEdge(IParseContext context, String id)` Resolve the GraphML `id` to an `IEdge` instance.
`IEdge`	GraphElementIdAcceptor.`resolveEdge(IParseContext context, String id)`

Methods in com.yworks.yfiles.graphml that return types with arguments of type IEdge
Modifier and Type	Method and Description
`Map<IEdge,String>`	GraphElementIdAcceptor.`getEdgeIds()` Return a mapping between all GraphML ids for `<edge>` elements and the corresponding `IEdge` instances.

Methods in com.yworks.yfiles.graphml with parameters of type IEdge
Modifier and Type	Method and Description
`String`	IGraphElementIdProvider.`getEdgeId(IWriteContext context, IEdge edge)` Get an ID for the specified `edge` object.
`void`	IGraphElementIdAcceptor.`storeId(IParseContext context, IEdge edge, String id)` Store the value of the id attribute for the given edge.
`void`	GraphElementIdAcceptor.`storeId(IParseContext context, IEdge edge, String id)`

Uses of IEdge in com.yworks.yfiles.layout

Fields in com.yworks.yfiles.layout with type parameters of type IEdge
Modifier and Type	Field and Description
`static EdgeDpKey<IEdge>`	LayoutGraphAdapter.`ORIGINAL_EDGE_DPKEY` A data provider key that can be used to look up the original `IEdge` of an `Edge`.
`static NodeDpKey<IEdge>`	LayoutGraphAdapter.`PORT_DUMMY_NODE_DPKEY` This key is used to provide information about dummy nodes that have been inserted into the graph to model edges at edges.

Methods in com.yworks.yfiles.layout that return IEdge
Modifier and Type	Method and Description
`IEdge`	YGraphAdapter.`getOriginalEdge(Edge edge)` Yields the original edge from the `original IGraph` that the given edge has been created for.

Methods in com.yworks.yfiles.layout that return types with arguments of type IEdge
Modifier and Type	Method and Description
`IListEnumerable<IEdge>`	YGraphAdapter.`createEdgeEnumerable(EdgeList edges)` Creates an `enumerable of edges` that maps the edges from the `EdgeList` to their `original` ones.
`<T> IMapper<IEdge,T>`	YGraphAdapter.`createMapper(IEdgeMap edgeMap)` Creates an `IMapper` that delegates to the provided `IEdgeMap` when queried for items in the `IGraph`.
`ItemCollection<IEdge>`	ReverseEdgesStageData.`getAffectedEdges()` Gets the collection of affected edges.
`ItemCollection<IEdge>`	ParallelEdgeRouterData.`getAffectedEdges()` Gets the collection of edges affected by this router.
`ItemCollection<IEdge>`	ParallelEdgeRouterData.`getLeadingEdges()` Gets the collection of leading edges.
`ItemMapping<IEdge,Object>`	ReverseEdgesStageData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	RecursiveGroupLayoutData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PartitionLayoutData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	ReverseEdgesStageData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	RecursiveGroupLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	PartitionLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	FixGroupLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,Object>`	RecursiveGroupLayoutData.`getSourceSplitIds()` Gets a mapping from edges connecting to group nodes to source split ids.
`ItemMapping<IEdge,Object>`	ReverseEdgesStageData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	RecursiveGroupLayoutData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PartitionLayoutData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	ReverseEdgesStageData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	RecursiveGroupLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	PartitionLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	FixGroupLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,Object>`	RecursiveGroupLayoutData.`getTargetSplitIds()` Gets a mapping from edges connecting to group nodes to target split ids.

Methods in com.yworks.yfiles.layout with parameters of type IEdge
Modifier and Type	Method and Description
`protected IEdgeLayout`	LayoutGraphAdapter.`createEdgeLayout(IEdge edge)` Factory method that creates an `IEdgeLayout` implementation that wraps the given `IEdge`.
`Edge`	YGraphAdapter.`getCopiedEdge(IEdge edge)` Yields the edge that has been created as a copy in `YGraph` to represent the given edge.

Method parameters in com.yworks.yfiles.layout with type arguments of type IEdge
Modifier and Type	Method and Description
`EdgeList`	YGraphAdapter.`createEdgeList(Iterable<IEdge> edges)` Creates an `EdgeList` that maps the edges from the `Iterable` to their `copied` ones.
`<V> IEdgeMap`	YGraphAdapter.`createEdgeMap(Function<IEdge,V> getter)` Creates an `IEdgeMap` that delegates to the provided delegate when queried for `Edge`s in the `YGraph`.
`<V> IEdgeMap`	YGraphAdapter.`createEdgeMap(IMapper<IEdge,V> mapper)` Creates an `IEdgeMap` that delegates to the provided `IMapper` when queried for `Edge`s in the `YGraph`.
`void`	ReverseEdgesStageData.`setAffectedEdges(ItemCollection<IEdge> value)` Sets the collection of affected edges.
`void`	ParallelEdgeRouterData.`setAffectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges affected by this router.
`void`	ParallelEdgeRouterData.`setLeadingEdges(ItemCollection<IEdge> value)` Sets the collection of leading edges.
`void`	ReverseEdgesStageData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	RecursiveGroupLayoutData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	PartitionLayoutData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	ReverseEdgesStageData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	RecursiveGroupLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	PartitionLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	FixGroupLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	RecursiveGroupLayoutData.`setSourceSplitIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges connecting to group nodes to source split ids.
`void`	ReverseEdgesStageData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.
`void`	RecursiveGroupLayoutData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	PartitionLayoutData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	ReverseEdgesStageData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	RecursiveGroupLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	PartitionLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	FixGroupLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	RecursiveGroupLayoutData.`setTargetSplitIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges connecting to group nodes to target split ids.

