Uses of Class
com.yworks.yfiles.graphml.DefaultValue

Packages that use DefaultValue

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.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.graphml	Definitions, default implementations, and support classes for GraphML I/O support.
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 DefaultValue in com.yworks.yfiles.graph

Methods in com.yworks.yfiles.graph with annotations of type DefaultValue

Modifier and Type	Method and Description
GraphItemTypes	GraphClipboard.getCopyItems() Gets the type of items that can be copied and pasted at all using the clipboard.
GraphItemTypes	GraphClipboard.getDependentCopyItems() Gets the type of items that depend on other elements but should automatically be copied implicitly to the clipboard if all elements that it depends on are explicitly selected for copying.
GraphItemTypes	GraphClipboard.getIndependentCopyItems() Gets the type of items that can be copied and pasted independently of their owning element.
InsetsD	Table.getInsets()
InsetsD	StripeDefaults.getInsets() Gets the default insets for a stripe.
InsetsD	ITable.getInsets() Gets the insets for this table.
double	StripeDefaults.getMinimumSize() Gets the default minimum stripe size.
GraphClipboard.ParentNodeDetectionModes	GraphClipboard.getParentNodeDetection() Gets whether or not nodes should be automatically put into a group node and if so how this group will be determined.
PointD	Table.getRelativeLocation()
PointD	ITable.getRelativeLocation() Gets the relative location of the upper left corner of the table.
double	StripeDefaults.getSize() Gets the default stripe size.
boolean	PortDefaults.isAutoCleanupEnabled()
boolean	PortDefaults.isLocationParameterInstanceSharingEnabled()
boolean	StripeDefaults.isStyleInstanceSharingEnabled()
boolean	PortDefaults.isStyleInstanceSharingEnabled()
boolean	NodeDefaults.isStyleInstanceSharingEnabled()
boolean	EdgeDefaults.isStyleInstanceSharingEnabled()
boolean	DefaultGraph.isUndoEngineEnabled() Gets whether or not the UndoEngine used for this instance should be enabled.
void	PortDefaults.setAutoCleanupEnabled(boolean value)
void	GraphClipboard.setCopyItems(GraphItemTypes value) Sets the type of items that can be copied and pasted at all using the clipboard.
void	GraphClipboard.setDependentCopyItems(GraphItemTypes value) Sets the type of items that depend on other elements but should automatically be copied implicitly to the clipboard if all elements that it depends on are explicitly selected for copying.
void	GraphClipboard.setIndependentCopyItems(GraphItemTypes value) Sets the type of items that can be copied and pasted independently of their owning element.
void	Table.setInsets(InsetsD value)
void	StripeDefaults.setInsets(InsetsD value) Sets the default insets for a stripe.
void	ITable.setInsets(InsetsD value) Sets the insets for this table.
void	PortDefaults.setLocationParameterInstanceSharingEnabled(boolean value)
void	StripeDefaults.setMinimumSize(double value) Sets the default minimum stripe size.
void	GraphClipboard.setParentNodeDetection(GraphClipboard.ParentNodeDetectionModes value) Sets whether or not nodes should be automatically put into a group node and if so how this group will be determined.
void	Table.setRelativeLocation(PointD value)
void	ITable.setRelativeLocation(PointD value) Sets the relative location of the upper left corner of the table.
void	StripeDefaults.setSize(double value) Sets the default stripe size.
void	StripeDefaults.setStyleInstanceSharingEnabled(boolean value)
void	PortDefaults.setStyleInstanceSharingEnabled(boolean value)
void	NodeDefaults.setStyleInstanceSharingEnabled(boolean value)
void	EdgeDefaults.setStyleInstanceSharingEnabled(boolean value)
void	DefaultGraph.setUndoEngineEnabled(boolean value) Sets whether or not the UndoEngine used for this instance should be enabled.

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

Methods in com.yworks.yfiles.graph.labelmodels with annotations of type DefaultValue

Modifier and Type	Method and Description
double	SmartEdgeLabelModel.getAngle() Gets the rotation angle of all labels with this model.
double	NinePositionsEdgeLabelModel.getAngle() Gets the angle for the rotation of the labels.
double	EdgeSegmentLabelModel.getAngle() Gets the rotation angle of all labels with this model in radians.
double	EdgePathLabelModel.getAngle() Gets the rotation angle of all labels with this model in radians.
double	NinePositionsEdgeLabelModel.getDistance() Gets the distance of the labels above or below the edge.
double	EdgeSegmentLabelModel.getDistance() Gets the distance between the label box and the edge path.
double	EdgePathLabelModel.getDistance() Gets the distance between the label box and the edge path.
double	LabelCandidateDescriptor.getEdgeOverlapPenalty()
InsetsD	StretchStripeLabelModel.getInsets() Gets the insets to use within the stripe's Layout.
InsetsD	InteriorStretchLabelModel.getInsets() Gets the insets to use within the node's Layout.
InsetsD	InteriorLabelModel.getInsets() Gets the insets to use within the node's Layout.
InsetsD	ExteriorLabelModel.getInsets() Gets the insets to use by this model.
double	LabelCandidateDescriptor.getNodeOverlapPenalty()
