Uses of Class
com.yworks.yfiles.geometry.RectD

Packages that use RectD

Package	Description
com.yworks.yfiles.geometry	Contains definitions, default implementations, structs and support classes that deal with the representation of geometric data.
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.labelmodels	Contains interfaces and default implementations for label layout models.
com.yworks.yfiles.graph.styles	Contains interfaces and default implementations for graph element styles.
com.yworks.yfiles.layout	Provides essential classes and interfaces that constitute the infrastructure for automatic graph layout generation.
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 RectD in com.yworks.yfiles.geometry

Fields in com.yworks.yfiles.geometry declared as RectD

Modifier and Type	Field and Description
static RectD	RectD.EMPTY An empty rectangle.
static RectD	RectD.INFINITE An infinite rectangle.

Methods in com.yworks.yfiles.geometry that return RectD

Modifier and Type	Method and Description
static RectD	RectD.add(RectD rectangle, PointD point) Returns the union of the given rectangle and the given point.
static RectD	RectD.add(RectD firstRectangle, RectD secondRectangle) Returns the union of the given rectangles.
static RectD	RectD.convertFrom(MutableRectangle rectangle) Performs an explicit conversion from MutableRectangle to RectD.
static RectD	RectD.fromCenter(PointD center, SizeD size) Creates a new instance given the center of the rectangle and its size.
default RectD	IOrientedRectangle.getBounds() Determines the bounds of an oriented rectangle.
RectD	GeneralPath.getBounds() Calculates the bounds of this path and returns it.
RectD	GeneralPath.getBounds(double eps) Gets the bounds of a flattened version the path.
RectD	RectD.getEnlarged(double size) Creates an enlarged instance of this rectangle using the same insets for all sides.
RectD	RectD.getEnlarged(InsetsD insets) Creates an enlarged instance that is the same as this one but enlarged by the specified insets.
RectD	RectD.getTransformed(Matrix2D transform) Transforms this instance using specified transform storing the bounds in place.
RectD	RectD.getTranslated(PointD delta) Returns a translated instance of this which has modified x and y by the given amount.
RectD	RectD.toRectD()
default RectD	IRectangle.toRectD() Copies the current values of the rectangle to RectD struct.

Methods in com.yworks.yfiles.geometry with parameters of type RectD

Modifier and Type	Method and Description
static RectD	RectD.add(RectD rectangle, PointD point) Returns the union of the given rectangle and the given point.
static RectD	RectD.add(RectD firstRectangle, RectD secondRectangle) Returns the union of the given rectangles.
static MutableRectangle	RectD.convertToMutableRectangle(RectD rectangle) Performs an explicit conversion from RectD to MutableRectangle.
static boolean	GeomUtilities.ellipseContains(RectD bounds, PointD point, double eps) Checks whether an ellipse contains the given point.
static boolean	RectD.equals(RectD firstRectangle, RectD secondRectangle) Implements the equality operation on RectD comparing x and y and width and height for equality.
static PointD	GeomUtilities.findEllipseLineIntersection(RectD bounds, PointD inner, PointD outer) Returns the ellipse/line intersection point for the given point pair.
PointD	PointD.getConstrained(RectD rectangle) Create a constrained copy of this instance that lies within the given non-empty rectangle.
boolean	RectD.intersects(RectD rectangle) Determines whether the bounds of this instance intersect with the bounds of the specified rectangle.
boolean	GeneralPath.intersects(RectD rectangle, double eps) Checks whether this path intersects the given rectangle.
boolean	GeneralPath.mayIntersectClip(RectD clip, double width) Performs a quick test to decide whether this path might intersect the clipping rectangle, provided the path would be rendered using stroke of the given width.
default void	IMutableRectangle.reshape(RectD newRectangle) Applies a new position and size to a given mutable rectangle.

Uses of RectD in com.yworks.yfiles.graph

Methods in com.yworks.yfiles.graph that return RectD

Modifier and Type	Method and Description
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.
default RectD	IStripe.getAbsoluteBounds(INode node) Returns the layout of stripe in absolute coordinates.
default RectD	ITable.getCellBounds(IColumn column, IRow row) Calculates the relative bounds of a table cell that is determined by column and .
static RectD	ITable.getCellBounds(INode tableNode, IColumn column, IRow row) Calculates the absolute bounds of a table cell that is determined by column and .
default RectD	IGraph.getDefaultNodeBounds() Gets the default node bounds for newly created nodes in the graph.