Uses of IEdge in com.yworks.yfiles.layout.circular

Methods in com.yworks.yfiles.layout.circular that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,EdgeBundleDescriptor>`	CircularLayoutData.`getEdgeBundleDescriptors()` Gets the mapping of edges to their `EdgeBundleDescriptor`.

Method parameters in com.yworks.yfiles.layout.circular with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	CircularLayoutData.`setEdgeBundleDescriptors(ItemMapping<IEdge,EdgeBundleDescriptor> value)` Sets the mapping of edges to their `EdgeBundleDescriptor`.

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

Methods in com.yworks.yfiles.layout.hierarchic that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,YPointPath>`	HierarchicLayoutData.`getAlternativeEdgePath()` Gets a mapping from edges to alternative paths for edges connecting to groups, group content or folder nodes.
`ItemMapping<IEdge,Integer>`	HierarchicLayoutData.`getConstraintIncrementalLayererAdditionalEdgeWeights()` Gets the mapping from edges to an additional weight used by the `ConstraintIncrementalLayerer`.
`ItemMapping<IEdge,Integer>`	HierarchicLayoutData.`getCriticalEdgePriorities()` Gets a mapping from edges to their priority to be a 'critical' edge.
`ItemMapping<IEdge,Double>`	HierarchicLayoutData.`getEdgeDirectedness()` Gets the mapping from edges to their directedness.
`ItemMapping<IEdge,EdgeLayoutDescriptor>`	HierarchicLayoutData.`getEdgeLayoutDescriptors()` Gets the mapping of edges to their `EdgeLayoutDescriptor`.
`ItemMapping<IEdge,Double>`	HierarchicLayoutData.`getEdgeThickness()` Gets the mapping from edges to their thickness.
`ItemMapping<IEdge,Double>`	SelfLoopCalculatorData.`getMinimumEdgeDistances()` Gets the mapping from edges to their minimum distance to the next edge and to node sides.
`ItemMapping<IEdge,Double>`	SelfLoopCalculatorData.`getMinimumFirstSegmentLengths()` Gets the mapping from edges to the minimum length of their first segment.
`ItemMapping<IEdge,Double>`	SelfLoopCalculatorData.`getMinimumLastSegmentLengths()` Gets the mapping from edges to the minimum length of their last segment.
`ItemMapping<IEdge,Double>`	SelfLoopCalculatorData.`getMinimumOctilinearSegmentLengths()` Gets the mapping from edges to the minimum length of their octilinear segments.
`ItemCollection<IEdge>`	SelfLoopCalculatorData.`getOctilinearEdges()` Gets the collection of edges that are octilinear.
`ItemMapping<IEdge,Object>`	HierarchicLayoutData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	HierarchicLayoutData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	HierarchicLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,Object>`	HierarchicLayoutData.`getSourcePortGroupIds()` Gets a mapping from edges to an object representing their source port group.
`ItemMapping<IEdge,Object>`	HierarchicLayoutData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	HierarchicLayoutData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	HierarchicLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,Object>`	HierarchicLayoutData.`getTargetPortGroupIds()` Gets a mapping from edges to an object representing their target port group.