double	EdgeSegmentLabelModel.getOffset() Gets the offset of the label box and the edge path relative to the default placement.
double	EdgePathLabelModel.getOffset() Gets pr sets the offset of the label box and the edge path relative to the default placement.
double	LabelCandidateDescriptor.getProfit()
double	StripeLabelModel.getRatio() Gets the ratio how far the label should be positioned from the border in the header area.
EdgeSides	EdgeSegmentLabelModel.getSideOfEdge() Gets the side placement specifiers for edge labels.
EdgeSides	EdgePathLabelModel.getSideOfEdge() Gets the side placement specifiers for edge labels.
double	SandwichLabelModel.getYOffset() Gets the distance between the node's Layout and the label's layout.
boolean	SmartEdgeLabelModel.isAutoRotationEnabled() Gets whether or not edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
boolean	EdgeSegmentLabelModel.isAutoRotationEnabled() Gets whether edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
boolean	EdgePathLabelModel.isAutoRotationEnabled() Gets whether edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
boolean	FreeEdgeLabelModel.isRelativeAngleEnabled() Gets a property that indicates whether the angle used by the parameter should be interpreted relative to the edge's orientation or as an absolute angle in the coordinate system.
boolean	StripeLabelModel.isUsingActualInsetsEnabled() Gets a value indicating whether to use the actual insets or the normal Insets of a stripe for centering the label inside the stripe header area.
boolean	StretchStripeLabelModel.isUsingActualInsetsEnabled() Gets whether or not to use the actual insets or the normal Insets of a stripe for centering the label inside the stripe header area.
void	SmartEdgeLabelModel.setAngle(double value) Sets the rotation angle of all labels with this model.
void	NinePositionsEdgeLabelModel.setAngle(double value) Sets the angle for the rotation of the labels.
void	EdgeSegmentLabelModel.setAngle(double value) Sets the rotation angle of all labels with this model in radians.
void	EdgePathLabelModel.setAngle(double value) Sets the rotation angle of all labels with this model in radians.
void	SmartEdgeLabelModel.setAutoRotationEnabled(boolean value) Sets whether or not edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
void	EdgeSegmentLabelModel.setAutoRotationEnabled(boolean value) Sets whether edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
void	EdgePathLabelModel.setAutoRotationEnabled(boolean value) Sets whether edge labels are automatically rotated according to the angle of the corresponding reference edge segment.
void	NinePositionsEdgeLabelModel.setDistance(double value) Sets the distance of the labels above or below the edge.
void	EdgeSegmentLabelModel.setDistance(double value) Sets the distance between the label box and the edge path.
void	EdgePathLabelModel.setDistance(double value) Sets the distance between the label box and the edge path.
void	LabelCandidateDescriptor.setEdgeOverlapPenalty(double value) Sets a penalty value that is used by labeling algorithms to judge the severity if this candidate overlaps with an edge path.
void	StretchStripeLabelModel.setInsets(InsetsD value) Sets the insets to use within the stripe's Layout.
void	InteriorStretchLabelModel.setInsets(InsetsD value) Sets the insets to use within the node's Layout.
void	InteriorLabelModel.setInsets(InsetsD value) Sets the insets to use within the node's Layout.
void	ExteriorLabelModel.setInsets(InsetsD value) Sets the insets to use by this model.
void	LabelCandidateDescriptor.setNodeOverlapPenalty(double value) Sets a penalty value that is used by labeling algorithms to judge the severity if this label candidate overlaps with a node's bounds.
void	EdgeSegmentLabelModel.setOffset(double value) Sets the offset of the label box and the edge path relative to the default placement.
void	EdgePathLabelModel.setOffset(double value) Sets pr sets the offset of the label box and the edge path relative to the default placement.
void	LabelCandidateDescriptor.setProfit(double value) Sets a profit value that is used by labeling algorithms to judge how good this label candidate is.
void	StripeLabelModel.setRatio(double value) Sets the ratio how far the label should be positioned from the border in the header area.
void	FreeEdgeLabelModel.setRelativeAngleEnabled(boolean value) Sets a property that indicates whether the angle used by the parameter should be interpreted relative to the edge's orientation or as an absolute angle in the coordinate system.
void	EdgeSegmentLabelModel.setSideOfEdge(EdgeSides value) Sets the side placement specifiers for edge labels.
void	EdgePathLabelModel.setSideOfEdge(EdgeSides value) Sets the side placement specifiers for edge labels.
void	StripeLabelModel.setUsingActualInsetsEnabled(boolean value) Sets a value indicating whether to use the actual insets or the normal Insets of a stripe for centering the label inside the stripe header area.
void	StretchStripeLabelModel.setUsingActualInsetsEnabled(boolean value) Sets whether or not to use the actual insets or the normal Insets of a stripe for centering the label inside the stripe header area.
void	SandwichLabelModel.setYOffset(double value) Sets the distance between the node's Layout and the label's layout.

