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

Packages that use INode
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.genealogy	Provides layout algorithms that are especially suited for genealogical family trees.
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 INode in com.yworks.yfiles.graph

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

Methods in com.yworks.yfiles.graph that return INode
Modifier and Type	Method and Description
`INode`	FolderNodeState.`asNode()` Returns an `INode` instance which represents this folder node state.
`protected INode`	GraphCopier.`copyGroupNode(IGraph sourceGraph, IGraph targetGraph, INode sourceGroupNode, INode targetParent, PointD offset)` Callback method that creates a copy of the `sourceGroupNode` in the `targetGraph`.
`protected INode`	GraphCopier.`copyNode(IGraph sourceGraph, IGraph targetGraph, INode node, INode targetParent, PointD offset)` Callback method that creates a copy of the `node` in the `targetGraph`.
`protected INode`	GraphCopier.`copyNode(IGraph sourceGraph, IGraph targetGraph, INode node, PointD offset)` Callback method that creates a copy of the `node` in the `targetGraph`.
`default INode`	IFoldingView.`createFolderNode()` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IFoldingView.`createFolderNode(INode parent)` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IFoldingView.`createFolderNode(INode parent, RectD layout)` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IFoldingView.`createFolderNode(INode parent, RectD layout, INodeStyle style)` Directly creates a collapsed node on this instance with the given parameters.
`INode`	IFoldingView.`createFolderNode(INode parent, RectD layout, INodeStyle style, Object tag)` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IGraph.`createGroupNode()` Creates a new group node using the provided style and layout as a child of `parent`.
`default INode`	IGraph.`createGroupNode(INode parent)` Creates a new group node using the provided style and layout as a child of `parent`.
`default INode`	IGraph.`createGroupNode(INode parent, RectD layout)` Creates a new group node using the provided style and layout as a child of `parent`.
`default INode`	IGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style)` Creates a new group node using the provided style and layout as a child of `parent`.
`INode`	IGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)` Creates a new group node using the provided style and layout as a child of `parent`.
`INode`	FilteredGraphWrapper.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	DefaultGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	AbstractGraphWrapper.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`default INode`	IGraph.`createNode()` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`default INode`	IGraph.`createNode(INode parent)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`default INode`	IGraph.`createNode(INode parent, RectD layout)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`default INode`	IGraph.`createNode(INode parent, RectD layout, INodeStyle style)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`INode`	IGraph.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`INode`	FilteredGraphWrapper.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	DefaultGraph.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	AbstractGraphWrapper.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`default INode`	IGraph.`createNode(PointD location)` Creates and returns a node using the specified initial center location and style, as well as the tag.
`default INode`	IGraph.`createNode(PointD location, INodeStyle style)` Creates and returns a node using the specified initial center location and style, as well as the tag.
`default INode`	IGraph.`createNode(PointD location, INodeStyle style, Object tag)` Creates and returns a node using the specified initial center location and style, as well as the tag.
`default INode`	IGraph.`createNode(RectD layout)` Creates and returns a node using the specified values for the initial geometry, style, and `Tag`.
`default INode`	IGraph.`createNode(RectD layout, INodeStyle style)` Creates and returns a node using the specified values for the initial geometry, style, and `Tag`.
`INode`	IGraph.`createNode(RectD layout, INodeStyle style, Object tag)` Creates and returns a node using the specified values for the initial geometry, style, and `Tag`.
`INode`	DefaultGraph.`createNode(RectD layout, INodeStyle style, Object tag)`
`INode`	AbstractGraphWrapper.`createNode(RectD layout, INodeStyle style, Object tag)`
`INode`	FoldingEdgeStateId.`getCurrentMasterSource()` The source node of the edge or an ancestor (both in the `MasterGraph`).
`INode`	FoldingEdgeStateId.`getCurrentMasterTarget()` The target node of the edge or an ancestor (both in the `MasterGraph`).
`INode`	IFoldingView.`getLocalRoot()` Gets an entity of the `MasterGraph` hierarchy to serve as the virtual root for the view's local hierarchy.
`INode`	GroupingSupport.`getNearestCommonAncestor(INode... nodes)` Determines the nearest common ancestor of the provided nodes in the graph.
`INode`	GroupingSupport.`getNearestCommonAncestor(Iterable<INode> nodes)` Determines the nearest common ancestor of the provided nodes in the graph.
`INode`	NodeEventArgs.`getParent()` The parent of the `node` before this event.
`INode`	IGraph.`getParent(INode node)` Returns the parent node of the node or `null` if `node` is a top-level node.
`INode`	FilteredGraphWrapper.`getParent(INode node)`
`INode`	DefaultGraph.`getParent(INode node)`
`INode`	AbstractGraphWrapper.`getParent(INode node)`
`default INode`	IEdge.`getSourceNode()` Gets the source node for the given edge or `null`.
`protected INode`	GraphClipboard.`getTarget(INode originalNode)` Provides a parent group node for the given `originalNode`.
`default INode`	IEdge.`getTargetNode()` Gets the target node for the given edge or `null`.
`default INode`	IGraph.`groupNodes(INode... children)` Groups the nodes into a newly created group node.
`default INode`	IGraph.`groupNodes(Iterable<INode> children)` Groups the nodes in `children` into a newly created group node.

Methods in com.yworks.yfiles.graph that return types with arguments of type INode
Modifier and Type	Method and Description
`default <V> IMapper<INode,V>`	IMapperRegistry.`createConstantMapper(Class<V> valueType, NodeDpKey<V> tag, V constant)` Creates a simple read-only `IMapper` implementation with key type `INode` and `adds` it to the `registry` using the provided `tag`.
`default <V> IMapper<INode,V>`	IMapperRegistry.`createDelegateMapper(Class<V> valueType, NodeDpKey<V> tag, Function<INode,V> getter)` Creates a delegate-based read-only `IMapper` implementation with key type `INode` and `adds` it to the `registry` using the provided `tag`.
`default <V> Mapper<INode,V>`	IMapperRegistry.`createMapper(Class<V> valueType, NodeDpKey<V> tag)` Creates and `adds` a new `Mapper` with key type `INode` to the `registry` using the provided `tag`.
`default <V> Mapper<INode,V>`	IMapperRegistry.`createWeakMapper(Class<V> valueType, NodeDpKey<V> tag)` Creates and `adds` a new `Mapper` with key type `INode` to the `registry` using the provided `tag`.
`IListEnumerable<INode>`	IGraph.`getChildren(INode node)` Returns an enumerable over the children of the provided node.
`IListEnumerable<INode>`	FilteredGraphWrapper.`getChildren(INode node)`
`IListEnumerable<INode>`	DefaultGraph.`getChildren(INode node)`
`IListEnumerable<INode>`	AbstractGraphWrapper.`getChildren(INode node)`
`LookupDecorator<INode,IClipboardHelper>`	NodeDecorator.`getClipboardHelperDecorator()` Gets a `LookupDecorator` that decorates the `IClipboardHelper` type for the type of items this instance has been created for.
`<TInterface> LookupDecorator<INode,TInterface>`	NodeDecorator.`getDecoratorFor(Class<TInterface> interfaceType)` Creates a `LookupDecorator` for `INode`s that can be used to decorate `TInterface` types of the nodes.
`<TInterface> LookupDecorator<INode,TInterface>`	NodeDecorator.`getDecoratorFor(Class<TInterface> interfaceType, boolean decorateNulls)` Creates a `LookupDecorator` for `INode`s that can be used to decorate `TInterface` types of the nodes.
`<TInterface> LookupDecorator<INode,TInterface>`	NodeDecorator.`getDecoratorFor(Class<TInterface> interfaceType, boolean decorateNulls, boolean nullIsFallback)` Creates a `LookupDecorator` for `INode`s that can be used to decorate `TInterface` types of the nodes.
`IEnumerable<INode>`	GroupingSupport.`getDescendants(INode node)` Returns all descendants of the provided node that are part of the grouped graph.
`IEnumerable<INode>`	GroupingSupport.`getDescendantsBottomUp(INode node)` Returns all descendants of the provided node that are part of the grouped graph.
`LookupDecorator<INode,IEditLabelHelper>`	NodeDecorator.`getEditLabelHelperDecorator()` Gets a `LookupDecorator` that decorates the `IEditLabelHelper` type for the `INode`s this instance has been created for.
`LookupDecorator<INode,IFocusIndicatorInstaller>`	NodeDecorator.`getFocusIndicatorDecorator()` Gets a `LookupDecorator` that decorates the `IFocusIndicatorInstaller` type for the type of items this instance has been created for.
`LookupDecorator<INode,IGroupBoundsCalculator>`	NodeDecorator.`getGroupBoundsCalculatorDecorator()` Gets a `LookupDecorator` that decorates the `IGroupBoundsCalculator` type for the `INode`s this instance has been created for.
`LookupDecorator<INode,IHandleProvider>`	NodeDecorator.`getHandleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IHandleProvider` type for the type of items this instance has been created for.
`LookupDecorator<INode,IHighlightIndicatorInstaller>`	NodeDecorator.`getHighlightDecorator()` Gets a `LookupDecorator` that decorates the `IHighlightIndicatorInstaller` type for the type of items this instance has been created for.
`LookupDecorator<INode,INodeInsetsProvider>`	NodeDecorator.`getInsetsProviderDecorator()` Gets a `LookupDecorator` that decorates the `INodeInsetsProvider` (tied to the `INode` type parameter) for the `INode`s this instance has been created for.
`default <V> IMapper<INode,V>`	IMapperRegistry.`getMapper(Class<V> valueType, NodeDpKey<V> tag)` Returns a mapper that has previously been registered with this instance for the given tag.
`LookupDecorator<INode,IMarqueeTestable>`	NodeDecorator.`getMarqueeTestableDecorator()` Gets a `LookupDecorator` that decorates the `IMarqueeTestable` type for the type of items this instance has been created for.
`LookupDecorator<INode,IMementoSupport>`	NodeDecorator.`getMementoSupportDecorator()` Gets a `LookupDecorator` that decorates the `IMementoSupport` type for the type of items this instance has been created for.
`Predicate<INode>`	FilteredGraphWrapper.`getNodePredicate()` Gets the predicate function for the nodes.
`LookupDecorator<INode,INodeReshapeSnapResultProvider>`	NodeDecorator.`getNodeReshapeSnapResultProviderDecorator()` Gets a `LookupDecorator` that decorates the `ISnapLineProvider` for the `INode`s this instance has been created for.
`IListEnumerable<INode>`	IGraph.`getNodes()` A view of the nodes contained in this graph.
`IListEnumerable<INode>`	FilteredGraphWrapper.`getNodes()`
`IListEnumerable<INode>`	DefaultGraph.`getNodes()`
`IListEnumerable<INode>`	AbstractGraphWrapper.`getNodes()`
`LookupDecorator<INode,INodeSnapResultProvider>`	NodeDecorator.`getNodeSnapResultProviderDecorator()` Gets a `LookupDecorator` that decorates the `INodeSnapResultProvider` for the `INode`s this instance has been created for.
`LookupDecorator<INode,IObstacleProvider>`	NodeDecorator.`getObstacleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IObstacleProvider` type for the type of items this instance has been created for.
`List<INode>`	GroupingSupport.`getPathToRoot(INode node)` Gets the path to root traversing all `parents` of the given item.
`LookupDecorator<INode,IPortCandidateProvider>`	NodeDecorator.`getPortCandidateProviderDecorator()` Gets a `LookupDecorator` that decorates the `IPortCandidateProvider` for the `INode`s this instance has been created for.
`LookupDecorator<INode,IPositionHandler>`	NodeDecorator.`getPositionHandlerDecorator()` Gets a `LookupDecorator` that decorates the `IPositionHandler` type for the type of items this instance has been created for.
`LookupDecorator<INode,IReshapeHandleProvider>`	NodeDecorator.`getReshapeHandleProviderDecorator()` Gets a `LookupDecorator` that decorates the `IReshapeHandleProvider` type for the `INode`s this instance has been created for.
`LookupDecorator<INode,ISelectionIndicatorInstaller>`	NodeDecorator.`getSelectionDecorator()` Gets a `LookupDecorator` that decorates the `ISelectionIndicatorInstaller` type for the type of items this instance has been created for.
`LookupDecorator<INode,IShapeGeometry>`	NodeDecorator.`getShapeGeometryDecorator()` Gets a `LookupDecorator` that decorates the `IShapeGeometry` type for the type `INode`s this instance has been created for.
`LookupDecorator<INode,INodeSizeConstraintProvider>`	NodeDecorator.`getSizeConstraintProviderDecorator()` Gets a `LookupDecorator` that decorates the `INodeSizeConstraintProvider` type for the type `INode`s this instance has been created for.
`LookupDecorator<INode,ISnapLineProvider>`	NodeDecorator.`getSnapLineProviderDecorator()` Gets a `LookupDecorator` that decorates the `ISnapLineProvider` for the `INode`s this instance has been created for.