Method parameters in com.yworks.yfiles.layout.hierarchic with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	HierarchicLayoutData.`setAlternativeEdgePath(ItemMapping<IEdge,YPointPath> value)` Sets a mapping from edges to alternative paths for edges connecting to groups, group content or folder nodes.
`void`	HierarchicLayoutData.`setConstraintIncrementalLayererAdditionalEdgeWeights(ItemMapping<IEdge,Integer> value)` Sets the mapping from edges to an additional weight used by the `ConstraintIncrementalLayerer`.
`void`	HierarchicLayoutData.`setCriticalEdgePriorities(ItemMapping<IEdge,Integer> value)` Sets a mapping from edges to their priority to be a 'critical' edge.
`void`	HierarchicLayoutData.`setEdgeDirectedness(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to their directedness.
`void`	HierarchicLayoutData.`setEdgeLayoutDescriptors(ItemMapping<IEdge,EdgeLayoutDescriptor> value)` Sets the mapping of edges to their `EdgeLayoutDescriptor`.
`void`	HierarchicLayoutData.`setEdgeThickness(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to their thickness.
`void`	SelfLoopCalculatorData.`setMinimumEdgeDistances(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to their minimum distance to the next edge and to node sides.
`void`	SelfLoopCalculatorData.`setMinimumFirstSegmentLengths(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to the minimum length of their first segment.
`void`	SelfLoopCalculatorData.`setMinimumLastSegmentLengths(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to the minimum length of their last segment.
`void`	SelfLoopCalculatorData.`setMinimumOctilinearSegmentLengths(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to the minimum length of their octilinear segments.
`void`	SelfLoopCalculatorData.`setOctilinearEdges(ItemCollection<IEdge> value)` Sets the collection of edges that are octilinear.
`void`	HierarchicLayoutData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	HierarchicLayoutData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	HierarchicLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	HierarchicLayoutData.`setSourcePortGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source port group.
`void`	HierarchicLayoutData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.
`void`	HierarchicLayoutData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	HierarchicLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	HierarchicLayoutData.`setTargetPortGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target port group.

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

Methods in com.yworks.yfiles.layout.labeling that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,Object>`	LabelingData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Object>`	LabelingData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.

Method parameters in com.yworks.yfiles.layout.labeling with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	LabelingData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	LabelingData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.

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

Methods in com.yworks.yfiles.layout.multipage that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,Object>`	MultiPageLayoutData.`getEdgeIds()` Gets the mapping from edges to their unique IDs.
`ItemMapping<IEdge,Object>`	MultiPageLayoutData.`getEdgeTypes()` Gets the mapping from edges to their type.

Method parameters in com.yworks.yfiles.layout.multipage with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	MultiPageLayoutData.`setEdgeIds(ItemMapping<IEdge,Object> value)` Sets the mapping from edges to their unique IDs.
`void`	MultiPageLayoutData.`setEdgeTypes(ItemMapping<IEdge,Object> value)` Sets the mapping from edges to their type.

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

Methods in com.yworks.yfiles.layout.organic that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,Double>`	OrganicLayoutData.`getEdgeDirectedness()` Gets the mapping from edges to their directedness.
`ItemMapping<IEdge,Double>`	OrganicLayoutData.`getPreferredEdgeLengths()` Gets the mapping from edges to their preferred edge length.

Method parameters in com.yworks.yfiles.layout.organic with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	OrganicLayoutData.`setEdgeDirectedness(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to their directedness.
`void`	OrganicLayoutData.`setPreferredEdgeLengths(ItemMapping<IEdge,Double> value)` Sets the mapping from edges to their preferred edge length.

Uses of IEdge in com.yworks.yfiles.layout.orthogonal

Methods in com.yworks.yfiles.layout.orthogonal that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemCollection<IEdge>`	OrthogonalLayoutData.`getDirectedEdges()` Gets the collection of edges that should be routed in a way that point in the main layout direction.
`ItemMapping<IEdge,EdgeLayoutDescriptor>`	OrthogonalLayoutData.`getEdgeLayoutDescriptors()` Gets the mapping from edges to their `EdgeLayoutDescriptor`.
`ItemMapping<IEdge,Object>`	OrthogonalLayoutData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Object>`	OrthogonalLayoutData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.

Method parameters in com.yworks.yfiles.layout.orthogonal with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	OrthogonalLayoutData.`setDirectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges that should be routed in a way that point in the main layout direction.
`void`	OrthogonalLayoutData.`setEdgeLayoutDescriptors(ItemMapping<IEdge,EdgeLayoutDescriptor> value)` Sets the mapping from edges to their `EdgeLayoutDescriptor`.
`void`	OrthogonalLayoutData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	OrthogonalLayoutData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.

Uses of IEdge in com.yworks.yfiles.layout.partial

Methods in com.yworks.yfiles.layout.partial that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemCollection<IEdge>`	PartialLayoutData.`getAffectedEdges()` Gets the collection of edges placed by the layout.
`ItemCollection<IEdge>`	PartialLayoutData.`getDirectedEdges()` Gets the collection of edges that are considered as directed by the layout.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PartialLayoutData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	PartialLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PartialLayoutData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	PartialLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.

Method parameters in com.yworks.yfiles.layout.partial with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	PartialLayoutData.`setAffectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges placed by the layout.
`void`	PartialLayoutData.`setDirectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges that are considered as directed by the layout.
`void`	PartialLayoutData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	PartialLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	PartialLayoutData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	PartialLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.

Uses of IEdge in com.yworks.yfiles.layout.radial

Methods in com.yworks.yfiles.layout.radial that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,EdgeBundleDescriptor>`	RadialLayoutData.`getEdgeBundleDescriptors()` Gets the mapping of edges to their `EdgeBundleDescriptor`.
`ItemMapping<IEdge,Object>`	RadialLayoutData.`getSourceGroups()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Object>`	RadialLayoutData.`getTargetGroups()` Gets a mapping from edges to an object representing their target edge group.