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

Methods in com.yworks.yfiles.graph.styles with annotations of type DefaultValue

Modifier and Type	Method and Description
Paint	DefaultLabelStyle.getBackgroundPaint() Gets the brush to use for the background box of the label.
Pen	DefaultLabelStyle.getBackgroundPen() Gets the pen to use for the background box of the label.
INodeStyle	TableNodeStyle.getBackgroundStyle() Gets the style that is used to draw the background of the table.
ILabelModelParameter	CollapsibleNodeStyleDecorator.getButtonPlacement() Gets an ILabelModelParameter that determines the placement of the button for toggling the expanded state.
Color	PanelNodeStyle.getColor() Gets the base color to use.
Color	BevelNodeStyle.getColor() Gets the base color to use.
IContextLookup	AbstractTemplateStyle.getContextLookup() Gets an implementation of IContextLookup that can be used to satisfy queries that are made to the implementation which is returned by calls to INodeStyleRenderer.getContext(com.yworks.yfiles.graph.INode, com.yworks.yfiles.graph.styles.INodeStyle) that are made on the style renderer that is associated with this style instance.
double	Arrow.getCropLength() Gets the cropping length associated with this instance.
NodeOrientation	DefaultLabelStyle.getFlowDirection() Gets the flow direction.
Font	DefaultLabelStyle.getFont() Gets the typeface to use for the label.
FontSmoothingType	DefaultLabelStyle.getFontSmoothingType() Returns the smoothing type for the Font that is used for the text.
double	ArcEdgeStyle.getHeight() Gets the "height" of the arc.
InsetsD	MemoryIconLabelStyle.getInnerStyleInsets() Gets the insets that should be applied for the layout of the inner style rendering.
InsetsD	TemplateNodeStyle.getInsets() Gets the insets the INodeInsetsProvider implementation for INode should yield for this instance.
InsetsD	ShinyPlateNodeStyle.getInsets() Gets the instance to use that provides the insets for this style.
InsetsD	PanelNodeStyle.getInsets() Gets the instance to use that provides the insets for this style.
InsetsD	DefaultLabelStyle.getInsets() Gets the insets for this label.
InsetsD	CollapsibleNodeStyleDecorator.getInsets() Gets the insets to use for the INodeInsetsProvider that will be reported by the CollapsibleNodeStyleDecoratorRenderer's ILookup.
Color	PanelNodeStyle.getLabelInsetsColor() Gets the base color to use for drawing the label insets background.
InsetsD	NodeStyleLabelStyleAdapter.getLabelStyleInsets() Gets the insets to apply for the LabelStyle as margins.
double	DefaultLabelStyle.getLineSpacing() Returns the value for the lineSpacing property of the JavaFX text.
SizeD	TemplateNodeStyle.getMinimumSize() Gets the minimum size an INodeSizeConstraintProvider implementation for INode should yield.
GeneralPath	TemplatePortStyle.getNormalizedOutline() Gets the normalized outline of a port that will be displayed using the created control.
GeneralPath	TemplateNodeStyle.getNormalizedOutline() Gets the normalized outline of a node that will be displayed using the created control.
GeneralPath	TemplateLabelStyle.getNormalizedOutline() Gets the normalized outline of a label that will be displayed using the created control.
GeneralPath	MemoryImageNodeStyle.getNormalizedOutline() Gets the normalized outline of the image that will be displayed.
GeneralPath	ImageNodeStyle.getNormalizedOutline() Gets the Shape of the outline of the image that will be displayed.
Paint	ShapeNodeStyle.getPaint() Gets the Paint for this style.
Paint	GeneralPathNodeStyle.getPaint() Gets the Paint that is used to draw the shape.
Paint	Arrow.getPaint() Gets the Paint of the fill of this arrow.
Pen	ShinyPlateNodeStyle.getPen() Gets the pen to use for the outline.
Pen	ShapeNodeStyle.getPen() Gets the Pen for this style.
Pen	PolylineEdgeStyle.getPen() Gets the Pen for the line.
Pen	GeneralPathNodeStyle.getPen() Gets the Pen that is used to draw the shape.
Pen	Arrow.getPen() Gets the Pen of the outline of this arrow.
Pen	ArcEdgeStyle.getPen() Gets the Pen that is used to draw the arc.
double	ShinyPlateNodeStyle.getRadius() Gets the corner radius of the rounded rectangle.
SizeD	TemplatePortStyle.getRenderSize() Gets the SizeD of a port that will be displayed using the created control.
SizeD	NodeStylePortStyleAdapter.getRenderSize() Gets the MutableSize of the port that will be displayed using NodeStyle.
double	Arrow.getScale() Gets the scale factor of this arrow.
ShapeNodeShape	ShapeNodeStyle.getShape() Gets the shape for this style.
double	PolylineEdgeStyle.getSmoothingLength() Gets the smoothing length used for creating smooth bends.
IArrow	PolylineEdgeStyle.getSourceArrow() Gets the visual arrow at the source end of edges that use this style.
IArrow	ArcEdgeStyle.getSourceArrow() Gets the visual arrow at the source end of edges that use this style.
String	TemplateStripeStyle.getStyleResourceKey() Gets the String that will be used to look up the Style that is applied to the Node.
String	TemplatePortStyle.getStyleResourceKey() Gets the String that will be used to look up the URL to the FXML file which encodes the Control.
String	TemplateNodeStyle.getStyleResourceKey() Gets the String that will be used to look up the URL to the FXML file which encodes the Control.
String	TemplateLabelStyle.getStyleResourceKey() Gets the String that will be used to look up the URL to the FXML file which encodes the Control.
Object	AbstractTemplateStyle.getStyleTag() Gets the tag that is associated with this style instance.
TableRenderingOrder	TableNodeStyle.getTableRenderingOrder() Gets the order in which rows and columns are rendered.
IArrow	PolylineEdgeStyle.getTargetArrow() Gets the visual arrow at the target end of edges that use this style.
IArrow	ArcEdgeStyle.getTargetArrow() Gets the visual arrow at the target end of edges that use this style.
TextAlignment	DefaultLabelStyle.getTextAlignment() Gets the text alignment.
Paint	DefaultLabelStyle.getTextPaint() Gets the brush to use for the label's text.
TextWrapping	DefaultLabelStyle.getTextWrapping() Gets the text wrapping mode.
ArrowType	Arrow.getType() Gets the type of this arrow.
VPos	DefaultLabelStyle.getVerticalTextAlignment() Gets the vertical text alignment to use if the label is assigned more space than needed.
InsetsD	IconLabelStyle.getWrappedInsets() Gets the insets that should be applied for the layout of the wrapped style rendering.
boolean	TemplateLabelStyle.isAutoFlippingEnabled() Gets a value indicating whether the rendering should automatically be flipped (rotated by 180 degrees) if otherwise it would be rendered upside-down.
boolean	NodeStyleLabelStyleAdapter.isAutoFlippingEnabled() Gets a value indicating whether the label should be flipped 180 degrees automatically, if it would be oriented downwards, otherwise.
boolean	MemoryIconLabelStyle.isAutoFlippingEnabled() Gets a value indicating whether to automatically flip the rendering should the layout's up vector point downwards.
boolean	IconLabelStyle.isAutoFlippingEnabled() Gets a value indicating whether to automatically flip the rendering should the layout's up vector point downwards.
boolean	DefaultLabelStyle.isAutoFlippingEnabled() Gets a value indicating whether the label should be flipped 180 degrees automatically, if it would be oriented downwards, otherwise.
boolean	ArcEdgeStyle.isFixedHeightEnabled() Gets a value indicating whether this ArcEdgeStyle interprets the Height value as an absolute or relative value.
boolean	ArcEdgeStyle.isHeightHandleProviderEnabled() Gets a value indicating whether the ArcEdgeStyleRenderer should provide an IHandle if queried for the IHandleProvider implementation that allows for adjusting the Height of this instance.
boolean	BevelNodeStyleRenderer.isRadiusHandleProviderEnabled() Gets a property that determines whether this instance should provide an IHandle for editing the radius of the shape.
boolean	ShinyPlateNodeStyle.isShadowDrawingEnabled() Gets a value indicating whether to draw a drop shadow.
boolean	BevelNodeStyle.isShadowDrawingEnabled() Gets a value indicating whether to draw a drop shadow.
boolean	DefaultLabelStyle.isStrikethrough() Indicates whether or not each line of text should have a line through it.
boolean	DefaultLabelStyle.isTextClippingEnabled() Gets a value that determines whether text should be clipped.
boolean	DefaultLabelStyle.isUnderline() Indicates whether or not the text is underlined.