Methods in com.yworks.yfiles.graph with parameters of type INode
Modifier and Type	Method and Description
`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)`
`default IPort`	IGraph.`addRelativePort(INode node, PointD relativeLocation)` Adds a new port to the graph at the node using a location that is relative to the center of the node.
`default void`	IGraph.`adjustGroupNodeLayout(INode groupNode)` Method to adjust the size of a group node.
`RectD`	IGroupBoundsCalculator.`calculateBounds(IGraph graph, INode groupNode)` Calculates the bounds of the `Layout` for the given `groupNode` that is a group node in the `graph`.
`RectD`	GroupingSupport.`calculateMinimumEnclosedArea(INode groupNode)` Calculates the minimum area to enclose by the given group node with respect to its `IGroupBoundsCalculator`.
`void`	IFoldingView.`collapse(INode groupNode)` This method will collapse the `children` of a group node into the group node.
`protected void`	GraphClipboard.`copy(IGraph sourceGraph, Predicate<IModelItem> filter, IGraph targetGraph, INode targetRootNode, IElementCopiedCallback elementCopiedCallback)` Calls `GraphCopier.copy(IGraph, Predicate, IGraph, INode, PointD, IElementCopiedCallback)` on the current `ToClipboardCopier` instance or `FromClipboardCopier` instance, depending on whether the `targetGraph` is the `ClipboardGraph` instance.
`void`	GraphCopier.`copy(IGraph sourceGraph, Predicate<IModelItem> filter, IGraph targetGraph, INode targetRootNode, PointD offset, IElementCopiedCallback elementCopiedCallback)` Copies a subgraph induced by a `Predicate` from the `sourceGraph` to the `targetGraph`.
`protected INode`	GraphCopier.`copyGroupNode(IGraph sourceGraph, IGraph targetGraph, INode sourceGroupNode, INode targetParent, PointD offset)` Callback method that creates a copy of the `sourceGroupNode` in the `targetGraph`.
`protected INode`	GraphCopier.`copyNode(IGraph sourceGraph, IGraph targetGraph, INode node, INode targetParent, PointD offset)` Callback method that creates a copy of the `node` in the `targetGraph`.
`protected INode`	GraphCopier.`copyNode(IGraph sourceGraph, IGraph targetGraph, INode node, PointD offset)` Callback method that creates a copy of the `node` in the `targetGraph`.
`INodeStyle`	GraphCopier.`copyNodeStyle(IGraph graph, INode node)` Copies an `INodeStyle` instance.
`protected Object`	GraphCopier.`copyNodeTag(INode node, Object tag)` Callback that copies the `Tag` of a `INode`.
`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 INode`	IFoldingView.`createFolderNode(INode parent)` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IFoldingView.`createFolderNode(INode parent, RectD layout)` Directly creates a collapsed node on this instance with the given parameters.
`default INode`	IFoldingView.`createFolderNode(INode parent, RectD layout, INodeStyle style)` Directly creates a collapsed node on this instance with the given parameters.
`INode`	IFoldingView.`createFolderNode(INode parent, RectD layout, INodeStyle style, Object tag)` Directly creates a collapsed node on this instance with the given parameters.
`IFoldingView`	FoldingManager.`createFoldingView(INode root)` Creates a separate view instance of the `MasterGraph` which is a synchronized copy of a subset of the items from the master graph.
`IFoldingView`	FoldingManager.`createFoldingView(INode root, Predicate<INode> isExpanded)` Creates a separate view instance of the `MasterGraph` which is a synchronized copy of a subset of the items from the master graph.
`default INode`	IGraph.`createGroupNode(INode parent)` Creates a new group node using the provided style and layout as a child of `parent`.
`default INode`	IGraph.`createGroupNode(INode parent, RectD layout)` Creates a new group node using the provided style and layout as a child of `parent`.
`default INode`	IGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style)` Creates a new group node using the provided style and layout as a child of `parent`.
`INode`	IGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)` Creates a new group node using the provided style and layout as a child of `parent`.
`INode`	FilteredGraphWrapper.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	DefaultGraph.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	AbstractGraphWrapper.`createGroupNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`default INode`	IGraph.`createNode(INode parent)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`default INode`	IGraph.`createNode(INode parent, RectD layout)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`default INode`	IGraph.`createNode(INode parent, RectD layout, INodeStyle style)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`INode`	IGraph.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)` Creates a new ordinary node as a direct descendant of `parent` using the given layout and style.
`INode`	FilteredGraphWrapper.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	DefaultGraph.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`INode`	AbstractGraphWrapper.`createNode(INode parent, RectD layout, INodeStyle style, Object tag)`
`protected INodeStyle`	DefaultFolderNodeConverter.`createNodeStyle(IFoldingView foldingView, INode viewNode, INode masterNode)` Callback factory method that creates the `INodeStyle` for use in `DefaultFolderNodeConverter.initializeFolderNodeStyle(FolderNodeState, IFoldingView, INode, INode)`.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForIsGroupNodeChange(INode node, boolean isGroupNode)` Creates the `undo unit` for changing whether the given node is a group node.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForNodeCreation(INode node, INode parent, boolean isGroupNode)` Creates the node creation `undo unit` for the given node.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForNodeRemoval(INode node)` Creates the node removal `undo unit` for the given node.
`protected IUndoUnit`	DefaultGraph.`createUndoUnitForParentChange(INode node, INode oldParent, INode newParent)` Creates the parent change `undo unit` for the given node.
`void`	GroupingSupport.`enlargeGroupNode(IInputModeContext context, INode node, boolean ancestors)` Enlarges the group nodes in an interactive scenario, using `IReshapeHandler` implementations of the group nodes to perform the actual resizing.
`void`	GroupingSupport.`enlargeGroupNode(INode groupNode, boolean ancestors)` Enlarges the given group node to ensure that the `minimum enclosed` area is inside of its bounds.
`void`	IFoldingView.`expand(INode groupNode)` This method will expand a previously `collapsed` group node to make its contents appear in this view.
`default IColumn`	ITable.`findColumn(INode node, PointD location, Predicate<IStripe> filter)` Convenience method to find a column underneath a certain point.
`default IRow`	ITable.`findRow(INode node, PointD location, Predicate<IStripe> filter)` Convenience method to find a row underneath a certain point.
`default IEnumerable<IStripe>`	ITable.`findStripes(INode node, PointD location, StripeTypes stripeTypes, Predicate<IStripe> filter)` Convenience method to find all stripes underneath a certain point.
`default RectD`	IStripe.`getAbsoluteBounds(INode node)` Returns the layout of `stripe` in absolute coordinates.
`static RectD`	ITable.`getCellBounds(INode tableNode, IColumn column, IRow row)` Calculates the absolute bounds of a table cell that is determined by `column` and .
`IListEnumerable<INode>`	IGraph.`getChildren(INode node)` Returns an enumerable over the children of the provided node.
`IListEnumerable<INode>`	FilteredGraphWrapper.`getChildren(INode node)`
`IListEnumerable<INode>`	DefaultGraph.`getChildren(INode node)`
`IListEnumerable<INode>`	AbstractGraphWrapper.`getChildren(INode node)`
`IEnumerable<INode>`	GroupingSupport.`getDescendants(INode node)` Returns all descendants of the provided node that are part of the grouped graph.
`IEnumerable<INode>`	GroupingSupport.`getDescendantsBottomUp(INode node)` Returns all descendants of the provided node that are part of the grouped graph.
`FolderNodeState`	FoldingManager.`getFolderNodeState(INode masterNode)` Provides access to the folder node state of a node.
`INode`	GroupingSupport.`getNearestCommonAncestor(INode... nodes)` Determines the nearest common ancestor of the provided nodes in the graph.
`INode`	IGraph.`getParent(INode node)` Returns the parent node of the node or `null` if `node` is a top-level node.
`INode`	FilteredGraphWrapper.`getParent(INode node)`
`INode`	DefaultGraph.`getParent(INode node)`
`INode`	AbstractGraphWrapper.`getParent(INode node)`
`List<INode>`	GroupingSupport.`getPathToRoot(INode node)` Gets the path to root traversing all `parents` of the given item.
`protected INode`	GraphClipboard.`getTarget(INode originalNode)` Provides a parent group node for the given `originalNode`.
`default INode`	IGraph.`groupNodes(INode... children)` Groups the nodes into a newly created group node.
`default void`	IGraph.`groupNodes(INode parent, Iterable<INode> children)` Groups the nodes in `children` into the provided group node.
`boolean`	FoldingManager.`hasFolderNodeState(INode masterNode)` Determines whether for the given `masterNode` this manager has stored associated folder node state.
`protected void`	DefaultFolderNodeConverter.`initializeFolderNodeLabels(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Callback method that initializes the initial labels of the collapsed group node.
`protected void`	DefaultFolderNodeConverter.`initializeFolderNodeLayout(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Callback method that initializes the `Layout` of the collapsed group node.
`protected void`	DefaultFolderNodeConverter.`initializeFolderNodePorts(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Called by `DefaultFolderNodeConverter.initializeFolderNodeState(FolderNodeState, IFoldingView, INode, INode)` to initialize the appearance of the `representatives` of the master ports at the collapsed group node.
`void`	IFolderNodeConverter.`initializeFolderNodeState(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Callback that is used by `view` implementations to initially create the appearance of a `folder` node.
`void`	DefaultFolderNodeConverter.`initializeFolderNodeState(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Implements the `IFolderNodeConverter.initializeFolderNodeState(FolderNodeState, IFoldingView, INode, INode)` method and initializes the appearance of the collapsed group node.
`protected void`	DefaultFolderNodeConverter.`initializeFolderNodeStyle(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Callback method that initializes the `style property` of the collapsed group node.
`boolean`	GroupingSupport.`isDescendant(INode node, INode ancestor)` Determines whether `ancestor` is an ancestor of `node` in the grouped graph.
`boolean`	IFoldingView.`isExpanded(INode groupNode)` Determines whether the provided node is currently expanded or will be displayed in `IFoldingView.expand(INode)`ed state the next time it will be included in this view.
`boolean`	IGraph.`isGroupNode(INode node)` Returns whether the given node is considered a group node.
`boolean`	FilteredGraphWrapper.`isGroupNode(INode node)`
`boolean`	DefaultGraph.`isGroupNode(INode node)`
`boolean`	AbstractGraphWrapper.`isGroupNode(INode node)`
`void`	FilteredGraphWrapper.`nodePredicateChanged(INode node)` Should be called by clients if the `NodePredicate` changed for the given node.
`protected void`	DefaultGraph.`onAddingNodeLabel(INode node, ILabel label)` Callback method that will be called just before a node label is added to a node.
`protected void`	DefaultGraph.`onChangingNodeStyle(INode node, INodeStyle newStyle)` Callback that is invoked before a node style is being changed.
`protected void`	DefaultGraph.`onCreatingNode(INode node)` Callback that is invoked before the node is added to this graph's structure.
`protected void`	GraphCopier.`onNodeCopied(INode original, INode copy)` Called after a node has been copied.
`protected void`	DefaultGraph.`onNodeCreated(INode node)` Callback that triggers the `NodeCreated` event.
`protected void`	DefaultGraph.`onNodeLayoutChanged(INode node, RectD oldLayout)` Callback that is invoked after a node layout has changed.
`protected void`	AbstractGraphWrapper.`onNodeLayoutChanged(INode node, RectD oldLayout)` Raises the `NodeLayoutChanged` event.
`void`	INodeLayoutChangedHandler.`onNodeLayoutChanged(Object source, INode node, RectD oldLayout)` Event delegate method that is used in `IGraph`'s `NodeLayoutChanged` event.
`protected void`	DefaultGraph.`onNodeRemoved(INode node, INode oldParent, boolean oldIsGroupNode)` Callback that triggers the `NodeRemoved` event.
`protected void`	DefaultGraph.`onNodeStyleChanged(INode node, INodeStyle oldStyle)` Callback that is invoked after a node style has changed.
`protected void`	DefaultGraph.`onNodeTagChanged(INode node, Object oldTag)` Callback that is invoked after a node tag has changed.
`protected void`	DefaultGraph.`onRemovingNode(INode node)` Callback that will be invoked before the node will be removed.
`protected void`	GraphClipboard.`paste(IGraph sourceGraph, Predicate<IModelItem> filter, IGraph targetGraph, INode targetRootNode, IElementCopiedCallback elementCopiedCallback, Predicate<IModelItem> targetFilter)` Calls `GraphCopier.copy(IGraph, Predicate, IGraph, INode, PointD, IElementCopiedCallback)` on the current `FromClipboardCopier` instance, depending on whether the `targetGraph` is the `ClipboardGraph` instance.
`static void`	ITable.`placeNodeInCell(IGraph graph, INode node, INode tableNode, IColumn column, IRow row)` Places `node` in the center of the table cell determined by `column` and `row`.
`static void`	ITable.`placeNodeInCell(IGraph graph, INode node, INode tableNode, IColumn column, IRow row, boolean reparent)` Places `node` in the center of the table cell determined by `column` and `row`.
`static void`	ITable.`placeNodeInCell(IGraph graph, INode node, INode tableNode, IColumn column, IRow row, boolean reparent, boolean alwaysMove)` Places `node` in the center of the table cell determined by `column` and `row`.
`void`	IGraph.`setIsGroupNode(INode node, boolean isGroupNode)` Determines whether the given node should be considered a group node.
`void`	FilteredGraphWrapper.`setIsGroupNode(INode node, boolean isGroupNode)`
`void`	DefaultGraph.`setIsGroupNode(INode node, boolean isGroupNode)`
`void`	AbstractGraphWrapper.`setIsGroupNode(INode node, boolean isGroupNode)`
`void`	IFoldingView.`setLocalRoot(INode value)` Sets an entity of the `MasterGraph` hierarchy to serve as the virtual root for the view's local hierarchy.
`default void`	IGraph.`setNodeCenter(INode node, PointD center)` Sets the center of a node to the given world coordinates.
`void`	IGraph.`setNodeLayout(INode node, RectD layout)` Sets the layout of the given node to the new value.
`void`	DefaultGraph.`setNodeLayout(INode node, RectD layout)` Sets the layout of the given node to the new values.
`void`	AbstractGraphWrapper.`setNodeLayout(INode node, RectD layout)`
`void`	IGraph.`setParent(INode node, INode parent)` Sets the parent node for a given node.
`void`	FilteredGraphWrapper.`setParent(INode node, INode parent)`
`void`	DefaultGraph.`setParent(INode node, INode parent)`
`void`	AbstractGraphWrapper.`setParent(INode node, INode parent)`
`void`	IGraph.`setStyle(INode node, INodeStyle style)` Assigns the given style instance by reference to the node.
`void`	DefaultGraph.`setStyle(INode node, INodeStyle style)` Assigns the given style instance by reference to the node.
`void`	AbstractGraphWrapper.`setStyle(INode node, INodeStyle style)`
`protected void`	DefaultFolderNodeConverter.`synchronizeLabels(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Called by `DefaultFolderNodeConverter.updateFolderNodeState(FolderNodeState, IFoldingView, INode, INode)` to synchronize the first label if `CopyingFirstLabelEnabled` is enabled.
`void`	IFolderNodeConverter.`updateFolderNodeState(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Callback that is used by `view` implementations to change the appearance of a `folder` node.
`void`	DefaultFolderNodeConverter.`updateFolderNodeState(FolderNodeState state, IFoldingView foldingView, INode viewNode, INode masterNode)` Implements the `IFolderNodeConverter.updateFolderNodeState(FolderNodeState, IFoldingView, INode, INode)` method and changes the folder node appearance.
`void`	FoldingManager.`updateFolderNodeStates(INode masterNode)` Triggers a call to `IFolderNodeConverter.updateFolderNodeState(FolderNodeState, IFoldingView, INode, INode)` for all view nodes that `represent` the given `masterNode` in its collapsed state.