Method parameters in com.yworks.yfiles.layout.radial with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	RadialLayoutData.`setEdgeBundleDescriptors(ItemMapping<IEdge,EdgeBundleDescriptor> value)` Sets the mapping of edges to their `EdgeBundleDescriptor`.
`void`	RadialLayoutData.`setSourceGroups(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	RadialLayoutData.`setTargetGroups(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.

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

Methods in com.yworks.yfiles.layout.router that return types with arguments of type IEdge
Modifier and Type	Method and Description
`DpKeyItemCollection<IEdge>`	StraightLineEdgeRouterData.`getAffectedEdges()` Gets the collection of affected edges.
`DpKeyItemCollection<IEdge>`	OrthogonalPatternEdgeRouterData.`getAffectedEdges()` Gets the collection of edges affected by this router.
`ItemCollection<IEdge>`	OrganicEdgeRouterData.`getAffectedEdges()` Gets the collection of edges routed by this router.
`ItemCollection<IEdge>`	ChannelEdgeRouterData.`getAffectedEdges()` Gets the collection of edges affected by this router.
`DpKeyItemCollection<IEdge>`	BusRouterData.`getAffectedEdges()` Gets the collection of edges affected by this router.
`ItemMapping<IEdge,BusDescriptor>`	BusRouterData.`getEdgeDescriptors()` Gets the mapping of edges to their `BusDescriptor`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	OrthogonalPatternEdgeRouterData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	BusRouterData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	StraightLineEdgeRouterData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	OrthogonalPatternEdgeRouterData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	BusRouterData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	OrthogonalPatternEdgeRouterData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,Collection<PortCandidate>>`	BusRouterData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	StraightLineEdgeRouterData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	OrthogonalPatternEdgeRouterData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	BusRouterData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.

Method parameters in com.yworks.yfiles.layout.router with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	StraightLineEdgeRouterData.`setAffectedEdges(DpKeyItemCollection<IEdge> value)` Sets the collection of affected edges.
`void`	OrthogonalPatternEdgeRouterData.`setAffectedEdges(DpKeyItemCollection<IEdge> value)` Sets the collection of edges affected by this router.
`void`	BusRouterData.`setAffectedEdges(DpKeyItemCollection<IEdge> value)` Sets the collection of edges affected by this router.
`void`	OrganicEdgeRouterData.`setAffectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges routed by this router.
`void`	ChannelEdgeRouterData.`setAffectedEdges(ItemCollection<IEdge> value)` Sets the collection of edges affected by this router.
`void`	BusRouterData.`setEdgeDescriptors(ItemMapping<IEdge,BusDescriptor> value)` Sets the mapping of edges to their `BusDescriptor`.
`void`	OrthogonalPatternEdgeRouterData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	BusRouterData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	StraightLineEdgeRouterData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	OrthogonalPatternEdgeRouterData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	BusRouterData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	OrthogonalPatternEdgeRouterData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	BusRouterData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	StraightLineEdgeRouterData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	OrthogonalPatternEdgeRouterData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.
`void`	BusRouterData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.

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

Methods in com.yworks.yfiles.layout.router.polyline that return types with arguments of type IEdge
Modifier and Type	Method and Description
`DpKeyItemCollection<IEdge>`	PolylineEdgeRouterData.`getAffectedEdges()` Gets the collection of affected edges.
`ItemMapping<IEdge,EdgeLayoutDescriptor>`	PolylineEdgeRouterData.`getEdgeLayoutDescriptors()` Gets the mapping of edges to their `EdgeLayoutDescriptor`.
`ItemMapping<IEdge,Object>`	PolylineEdgeRouterData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PolylineEdgeRouterData.`getSourcePortCandidates()` Gets a mapping from edges to a collection of their source port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	PolylineEdgeRouterData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,Object>`	PolylineEdgeRouterData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.
`ItemMapping<IEdge,Collection<PortCandidate>>`	PolylineEdgeRouterData.`getTargetPortCandidates()` Gets a mapping from edges to a collection of their target port `candidates`.
`ItemMapping<IEdge,PortConstraint>`	PolylineEdgeRouterData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.

Method parameters in com.yworks.yfiles.layout.router.polyline with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	PolylineEdgeRouterData.`setAffectedEdges(DpKeyItemCollection<IEdge> value)` Sets the collection of affected edges.
`void`	PolylineEdgeRouterData.`setEdgeLayoutDescriptors(ItemMapping<IEdge,EdgeLayoutDescriptor> value)` Sets the mapping of edges to their `EdgeLayoutDescriptor`.
`void`	PolylineEdgeRouterData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	PolylineEdgeRouterData.`setSourcePortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their source port `candidates`.
`void`	PolylineEdgeRouterData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	PolylineEdgeRouterData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.
`void`	PolylineEdgeRouterData.`setTargetPortCandidates(ItemMapping<IEdge,Collection<PortCandidate>> value)` Sets a mapping from edges to a collection of their target port `candidates`.
`void`	PolylineEdgeRouterData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.