void	TemplateLabelStyle.setAutoFlippingEnabled(boolean value) Sets a value indicating whether the rendering should automatically be flipped (rotated by 180 degrees) if otherwise it would be rendered upside-down.
void	NodeStyleLabelStyleAdapter.setAutoFlippingEnabled(boolean value) Sets a value indicating whether the label should be flipped 180 degrees automatically, if it would be oriented downwards, otherwise.
void	MemoryIconLabelStyle.setAutoFlippingEnabled(boolean value) Sets a value indicating whether to automatically flip the rendering should the layout's up vector point downwards.
void	IconLabelStyle.setAutoFlippingEnabled(boolean value) Sets a value indicating whether to automatically flip the rendering should the layout's up vector point downwards.
void	DefaultLabelStyle.setAutoFlippingEnabled(boolean value) Sets a value indicating whether the label should be flipped 180 degrees automatically, if it would be oriented downwards, otherwise.
void	DefaultLabelStyle.setBackgroundPaint(Paint value) Sets the brush to use for the background box of the label.
void	DefaultLabelStyle.setBackgroundPen(Pen value) Sets the pen to use for the background box of the label.
void	TableNodeStyle.setBackgroundStyle(INodeStyle value) Sets the style that is used to draw the background of the table.
void	CollapsibleNodeStyleDecorator.setButtonPlacement(ILabelModelParameter value) Sets an ILabelModelParameter that determines the placement of the button for toggling the expanded state.
void	PanelNodeStyle.setColor(Color value) Sets the base color to use.
void	BevelNodeStyle.setColor(Color value) Sets the base color to use.
void	AbstractTemplateStyle.setContextLookup(IContextLookup value) Sets an implementation of IContextLookup that can be used to satisfy queries that are made to the implementation which is returned by calls to INodeStyleRenderer.getContext(com.yworks.yfiles.graph.INode, com.yworks.yfiles.graph.styles.INodeStyle) that are made on the style renderer that is associated with this style instance.
void	Arrow.setCropLength(double value) Sets the cropping length associated with this instance.
void	ArcEdgeStyle.setFixedHeightEnabled(boolean value) Sets a value indicating whether this ArcEdgeStyle interprets the Height value as an absolute or relative value.
void	DefaultLabelStyle.setFlowDirection(NodeOrientation value) Sets the flow direction.
void	ArcEdgeStyle.setHeight(double value) Sets the "height" of the arc.
void	ArcEdgeStyle.setHeightHandleProviderEnabled(boolean value) Sets a value indicating whether the ArcEdgeStyleRenderer should provide an IHandle if queried for the IHandleProvider implementation that allows for adjusting the Height of this instance.
void	MemoryIconLabelStyle.setInnerStyleInsets(InsetsD value) Sets the insets that should be applied for the layout of the inner style rendering.
void	TemplateNodeStyle.setInsets(InsetsD value) Sets the insets the INodeInsetsProvider implementation for INode should yield for this instance.
void	ShinyPlateNodeStyle.setInsets(InsetsD value) Sets the instance to use that provides the insets for this style.
void	PanelNodeStyle.setInsets(InsetsD value) Sets the instance to use that provides the insets for this style.
void	DefaultLabelStyle.setInsets(InsetsD insets) Sets the insets for this label.
void	CollapsibleNodeStyleDecorator.setInsets(InsetsD value) Sets the insets to use for the INodeInsetsProvider that will be reported by the CollapsibleNodeStyleDecoratorRenderer's ILookup.
void	PanelNodeStyle.setLabelInsetsColor(Color value) Sets the base color to use for drawing the label insets background.
void	NodeStyleLabelStyleAdapter.setLabelStyleInsets(InsetsD value) Sets the insets to apply for the LabelStyle as margins.
void	TemplateNodeStyle.setMinimumSize(SizeD value) Sets the minimum size an INodeSizeConstraintProvider implementation for INode should yield.
void	TemplatePortStyle.setNormalizedOutline(GeneralPath value) Sets the normalized outline of a port that will be displayed using the created control.
void	TemplateNodeStyle.setNormalizedOutline(GeneralPath value) Sets the normalized outline of a node that will be displayed using the created control.
void	TemplateLabelStyle.setNormalizedOutline(GeneralPath value) Sets the normalized outline of a label that will be displayed using the created control.
void	MemoryImageNodeStyle.setNormalizedOutline(GeneralPath value) Sets the normalized outline of the image that will be displayed.
void	ImageNodeStyle.setNormalizedOutline(GeneralPath value) Sets the normalized outline of the image that will be displayed.
void	ShapeNodeStyle.setPaint(Paint value) Sets the Paint for this style.
void	GeneralPathNodeStyle.setPaint(Paint value) Sets the Paint that is used to draw the shape.
void	Arrow.setPaint(Paint value) Sets the Paint of the fill of this arrow.
void	ShinyPlateNodeStyle.setPen(Pen value) Sets the pen to use for the outline.
void	ShapeNodeStyle.setPen(Pen value) Sets the Pen for this style.
void	PolylineEdgeStyle.setPen(Pen value) Sets the Pen for the line.
void	GeneralPathNodeStyle.setPen(Pen value) Sets the Pen that is used to draw the shape.
void	Arrow.setPen(Pen value) Sets the Pen of the outline of this arrow.
void	ArcEdgeStyle.setPen(Pen value) Sets the Pen that is used to draw the arc.
void	ShinyPlateNodeStyle.setRadius(double value) Sets the corner radius of the rounded rectangle.
void	BevelNodeStyleRenderer.setRadiusHandleProviderEnabled(boolean value) Sets a property that determines whether this instance should provide an IHandle for editing the radius of the shape.
void	TemplatePortStyle.setRenderSize(SizeD value) Sets the SizeD of a port that will be displayed using the created control.
void	NodeStylePortStyleAdapter.setRenderSize(SizeD value) Sets the MutableSize of the port that will be displayed using NodeStyle.
void	Arrow.setScale(double value) Sets the scale factor of this arrow.
void	ShinyPlateNodeStyle.setShadowDrawingEnabled(boolean value) Sets a value indicating whether to draw a drop shadow.
void	BevelNodeStyle.setShadowDrawingEnabled(boolean value) Sets a value indicating whether to draw a drop shadow.
void	ShapeNodeStyle.setShape(ShapeNodeShape value) Sets the shape for this style.
void	PolylineEdgeStyle.setSmoothingLength(double value) Sets the smoothing length used for creating smooth bends.
void	PolylineEdgeStyle.setSourceArrow(IArrow value) Sets the visual arrow at the source end of edges that use this style.
void	ArcEdgeStyle.setSourceArrow(IArrow value) Sets the visual arrow at the source end of edges that use this style.
void	TemplateStripeStyle.setStyleResourceKey(String value) Sets the String that will be used to look up the Style that is applied to the Node.
void	TemplatePortStyle.setStyleResourceKey(String value) Sets the String that will be used to look up the URL to the FXML file which encodes the Control.
void	TemplateNodeStyle.setStyleResourceKey(String value) Sets the String that will be used to look up the URL to the FXML file which encodes the Control.
void	TemplateLabelStyle.setStyleResourceKey(String value) Sets the String that will be used to look up the URL to the FXML file which encodes the Control.
void	AbstractTemplateStyle.setStyleTag(Object value) Sets the tag that is associated with this style instance.
void	TableNodeStyle.setTableRenderingOrder(TableRenderingOrder value) Sets the order in which rows and columns are rendered.
void	PolylineEdgeStyle.setTargetArrow(IArrow value) Sets the visual arrow at the target end of edges that use this style.
void	ArcEdgeStyle.setTargetArrow(IArrow value) Sets the visual arrow at the target end of edges that use this style.
void	DefaultLabelStyle.setTextAlignment(TextAlignment value) Sets the text alignment.
void	DefaultLabelStyle.setTextClippingEnabled(boolean value) Sets a value that determines whether text should be clipped.
void	DefaultLabelStyle.setTextPaint(Paint value) Sets the brush to use for the label's text.
void	DefaultLabelStyle.setTextWrapping(TextWrapping value) Sets the text wrapping mode.
void	Arrow.setType(ArrowType value) Sets the type of this arrow.
void	DefaultLabelStyle.setVerticalTextAlignment(VPos value) Sets the vertical text alignment to use if the label is assigned more space than needed.
void	IconLabelStyle.setWrappedInsets(InsetsD value) Sets the insets that should be applied for the layout of the wrapped style rendering.