Method parameters in com.yworks.yfiles.graph with type arguments of type INode
Modifier and Type	Method and Description
`void`	IFoldingView.`addGroupCollapsedListener(IEventHandler<ItemEventArgs<INode>> groupCollapsedEvent)` Adds the given listener for the `GroupCollapsed` event that occurs whenever a group has been `IFoldingView.collapse(INode)`d.
`void`	IFoldingView.`addGroupExpandedListener(IEventHandler<ItemEventArgs<INode>> groupExpandedEvent)` Adds the given listener for the `GroupExpanded` event that occurs whenever a group has been `IFoldingView.expand(INode)`ed.
`default <V> void`	IMapperRegistry.`addMapper(Class<V> valueType, NodeDpKey<V> tag, IMapper<INode,V> mapper)` Adds a previously created mapper to this instance for the given tag.
`void`	GraphCopier.`addNodeCopiedListener(IEventHandler<ItemCopiedEventArgs<INode>> nodeCopiedEvent)` Adds the given listener for the `NodeCopied` event that occurs after a node has been copied.
`void`	IGraph.`addNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)` Adds the given listener for the `NodeCreated` event that occurs when a node has been created.
`void`	DefaultGraph.`addNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)`
`void`	AbstractGraphWrapper.`addNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)`
`void`	IGraph.`addNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)` Adds the given listener for the `NodeStyleChanged` event that occurs when a node style has been replaced.
`void`	DefaultGraph.`addNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)`
`void`	AbstractGraphWrapper.`addNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)`
`void`	IGraph.`addNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)` Adds the given listener for the `NodeTagChanged` event that occurs when the `tag` of a node has been replaced.
`void`	DefaultGraph.`addNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)`
`void`	AbstractGraphWrapper.`addNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)`
`default <V> IMapper<INode,V>`	IMapperRegistry.`createDelegateMapper(Class<V> valueType, NodeDpKey<V> tag, Function<INode,V> getter)` Creates a delegate-based read-only `IMapper` implementation with key type `INode` and `adds` it to the `registry` using the provided `tag`.
`IFoldingView`	FoldingManager.`createFoldingView(INode root, Predicate<INode> isExpanded)` Creates a separate view instance of the `MasterGraph` which is a synchronized copy of a subset of the items from the master graph.
`INode`	GroupingSupport.`getNearestCommonAncestor(Iterable<INode> nodes)` Determines the nearest common ancestor of the provided nodes in the graph.
`default void`	IGraph.`groupNodes(INode parent, Iterable<INode> children)` Groups the nodes in `children` into the provided group node.
`default INode`	IGraph.`groupNodes(Iterable<INode> children)` Groups the nodes in `children` into a newly created group node.
`protected void`	AbstractGraphWrapper.`onNodeCreated(ItemEventArgs<INode> args)` Raises the `NodeCreated` event.
`protected void`	AbstractGraphWrapper.`onNodeStyleChanged(ItemChangedEventArgs<INode,INodeStyle> args)` Raises the `NodeStyleChanged` event.
`protected void`	AbstractGraphWrapper.`onNodeTagChanged(ItemChangedEventArgs<INode,Object> args)` Raises the `NodeTagChanged` event.
`void`	IFoldingView.`removeGroupCollapsedListener(IEventHandler<ItemEventArgs<INode>> groupCollapsedEvent)` Removes the given listener for the `GroupCollapsed` event that occurs whenever a group has been `IFoldingView.collapse(INode)`d.
`void`	IFoldingView.`removeGroupExpandedListener(IEventHandler<ItemEventArgs<INode>> groupExpandedEvent)` Removes the given listener for the `GroupExpanded` event that occurs whenever a group has been `IFoldingView.expand(INode)`ed.
`void`	GraphCopier.`removeNodeCopiedListener(IEventHandler<ItemCopiedEventArgs<INode>> nodeCopiedEvent)` Removes the given listener for the `NodeCopied` event that occurs after a node has been copied.
`void`	IGraph.`removeNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)` Removes the given listener for the `NodeCreated` event that occurs when a node has been created.
`void`	DefaultGraph.`removeNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)`
`void`	AbstractGraphWrapper.`removeNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)`
`void`	IGraph.`removeNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)` Removes the given listener for the `NodeStyleChanged` event that occurs when a node style has been replaced.
`void`	DefaultGraph.`removeNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)`
`void`	AbstractGraphWrapper.`removeNodeStyleChangedListener(IEventHandler<ItemChangedEventArgs<INode,INodeStyle>> nodeStyleChangedEvent)`
`void`	IGraph.`removeNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)` Removes the given listener for the `NodeTagChanged` event that occurs when the `tag` of a node has been replaced.
`void`	DefaultGraph.`removeNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)`
`void`	AbstractGraphWrapper.`removeNodeTagChangedListener(IEventHandler<ItemChangedEventArgs<INode,Object>> nodeTagChangedEvent)`

Constructors in com.yworks.yfiles.graph with parameters of type INode
Constructor and Description
`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.
`NodeEventArgs(INode item, INode oldParent, boolean oldIsGroupNode)` Creates a new instance.
`NodeReshapeHandler(INode node)`
`NodeReshapeHandles(IReshapeHandler handler, HandlePositions handlePositions, INode item)`

Constructor parameters in com.yworks.yfiles.graph with type arguments of type INode
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 INode in com.yworks.yfiles.graph.styles

Methods in com.yworks.yfiles.graph.styles that return INode
Modifier and Type	Method and Description
`protected INode`	TemplateNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	TableNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	ShinyPlateNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	ShapeNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	PanelNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	MemoryImageNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	ImageNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	GeneralPathNodeStyleRenderer.`getNode()` Gets the currently configured node.
`protected INode`	CollapsibleNodeStyleDecoratorRenderer.`getNode()` Gets the currently configured node.
`protected INode`	BevelNodeStyleRenderer.`getNode()` Gets the currently configured node.