Uses of IEdge in com.yworks.yfiles.layout.seriesparallel

Methods in com.yworks.yfiles.layout.seriesparallel that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,EdgeLayoutDescriptor>`	SeriesParallelLayoutData.`getEdgeLayoutDescriptors()` Gets the mapping from edges to their `EdgeLayoutDescriptor`.
`ItemMapping<INode,Comparator<IEdge>>`	SeriesParallelLayoutData.`getOutEdgeComparators()` Gets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`ItemMapping<IEdge,Object>`	SeriesParallelLayoutData.`getSourceGroupIds()` Gets a mapping from edges to an object representing their source edge group.
`ItemMapping<IEdge,Object>`	SeriesParallelLayoutData.`getTargetGroupIds()` Gets a mapping from edges to an object representing their target edge group.

Method parameters in com.yworks.yfiles.layout.seriesparallel with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	SeriesParallelLayoutData.`setEdgeLayoutDescriptors(ItemMapping<IEdge,EdgeLayoutDescriptor> value)` Sets the mapping from edges to their `EdgeLayoutDescriptor`.
`void`	SeriesParallelLayoutData.`setOutEdgeComparators(ItemMapping<INode,Comparator<IEdge>> value)` Sets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`void`	SeriesParallelLayoutData.`setSourceGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their source edge group.
`void`	SeriesParallelLayoutData.`setTargetGroupIds(ItemMapping<IEdge,Object> value)` Sets a mapping from edges to an object representing their target edge group.

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

Methods in com.yworks.yfiles.layout.tree that return types with arguments of type IEdge
Modifier and Type	Method and Description
`ItemMapping<IEdge,EdgeBundleDescriptor>`	TreeReductionStageData.`getEdgeBundleDescriptors()` Gets the mapping of edges to their `EdgeBundleDescriptor`.
`ItemCollection<IEdge>`	TreeReductionStageData.`getNonTreeEdges()` Gets the collection of edges explicitly marked as not belonging to a tree.
`ItemMapping<INode,Comparator<IEdge>>`	TreeLayoutData.`getOutEdgeComparators()` Gets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`ItemMapping<IEdge,PortConstraint>`	TreeLayoutData.`getSourcePortConstraints()` Gets a mapping from edges to their source `PortConstraint`.
`ItemMapping<IEdge,PortConstraint>`	TreeLayoutData.`getTargetPortConstraints()` Gets a mapping from edges to their target `PortConstraint`.

Method parameters in com.yworks.yfiles.layout.tree with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	TreeReductionStageData.`setEdgeBundleDescriptors(ItemMapping<IEdge,EdgeBundleDescriptor> value)` Sets the mapping of edges to their `EdgeBundleDescriptor`.
`void`	TreeReductionStageData.`setNonTreeEdges(ItemCollection<IEdge> value)` Sets the collection of edges explicitly marked as not belonging to a tree.
`void`	TreeLayoutData.`setOutEdgeComparators(ItemMapping<INode,Comparator<IEdge>> value)` Sets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`void`	TreeLayoutData.`setSourcePortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their source `PortConstraint`.
`void`	TreeLayoutData.`setTargetPortConstraints(ItemMapping<IEdge,PortConstraint> value)` Sets a mapping from edges to their target `PortConstraint`.

Uses of IEdge in com.yworks.yfiles.view

Methods in com.yworks.yfiles.view that return types with arguments of type IEdge
Modifier and Type	Method and Description
`protected DefaultSelectionModel<IEdge>`	GraphSelection.`createEdgeSelectionModel()` Factory method that creates the `DefaultSelectionModel` to use for the edges.
`ISelectionModel<IEdge>`	IGraphSelection.`getSelectedEdges()` An `ISelectionModel` of the selected edges.
`ISelectionModel<IEdge>`	GraphSelection.`getSelectedEdges()`