Uses of DefaultValue in com.yworks.yfiles.graphml

Methods in com.yworks.yfiles.graphml with annotations of type DefaultValue

Modifier and Type	Method and Description
GraphMLReferenceType	QueryReferenceIdEventArgs.getReferenceType() Determines the type of the reference being queried.
boolean	AbstractOutputHandler.isKeyDefaultWritingEnabled() Gets a value indicating whether to write the key default.
void	AbstractOutputHandler.setKeyDefaultWritingEnabled(boolean value) Sets a value indicating whether to write the key default.
void	QueryReferenceIdEventArgs.setReferenceType(GraphMLReferenceType value) Determines the type of the reference being queried.

Uses of DefaultValue in com.yworks.yfiles.view

Methods in com.yworks.yfiles.view with annotations of type DefaultValue

Modifier and Type	Method and Description
InsetsD	CanvasControl.getAutoDragInsets() Gets the auto drag insets.
RectD	CanvasControl.getContentRect() Gets the Rectangle in world coordinates that holds the contents.
DashStyle	Pen.getDashStyle() Gets the dash style for the pen.
InsetsD	CanvasControl.getFitContentViewMargins() Gets the insets in view coordinates that should be used by the CanvasControl.fitContent() operation.
GridStyle	GridVisualCreator.getGridStyle() Gets the grid style that this implementation uses.
double	CanvasControl.getHitTestRadius() Specifies the radius of the area around the mouse in view coordinates in which a IHitTestable may lie to be considered a valid hit.
ScrollPane.ScrollBarPolicy	CanvasControl.getHorizontalScrollBarPolicy() Specifies the visibility policy for the vertical scrollbar.
double	GridInfo.getHorizontalSpacing() Gets the horizontal spacing between grid points in the world coordinate system.
IInputMode	CanvasControl.getInputMode() Specifies the single IInputMode instance that shall be installed for this canvas.
StrokeLineCap	Pen.getLineCap() Gets the line cap for the end of the line.
StrokeLineJoin	Pen.getLineJoin() Gets the line join property.
double	CanvasControl.getMaximumZoom() Gets the maximum zoom level that is valid for Zoom.
double	CanvasControl.getMinimumZoom() Gets the minimum zoom factor for this canvas control.
double	Pen.getMiterLimit() Gets the miter limit.
MouseWheelBehaviors	CanvasControl.getMouseWheelBehavior() Determines the behavior of the mouse wheel.
double	CanvasControl.getMouseWheelScrollFactor() Gets a factor that controls how fast the viewport scrolls when the mouse wheel is turned.
double	CanvasControl.getMouseWheelZoomFactor() Gets the factor by which the zoom level changes when the mouse wheel is turned.
PointD	GridInfo.getOrigin() Gets the canonic origin of the grid.
Paint	Pen.getPaint() Gets the brush for the pen.
ScrollPane.ScrollBarPolicy	ViewportAnimation.getScrollBarVisibility() Gets the scroll bar visibility that will be used during the animation.
ShowFocusPolicy	FocusIndicatorManager.getShowFocusPolicy() Gets the show focus policy.
StrokeType	Pen.getStrokeType() Gets the line cap for the start of the line.
InsetsD	ViewportAnimation.getTargetViewMargins() Gets the margins in view coordinate dimensions to use at the target zoom level.
double	Pen.getThickness() Gets the thickness of the stroke.
ScrollPane.ScrollBarPolicy	CanvasControl.getVerticalScrollBarPolicy() Specifies the visibility policy for the vertical scrollbar.
double	GridInfo.getVerticalSpacing() Gets the vertical spacing between grid points in the world coordinate system.
PointD	CanvasControl.getViewPoint() Gets the current view point.
double	GridVisualCreator.getVisibilityThreshold() Gets the visibility threshold.
double	CanvasControl.getZoom() Gets the zoom factor for this CanvasControl.
boolean	CanvasControl.isAutoDragEnabled() Gets a property that causes the control to automatically pan the view when the mouse gets dragged outside of the bounds of the control.
boolean	CanvasControl.isEditable() Property that sets the editable state of this canvas.
boolean	GraphControl.isFileIOEnabled() Gets a value indicating whether integrated handling of commands for ICommand.OPEN/ICommand.SAVE/ICommand.SAVE_AS is enabled.
boolean	ViewportLimiter.isHonoringBothDimensionsEnabled() Gets a value indicating whether both dimensions of Bounds need to be honored.
boolean	CanvasControl.isNavigationCommandsEnabled() Gets a value indicating whether navigation related command bindings are enabled.
boolean	CanvasControl.isScrollCommandAnimationEnabled() Gets a value indicating whether ICommands for scrolling like for example ICommand.SCROLL_PAGE_DOWN, the scrolling should be performed in animated fashion.
boolean	GridVisualCreator.isVisible() Gets a value indicating whether this GridVisualCreator is visible.
boolean	CanvasControl.isZoomAnimationEnabled() Gets a value indicating whether zooming operations (e.g. turning the mouse wheel, executing ICommand.ZOOM etc.) should be performed in animated fashion.
void	CanvasControl.setAutoDragEnabled(boolean value) Sets a property that causes the control to automatically pan the view when the mouse gets dragged outside of the bounds of the control.
void	CanvasControl.setAutoDragInsets(InsetsD value) Sets the auto drag insets.
void	CanvasControl.setContentRect(RectD value) Sets the Rectangle in world coordinates that holds the contents.
void	Pen.setDashStyle(DashStyle value) Sets the dash style for the pen.
void	CanvasControl.setEditable(boolean value) Property that sets the editable state of this canvas.
void	GraphControl.setFileIOEnabled(boolean value) Sets a value indicating whether integrated handling of commands for ICommand.OPEN/ICommand.SAVE/ICommand.SAVE_AS is enabled.
void	CanvasControl.setFitContentViewMargins(InsetsD value) Sets the insets in view coordinates that should be used by the CanvasControl.fitContent() operation.
void	GridVisualCreator.setGridStyle(GridStyle value) Sets the grid style that this implementation uses.
void	CanvasControl.setHitTestRadius(double value) Specifies the radius of the area around the mouse in view coordinates in which a IHitTestable may lie to be considered a valid hit.
void	ViewportLimiter.setHonoringBothDimensionsEnabled(boolean value) Sets a value indicating whether both dimensions of Bounds need to be honored.
void	CanvasControl.setHorizontalScrollBarPolicy(ScrollPane.ScrollBarPolicy value) Specifies the visibility policy for the vertical scrollbar.
void	GridInfo.setHorizontalSpacing(double value) Sets the horizontal spacing between grid points in the world coordinate system.
void	CanvasControl.setInputMode(IInputMode value) Sets the single IInputMode instance that shall be installed for this canvas.
void	Pen.setLineCap(StrokeLineCap value) Sets the line cap for the end of the line.
void	Pen.setLineJoin(StrokeLineJoin value) Sets the line join property.
void	CanvasControl.setMaximumZoom(double value) Sets the maximum zoom level that is valid for Zoom.
void	CanvasControl.setMinimumZoom(double value) Sets the minimum zoom factor for this CanvasControl.
void	Pen.setMiterLimit(double value) Sets the miter limit.
void	CanvasControl.setMouseWheelBehavior(MouseWheelBehaviors value) Determines the behavior of the mouse wheel.
void	CanvasControl.setMouseWheelScrollFactor(double value) Sets a factor that controls how fast the viewport scrolls when the mouse wheel is turned.
void	CanvasControl.setMouseWheelZoomFactor(double value) Sets the factor by which the zoom level changes when the mouse wheel is turned.
void	CanvasControl.setNavigationCommandsEnabled(boolean value) Sets a value indicating whether navigation related command bindings are enabled.
void	GridInfo.setOrigin(PointD value) Sets the canonic origin of the grid.
void	Pen.setPaint(Paint value) Sets the brush for the pen.
void	ViewportAnimation.setScrollBarVisibility(ScrollPane.ScrollBarPolicy value) Sets the scroll bar visibility that will be used during the animation.
void	CanvasControl.setScrollCommandAnimationEnabled(boolean value) Sets a value indicating whether ICommands for scrolling like for example ICommand.SCROLL_PAGE_DOWN, the scrolling should be performed in animated fashion.
void	FocusIndicatorManager.setShowFocusPolicy(ShowFocusPolicy value) Sets the show focus policy.
void	Pen.setStrokeType(StrokeType value) Sets the stroke type for the line.
void	ViewportAnimation.setTargetViewMargins(InsetsD value) Sets the margins in view coordinate dimensions to use at the target zoom level.
void	Pen.setThickness(double value) Sets the thickness of the stroke.
void	CanvasControl.setVerticalScrollBarPolicy(ScrollPane.ScrollBarPolicy value) Specifies the visibility policy for the vertical scrollbar.
void	GridInfo.setVerticalSpacing(double value) Sets the vertical spacing between grid points in the world coordinate system.
void	CanvasControl.setViewPoint(PointD value) Sets the current view point.
void	GridVisualCreator.setVisibilityThreshold(double value) Sets the visibility threshold.
void	GridVisualCreator.setVisible(boolean value) Sets a value indicating whether this GridVisualCreator is visible.
void	CanvasControl.setZoom(double value) Sets the zoom factor for this CanvasControl.
void	CanvasControl.setZoomAnimationEnabled(boolean value) Sets a value indicating whether zooming operations (e.g. turning the mouse wheel, executing ICommand.ZOOM etc.) should be performed in animated fashion.