Methods in com.yworks.yfiles.graph.styles with parameters of type INode
Modifier and Type	Method and Description
`Node`	TemplateNodeStyle.`createControl(IRenderContext context, INode node)` Factory method that is called by the `TemplateNodeStyleRenderer` to create the control that will be used for the display of the node.
`protected abstract Node`	AbstractNodeStyle.`createVisual(IRenderContext context, INode node)` Callback that creates the visual.
`protected RectD`	AbstractNodeStyle.`getBounds(ICanvasContext context, INode node)` Gets the bounds of the visual for the node in the given context.
`IBoundsProvider`	VoidNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Yields the `IBoundsProvider.EMPTY` that will return empty bounds.
`IBoundsProvider`	TemplateNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Provides a `bounds calculation` implementation for the given style and node.
`IBoundsProvider`	TableNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)`
`IBoundsProvider`	ShinyPlateNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	ShapeNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	PanelNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `PanelNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	MemoryImageNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	ImageNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ImageNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	INodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Gets an implementation of the `IBoundsProvider` interface that can handle the provided node and its associated style.
`IBoundsProvider`	GeneralPathNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IBoundsProvider`	CollapsibleNodeStyleDecoratorRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IBoundsProvider`	BevelNodeStyleRenderer.`getBoundsProvider(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `BevelNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	VoidNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Yields the `ILookup.EMPTY` that will not yield anything.
`ILookup`	TemplateNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `TemplateNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	TableNodeStyleRenderer.`getContext(INode node, INodeStyle style)`
`ILookup`	ShinyPlateNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	ShapeNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ShapeNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	PanelNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `PanelNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	MemoryImageNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	ImageNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ImageNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	INodeStyleRenderer.`getContext(INode node, INodeStyle style)` Gets a temporary context instance that can be used to query additional information for the node's style.
`ILookup`	GeneralPathNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`ILookup`	CollapsibleNodeStyleDecoratorRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`ILookup`	BevelNodeStyleRenderer.`getContext(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `BevelNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	VoidNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Yields the `IHitTestable.NEVER` that will always report misses.
`IHitTestable`	TemplateNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Provides a `hit testing` implementation for the given style and node.
`IHitTestable`	TableNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)`
`IHitTestable`	ShinyPlateNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	ShapeNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	PanelNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `PanelNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	MemoryImageNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	ImageNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ImageNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	INodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Gets an implementation of the `IHitTestable` interface that can handle the provided node and its associated style.
`IHitTestable`	GeneralPathNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IHitTestable`	CollapsibleNodeStyleDecoratorRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IHitTestable`	BevelNodeStyleRenderer.`getHitTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `BevelNodeStyleRenderer.configure()` and returns `this`.
`protected PointD`	DefaultEdgePathCropper.`getIntersection(INode node, IShapeGeometry nodeShapeGeometry, IEdge edge, PointD inner, PointD outer)` Finds the intersection between a node and the edge.
`protected PointD`	AbstractNodeStyle.`getIntersection(INode node, PointD inner, PointD outer)` Gets the intersection of a line with the visual representation of the node.
`IMarqueeTestable`	VoidNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Yields the `IMarqueeTestable.NEVER` that will always report misses.
`IMarqueeTestable`	TemplateNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Provides a `marquee testing` implementation for the given style and node.
`IMarqueeTestable`	TableNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)`
`IMarqueeTestable`	ShinyPlateNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	ShapeNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	PanelNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `PanelNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	MemoryImageNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	ImageNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ImageNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	INodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Gets an implementation of the `IMarqueeTestable` interface that can handle the provided node and its associated style.
`IMarqueeTestable`	GeneralPathNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IMarqueeTestable`	CollapsibleNodeStyleDecoratorRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IMarqueeTestable`	BevelNodeStyleRenderer.`getMarqueeTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `BevelNodeStyleRenderer.configure()` and returns `this`.
`protected IShapeGeometry`	DefaultEdgePathCropper.`getNodeGeometry(INode node)` Returns the `geometry` that is used to crop the edge at the node outline.
`protected GeneralPath`	AbstractNodeStyle.`getOutline(INode node)` Gets the outline of the visual style.
`SizeD`	TemplateNodeStyleRenderer.`getPreferredSize(INode node, INodeStyle style)` Calculates the preferred size for the given node and style.
`SizeD`	TemplateNodeStyle.`getPreferredSize(IRenderContext context, INode node)` Convenience method that determines the preferred size of the node if this style was applied.
`SizeD`	TemplateNodeStyleRenderer.`getPreferredSize(IRenderContext context, INode node, INodeStyle style)` Calculates the preferred size for the given node and style in the provided context.
`IShapeGeometry`	VoidNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` This implementation always returns the `VoidShapeGeometry instance`.
`IShapeGeometry`	TemplateNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Provides the geometry for the visual representation.
`IShapeGeometry`	TableNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)`
`IShapeGeometry`	ShinyPlateNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	ShapeNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	PanelNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `PanelNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	MemoryImageNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	ImageNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `ImageNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	INodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Gets an implementation of the `IShapeGeometry` interface that can handle the provided node and its associated style.
`IShapeGeometry`	GeneralPathNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IShapeGeometry`	CollapsibleNodeStyleDecoratorRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IShapeGeometry`	BevelNodeStyleRenderer.`getShapeGeometry(INode node, INodeStyle style)` Configures the `Style` and `Node` properties, calls `BevelNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	VoidNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Yields the `IVisibilityTestable.NEVER` that will always claim invisibility.
`IVisibilityTestable`	TemplateNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `TemplateNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	TableNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)`
`IVisibilityTestable`	ShinyPlateNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	ShapeNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	PanelNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `PanelNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	MemoryImageNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	ImageNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `ImageNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	INodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Gets an implementation of the `IVisibilityTestable` interface that can handle the provided node and its associated style.
`IVisibilityTestable`	GeneralPathNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IVisibilityTestable`	CollapsibleNodeStyleDecoratorRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IVisibilityTestable`	BevelNodeStyleRenderer.`getVisibilityTestable(INode node, INodeStyle style)` Configures the `style` and `node` parameters, does not call `BevelNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	VoidNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Yields the `VoidVisualCreator.INSTANCE` that will do nothing.
`IVisualCreator`	TemplateNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `TemplateNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	TableNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)`
`IVisualCreator`	ShinyPlateNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShinyPlateNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	ShapeNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ShapeNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	PanelNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `PanelNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	MemoryImageNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `MemoryImageNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	ImageNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `ImageNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	INodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Gets an implementation of the `IVisualCreator` interface that can handle the provided node and its associated style.
`IVisualCreator`	GeneralPathNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `GeneralPathNodeStyleRenderer.configure()` and returns `this`.
`IVisualCreator`	CollapsibleNodeStyleDecoratorRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `CollapsibleNodeStyleDecoratorRenderer.configure()` and returns `this`.
`IVisualCreator`	BevelNodeStyleRenderer.`getVisualCreator(INode node, INodeStyle style)` Configures the `style` and `node` parameters, calls `BevelNodeStyleRenderer.configure()` and returns `this`.
`protected void`	NodeTemplate.`initializeFrom(IRenderContext ctx, INode node, TemplateNodeStyle style)` Initializes all properties with the given `INode` and style information.
`void`	NodeTemplate.`initializeFromInternal(IRenderContext ctx, INode item, INodeStyle style)` Initializes this node template with the given `INode` and style information.
`protected boolean`	CollapsibleNodeStyleDecoratorRenderer.`isExpanded(IRenderContext context, INode node)` Returns the folding state of the group node.
`protected boolean`	AbstractNodeStyle.`isHit(IInputModeContext context, PointD location, INode node)` Determines whether the visual representation of the node has been hit at the given location.
`protected boolean`	AbstractNodeStyle.`isInBox(IInputModeContext context, RectD rectangle, INode node)` Determines whether the visualization for the specified node is included in the marquee selection.
`protected boolean`	AbstractNodeStyle.`isInside(INode node, PointD location)` Determines whether the provided point is geometrically inside the visual bounds of the node.
`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`	AbstractNodeStyle.`isVisible(ICanvasContext context, RectD rectangle, INode node)` Determines whether the visualization for the specified node is visible in the context.
`protected Object`	AbstractNodeStyle.`lookup(INode node, Class type)` Performs the `ILookup.lookup(Class)` operation for the `INodeStyleRenderer.getContext(INode, INodeStyle)` that has been queried from the `Renderer`.
`protected void`	TemplateNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	TableNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	ShinyPlateNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	ShapeNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	PanelNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	MemoryImageNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	ImageNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	GeneralPathNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	CollapsibleNodeStyleDecoratorRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	BevelNodeStyleRenderer.`setNode(INode value)` Sets the currently configured node.
`protected void`	NodeTemplate.`updateContent(TemplateNodeStyle style, INode node)` Updates the content object the user has specified.
`protected void`	NodeTemplate.`updateFor(IRenderContext ctx, INode node, TemplateNodeStyle style)` Updates all properties with the given `INode` and style information.
`void`	NodeTemplate.`updateForInternal(IRenderContext ctx, INode item, INodeStyle style)` Updates this node template with the given `INode` and style information.
`protected Node`	AbstractNodeStyle.`updateVisual(IRenderContext context, Node oldVisual, INode node)` Callback that updates the visual previously created by `AbstractNodeStyle.createVisual(IRenderContext, INode)`.

Uses of INode in com.yworks.yfiles.graphml

Methods in com.yworks.yfiles.graphml that return INode
Modifier and Type	Method and Description
`INode`	IGraphElementFactory.`createNode(IParseContext context)` Creates a node for the given context.
`INode`	IGraphElementResolver.`resolveNode(IParseContext context, String id)` Resolve the GraphML `id` to an `INode` instance.
`INode`	GraphElementIdAcceptor.`resolveNode(IParseContext context, String id)`

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

Methods in com.yworks.yfiles.graphml with parameters of type INode
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.
`String`	IGraphElementIdProvider.`getNodeId(IWriteContext context, INode node)` Get an ID for the specified `node` object.
`void`	IGraphElementIdAcceptor.`storeId(IParseContext context, INode node, String id)` Store the value of the id attribute for the given node.
`void`	GraphElementIdAcceptor.`storeId(IParseContext context, INode node, String id)`

Uses of INode in com.yworks.yfiles.layout

Fields in com.yworks.yfiles.layout with type parameters of type INode
Modifier and Type	Field and Description
`static NodeDpKey<INode>`	LayoutGraphAdapter.`ORIGINAL_NODE_DPKEY` A data provider key that can be used to look up the original `INode` of a `Node`.