Methods in com.yworks.yfiles.view with parameters of type IEdge
Modifier and Type	Method and Description
`static IAnimation`	IAnimation.`createEdgeSegmentAnimation(IGraph graph, IEdge edge, IPoint[] endBends, PointD endSourceLocation, PointD endTargetLocation, Duration preferredDuration)` Creates a new `IAnimation` that animates the given `edge`'s bends from its current shape linearly to the shape given by the `endBends` and final port locations.
`protected IVisualTemplate`	EdgeSelectionIndicatorInstaller.`getBendDrawing(CanvasControl canvas, IEdge edge)` Callback method that retrieves the drawing of the bend for the context.
`protected IVisualTemplate`	EdgeHighlightIndicatorInstaller.`getBendDrawing(CanvasControl canvas, IEdge edge)` Callback method that retrieves the drawing of the bend for the context.
`protected IVisualTemplate`	EdgeFocusIndicatorInstaller.`getBendDrawing(CanvasControl canvas, IEdge edge)` Callback method that retrieves the drawing of the bend for the context.
`protected abstract IVisualTemplate`	EdgeDecorationInstaller.`getBendDrawing(CanvasControl canvas, IEdge edge)` Callback method that retrieves the drawing of the bend for the context.
`protected ICanvasObjectGroup`	GraphModelManager.`getCanvasObjectGroup(IEdge edge)` Retrieves the Canvas Object group to use for the given edge.
`protected String`	EdgeSelectionIndicatorInstaller.`getDecoratorStyleClass(CanvasControl canvas, IEdge edge)`
`protected String`	EdgeHighlightIndicatorInstaller.`getDecoratorStyleClass(CanvasControl canvas, IEdge edge)`
`protected String`	EdgeFocusIndicatorInstaller.`getDecoratorStyleClass(CanvasControl canvas, IEdge edge)`
`protected abstract String`	EdgeDecorationInstaller.`getDecoratorStyleClass(CanvasControl canvas, IEdge edge)` Callback method that retrieves the style class for the context.
`protected IEdgeStyle`	OverviewGraphVisualCreator.`getEdgeStyle(IEdge edge)` Callback that returns and/or configures a edge style for the given node to render.
`protected IVisualCreator`	OverviewGraphVisualCreator.`getEdgeVisualCreator(IRenderContext context, IEdge edge)` Obtains the `IVisualCreator` for the given edge.
`protected Pen`	EdgeSelectionIndicatorInstaller.`getPen(CanvasControl canvas, IEdge edge)` Callback method that retrieves the pen for the context.
`protected Pen`	EdgeHighlightIndicatorInstaller.`getPen(CanvasControl canvas, IEdge edge)` Callback method that retrieves the pen for the context.
`protected Pen`	EdgeFocusIndicatorInstaller.`getPen(CanvasControl canvas, IEdge edge)` Callback method that retrieves the pen for the context.
`protected abstract Pen`	EdgeDecorationInstaller.`getPen(CanvasControl canvas, IEdge edge)` Callback method that retrieves the pen for the context.

Method parameters in com.yworks.yfiles.view with type arguments of type IEdge
Modifier and Type	Method and Description
`static IAnimation`	IAnimation.`createGraphAnimation(IGraph graph, IMapper<INode,IRectangle> targetNodeLayouts, IMapper<IEdge,IPoint[]> targetBendLocations, IMapper<IPort,IPortLocationModelParameter> targetPortLocations, IMapper<ILabel,ILabelModelParameter> targetLayoutParameters, Duration preferredDuration)` Creates a new `IAnimation` that animates the given layout of all types of graph items.

Uses of IEdge in com.yworks.yfiles.view.input

Fields in com.yworks.yfiles.view.input declared as IEdge
Modifier and Type	Field and Description
`protected IEdge`	PortRelocationHandleProvider.`edge` The edge this provider is working on.

Methods in com.yworks.yfiles.view.input that return IEdge
Modifier and Type	Method and Description
`protected IEdge`	CreateEdgeInputMode.`createDummyEdge()` Creates the dummy edge that will be displayed by the input mode during the creation.
`protected IEdge`	CreateEdgeInputMode.`createEdge()` Callback at the end of the edge creation process.
`protected IEdge`	CreateEdgeInputMode.`createEdge(IGraph graph, IPortCandidate sourcePortCandidate, IPortCandidate targetPortCandidate)` Callback used by `CreateEdgeInputMode.createEdge()` if both `SourcePortCandidate` and `TargetPortCandidate` have been set.
`IEdge`	IEdgeCreationCallback.`createEdge(IInputModeContext context, IGraph graph, IPortCandidate sourcePortCandidate, IPortCandidate targetPortCandidate, IEdge templateEdge)` The delegate method that is used by `CreateEdgeInputMode` to create edges between instances of `IPort`.
`IEdge`	CreateEdgeInputMode.`getDummyEdge()` Gets the dummy edge instance that will be used to render a preview of the edge to be created.
`protected IEdge`	PortRelocationHandle.`getEdge()` Gets the edge this instance acts upon.
`IEdge`	EdgeSegmentSnapLine.`getEdge()` Gets the edge that is associated with this snap line.
`protected IEdge`	CreateBendInputMode.`getEdge(PointD location)` Finds the edge at the given coordinate.

Methods in com.yworks.yfiles.view.input that return types with arguments of type IEdge
Modifier and Type	Method and Description
`protected Iterable<IEdge>`	OrthogonalEdgeEditingContext.`getLockedPortEdges()` Provides access to the enumeration of `IEdge` instances whose ports have been locked at source and target end.