Methods in com.yworks.yfiles.graph with parameters of type RectD

Modifier and Type	Method and Description
void	NodeReshapeHandler.cancelReshape(IInputModeContext inputModeContext, RectD originalBounds)
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(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, 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(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)
void	NodeReshapeHandler.handleReshape(IInputModeContext inputModeContext, RectD originalBounds, RectD newBounds)
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.
void	NodeReshapeHandler.reshapeFinished(IInputModeContext inputModeContext, RectD originalBounds, RectD newBounds)
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)

Uses of RectD in com.yworks.yfiles.graph.labelmodels

Methods in com.yworks.yfiles.graph.labelmodels with parameters of type RectD

Modifier and Type	Method and Description
ILabelModelParameter	FreeNodeLabelModel.createCanonicalParameter(RectD nodeLayout, IOrientedRectangle labelLayout) Creates a parameter instance that anchors the label to the node at the canonical position with respect to the given reference point.
ILabelModelParameter	FreeNodeLabelModel.createCanonicalParameter(RectD nodeLayout, IOrientedRectangle labelLayout, PointD referenceLocation) Creates a parameter instance that anchors the label to the node at the canonical position with respect to the given reference point.

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

Methods in com.yworks.yfiles.graph.styles that return RectD

Modifier and Type	Method and Description
RectD	TemplatePortStyleRenderer.getBounds(ICanvasContext context)
RectD	TemplateNodeStyleRenderer.getBounds(ICanvasContext context) Returns the layout bounds as an upper bound for the painting bound.
RectD	TemplateLabelStyleRenderer.getBounds(ICanvasContext context)
RectD	TableNodeStyleRenderer.getBounds(ICanvasContext context)
RectD	ShinyPlateNodeStyleRenderer.getBounds(ICanvasContext context)
RectD	ShapeNodeStyleRenderer.getBounds(ICanvasContext context) Returns the layout bounds as an upper bound for the painting bound.
RectD	PathBasedEdgeStyleRenderer.getBounds(ICanvasContext context)
RectD	PanelNodeStyleRenderer.getBounds(ICanvasContext context)
RectD	MemoryImageNodeStyleRenderer.getBounds(ICanvasContext context) Returns the layout bounds as an upper bound for the painting bound.
RectD	ImageNodeStyleRenderer.getBounds(ICanvasContext context) Returns the layout bounds as an upper bound for the painting bound.
RectD	IconLabelStyleRenderer.getBounds(ICanvasContext context)
RectD	GeneralPathNodeStyleRenderer.getBounds(ICanvasContext context)
RectD	DefaultLabelStyleRenderer.getBounds(ICanvasContext context)
RectD	CollapsibleNodeStyleDecoratorRenderer.getBounds(ICanvasContext context) Delegates to the CollapsibleNodeStyleDecoratorRenderer.getWrappedStyle() and takes the button into account.
RectD	BevelNodeStyleRenderer.getBounds(ICanvasContext context) Returns the layout bounds as an upper bound for the painting bound.
protected RectD	AbstractEdgeStyle.getBounds(ICanvasContext context, IEdge edge) Gets the bounds of the visual for the edge in the given context.
protected RectD	AbstractLabelStyle.getBounds(ICanvasContext context, ILabel label) Gets the bounds of the visual for the label in the given context.
protected RectD	AbstractNodeStyle.getBounds(ICanvasContext context, INode node) Gets the bounds of the visual for the node in the given context.
protected abstract RectD	AbstractPortStyle.getBounds(ICanvasContext context, IPort port) Callback that returns the bounds of the visual for the port in the given context.