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

Methods in com.yworks.yfiles.view.input with annotations of type DefaultValue

Modifier and Type	Method and Description
MouseButtons	ClickInputMode.getActiveButtons() Determines for which button(s) mouse clicks should be processed.
AdjustContentRectPolicy	GraphEditorInputMode.getAdjustContentRectPolicy() Gets a property that determines whether this instance should automatically adjust the ContentRect if the graph changes.
NodeAlignmentPolicy	NavigationInputMode.getAutoGroupNodeAlignmentPolicy() Gets the the location that should be kept fixed if toggling a group node state.
Object	DefaultPortCandidate.getCandidateTag() Gets the tag for this candidate.
StripeSubregionTypes	TableEditorInputMode.getClickSelectableRegions() Gets clicks on which StripeSubregionTypes(s) should toggle a stripe selection state.
Cursor	MultiplexingInputMode.getDefaultCursor() Gets the cursor to use whenever no child mode prefers a different cursor.
DoubleClickPolicy	ClickInputMode.getDoubleClickPolicy() Gets the click handling mode that determines the triggering behavior of Clicked and DoubleClicked.
Duration	MouseHoverInputMode.getDuration() Gets the duration to show the tool tip.
double	GraphSnapContext.getEdgeToEdgeDistance() Gets the preferred distance between edges.
double	GraphSnapContext.getGridSnapDistance() Gets the GridSnapDistance.
GridSnapTypes	GraphSnapContext.getGridSnapType() Gets the type of the grid snapping that should be performed.
InertiaPolicies	MoveViewportInputMode.getInertia() Gets the mode that determines when to use inertia when dragging the viewport.
double	MoveViewportInputMode.getInertiaFactor() Gets the factor that determines how much the recent movement data is taken into account for the calculation of inertia speed and direction.
SnapContext	GraphEditorInputMode.getLabelSnapContext() The LabelSnapContext instance that handles interactive snapping of ILabels to their owner during drag operations like movements.
IPortLocationModel	DefaultPortCandidate.getModel() The model that will be used by this instance to determine the new LocationParameter if the DefaultPortCandidate.getPortCandidateAt(IInputModeContext, PointD) is called and the Validity is set to PortCandidateValidity.DYNAMIC.
double	CreateEdgeInputMode.getNodeBorderWidthRatio() Defines the width of a node's border which is taken into account when deciding which way to route the first segment of an orthogonal edge.
double	GraphSnapContext.getNodeToEdgeDistance() The preferred distance between node borders and edge segments.
double	GraphSnapContext.getNodeToNodeDistance() The preferred distance between node borders.
OrthogonalEdgeEditingPolicy	GraphEditorInputMode.getOrthogonalBendRemovalEnabled() Gets the policy that controls whether removing bends from an orthogonal edge will keep the edge orthogonal.
OrthogonalEdgeEditingPolicy	CreateEdgeInputMode.getOrthogonalEdgeCreationEnabled() Gets the the policy that controls whether edges will be create orthogonally.
OrthogonalEdgeEditingContext	GraphEditorInputMode.getOrthogonalEdgeEditingContext() Gets the orthogonal edge editing context.
double	CreateEdgeInputMode.getOrthogonalSnapDistance() Gets the distance in the view coordinate system that determines how far the mouse should be snapped to a horizontal or vertical line.
PointD	GraphEditorInputMode.getPasteDelta() The offset for paste operation if clipboard operations are enabled.
GraphItemTypes	GraphEditorInputMode.getPasteSelectableItems() Determines which types of items should be selected after GraphEditorInputMode.paste() or GraphEditorInputMode.duplicateSelection().
Object	DefaultPortCandidate.getPortTag() Gets the port tag to create the port with.
double	CreateEdgeInputMode.getPreferredMinimalEdgeDistance() Defines the preferred minimal distance of orthogonal edges.
GraphItemTypes	NavigationInputMode.getSelectableItems() Gets the types of the items that should be selectable by this instance.
SnapContext	GraphEditorInputMode.getSnapContext() The SnapContext instance that handles interactive snapping of elements during drag operations like movements.
double	CreateEdgeInputMode.getSnapDistance() Gets the distance in the view coordinate system that determines how far the mouse should be snapped to a port candidate if SnappingToTargetCandidateEnabled is enabled.
double	LabelSnapContext.getSnapLineExtension() Gets the amount by which snap lines that are induced by existing edge segments are being extended.
double	GraphSnapContext.getSnapLineExtension() Gets the amount by which snap lines that are induced by existing edge segments and node borders are being extended.
IPortStyle	DefaultPortCandidate.getStyle() Gets the style to use for the newly created port.
TapHandlingPolicy	TapInputMode.getTapHandlingPolicy() Gets the tap handling policy that determines the triggering behavior of Tapped and DoubleTapped.
PortCandidateValidity	DefaultPortCandidate.getValidity() Determines whether this candidate is a valid one depending on the context it has been obtained from.
boolean	TableEditorInputMode.isAddLabelAllowed() Gets whether the label editor will be automatically invoked if the Shift+F2 key is pressed.
boolean	GraphEditorInputMode.isAdjustGroupNodeSizeAllowed() Gets a value determining whether the ICommand.ADJUST_GROUP_NODE_SIZE command should be handled.
boolean	TextEditorInputMode.isAutoCommittingOnFocusLostEnabled() Gets a property that determines whether the text edited should be committed if the focus gets lost or the editing should be canceled.
boolean	TextEditorInputMode.isAutoFocusingCanvasOnEditorClosedEnabled() Gets a property that determines whether this mode should try to Node.requestFocus() the Canvas once the editor is closed via a keyboard gesture.
boolean	OverviewInputMode.isAutoMouseWheelZoomEnabled() Determines whether the mouse wheel can be used to perform zooming in the ClientCanvas.
boolean	TableEditorInputMode.isAutoRemovingEmptyLabelsEnabled() Gets a value indicating whether this mode should automatically remove labels from the table when a label text has been edited and the label text is empty.
boolean	GraphEditorInputMode.isAutoRemovingEmptyLabelsEnabled() Gets a value indicating whether this mode should automatically remove labels from the graph when a label text has been edited and the label text is empty.
boolean	GraphEditorInputMode.isAutoSelectingSelfloopBendsEnabled() Gets a property that determines whether clicking on a node should automatically select all bends of self loops adjacent to that node.
boolean	TextEditorInputMode.isAutoStartEditingEnabled() Determines whether this mode should automatically fire up the editor once it gets installed.
boolean	CreateBendInputMode.isBendReusingEnabled() Gets a property that determines whether this mode should use an existing bend in CreateBendInputMode.createBend(IEdge, PointD) if there is one found at the given location.
boolean	CreateEdgeInputMode.isCancelingEditImplicitlyEnabled() Gets whether after calls to CreateEdgeInputMode.createEdge(IGraph, IPortCandidate, IPortCandidate) the current undo edit should be canceled if the method returns null.
boolean	DropInputMode.isCapturingMouseInputDuringDragEnabled() Gets a value indicating whether to capture mouse input during drag operations.
boolean	GraphEditorInputMode.isClearSelectionAllowed() Gets a value determining whether the ICommand.DESELECT_ALL command should be handled.
boolean	LabelSnapContext.isCollectingAllEdgeDistanceSnapLinesEnabled() Determines whether this instance should collect snap lines in parallel to the edge path of the label owner at the distance of other edge labels in the graph.
boolean	LabelSnapContext.isCollectingAllNodeDistanceSnapLinesEnabled() Determines whether this instance should collect snap lines in parallel to the border of the label owner at the distance of other node labels in the graph.
boolean	LabelSnapContext.isCollectingEdgePathSnapLinesEnabled() Determines whether this instance should collect snap lines on the edge path.
boolean	GraphSnapContext.isCollectingEdgeSnapLinesEnabled() Determines whether this instance should collect fixed snap lines for edge segments.