Methods in com.yworks.yfiles.view.input with parameters of type IEdge
Modifier and Type	Method and Description
`protected void`	EdgeSnapLineProvider.`addHorizontalSegmentSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, IEdge edge, PointD segmentStart, PointD segmentEnd)` Adds horizontal snap lines for a horizontally oriented fixed segment snap lines.
`protected void`	EdgeSnapLineProvider.`addVerticalSegmentSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, IEdge edge, PointD segmentStart, PointD segmentEnd)` Adds vertical snap lines for a vertically oriented fixed segment snap lines.
`void`	OrthogonalEdgeHelper.`cleanUpEdge(IInputModeContext context, IGraph graph, IEdge edge)` Callback method that is invoked after the provided edge has been edited orthogonally.
`void`	IOrthogonalEdgeHelper.`cleanUpEdge(IInputModeContext context, IGraph graph, IEdge edge)` Callback method that is invoked after the provided edge has been edited orthogonally.
`protected void`	OrthogonalEdgeEditingContext.`cleanUpEdgePath(IGraph graph, IEdge edge)` Cleans up the edge's path after a successfully `finished drag`.
`void`	IEdgeSnapResultProvider.`collectSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, IListEnumerable<MovementInfo> movementInfos, IEdge edge)` Called to during the snapping operation whenever `snap results are collected`.
`protected IBend`	CreateBendInputMode.`createBend(IEdge edge, PointD location)` Creates the bend.
`int`	IBendCreator.`createBend(IInputModeContext context, IGraph graph, IEdge edge, PointD location)` Creates a bend at the given graph for the given edge at the position supplied.
`int`	DefaultBendCreator.`createBend(IInputModeContext context, IGraph graph, IEdge edge, PointD location)`
`protected SimpleEdge`	PortRelocationHandle.`createDummyEdge(IEdge edge)` Factory method that creates the dummy edge that will be shown during the drag operation.
`IEdge`	IEdgeCreationCallback.`createEdge(IInputModeContext context, IGraph graph, IPortCandidate sourcePortCandidate, IPortCandidate targetPortCandidate, IEdge templateEdge)` The delegate method that is used by `CreateEdgeInputMode` to create edges between instances of `IPort`.
`protected IHandle`	PortRelocationHandleProvider.`createPortRelocationHandle(IGraph graph, IEdge edge, boolean sourcePort)` Factory method that creates the handle for this provider.
`protected void`	CreateBendInputMode.`dragSegment(IEdge edge, PointD dragLocation)` Updates the `OrthogonalSegmentSplittingEnabled` property and then delegates to `CreateBendInputMode.createBend(IEdge, PointD)`.
`static IEdgeReconnectionPortCandidateProvider`	IEdgeReconnectionPortCandidateProvider.`fromSourceAndTarget(IEdge edge)` Creates an implementation of the `IEdgeReconnectionPortCandidateProvider` interface that returns the candidates provided by the source and target port's owner's `IPortCandidateProvider` implementations or the existing edge's port, if no such provider is registered.
`IHandle`	PortRelocationHandleProvider.`getHandle(IInputModeContext context, IEdge edge, boolean sourceHandle)`
`IHandle`	IEdgePortHandleProvider.`getHandle(IInputModeContext context, IEdge edge, boolean sourceHandle)` Gets an `IHandle` implementation for one end of the provided `edge`.
`protected IListEnumerable<MovementInfo>`	OrthogonalEdgeEditingContext.`getMovementInfos(IEdge edge)` Gets the `movement infos` that describe the orthogonal path of the edge.
`IListEnumerable<MovementInfo>`	GraphSnapContext.`getMovementInfos(IEdge edge)` Gets the `movement information` for the provided edge.
`protected IOrthogonalEdgeHelper`	OrthogonalEdgeEditingContext.`getOrthogonalEdgeHelper(IEdge edge)` Callback method that gets the `IOrthogonalEdgeHelper` instance associated with the given edge.
`protected Iterable<IPortCandidate>`	PortRelocationHandle.`getPortCandidates(IInputModeContext context, IEdge edge, boolean sourcePort)` Gets the possible candidates for the given edge.
`SegmentOrientation`	OrthogonalEdgeEditingContext.`getSegmentOrientation(IEdge edge, int segmentIndex)` Gets the declared segment orientation for the provided segment at the given edge.
`SegmentOrientation`	OrthogonalEdgeHelper.`getSegmentOrientation(IInputModeContext context, IEdge edge, int segmentIndex)` Gets the orientation of the given segment by looking at the geometry of the segment.
`SegmentOrientation`	IOrthogonalEdgeHelper.`getSegmentOrientation(IInputModeContext context, IEdge edge, int segmentIndex)` Gets the declared orientation of the given segment at the provided edge.
`protected void`	PortRelocationHandle.`hideOriginalEdge(IInputModeContext context, IEdge edge)` Hides the original edge that during the drag operation.
`boolean`	OrthogonalEdgeEditingContext.`isOrthogonallyEditedEdge(IInputModeContext context, IEdge edge)` Callback that can be used by `IDragHandler`s and the like to determines whether the given edge is orthogonally edited edge in the specified input mode context.
`void`	OrthogonalEdgeEditingContext.`lockPortMovement(IEdge edge)` Locks the movement of the ports of the edges so that `OrthogonalEdgeEditingContext.shouldMoveEndImplicitly(IEdge, boolean)` will yield `false` for the provided edge during the current edit.
`protected void`	OrthogonalEdgeEditingContext.`prepareOrthogonalEdge(IGraph graph, IEdge edge, IListEnumerable<SegmentOrientation> orientations, IListEnumerable<MovementInfo> infos)` Helper method that inspects and prepares an orthogonal edge for the upcoming edit process.
`void`	GraphEditorInputMode.`reverseEdge(IEdge edge)` Reverses the given edges.
`protected void`	PortRelocationHandle.`setPort(IInputModeContext context, IEdge edge, boolean setSourcePort, IPortCandidate portCandidate, PointD suggestedLocation)` Callback that is triggered by `PortRelocationHandle.dragFinished(IInputModeContext, PointD, PointD)` to actually change the port.
`protected void`	PortRelocationHandle.`setPorts(IInputModeContext context, IEdge edge, IPort sourcePort, IPort targetPort)` Finally sets the ports for the edge to the new values.
`boolean`	OrthogonalEdgeHelper.`shouldEditOrthogonally(IInputModeContext context, IEdge edge)` Determines whether the provided edge should be edited orthogonally in the specified input mode context.
`boolean`	IOrthogonalEdgeHelper.`shouldEditOrthogonally(IInputModeContext context, IEdge edge)` Determines whether the provided edge should be edited orthogonally in the specified input mode context.
`boolean`	OrthogonalEdgeEditingContext.`shouldMoveEndImplicitly(IEdge edge, boolean sourceSide)` Callback that can be used by `IDragHandler`s and the like to determines whether the specified end of the provided `edge` should be moved implicitly.
`boolean`	OrthogonalEdgeHelper.`shouldMoveEndImplicitly(IInputModeContext context, IEdge edge, boolean sourceEnd)` Determines whether this end of the provided edge can be moved in the input mode context.
`boolean`	IOrthogonalEdgeHelper.`shouldMoveEndImplicitly(IInputModeContext context, IEdge edge, boolean sourceEnd)` Determines whether this end of the provided edge can be moved in the input mode context.
`protected boolean`	GraphEditorInputMode.`shouldReverseEdge(IEdge edge)` Callback which determines whether the given edge should be reversed by `GraphEditorInputMode.reverseEdge(IEdge)`, `GraphEditorInputMode.reverseEdges(Iterable)`, or `GraphEditorInputMode.reverseEdges(Iterable)`.
`protected void`	PortRelocationHandle.`unhideOriginalEdge(IEdge edge, CanvasControl canvas)` Unhides the original edge that was hidden during the drag operation.