Methods in com.yworks.yfiles.graph.styles with parameters of type RectD

Modifier and Type	Method and Description
boolean	TemplatePortStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	TemplateNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tries to use the outline shape to perform the marquee intersection analysis, otherwise reverts to default (rectangular) behavior.
boolean	TemplateLabelStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	TableNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	ShinyPlateNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tests the node using the current Style for an intersection with the given box.
boolean	ShapeNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tests the node using the current Style for an intersection with the given box.
boolean	PathBasedEdgeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	PanelNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tests the node using the current Style for an intersection with the given box.
boolean	MemoryImageNodeStyleRenderer.isInBox(IInputModeContext context, RectD box) Tries to use the NormalizedOutline to perform the marquee intersection analysis, otherwise reverts to default (rectangular) behavior.
boolean	ImageNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tries to use the NormalizedOutline to perform the marquee intersection analysis, otherwise reverts to default (rectangular) behavior.
boolean	IconLabelStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	GeneralPathNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	DefaultLabelStyleRenderer.isInBox(IInputModeContext context, RectD rectangle)
boolean	CollapsibleNodeStyleDecoratorRenderer.isInBox(IInputModeContext context, RectD rectangle) Delegates to the CollapsibleNodeStyleDecoratorRenderer.getWrappedStyle().
boolean	BevelNodeStyleRenderer.isInBox(IInputModeContext context, RectD rectangle) Tests the node using the current Style for an intersection with the given box.
protected boolean	AbstractEdgeStyle.isInBox(IInputModeContext context, RectD rectangle, IEdge edge) Determines whether the visualization for the specified edge is included in the marquee selection.
protected boolean	AbstractLabelStyle.isInBox(IInputModeContext context, RectD rectangle, ILabel label) Determines whether the visualization for the specified label is included in the marquee selection.
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	AbstractPortStyle.isInBox(IInputModeContext context, RectD rectangle, IPort port) Determines whether the visualization for the specified port is included in the marquee selection.
boolean	TemplatePortStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Calls TemplatePortStyleRenderer.configure() and test the Port using the Style for a visible intersection with the clip bounds.
boolean	TemplateNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Determines visibility by checking for an intersection with the Layout.
boolean	TemplateLabelStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Uses the layout to determine whether the clip intersects.
boolean	TableNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle)
boolean	ShinyPlateNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle)
boolean	ShapeNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Determines visibility by checking for an intersection with the Layout.
boolean	PolylineEdgeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle)
boolean	PathBasedEdgeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Calls PathBasedEdgeStyleRenderer.configure() and test the Edge using the Style for a visible intersection with the clip bounds.
boolean	PanelNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle)
boolean	MemoryImageNodeStyleRenderer.isVisible(ICanvasContext context, RectD clip) Determines visibility by checking for an intersection with the Layout.
boolean	ImageNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Determines visibility by checking for an intersection with the Layout.
boolean	IconLabelStyleRenderer.isVisible(ICanvasContext context, RectD rectangle)
boolean	GeneralPathNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Determines visibility by checking for an intersection with the Layout.
boolean	DefaultLabelStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Uses the ILabel.getLayout() to determine whether the clip intersects.
boolean	CollapsibleNodeStyleDecoratorRenderer.isVisible(ICanvasContext context, RectD rectangle) Delegates to the CollapsibleNodeStyleDecoratorRenderer.getWrappedStyle().
boolean	BevelNodeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Determines visibility by checking for an intersection with the Layout.
boolean	ArcEdgeStyleRenderer.isVisible(ICanvasContext context, RectD rectangle) Overridden for performance reasons.
protected boolean	AbstractEdgeStyle.isVisible(ICanvasContext context, RectD rectangle, IEdge edge) Determines whether the visualization for the specified edge is visible in the context.
protected boolean	AbstractLabelStyle.isVisible(ICanvasContext context, RectD rectangle, ILabel label) Determines whether the visualization for the specified label is visible in the context.
protected boolean	AbstractNodeStyle.isVisible(ICanvasContext context, RectD rectangle, INode node) Determines whether the visualization for the specified node is visible in the context.
protected boolean	AbstractPortStyle.isVisible(ICanvasContext context, RectD rectangle, IPort port) Determines whether the visualization for the specified port is visible in the context.
boolean	BevelNodeStyleRenderer.isVisible(RectD clip, ICanvasContext ctx)

Uses of RectD in com.yworks.yfiles.layout

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

Modifier and Type	Method and Description
protected RectD	LayoutExecutor.getTargetBounds() Calculate the target bounds to be used for the ContentRect as well as the ViewportAnimation after the layout has finished.

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

Modifier and Type	Method and Description
protected IAnimation	LayoutExecutor.createViewportAnimation(RectD targetBounds) Factory method that creates the animation for the Viewport.
double[]	TableLayoutConfigurator.getColumnLayout(ITable originalTable, RectD nodeLayout) Return the sizes of all leaf rows.
double[]	TableLayoutConfigurator.getRowLayout(ITable originalTable, RectD nodeLayout) Return the sizes of all leaf rows.