Methods in com.yworks.yfiles.layout that return INode
Modifier and Type	Method and Description
`INode`	YGraphAdapter.`getOriginalNode(Node node)` Yields the original node from the `original IGraph` that the given node has been created for.

Methods in com.yworks.yfiles.layout that return types with arguments of type INode
Modifier and Type	Method and Description
`<T> IMapper<INode,T>`	YGraphAdapter.`createMapper(INodeMap nodeMap)` Creates an `IMapper` that delegates to the provided `INodeMap` when queried for items in the `IGraph`.
`IListEnumerable<INode>`	YGraphAdapter.`createNodeEnumerable(NodeList nodes)` Creates an `enumerable of nodes` that maps the nodes from the `NodeList` to their `original` ones.
`ItemCollection<INode>`	ComponentLayoutData.`getAffectedComponents()` Gets a collection of nodes that determine the components that shall be laid out.
`ContextItemMapping<INode,PartitionCellId,PartitionGrid>`	PartitionGridData.`getCellIds()` Gets the mapping from nodes to `PartitionCellId` using the partition grid as context.
`ItemMapping<INode,Integer>`	PartitionGridData.`getColumnIndices()` Gets the mapping from nodes to the index of their columns.
`ItemMapping<INode,Comparable>`	ComponentLayoutData.`getComponentIds()` Gets the mapping from nodes to their component comparable that is used to sort the components.
`ItemCollection<INode>`	FixGroupLayoutData.`getFixedGroupNodes()` Gets the collection of group nodes whose contents should keep their relative positions.
`SingleItemCollection<INode>`	FixNodeLayoutData.`getFixedNode()` Gets the collection of nodes which should be considered fixed.
`ItemMapping<INode,ILayoutAlgorithm>`	RecursiveGroupLayoutData.`getGroupNodeLayouts()` Gets the mapping from group nodes to the `ILayoutAlgorithm` used for their child nodes.
`ItemMapping<INode,NodeHalo>`	RecursiveGroupLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,NodeHalo>`	ComponentLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,PortCandidateSet>`	RecursiveGroupLayoutData.`getNodePortCandidateSets()` Gets a mapping from nodes to their `PortCandidateSet`.
`ItemMapping<INode,Integer>`	PartitionGridData.`getRowIndices()` Gets the mapping from nodes to the index of their rows.

Methods in com.yworks.yfiles.layout with parameters of type INode
Modifier and Type	Method and Description
`protected INodeLayout`	LayoutGraphAdapter.`createNodeLayout(INode node)` Factory method that creates a `INodeLayout` implementation that wraps the given `INode`.
`Node`	YGraphAdapter.`getCopiedNode(INode node)` Yields the node that has been created as a copy in `YGraph` to represent the given node.

Method parameters in com.yworks.yfiles.layout with type arguments of type INode
Modifier and Type	Method and Description
`NodeList`	YGraphAdapter.`createNodeList(Iterable<INode> nodes)` Creates a `NodeList` that maps the nodes from the `Iterable` to their `copied` ones.
`<V> INodeMap`	YGraphAdapter.`createNodeMap(Function<INode,V> getter)` Creates an `INodeMap` that delegates to the provided delegate when queried for `Node`s in the `YGraph`.
`<V> INodeMap`	YGraphAdapter.`createNodeMap(IMapper<INode,V> mapper)` Creates an `INodeMap` that delegates to the provided `IMapper` when queried for `Node`s in the `YGraph`.
`void`	ComponentLayoutData.`setAffectedComponents(ItemCollection<INode> value)` Sets a collection of nodes that determine the components that shall be laid out.
`void`	PartitionGridData.`setCellIds(ContextItemMapping<INode,PartitionCellId,PartitionGrid> value)` Sets the mapping from nodes to `PartitionCellId` using the partition grid as context.
`void`	PartitionGridData.`setColumnIndices(ItemMapping<INode,Integer> value)` Sets the mapping from nodes to the index of their columns.
`void`	ComponentLayoutData.`setComponentIds(ItemMapping<INode,Comparable> value)` Sets the mapping from nodes to their component comparable that is used to sort the components.
`void`	FixGroupLayoutData.`setFixedGroupNodes(ItemCollection<INode> value)` Sets the collection of group nodes whose contents should keep their relative positions.
`void`	FixNodeLayoutData.`setFixedNode(SingleItemCollection<INode> value)` Sets the collection of nodes which should be considered fixed.
`void`	RecursiveGroupLayoutData.`setGroupNodeLayouts(ItemMapping<INode,ILayoutAlgorithm> value)` Sets the mapping from group nodes to the `ILayoutAlgorithm` used for their child nodes.
`void`	RecursiveGroupLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	ComponentLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	RecursiveGroupLayoutData.`setNodePortCandidateSets(ItemMapping<INode,PortCandidateSet> value)` Sets a mapping from nodes to their `PortCandidateSet`.
`void`	PartitionGridData.`setRowIndices(ItemMapping<INode,Integer> value)` Sets the mapping from nodes to the index of their rows.

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

Methods in com.yworks.yfiles.layout.circular that return types with arguments of type INode
Modifier and Type	Method and Description
`IMapper<INode,Integer>`	CircularLayoutData.`getCircleIds()` Gets the mapper from nodes to their circle id.
`ItemMapping<INode,Object>`	CircularLayoutData.`getCustomGroups()` Gets the mapping from nodes to their custom group object.
`ItemMapping<INode,NodeHalo>`	CircularLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.

Method parameters in com.yworks.yfiles.layout.circular with type arguments of type INode
Modifier and Type	Method and Description
`void`	CircularLayoutData.`setCircleIds(IMapper<INode,Integer> value)` Sets the mapper from nodes to their circle id.
`void`	CircularLayoutData.`setCustomGroups(ItemMapping<INode,Object> value)` Sets the mapping from nodes to their custom group object.
`void`	CircularLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.

Uses of INode in com.yworks.yfiles.layout.genealogy

Methods in com.yworks.yfiles.layout.genealogy that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,FamilyType>`	FamilyTreeLayoutData.`getFamilyTypes()` Gets the mapping from nodes to their family type.

Method parameters in com.yworks.yfiles.layout.genealogy with type arguments of type INode
Modifier and Type	Method and Description
`void`	FamilyTreeLayoutData.`setFamilyTypes(ItemMapping<INode,FamilyType> value)` Sets the mapping from nodes to their family type.

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

Methods in com.yworks.yfiles.layout.hierarchic that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,YRectangle>`	HierarchicLayoutData.`getAlternativeGroupBounds()` Gets a mapping from group/folder nodes to alternative bounds for these nodes.
`ItemCollection<INode>`	HierarchicLayoutData.`getBfsLayererCoreNodes()` Gets the collection of core nodes used by the `BFSLayerer`.
`ItemCollection<INode>`	HierarchicLayoutData.`getFolderNodes()` Gets the collection of folder nodes used for recursive edge styles in incremental mode.
`ItemMapping<INode,Integer>`	HierarchicLayoutData.`getGivenLayersLayererIds()` Gets the mapping from nodes to their layer index when using the `GivenLayersLayerer`.
`ItemCollection<INode>`	IncrementalHintItemMapping.`getIncrementalLayeringNodes()` Gets an item collection of nodes that are mapped to `incremental layering hints`.
`IMapper<INode,Integer>`	HierarchicLayoutData.`getLayerIndices()` Gets a mapper from nodes to the index of their layer.
`ItemMapping<INode,Double>`	SelfLoopCalculatorData.`getMinimumNodeDistances()` Gets the mapping from nodes to their minimum distance to selfloop edges.
`ItemMapping<INode,NodeHalo>`	HierarchicLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,NodeLayoutDescriptor>`	HierarchicLayoutData.`getNodeLayoutDescriptors()` Gets the mapping of nodes to their `NodeLayoutDescriptor`.
`ItemMapping<INode,PortCandidateSet>`	HierarchicLayoutData.`getNodePortCandidateSets()` Gets a mapping from nodes to their `PortCandidateSet`.
`IMapper<INode,Integer>`	HierarchicLayoutData.`getSequenceIndices()` Gets a mapper from nodes to the sequence index in their layer.

Method parameters in com.yworks.yfiles.layout.hierarchic with type arguments of type INode
Modifier and Type	Method and Description
`void`	HierarchicLayoutData.`setAlternativeGroupBounds(ItemMapping<INode,YRectangle> value)` Sets a mapping from group/folder nodes to alternative bounds for these nodes.
`void`	HierarchicLayoutData.`setBfsLayererCoreNodes(ItemCollection<INode> value)` Sets the collection of core nodes used by the `BFSLayerer`.
`void`	HierarchicLayoutData.`setFolderNodes(ItemCollection<INode> value)` Sets the collection of folder nodes used for recursive edge styles in incremental mode.
`void`	HierarchicLayoutData.`setGivenLayersLayererIds(ItemMapping<INode,Integer> value)` Sets the mapping from nodes to their layer index when using the `GivenLayersLayerer`.
`void`	IncrementalHintItemMapping.`setIncrementalLayeringNodes(ItemCollection<INode> value)` Sets an item collection of nodes that are mapped to `incremental layering hints`.
`void`	HierarchicLayoutData.`setLayerIndices(IMapper<INode,Integer> value)` Sets a mapper from nodes to the index of their layer.
`void`	SelfLoopCalculatorData.`setMinimumNodeDistances(ItemMapping<INode,Double> value)` Sets the mapping from nodes to their minimum distance to selfloop edges.
`void`	HierarchicLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	HierarchicLayoutData.`setNodeLayoutDescriptors(ItemMapping<INode,NodeLayoutDescriptor> value)` Sets the mapping of nodes to their `NodeLayoutDescriptor`.
`void`	HierarchicLayoutData.`setNodePortCandidateSets(ItemMapping<INode,PortCandidateSet> value)` Sets a mapping from nodes to their `PortCandidateSet`.
`void`	HierarchicLayoutData.`setSequenceIndices(IMapper<INode,Integer> value)` Sets a mapper from nodes to the sequence index in their layer.

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

Methods in com.yworks.yfiles.layout.labeling that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,NodeHalo>`	LabelingData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.

Method parameters in com.yworks.yfiles.layout.labeling with type arguments of type INode
Modifier and Type	Method and Description
`void`	LabelingData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.

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

Methods in com.yworks.yfiles.layout.multipage that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,Object>`	MultiPageLayoutData.`getNodeClusterIds()` Gets the mapping from nodes to their cluster id.
`ItemMapping<INode,Object>`	MultiPageLayoutData.`getNodeIds()` Gets the mapping from nodes to their unique IDs.

Method parameters in com.yworks.yfiles.layout.multipage with type arguments of type INode
Modifier and Type	Method and Description
`void`	MultiPageLayoutData.`setNodeClusterIds(ItemMapping<INode,Object> value)` Sets the mapping from nodes to their cluster id.
`void`	MultiPageLayoutData.`setNodeIds(ItemMapping<INode,Object> value)` Sets the mapping from nodes to their unique IDs.