Method parameters in com.yworks.yfiles.view.input with type arguments of type IEdge
Modifier and Type	Method and Description
`void`	GraphEditorInputMode.`reverseEdges(Iterable<IEdge> edges)` Reverses the given edges.

Constructors in com.yworks.yfiles.view.input with parameters of type IEdge
Constructor and Description
`EdgeSegmentSnapLine(IEdge edge, PointD segmentSource, PointD segmentTarget, double distance, int segmentIndex)` Initializes a new instance of the `PointBasedSnapLine` class.
`EdgeSegmentSnapLine(IEdge edge, PointD from, PointD to, PointD segmentSource, PointD segmentTarget, double distance, int segmentIndex, Object tag, double weight)` Initializes a new instance of the `PointBasedSnapLine` class.
`PortRelocationHandle(IGraph graph, IEdge edge, boolean sourceEnd)` Creates a new instance of the `PortRelocationHandle` class.
`PortRelocationHandleProvider(IGraph graph, IEdge edge)` Initializes a new instance of the `PortRelocationHandleProvider` class using the given graph and edge.

Uses of Interfacecom.yworks.yfiles.graph.IEdge

Uses of IEdge in com.yworks.yfiles.graph

Uses of IEdge in com.yworks.yfiles.graph.styles

Uses of IEdge in com.yworks.yfiles.graphml

Uses of IEdge in com.yworks.yfiles.layout

Uses of IEdge in com.yworks.yfiles.layout.circular

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

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

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

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

Uses of IEdge in com.yworks.yfiles.layout.orthogonal

Uses of IEdge in com.yworks.yfiles.layout.partial

Uses of IEdge in com.yworks.yfiles.layout.radial

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

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

Uses of IEdge in com.yworks.yfiles.layout.seriesparallel

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

Uses of IEdge in com.yworks.yfiles.view

Uses of IEdge in com.yworks.yfiles.view.input

Uses of Interface
com.yworks.yfiles.graph.IEdge