Uses of RectD in com.yworks.yfiles.view

Methods in com.yworks.yfiles.view that return RectD

Modifier and Type	Method and Description
RectD	ViewportLimiter.getBounds() Gets the maximal allowed navigable bounds for the viewport.
RectD	IBoundsProvider.getBounds(ICanvasContext context) Returns a tight rectangular area where the whole rendering would fit into.
RectD	DefaultPortCandidateDescriptor.getBounds(ICanvasContext context)
RectD	CanvasControl.getBounds(ICanvasObject canvasObject) Convenience method that calculates the bounds for a given canvas object in the scene graph.
RectD	IRenderContext.getClip() The clipping rectangle in world coordinates.
RectD	CanvasControl.getContentRect() Gets the Rectangle in world coordinates that holds the contents.
protected RectD	ViewportLimiter.getCurrentBounds(CanvasControl canvas, RectD suggestedViewport) Gets the to bounds that should be honored for the upcoming call.
RectD	CanvasPrinter.getPrintRectangle() Returns the rectangle that will be printed.
RectD	ViewportAnimation.getTargetBounds() Gets the target world bounds.
RectD	CanvasControl.getViewport() Returns the currently visible viewing region in world coordinates.
RectD	ContextConfigurator.getWorldBounds() Gets the bounds of the content to export in world coordinates.
RectD	ViewportLimiter.limitViewport(CanvasControl canvas, RectD suggestedViewport) Inspects the desired or suggested new viewport for the given control and returns a valid viewport to use.

Methods in com.yworks.yfiles.view that return types with arguments of type RectD

Modifier and Type	Method and Description
ObjectProperty<RectD>	CanvasControl.contentRectProperty() Returns an ObjectProperty that holds a rectangle containing the whole graph content of this CanvasControl.
ObjectProperty<RectD>	CanvasPrinter.printRectangleProperty() Returns the property that holds the rectangle that will be printed.
ReadOnlyObjectPropertyBase<RectD>	CanvasControl.viewportProperty() The property for the view port.

Methods in com.yworks.yfiles.view with parameters of type RectD

Modifier and Type	Method and Description
protected ContextConfigurator	CanvasPrinter.createContextConfigurator(RectD printRectangle) Creates a new ContextConfigurator instance that is used to ContextConfigurator.createRenderContext(CanvasControl) create the render context} that is needed to paint the visuals for the printing.
Node	IVisualTemplate.createVisual(IRenderContext context, RectD bounds, Object dataObject) This method is called by the framework to create a Node with the given bounds that will be included into the IRenderContext.
static Node	CanvasControl.createVisualFromTemplate(IVisualTemplate template, PointD origin, IRenderContext context, RectD initialBounds) Creates a visual representation (Node) using the given template.
static Node	CanvasControl.createVisualFromTemplate(IVisualTemplate template, PointD origin, IRenderContext context, RectD initialBounds, Object dataObject) Creates a visual representation (Node) using the given template.
protected RectD	ViewportLimiter.getCurrentBounds(CanvasControl canvas, RectD suggestedViewport) Gets the to bounds that should be honored for the upcoming call.
void	CanvasControl.growContentRect(RectD rectangle) Assures that the content rectangle encompasses the given rectangle.
boolean	DefaultPortCandidateDescriptor.isInBox(IInputModeContext context, RectD rectangle)
boolean	IVisibilityTestable.isVisible(ICanvasContext context, RectD rectangle) Determines whether an element might intersect the visible region for a given context.
boolean	DefaultPortCandidateDescriptor.isVisible(ICanvasContext context, RectD rectangle)
RectD	ViewportLimiter.limitViewport(CanvasControl canvas, RectD suggestedViewport) Inspects the desired or suggested new viewport for the given control and returns a valid viewport to use.
void	CanvasControl.makeVisible(RectD bounds) Ensures that the provided bounds are visible in this control by adjusting the viewport correspondingly.
void	ViewportLimiter.setBounds(RectD value) Sets the maximal allowed navigable bounds for the viewport.
void	CanvasControl.setContentRect(RectD value) Sets the Rectangle in world coordinates that holds the contents.
void	CanvasPrinter.setPrintRectangle(RectD printRectangle) Sets the rectangle that will be printed.
void	ViewportAnimation.setTargetBounds(RectD value) Sets the target world bounds.
void	ContextConfigurator.setWorldBounds(RectD value) Sets the bounds of the content to export in world coordinates.
Node	IVisualTemplate.updateVisual(IRenderContext context, Node oldVisual, RectD bounds, Object dataObject) This method updates or replaces a previously created Node for inclusion in the IRenderContext.
void	CanvasControl.zoomTo(RectD bounds) Sets the zoom level and view port center so that the given rectangle in world coordinates fits the viewport.