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

Methods in com.yworks.yfiles.layout.organic that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemCollection<INode>`	OrganicLayoutData.`getAffectedNodes()` Gets the collection of nodes that is laid out by the layout.
`ItemMapping<INode,GroupNodeMode>`	OrganicLayoutData.`getGroupNodeModes()` Gets the mapping from group nodes to a mode constant describing how to handle the group node.
`ItemMapping<INode,Double>`	OrganicLayoutData.`getMinimumNodeDistances()` Gets the mapping from nodes to their minimum distance to other nodes.
`ItemMapping<INode,NodeHalo>`	OrganicLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.

Method parameters in com.yworks.yfiles.layout.organic with type arguments of type INode
Modifier and Type	Method and Description
`void`	OrganicLayoutData.`setAffectedNodes(ItemCollection<INode> value)` Sets the collection of nodes that is laid out by the layout.
`void`	OrganicLayoutData.`setGroupNodeModes(ItemMapping<INode,GroupNodeMode> value)` Sets the mapping from group nodes to a mode constant describing how to handle the group node.
`void`	OrganicLayoutData.`setMinimumNodeDistances(ItemMapping<INode,Double> value)` Sets the mapping from nodes to their minimum distance to other nodes.
`void`	OrganicLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.

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

Methods in com.yworks.yfiles.layout.orthogonal that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,NodeHalo>`	OrthogonalLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.

Method parameters in com.yworks.yfiles.layout.orthogonal with type arguments of type INode
Modifier and Type	Method and Description
`void`	OrthogonalLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.

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

Methods in com.yworks.yfiles.layout.partial that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemCollection<INode>`	PartialLayoutData.`getAffectedNodes()` Gets the collection of nodes placed by the layout.
`ItemMapping<INode,Object>`	PartialLayoutData.`getComponentIds()` Gets the mapping from partial nodes to an object defining their component assignment.
`ItemMapping<INode,NodeHalo>`	PartialLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.

Method parameters in com.yworks.yfiles.layout.partial with type arguments of type INode
Modifier and Type	Method and Description
`void`	PartialLayoutData.`setAffectedNodes(ItemCollection<INode> value)` Sets the collection of nodes placed by the layout.
`void`	PartialLayoutData.`setComponentIds(ItemMapping<INode,Object> value)` Sets the mapping from partial nodes to an object defining their component assignment.
`void`	PartialLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.

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

Methods in com.yworks.yfiles.layout.radial that return types with arguments of type INode
Modifier and Type	Method and Description
`DpKeyItemCollection<INode>`	RadialLayoutData.`getCenterNodes()` Gets the collection of nodes that shall be placed in the center with `center node policy` set to `CenterNodesPolicy.CUSTOM` .
`ItemMapping<INode,NodeHalo>`	RadialLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`IMapper<INode,RadialLayout.NodeInfo>`	RadialLayoutData.`getNodeInfos()` Gets the mapping from nodes to a `RadialLayout.NodeInfo` describing on which circle and in which sector the node is placed.

Method parameters in com.yworks.yfiles.layout.radial with type arguments of type INode
Modifier and Type	Method and Description
`void`	RadialLayoutData.`setCenterNodes(DpKeyItemCollection<INode> value)` Sets the collection of nodes that shall be placed in the center with `center node policy` set to `CenterNodesPolicy.CUSTOM` .
`void`	RadialLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	RadialLayoutData.`setNodeInfos(IMapper<INode,RadialLayout.NodeInfo> value)` Sets the mapping from nodes to a `RadialLayout.NodeInfo` describing on which circle and in which sector the node is placed.

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

Methods in com.yworks.yfiles.layout.router that return types with arguments of type INode
Modifier and Type	Method and Description
`DpKeyItemCollection<INode>`	StraightLineEdgeRouterData.`getAffectedNodes()` Gets the collection of affected nodes.
`ItemMapping<INode,PortCandidateSet>`	OrthogonalPatternEdgeRouterData.`getNodePortCandidateSets()` Gets a mapping from nodes to their `PortCandidateSet`.
`ItemMapping<INode,PortCandidateSet>`	BusRouterData.`getNodePortCandidateSets()` Gets a mapping from nodes to their `PortCandidateSet`.

Method parameters in com.yworks.yfiles.layout.router with type arguments of type INode
Modifier and Type	Method and Description
`void`	StraightLineEdgeRouterData.`setAffectedNodes(DpKeyItemCollection<INode> value)` Sets the collection of affected nodes.
`void`	OrthogonalPatternEdgeRouterData.`setNodePortCandidateSets(ItemMapping<INode,PortCandidateSet> value)` Sets a mapping from nodes to their `PortCandidateSet`.
`void`	BusRouterData.`setNodePortCandidateSets(ItemMapping<INode,PortCandidateSet> value)` Sets a mapping from nodes to their `PortCandidateSet`.

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

Methods in com.yworks.yfiles.layout.router.polyline that return types with arguments of type INode
Modifier and Type	Method and Description
`DpKeyItemCollection<INode>`	PolylineEdgeRouterData.`getAffectedNodes()` Gets the collection of affected nodes.
`ItemMapping<INode,NodeHalo>`	PolylineEdgeRouterData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,PortCandidateSet>`	PolylineEdgeRouterData.`getNodePortCandidateSets()` Gets a mapping from nodes to their `PortCandidateSet`.

Method parameters in com.yworks.yfiles.layout.router.polyline with type arguments of type INode
Modifier and Type	Method and Description
`void`	PolylineEdgeRouterData.`setAffectedNodes(DpKeyItemCollection<INode> value)` Sets the collection of affected nodes.
`void`	PolylineEdgeRouterData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	PolylineEdgeRouterData.`setNodePortCandidateSets(ItemMapping<INode,PortCandidateSet> value)` Sets a mapping from nodes to their `PortCandidateSet`.

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

Methods in com.yworks.yfiles.layout.seriesparallel that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemMapping<INode,Comparator<IEdge>>`	SeriesParallelLayoutData.`getOutEdgeComparators()` Gets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`ItemMapping<INode,IPortAssignment>`	SeriesParallelLayoutData.`getPortAssignments()` Gets the mapping from nodes to their `IPortAssignment`.

Method parameters in com.yworks.yfiles.layout.seriesparallel with type arguments of type INode
Modifier and Type	Method and Description
`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.`setPortAssignments(ItemMapping<INode,IPortAssignment> value)` Sets the mapping from nodes to their `IPortAssignment`.

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

Methods in com.yworks.yfiles.layout.tree that return types with arguments of type INode
Modifier and Type	Method and Description
`ItemCollection<INode>`	TreeLayoutData.`getAssistantNodes()` Gets the collection of nodes the `AssistantNodePlacer` considers as assistants.
`ItemCollection<INode>`	TreeLayoutData.`getDelegatingNodePlacersPrimaryNodes()` Gets the collection of nodes the `DelegatingNodePlacer` places with its `PrimaryPlacer`.
`ItemMapping<INode,Integer>`	TreeLayoutData.`getGridNodePlacerRowIndices()` Gets the mapping from nodes to the index of the row the `GridNodePlacer` shall place the node in.
`ItemCollection<INode>`	BalloonLayoutData.`getInterleavedNodes()` Gets the collection of nodes that should be arranged in an interleaved fashion.
`ItemMapping<INode,Boolean>`	TreeLayoutData.`getLeftRightPlacersLeftNodes()` Gets a mapping from nodes to a boolean value that specifies whether a node should be placed left of the bus (`true`) or right of the bus (`false`).
`ItemMapping<INode,NodeHalo>`	TreeLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,NodeHalo>`	BalloonLayoutData.`getNodeHalos()` Gets the mapping from nodes to their `NodeHalo`.
`ItemMapping<INode,INodePlacer>`	TreeLayoutData.`getNodePlacers()` Gets the mapping from nodes to their `INodePlacer`.
`ItemMapping<INode,Comparator<IEdge>>`	TreeLayoutData.`getOutEdgeComparators()` Gets the mapping from nodes to comparison functions used to sort the nodes' outgoing edges.
`ItemMapping<INode,IPortAssignment>`	TreeLayoutData.`getPortAssignments()` Gets the mapping from nodes to their `IPortAssignment`.
`ItemMapping<INode,RootPlacement>`	AspectRatioTreeLayoutData.`getRootPlacements()` Gets the mapping from nodes with sub trees to their placements.
`ItemMapping<INode,Double>`	AspectRatioTreeLayoutData.`getSubtreeAspectRatios()` Gets the mapping from nodes to the aspect ratio of their sub tree.
`ItemMapping<INode,SubtreeArrangement>`	AspectRatioTreeLayoutData.`getSubtreeRoutingPolicies()` Gets the mapping from nodes to the routing policies of their sub trees.
`ItemMapping<INode,Boolean>`	TreeLayoutData.`getTreeRoot()` Gets the mapping for marking the node that will be used as root node of the tree.
`ItemMapping<INode,Boolean>`	BalloonLayoutData.`getTreeRoot()` Gets the mapping for marking the node that will be used as root node of the tree.

Method parameters in com.yworks.yfiles.layout.tree with type arguments of type INode
Modifier and Type	Method and Description
`void`	TreeLayoutData.`setAssistantNodes(ItemCollection<INode> value)` Sets the collection of nodes the `AssistantNodePlacer` considers as assistants.
`void`	TreeLayoutData.`setDelegatingNodePlacersPrimaryNodes(ItemCollection<INode> value)` Sets the collection of nodes the `DelegatingNodePlacer` places with its `PrimaryPlacer`.
`void`	TreeLayoutData.`setGridNodePlacerRowIndices(ItemMapping<INode,Integer> value)` Sets the mapping from nodes to the index of the row the `GridNodePlacer` shall place the node in.
`void`	BalloonLayoutData.`setInterleavedNodes(ItemCollection<INode> value)` Sets the collection of nodes that should be arranged in an interleaved fashion.
`void`	TreeLayoutData.`setLeftRightPlacersLeftNodes(ItemMapping<INode,Boolean> value)` Sets a mapping from nodes to a boolean value that specifies whether a node should be placed left of the bus (`true`) or right of the bus (`false`).
`void`	TreeLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	BalloonLayoutData.`setNodeHalos(ItemMapping<INode,NodeHalo> value)` Sets the mapping from nodes to their `NodeHalo`.
`void`	TreeLayoutData.`setNodePlacers(ItemMapping<INode,INodePlacer> value)` Sets the mapping from nodes to their `INodePlacer`.
`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.`setPortAssignments(ItemMapping<INode,IPortAssignment> value)` Sets the mapping from nodes to their `IPortAssignment`.
`void`	AspectRatioTreeLayoutData.`setRootPlacements(ItemMapping<INode,RootPlacement> value)` Sets the mapping from nodes with sub trees to their placements.
`void`	AspectRatioTreeLayoutData.`setSubtreeAspectRatios(ItemMapping<INode,Double> value)` Sets the mapping from nodes to the aspect ratio of their sub tree.
`void`	AspectRatioTreeLayoutData.`setSubtreeRoutingPolicies(ItemMapping<INode,SubtreeArrangement> value)` Sets the mapping from nodes to the routing policies of their sub trees.
`void`	TreeLayoutData.`setTreeRoot(ItemMapping<INode,Boolean> value)` Sets the mapping for marking the node that will be used as root node of the tree.
`void`	BalloonLayoutData.`setTreeRoot(ItemMapping<INode,Boolean> value)` Sets the mapping for marking the node that will be used as root node of the tree.