boolean	LabelSnapContext.isCollectingInitialLocationSnapLinesEnabled() Determines whether this instance should collect snap lines for the initial position of a label.
boolean	GraphSnapContext.isCollectingNodePairCenterSnapLinesEnabled() Determines whether this instance will try to align the centers of adjacent nodes so that their centers are equally far away from each other.
boolean	GraphSnapContext.isCollectingNodePairSegmentSnapLinesEnabled() Gets a value indicating whether this instance will collect pairs of adjacent nodes and add snapping logic so that moved edge segments will snap so that the distances to the adjacent nodes are equal.
boolean	GraphSnapContext.isCollectingNodePairSnapLinesEnabled() Gets a value indicating whether this instance will collect pairs of adjacent nodes and add snapping logic so that moved nodes will snap so that the distances to the adjacent nodes are equal.
boolean	LabelSnapContext.isCollectingNodeShapeSnapLinesEnabled() Determines whether this instance should collect six snap lines, two through the center and four through the border sides of the label owner.
boolean	GraphSnapContext.isCollectingNodeSizesEnabled() Determines whether this instance should collect the sizes of fixed nodes.
boolean	GraphSnapContext.isCollectingNodeSnapLinesEnabled() Determines whether this instance should collect fixed snap lines for nodes.
boolean	LabelSnapContext.isCollectingOwnEdgeDistanceSnapLinesEnabled() Determines whether this instance should collect two snap lines in parallel to the edge path of the label owner at the initial distance of the edge label.
boolean	LabelSnapContext.isCollectingOwnNodeDistanceSnapLinesEnabled() Determines whether this instance should collect four snap lines in parallel to the owner's borders at the initial label distance.
boolean	GraphSnapContext.isCollectingPortSnapLinesEnabled() Determines whether this instance should collect fixed snap lines for ports.
boolean	LabelSnapContext.isCollectingSameOwnerEdgeDistanceSnapLinesEnabled() Determines whether this instance should collect snap lines in parallel to the edge path of the label owner at the distances of all edge labels of that owner.
boolean	LabelSnapContext.isCollectingSameOwnerNodeDistanceSnapLinesEnabled() Determines whether this instance should collect snap lines in parallel to the border of the label owner at the distance of other node labels of that owner.
boolean	PortRelocationHandle.isCyclicPortDependenciesAllowed() Determines whether or not cyclic port dependencies are allowed.
boolean	PortRelocationHandle.isDummyEdgeDisplayEnabled() Gets a value indicating whether to show a dummy edge during the drag operation.
boolean	GraphEditorInputMode.isDuplicateAllowed() Gets a value determining whether the ICommand.DUPLICATE command should be handled.
boolean	PortRelocationHandle.isEdgeToEdgeConnectionsAllowed() Determines whether or not edges are allowed to connect to other edges.
boolean	CreateEdgeInputMode.isEdgeToEdgeConnectionsAllowed() Determines whether or not edges are allowed to connect to other edges.
boolean	TableEditorInputMode.isEditLabelAllowed() Gets whether the label editor will be automatically invoked if the F2 key is pressed.
boolean	OrthogonalEdgeEditingContext.isEnabled() Gets a value indicating whether orthogonal edge editing is enabled at all.
boolean	NavigationInputMode.isExitGroupAllowed() Gets a value that determines whether it is allowed to exit the current group node via the ICommand.EXIT_GROUP.
boolean	NavigationInputMode.isFittingContentAfterGroupActionsEnabled() Gets a value that determines whether CanvasControl.fitContent() or the ICommand.FIT_CONTENT should be triggered after a group navigation action.
boolean	ClickInputMode.isFocusClickSwallowingEnabled() Gets a property that determines whether clicks should be swallowed if they happen within a short amount of time after the CanvasControl got focus.
boolean	TapInputMode.isFocusTapSwallowingEnabled() Gets a property that determines whether taps should be swallowed if they happen within a short amount of time after the CanvasControl got focus.
boolean	CreateEdgeInputMode.isForcingSnapToCandidateEnabled() Gets a property that determines whether the mouse should be forced to snap to the nearest valid port candidate if the mouse hovers over a target node.
boolean	GraphEditorInputMode.isGroupingOperationsAllowed() Gets a value indicating whether grouping operations like grouping selected nodes or moving nodes into group nodes should be enabled.
boolean	GraphEditorInputMode.isGroupSelectionAllowed() Gets a value determining whether the ICommand.GROUP_SELECTION command should be handled.
boolean	GraphEditorInputMode.isHidingLabelDuringEditingEnabled() Gets a property that determines whether the label should be hidden while it is edited.
boolean	ClickInputMode.isLeftClick() Deprecated.
boolean	GraphEditorInputMode.isPasteAllowed() Gets a value determining whether the ICommand.PASTE command should be handled.
boolean	MoveViewportInputMode.isPinchZoomAllowed() Gets a value indicating whether to allow the pinch zoom gesture.
boolean	PortRelocationHandle.isPortCandidateResolvingEnabled() Gets a value indicating whether a dynamic port candidate should be resolved for the current mouse location.
boolean	CreateEdgeInputMode.isPortCandidateShowingEnabled() Determines whether or not to display possible port candidates during the creation of the edge.
boolean	OrthogonalEdgeEditingContext.isPortMovingEnabled() Gets a value indicating ports are allowed to be moved at all.
boolean	GraphEditorInputMode.isReparentNodesAllowed() Gets a value indicating whether moving nodes out of group nodes or into other group nodes is allowed.
boolean	GraphEditorInputMode.isReparentToNonGroupNodesAllowed() Gets a value indicating whether moving nodes into non-group nodes is allowed to convert them into group nodes.
boolean	TapInputMode.isRequestingMutexOnTapEnabled() Whether to request the mutex on a tap.
boolean	CreateEdgeInputMode.isResolvingSourcePortCandidatesEnabled() Gets a value indicating whether PortCandidateValidity.DYNAMIC ports that are part of the source port candidates should be resolved for the current mouse location.
boolean	CreateEdgeInputMode.isResolvingTargetPortCandidatesEnabled() Gets a value indicating whether PortCandidateValidity.DYNAMIC ports that are part of the target port candidates should be resolved for the current mouse location.
boolean	GraphEditorInputMode.isReverseEdgeAllowed() Gets a value indicating whether the ICommand.REVERSE_EDGE command should be handled.
boolean	CreateEdgeInputMode.isSelfloopsAllowed() Determines whether or not to allow the creation of self loops.
boolean	GraphEditorInputMode.isSmartPasteSelectionEnabled() Determines whether nodes, edges, labels, and ports should only be selected after GraphEditorInputMode.paste() or GraphEditorInputMode.duplicateSelection() if they were selected when they were initially copied into the clipboard.
boolean	GraphSnapContext.isSnappingBendAdjacentSegmentsEnabled() Whether this context will automatically snap the movements of bends so that the two adjacent segments become horizontally or vertically oriented.
boolean	GraphSnapContext.isSnappingBendsToSnapLinesEnabled() Whether this context will automatically snap the bends to snap lines.
boolean	LabelSnapContext.isSnappingEdgeLabelsEnabled() Specifies whether this context will automatically snap the edge labels to snap lines.
boolean	LabelSnapContext.isSnappingNodeLabelsEnabled() Specifies whether this context will automatically snap the node labels to snap lines.
boolean	GraphSnapContext.isSnappingNodesToSnapLinesEnabled() Whether INodeSnapResultProvider implementations should snap nodes to snap lines.
boolean	GraphSnapContext.isSnappingOrthogonalMovementEnabled() Determines whether this context will automatically snap the movement in such a way that the overall move gesture is constrained to the horizontal or vertical axis.
boolean	GraphSnapContext.isSnappingPortAdjacentSegmentsEnabled() Whether this context will automatically snap the movements of nodes so that the first and last segments of edges become orthogonal.