Constructors in com.yworks.yfiles.view with parameters of type RectD

Constructor and Description
ContextConfigurator(RectD worldBounds) Creates a new ContextConfigurator instance for the given world bounds and scale.
ContextConfigurator(RectD worldBounds, double scale) Creates a new ContextConfigurator instance for the given world bounds and scale.
PixelImageExporter(RectD worldBounds) Initializes a new PixelImageExporter that exports the content of the given bounds in world coordinates.
ViewportAnimation(CanvasControl canvas, RectD targetBounds, Duration preferredDuration) Creates a new instance of ViewportAnimation.

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

Methods in com.yworks.yfiles.view.input that return RectD

Modifier and Type	Method and Description
protected abstract RectD	ConstrainedReshapeHandler.constrainNewBounds(IInputModeContext context, RectD originalBounds, RectD newBounds) Callback that needs to implement the constraints for the new bounds.
RectD	ReshapeRectangleContext.getInitialBounds() Gets the initial bounds of the node.
RectD	NodeSizeConstraintProvider.getMinimumEnclosedArea(INode node)
RectD	INodeSizeConstraintProvider.getMinimumEnclosedArea(INode node) Returns the minimum area that needs to be enclosed by the given node.
protected RectD	NodeDropInputMode.getNodeLayout(PointD mouseLocation, SizeD size) Calculates the layout of the new node.
protected RectD	StripeDropInputMode.getPreviewTableLayout(PointD location, SizeD size) Calculates the layout of the new table.
RectD	MarqueeSelectionEventArgs.getRectangle() Gets the current selection rectangle of the MarqueeSelectionInputMode.
RectD	MarqueeSelectionInputMode.getSelectionRectangle() Gets the current or last marquee selection rectangle.
protected RectD	TextEditorInputMode.getTextBoxBounds() Returns the bounds of the TextBox.
protected RectD	ReparentStripePositionHandler.updateTargetVisualizationBounds(RectD originalTargetBounds, StripeReparentPolicy reparentPosition, IStripe targetStripe) Updates the visualization bounds for the target visualization depending on the provided values.

Methods in com.yworks.yfiles.view.input that return types with arguments of type RectD

Modifier and Type	Method and Description
IListEnumerable<RectD>	GraphSnapContext.findSameHeightEntries(double size, double maxSize, double minSize) Finds the entries (RectDs) that have been registered using the GraphSnapContext.addSameHeightEntry(RectD) previously that best match the given constraints.
IListEnumerable<RectD>	GraphSnapContext.findSameWidthEntries(double size, double maxSize, double minSize) Finds the entries (RectDs) that have been registered using the GraphSnapContext.addSameWidthEntry(RectD) previously that best match the given constraints.