Uses of INode in com.yworks.yfiles.view

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

Methods in com.yworks.yfiles.view with parameters of type INode
Modifier and Type	Method and Description
`static IAnimation`	IAnimation.`createNodeAnimation(IGraph graph, INode node, IRectangle targetLayout, Duration preferredDuration)` Creates a new `IAnimation` that animates the given `node` from its current layout to the new given `targetLayout`.
`protected ICanvasObjectGroup`	GraphModelManager.`getCanvasObjectGroup(INode node)` Retrieves the Canvas Object group to use for the given node.
`protected INodeStyle`	OverviewGraphVisualCreator.`getGroupNodeStyle(INode node)` Callback that returns and/or configures a group node style for the given node to render.
`protected IVisualCreator`	OverviewGraphVisualCreator.`getGroupNodeVisualCreator(IRenderContext context, INode node)` Obtains the `IVisualCreator` for the given group node.
`protected INodeStyle`	OverviewGraphVisualCreator.`getNodeStyle(INode node)` Callback that returns and/or configures a node style for the given node to render.
`protected IVisualCreator`	OverviewGraphVisualCreator.`getNodeVisualCreator(IRenderContext context, INode node)` Obtains the `IVisualCreator` for the given node.

Method parameters in com.yworks.yfiles.view with type arguments of type INode
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 INode in com.yworks.yfiles.view.input

Methods in com.yworks.yfiles.view.input that return INode
Modifier and Type	Method and Description
`protected INode`	NodeDropInputMode.`createNode(IInputModeContext context, IGraph graph, INode node, IModelItem dropTarget, RectD layout)` Creates the node in the graph after it's been dropped.
`INode`	INodeCreationCallback.`createNode(IInputModeContext context, IGraph graph, PointD location, INode parent)` A callback that is used by `GraphEditorInputMode` for the creation of nodes.
`INode`	GraphEditorInputMode.`createNode(PointD location)` Creates a node given a certain click point.
`INode`	NodePairBasedSnapLine.`getFirstNode()` Gets the first node that is associated with this snap line.
`INode`	NodeBasedSnapLine.`getNode()` Gets the node that is associated with this snap line.
`INode`	NodePairBasedSnapLine.`getSecondNode()` Gets the second node that is associated with this snap line.
`INode`	TableReshapeHandler.`getTableNode()` The node this handler is used for.
`INode`	StripeSubregion.`getTargetTableNode()` Gets the node the region is associated to.
`INode`	GraphEditorInputMode.`groupSelection()` Creates a new group for all of the currently selected elements.

Methods in com.yworks.yfiles.view.input that return types with arguments of type INode
Modifier and Type	Method and Description
`protected Collection<INode>`	GraphSnapContext.`getFixedNodes()` Gets the nodes that stay fixed for the current edit.
`Predicate<INode>`	NodeDropInputMode.`getIsGroupNodePredicate()` Gets the callback for testing whether a `dragged node` should be created as a `group node`.
`Predicate<INode>`	NodeDropInputMode.`getIsValidParentPredicate()` Gets the callback for testing whether an existing node in the graph can be used as a valid parent node in the context of grouping.
`IGridConstraintProvider<INode>`	GraphSnapContext.`getNodeGridConstraintProvider()` Gets the grid constraint provider for the `INode`s.

Methods in com.yworks.yfiles.view.input with parameters of type INode
Modifier and Type	Method and Description
`protected void`	NodeSnapLineProvider.`addCenterSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, INode node, RectD layout)` Callback method that is called by `NodeSnapLineProvider.addSnapLines(GraphSnapContext, CollectGraphSnapLinesEventArgs, IModelItem)` the collect snap lines for the centers of the node.
`protected void`	NodeSnapLineProvider.`addFixedNodeBorderSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, INode node, RectD layout)` Callback method that adds the fixed snap lines around the border of the nodes' `layout`.
`protected void`	NodeReshapeSnapResultProvider.`addGridLineSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, SnapLineSnapTypes snapLineType, IPoint snapLineLocation, double delta, PointD snappedLocation, double from, double to, PointD snapLinePoint)` Adds a snap result for a location that snaps to a grid line.
`protected void`	NodeReshapeSnapResultProvider.`addGridSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, IGridConstraintProvider<INode> provider, PointD gridSnappedPoint, PointD snappedLocation)` Adds a snap result for a location that snaps to the grid.
`protected void`	NodeSnapResultProvider.`addGridSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, PointD location, INode node)` Calculates a `SnapResult` and `adds it` to the argument.
`protected void`	NodeSnapResultProvider.`addGridSnapResultCore(GraphSnapContext context, CollectSnapResultsEventArgs args, PointD location, INode node, GridSnapTypes gridSnapType, SnapPolicy xSnapPolicy, SnapPolicy ySnapPolicy)` Calculates a `SnapResult` and `adds it` to the argument.
`protected void`	NodeSnapLineProvider.`addNodeToNodeSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, INode node, RectD layout)` Callback method that adds the fixed snap lines around the node for other nodes to snap to using the `NodeToNodeDistance`.
`protected void`	NodeSnapLineProvider.`addNodeToSegmentSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, INode node, RectD layout)` Callback method that adds the fixed snap lines around the node for edge segments to snap to.
`protected void`	NodeSnapLineProvider.`addPortSnapLines(GraphSnapContext context, CollectGraphSnapLinesEventArgs args, INode node, RectD layout)` Callback method that is called by `NodeSnapLineProvider.addSnapLines(GraphSnapContext, CollectGraphSnapLinesEventArgs, IModelItem)` the collect snap lines to snap ports to at the provided node.
`protected void`	NodeReshapeSnapResultProvider.`addSameSizeSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, SnapLineOrientation orientation, Iterable<RectD> rectangles, double finalSize, double snapDelta)` Adds a snap result for "same size" to the collect event argument.
`protected void`	NodeReshapeSnapResultProvider.`addSnaplineSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, OrthogonalSnapLine snapLine, double delta, PointD snapPoint)` Adds a snap result for a location that snaps the node's bounds to a snap line.
`protected void`	NavigationInputMode.`adjustGroupNodeLocation(boolean collapse, INode groupNode)` Adjust the group node location according to the value of `AutoGroupNodeAlignmentPolicy`.
`void`	GraphEditorInputMode.`adjustToSizeConstraints(INode node)` Adjusts the node's `Layout` to adhere to possible `size constraints`.
`void`	NavigationInputMode.`collapseGroup(INode groupNode)` `Collapses` the given group node to hide the contents of the group node from this `IFoldingView`.
`protected void`	NodeReshapeSnapResultProvider.`collectGridSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, ReshapeRectangleContext reshapeContext, RectD suggestedLayout)` Collects the snap results for the grid.
`protected void`	NodeSnapResultProvider.`collectGridSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, RectD suggestedLayout, INode node)` Collects snap results that snap the node to a grid and `adds them` to the argument.
`protected void`	NodeReshapeSnapResultProvider.`collectSameSizeSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, ReshapeRectangleContext reshapeContext, RectD suggestedLayout)` Collects the snap results that make the node the same size as other elements.
`protected void`	NodeReshapeSnapResultProvider.`collectSnapLineResults(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, ReshapeRectangleContext reshapeContext, RectD suggestedLayout)` Collects the snap results that makes the node's bounds snap to the `fixed node snap lines`.
`protected void`	NodeSnapResultProvider.`collectSnapLineSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, RectD suggestedLayout, INode node)` Collects the results for the given layout for all snap lines in question.
`protected void`	NodeSnapResultProvider.`collectSnapResults(CollectSnapResultsEventArgs args, OrthogonalSnapLine snapLine, RectD suggestedLayout, INode node)` Verifies whether the node will snap to the given snap line.
`void`	NodeReshapeSnapResultProvider.`collectSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, ReshapeRectangleContext reshapeContext)` Called when a node is `dragged` to add `SnapResult`s for `OrthogonalSnapLine`s or sizes to which this node can potentially snap during resizing.
`void`	INodeReshapeSnapResultProvider.`collectSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, ReshapeRectangleContext reshapeContext)` Called when a node's handle is `dragged` to add `SnapResult`s for `OrthogonalSnapLine`s or sizes to which this node can potentially snap during resizing.
`void`	NodeSnapResultProvider.`collectSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, RectD suggestedLayout, INode node)`
`void`	INodeSnapResultProvider.`collectSnapResults(GraphSnapContext context, CollectSnapResultsEventArgs args, RectD suggestedLayout, INode node)` Called when a node is `dragged` to add `SnapResult`s for `OrthogonalSnapLine`s to which this node can potentially snap.
`protected OrthogonalSnapLine`	NodeSnapLineProvider.`createCenterSnapLine(GraphSnapContext context, INode node, SnapLineOrientation orientation, PointD location)` Convenience method that creates a snap line for the center of nodes.
`protected INode`	NodeDropInputMode.`createNode(IInputModeContext context, IGraph graph, INode node, IModelItem dropTarget, RectD layout)` Creates the node in the graph after it's been dropped.
`INode`	INodeCreationCallback.`createNode(IInputModeContext context, IGraph graph, PointD location, INode parent)` A callback that is used by `GraphEditorInputMode` for the creation of nodes.
`void`	NavigationInputMode.`enterGroup(INode node)` This method allows for entering a group node so that the currently displayed `IFoldingView`'s `LocalRoot` will be reset to the provided node.
`IEnumerable<StripeSubregion>`	StripeHitTester.`enumerateHits(IInputModeContext context, PointD location, INode node)` Return a collection of hits at `location`.
`void`	NavigationInputMode.`expandGroup(INode groupNode)` `Expands` the given group node to show the contents of the collapsed group node in this `IFoldingView`.
`static AbstractPortCandidateProvider`	IPortCandidateProvider.`fromNodeCenter(INode node)` Creates a trivial implementation of an `IPortCandidateProvider` that always returns exactly one candidate that is centered at the node's `Layout`.
`InsetsD`	INodeInsetsProvider.`getInsets(INode node)` Returns the insets for the given `node`.
`SizeD`	NodeSizeConstraintProvider.`getMaximumSize(INode node)`
`SizeD`	INodeSizeConstraintProvider.`getMaximumSize(INode node)` Returns the maximum size allowed for the given `node`.
`RectD`	NodeSizeConstraintProvider.`getMinimumEnclosedArea(INode node)`
`RectD`	INodeSizeConstraintProvider.`getMinimumEnclosedArea(INode node)` Returns the minimum area that needs to be enclosed by the given `node`.
`SizeD`	NodeSizeConstraintProvider.`getMinimumSize(INode node)`
`SizeD`	INodeSizeConstraintProvider.`getMinimumSize(INode node)` Returns the minimum size allowed for the given `node`.
`MovementInfo`	GraphSnapContext.`getMovementInfo(INode node)` Gets the movement info for the given node.
`protected IEnumerable<SnapLine>`	NodeReshapeSnapResultProvider.`getSnapLines(GraphSnapContext context, INode node, ReshapeRectangleContext reshapeContext, RectD suggestedLayout)` Helper method for method `NodeReshapeSnapResultProvider.collectSnapLineResults(GraphSnapContext, CollectSnapResultsEventArgs, INode, ReshapeRectangleContext, RectD)` that gets all the `SnapLine` that should be checked for the currently moved node.
`IVisualCreator`	IStripeInputVisualizationHelper.`getVisualCreator(IInputModeContext context, INode tableNode, StripeVisualizationType type)` Return an `IVisualCreator` that is used to visualize the input operation specified by `type`.
`IVisualCreator`	DefaultStripeInputVisualizationHelper.`getVisualCreator(IInputModeContext context, INode tableNode, StripeVisualizationType type)` Return an `IVisualCreator` that is used to visualize the input operation specified by `type`.
`boolean`	ReparentNodeHandler.`isReparentGesture(IInputModeContext context, INode node)`
`boolean`	IReparentNodeHandler.`isReparentGesture(IInputModeContext context, INode node)` Determines whether the current gesture that can be determined through the context is a reparent gesture.
`boolean`	ReparentNodeHandler.`isValidParent(IInputModeContext context, INode node, INode newParent)`
`boolean`	IReparentNodeHandler.`isValidParent(IInputModeContext context, INode node, INode newParent)` Determines whether the provided node may be reparented to a `newParent`.
`void`	ReparentNodeHandler.`reparent(IInputModeContext context, INode node, INode newParent)`
`void`	IReparentNodeHandler.`reparent(IInputModeContext context, INode node, INode newParent)` Performs the actual reparenting after the reparent gesture has been finalized.
`void`	GraphEditorInputMode.`selectNodeAndSelfloopBends(INode node)` Selects the node and possible bends of selfloop edges.
`void`	GraphEditorInputMode.`setNodeLayout(INode node, RectD layout)` Updates the bounds of the node.
`void`	StripeSubregion.`setTargetTableNode(INode value)` Sets the node the region is associated to.
`protected boolean`	NavigationInputMode.`shouldCollapseGroup(INode groupNode)` Predicate method that decides whether it is allowed to `collapse` the given group node.
`protected boolean`	NavigationInputMode.`shouldEnterGroup(INode node)` Predicate method that decides whether it is allowed to `enter` the specific group node.
`protected boolean`	NavigationInputMode.`shouldExpandGroup(INode node)` Predicate method that decides whether it is allowed to `expand` the given group node.
`boolean`	ReparentNodeHandler.`shouldReparent(IInputModeContext context, INode node)`
`boolean`	IReparentNodeHandler.`shouldReparent(IInputModeContext context, INode node)` Determines whether the user may detach the given node from its current parent in order to reparent it.
`protected boolean`	NavigationInputMode.`shouldToggleExpansionState(INode node)` Predicate method that decides whether it is allowed to `toggle` the collapsed state of the given group node.
`void`	GraphEditorInputMode.`snapToGrid(IInputModeContext context, INode node)` Snaps the node to the grid using the `IGridConstraintProvider` for `INode`s queried from the given context.
`void`	NavigationInputMode.`toggleExpansionState(INode groupNode)` Toggles the `expanded/collapsed` state for the given group node in the `IFoldingView`.