Methods in com.yworks.yfiles.view.input with parameters of type RectD

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	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.
void	GraphSnapContext.addSameHeightEntry(RectD rectangle) Adds an entry for the same-height-snapping.
void	GraphSnapContext.addSameWidthEntry(RectD rectangle) Adds an entry for the same-width-snapping.
void	TableReshapeHandler.cancelReshape(IInputModeContext context, RectD originalBounds)
void	IReshapeHandler.cancelReshape(IInputModeContext context, RectD originalBounds) Called by clients to indicate that the reshaping has been canceled by the user.
void	ConstrainedReshapeHandler.cancelReshape(IInputModeContext context, RectD originalBounds) Cancels the move operation and calls ConstrainedReshapeHandler.onCanceled(IInputModeContext, RectD).
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	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 SnapResults for OrthogonalSnapLines to which this node can potentially snap.
protected abstract RectD	ConstrainedReshapeHandler.constrainNewBounds(IInputModeContext context, RectD originalBounds, RectD newBounds) Callback that needs to implement the constraints for the new bounds.
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.
protected StripeReparentPolicy	ReparentStripePositionHandler.determineGesture(IInputModeContext context, IPoint location, IStripe sourceStripe, StripeSubregion targetSubregion, RectD targetBounds) Determine the reparent gesture that would result from the given parameters.
IEnumerable<OrthogonalSnapLine>	GraphSnapContext.getAdditionalSnapLines(SnapLineOrientation orientation, SnapLineSnapTypes snapType, RectD area) Gets a subset of AdditionalSnapLines that matches the given orientation, snapType and intersects with the provided area.
Iterable<IBend>	IBendSelectionTester.getBendsInBox(IInputModeContext context, RectD rectangle) Returns the bends within the given rectangle.
IEnumerable<OrthogonalSnapLine>	GraphSnapContext.getFixedNodeSnapLines(SnapLineOrientation orientation, SnapLineSnapTypes snapType, RectD area) Gets a subset of FixedNodeSnapLines that matches the given orientation, snapType and intersects with the provided area.
IEnumerable<OrthogonalSnapLine>	GraphSnapContext.getFixedPortSnapLines(SnapLineOrientation orientation, SnapLineSnapTypes snapType, RectD area) Gets a subset of FixedPortSnapLines that matches the given orientation, snapType and intersects with the provided area.
IEnumerable<OrthogonalSnapLine>	GraphSnapContext.getFixedSegmentSnapLines(SnapLineOrientation orientation, SnapLineSnapTypes snapType, RectD area) Gets a subset of FixedSegmentSnapLines that matches the given orientation, snapType and intersects with the provided area.
IEnumerable<IPort>	IPortSelectionTester.getPortsInBox(IInputModeContext context, RectD rectangle) Returns the ports for the given marquee rectangle.
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.
void	TableReshapeHandler.handleReshape(IInputModeContext context, RectD originalBounds, RectD newBounds)
void	IReshapeHandler.handleReshape(IInputModeContext context, RectD originalBounds, RectD newBounds) Called by clients to indicate that the element has been dragged and its position should be updated.
void	ConstrainedReshapeHandler.handleReshape(IInputModeContext context, RectD originalBounds, RectD newBounds) Handles the reshape operation and subsequently calls ConstrainedReshapeHandler.onReshaped(IInputModeContext, RectD, RectD).
boolean	IMarqueeTestable.isInBox(IInputModeContext context, RectD rectangle) This callback returns true if the corresponding item is considered to intersect the given rectangular box.
protected void	ConstrainedReshapeHandler.onCanceled(IInputModeContext context, RectD originalBounds) Called when the ConstrainedReshapeHandler.cancelReshape(IInputModeContext, RectD) method has been called.
protected void	ConstrainedReshapeHandler.onFinished(IInputModeContext context, RectD originalBounds, RectD newBounds) Called when the ConstrainedReshapeHandler.reshapeFinished(IInputModeContext, RectD, RectD) method has been called.
protected void	ConstrainedReshapeHandler.onInitialized(IInputModeContext context, RectD originalBounds) Called when the ConstrainedReshapeHandler.initializeReshape(IInputModeContext) method has been called.
protected void	ConstrainedReshapeHandler.onReshaped(IInputModeContext context, RectD originalBounds, RectD newBounds) Called when the ConstrainedReshapeHandler.handleReshape(IInputModeContext, RectD, RectD) operation has been performed.
void	TableReshapeHandler.reshapeFinished(IInputModeContext context, RectD originalBounds, RectD newBounds)
void	IReshapeHandler.reshapeFinished(IInputModeContext context, RectD originalBounds, RectD newBounds) Called by clients to indicate that the reshaping has just been finished.
void	ConstrainedReshapeHandler.reshapeFinished(IInputModeContext context, RectD originalBounds, RectD newBounds) Handles the finish operation and invokes ConstrainedReshapeHandler.onFinished(IInputModeContext, RectD, RectD).
void	GraphEditorInputMode.setNodeLayout(INode node, RectD layout) Updates the bounds of the node.
protected ICanvasObject	ReparentStripePositionHandler.updateTargetVisualization(IInputModeContext context, ICanvasObject targetVisualization, IStripe targetStripe, StripeReparentPolicy reparentPosition, RectD targetBounds) Modifies the target visualization itself.
protected RectD	ReparentStripePositionHandler.updateTargetVisualizationBounds(RectD originalTargetBounds, StripeReparentPolicy reparentPosition, IStripe targetStripe) Updates the visualization bounds for the target visualization depending on the provided values.

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

Modifier and Type	Method and Description
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.

Constructors in com.yworks.yfiles.view.input with parameters of type RectD

Constructor and Description
ReshapeRectangleContext(RectD initialBounds, ISize minimumSize, ISize maximumSize, IRectangle minimumEnclosedArea, HandlePositions reshapePosition, PointD topLeftChangeFactor, PointD bottomRightChangeFactor, SizeD sizeChangeFactor) Initializes a new instance of the ReshapeRectangleContext class.