Method parameters in com.yworks.yfiles.view.input with type arguments of type INode
Modifier and Type	Method and Description
`protected void`	NodeReshapeSnapResultProvider.`addGridSnapResult(GraphSnapContext context, CollectSnapResultsEventArgs args, INode node, IGridConstraintProvider<INode> provider, PointD gridSnappedPoint, PointD snappedLocation)` Adds a snap result for a location that snaps to the grid.
`void`	NavigationInputMode.`addGroupCollapsedListener(IEventHandler<ItemEventArgs<INode>> groupCollapsedEvent)` Adds the given listener for the `GroupCollapsed` event that occurs whenever a group has been `Collapsed`.
`void`	NavigationInputMode.`addGroupCollapsingListener(IEventHandler<ItemEventArgs<INode>> groupCollapsingEvent)` Adds the given listener for the `GroupCollapsing` event that occurs before a group will be `Collapsed`.
`void`	NavigationInputMode.`addGroupEnteredListener(IEventHandler<ItemEventArgs<INode>> groupEnteredEvent)` Adds the given listener for the `GroupEntered` event that occurs whenever a group has been `Entered`.
`void`	NavigationInputMode.`addGroupEnteringListener(IEventHandler<ItemEventArgs<INode>> groupEnteringEvent)` Adds the given listener for the `GroupEntering` event that occurs before a group will be `Entered`.
`void`	NavigationInputMode.`addGroupExitedListener(IEventHandler<ItemEventArgs<INode>> groupExitedEvent)` Adds the given listener for the `GroupExited` event that occurs whenever a group has been `Exited`.
`void`	NavigationInputMode.`addGroupExitingListener(IEventHandler<ItemEventArgs<INode>> groupExitingEvent)` Adds the given listener for the `GroupExiting` event that occurs before a group will be `Exited`.
`void`	NavigationInputMode.`addGroupExpandedListener(IEventHandler<ItemEventArgs<INode>> groupExpandedEvent)` Adds the given listener for the `GroupExpanded` event that occurs whenever a group has been `Expanded`.
`void`	NavigationInputMode.`addGroupExpandingListener(IEventHandler<ItemEventArgs<INode>> groupExpandingEvent)` Adds the given listener for the `GroupExpanding` event that occurs before a group will be `Expanded`.
`void`	GraphEditorInputMode.`addNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)` Adds the given listener for the `NodeCreated` event that occurs when this mode has created a node in response to user interaction.
`protected void`	GraphEditorInputMode.`adjustGroupNodeSize(Iterable<INode> nodes)` `Adjusts the size` of the group nodes in the enumerable.
`protected void`	NavigationInputMode.`onGroupCollapsed(ItemEventArgs<INode> argument)` Raises the `GroupCollapsed` event.
`protected void`	NavigationInputMode.`onGroupCollapsing(ItemEventArgs<INode> argument)` Raises the `GroupCollapsing` event.
`protected void`	NavigationInputMode.`onGroupEntered(ItemEventArgs<INode> argument)` Raises the `GroupEntered` event.
`protected void`	NavigationInputMode.`onGroupEntering(ItemEventArgs<INode> argument)` Raises the `GroupEntering` event.
`protected void`	NavigationInputMode.`onGroupExited(ItemEventArgs<INode> argument)` Raises the `GroupExited` event.
`protected void`	NavigationInputMode.`onGroupExiting(ItemEventArgs<INode> argument)` Raises the `GroupExiting` event.
`protected void`	NavigationInputMode.`onGroupExpanded(ItemEventArgs<INode> argument)` Raises the `GroupExpanded` event.
`protected void`	NavigationInputMode.`onGroupExpanding(ItemEventArgs<INode> argument)` Raises the `GroupExpanding` event.
`protected void`	GraphEditorInputMode.`onNodeCreated(ItemEventArgs<INode> args)` Raises the `NodeCreated` event.
`protected void`	GraphEditorInputMode.`onNodeDropInputModeNodeCreated(Object sender, ItemEventArgs<INode> e)` Called when the `NodeDropInputMode`'s `ItemCreated` event is triggered.
`void`	NavigationInputMode.`removeGroupCollapsedListener(IEventHandler<ItemEventArgs<INode>> groupCollapsedEvent)` Removes the given listener for the `GroupCollapsed` event that occurs whenever a group has been `Collapsed`.
`void`	NavigationInputMode.`removeGroupCollapsingListener(IEventHandler<ItemEventArgs<INode>> groupCollapsingEvent)` Removes the given listener for the `GroupCollapsing` event that occurs before a group will be `Collapsed`.
`void`	NavigationInputMode.`removeGroupEnteredListener(IEventHandler<ItemEventArgs<INode>> groupEnteredEvent)` Removes the given listener for the `GroupEntered` event that occurs whenever a group has been `Entered`.
`void`	NavigationInputMode.`removeGroupEnteringListener(IEventHandler<ItemEventArgs<INode>> groupEnteringEvent)` Removes the given listener for the `GroupEntering` event that occurs before a group will be `Entered`.
`void`	NavigationInputMode.`removeGroupExitedListener(IEventHandler<ItemEventArgs<INode>> groupExitedEvent)` Removes the given listener for the `GroupExited` event that occurs whenever a group has been `Exited`.
`void`	NavigationInputMode.`removeGroupExitingListener(IEventHandler<ItemEventArgs<INode>> groupExitingEvent)` Removes the given listener for the `GroupExiting` event that occurs before a group will be `Exited`.
`void`	NavigationInputMode.`removeGroupExpandedListener(IEventHandler<ItemEventArgs<INode>> groupExpandedEvent)` Removes the given listener for the `GroupExpanded` event that occurs whenever a group has been `Expanded`.
`void`	NavigationInputMode.`removeGroupExpandingListener(IEventHandler<ItemEventArgs<INode>> groupExpandingEvent)` Removes the given listener for the `GroupExpanding` event that occurs before a group will be `Expanded`.
`void`	GraphEditorInputMode.`removeNodeCreatedListener(IEventHandler<ItemEventArgs<INode>> nodeCreatedEvent)` Removes the given listener for the `NodeCreated` event that occurs when this mode has created a node in response to user interaction.
`void`	NodeDropInputMode.`setIsGroupNodePredicate(Predicate<INode> value)` Sets the callback for testing whether a `dragged node` should be created as a `group node`.
`void`	NodeDropInputMode.`setIsValidParentPredicate(Predicate<INode> value)` Sets the callback for testing whether an existing node in the graph can be used as a valid parent node in the context of grouping.
`void`	GraphSnapContext.`setNodeGridConstraintProvider(IGridConstraintProvider<INode> value)` Sets the grid constraint provider for the `INode`s.

Constructors in com.yworks.yfiles.view.input with parameters of type INode
Constructor and Description
`NodeBasedSnapLine(INode node, SnapLineOrientation orientation, SnapLineSnapTypes snapType, ResourceKey resourceKey, PointD coordinates, double from, double to, Object tag, double weight)` Initializes a new instance of the `NodeBasedSnapLine` class.
`NodeBasedSnapLine(INode node, SnapLineOrientation orientation, SnapLineSnapTypes snapType, ResourceKey resourceKey, PointD coordinates, Object tag, double weight)` Initializes a new instance of the `NodeBasedSnapLine` class.
`NodePairBasedSnapLine(INode firstNode, INode secondNode, SnapLineOrientation orientation, SnapLineSnapTypes snapType, ResourceKey resourceKey, PointD coordinates, double from, double to, Object tag, double weight)` Initializes a new instance of the `NodePairBasedSnapLine` class.
`NodePairBasedSnapLine(INode firstNode, INode secondNode, SnapLineOrientation orientation, SnapLineSnapTypes snapType, ResourceKey resourceKey, PointD coordinates, Object tag, double weight)` Initializes a new instance of the `NodePairBasedSnapLine` class.
`TableReshapeHandler(IReshapeHandler coreHandler, INode tableNode, ITable table)` Creates a new instance of this Handler which wraps an existing instance of `coreHandler` and uses `table` for additional constraints.

Uses of Interfacecom.yworks.yfiles.graph.INode

Uses of INode in com.yworks.yfiles.graph

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

Uses of INode in com.yworks.yfiles.graphml

Uses of INode in com.yworks.yfiles.layout

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

Uses of INode in com.yworks.yfiles.layout.genealogy

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

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

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

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

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

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

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

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

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

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

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

Uses of INode in com.yworks.yfiles.view

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

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