boolean	GraphSnapContext.isSnappingSegmentsToSnapLinesEnabled() Determines whether this context will automatically snap orthogonal edge segments to snap lines.
boolean	TableEditorInputMode.isSynchronizingWithGraphSelectionEnabled() Gets a value indicating whether StripeSelection should be synchronized with the GraphSelection if this instance is installed as a child of a GraphEditorInputMode instance.
boolean	GraphEditorInputMode.isUndoOperationsAllowed() Gets a value indicating whether undo operations, that is, GraphEditorInputMode.undo() and GraphEditorInputMode.redo() should be enabled.
boolean	GraphEditorInputMode.isUngroupSelectionAllowed() Gets a value determining whether the ICommand.UNGROUP_SELECTION command should be handled.
boolean	NavigationInputMode.isUsingCurrentItemForCommandsEnabled() Gets a value indicating whether to use the CurrentItem as a fallback for the commands if no item is provided in the parameter and the current selection is empty.
boolean	GraphEditorInputMode.isUsingCurrentItemForCommandsEnabled() Gets a value indicating whether to use the CurrentItem as a fallback for the commands if no item is provided in the parameter and the current selection is empty.
boolean	CreateEdgeInputMode.isUsingHitItemsCandidatesOnlyEnabled() Gets a property that determines whether this mode should use only the target port candidates of the node the mouse currently hovers over.
void	ClickInputMode.setActiveButtons(MouseButtons value) Determines for which button(s) mouse clicks should be processed.
void	TableEditorInputMode.setAddLabelAllowed(boolean value) Sets whether the label editor will be automatically invoked if the Shift+F2 key is pressed.
void	GraphEditorInputMode.setAdjustContentRectPolicy(AdjustContentRectPolicy value) Sets a property that determines whether this instance should automatically adjust the ContentRect if the graph changes.
void	GraphEditorInputMode.setAdjustGroupNodeSizeAllowed(boolean value) Sets a value determining whether the ICommand.ADJUST_GROUP_NODE_SIZE command should be handled.
void	TextEditorInputMode.setAutoCommittingOnFocusLostEnabled(boolean value) Sets a property that determines whether the text edited should be committed if the focus gets lost or the editing should be canceled.
void	TextEditorInputMode.setAutoFocusingCanvasOnEditorClosedEnabled(boolean value) Sets a property that determines whether this mode should try to Node.requestFocus() the Canvas once the editor is closed via a keyboard gesture.
void	NavigationInputMode.setAutoGroupNodeAlignmentPolicy(NodeAlignmentPolicy value) Sets the the location that should be kept fixed if toggling a group node state.
void	OverviewInputMode.setAutoMouseWheelZoomEnabled(boolean value) Determines whether the mouse wheel can be used to perform zooming in the ClientCanvas.
void	TableEditorInputMode.setAutoRemovingEmptyLabelsEnabled(boolean value) Sets a value indicating whether this mode should automatically remove labels from the table when a label text has been edited and the label text is empty.
void	GraphEditorInputMode.setAutoRemovingEmptyLabelsEnabled(boolean value) Sets a value indicating whether this mode should automatically remove labels from the graph when a label text has been edited and the label text is empty.
void	GraphEditorInputMode.setAutoSelectingSelfloopBendsEnabled(boolean value) Sets a property that determines whether clicking on a node should automatically select all bends of self loops adjacent to that node.
void	TextEditorInputMode.setAutoStartEditingEnabled(boolean value) Determines whether this mode should automatically fire up the editor once it gets installed.
void	CreateBendInputMode.setBendReusingEnabled(boolean value) Sets a property that determines whether this mode should use an existing bend in CreateBendInputMode.createBend(IEdge, PointD) if there is one found at the given location.
void	CreateEdgeInputMode.setCancelingEditImplicitlyEnabled(boolean value) Sets whether after calls to CreateEdgeInputMode.createEdge(IGraph, IPortCandidate, IPortCandidate) the current undo edit should be canceled if the method returns null.
void	DefaultPortCandidate.setCandidateTag(Object value) Sets the tag for this candidate.
void	DropInputMode.setCapturingMouseInputDuringDragEnabled(boolean value) Sets a value indicating whether to capture mouse input during drag operations.
void	GraphEditorInputMode.setClearSelectionAllowed(boolean value) Sets a value determining whether the ICommand.DESELECT_ALL command should be handled.
void	TableEditorInputMode.setClickSelectableRegions(StripeSubregionTypes value) Sets clicks on which StripeSubregionTypes(s) should toggle a stripe selection state.
void	LabelSnapContext.setCollectingAllEdgeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines in parallel to the edge path of the label owner at the distance of other edge labels in the graph.
void	LabelSnapContext.setCollectingAllNodeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines in parallel to the border of the label owner at the distance of other node labels in the graph.
void	LabelSnapContext.setCollectingEdgePathSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines on the edge path.
void	GraphSnapContext.setCollectingEdgeSnapLinesEnabled(boolean value) Determines whether this instance should collect fixed snap lines for edge segments.
void	LabelSnapContext.setCollectingInitialLocationSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines for the initial position of a label.
void	GraphSnapContext.setCollectingNodePairCenterSnapLinesEnabled(boolean value) Determines whether this instance will try to align the centers of adjacent nodes so that their centers are equally far away from each other.
void	GraphSnapContext.setCollectingNodePairSegmentSnapLinesEnabled(boolean value) Sets a value indicating whether this instance will collect pairs of adjacent nodes and add snapping logic so that moved edge segments will snap so that the distances to the adjacent nodes are equal.
void	GraphSnapContext.setCollectingNodePairSnapLinesEnabled(boolean value) Sets a value indicating whether this instance will collect pairs of adjacent nodes and add snapping logic so that moved nodes will snap so that the distances to the adjacent nodes are equal.
void	LabelSnapContext.setCollectingNodeShapeSnapLinesEnabled(boolean value) Determines whether this instance should collect six snap lines, two through the center and four through the border sides of the label owner.
void	GraphSnapContext.setCollectingNodeSizesEnabled(boolean value) Determines whether this instance should collect the sizes of fixed nodes.
void	GraphSnapContext.setCollectingNodeSnapLinesEnabled(boolean value) Determines whether this instance should collect fixed snap lines for nodes.
void	LabelSnapContext.setCollectingOwnEdgeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect two snap lines in parallel to the edge path of the label owner at the initial distance of the edge label.
void	LabelSnapContext.setCollectingOwnNodeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect four snap lines in parallel to the owner's borders at the initial label distance.
void	GraphSnapContext.setCollectingPortSnapLinesEnabled(boolean value) Determines whether this instance should collect fixed snap lines for ports.
void	LabelSnapContext.setCollectingSameOwnerEdgeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines in parallel to the edge path of the label owner at the distances of all edge labels of that owner.
void	LabelSnapContext.setCollectingSameOwnerNodeDistanceSnapLinesEnabled(boolean value) Determines whether this instance should collect snap lines in parallel to the border of the label owner at the distance of other node labels of that owner.
void	PortRelocationHandle.setCyclicPortDependenciesAllowed(boolean value) Determines whether or not cyclic port dependencies are allowed.
void	MultiplexingInputMode.setDefaultCursor(Cursor value) Sets the cursor to use whenever no child mode prefers a different cursor.
void	ClickInputMode.setDoubleClickPolicy(DoubleClickPolicy value) Sets the click handling mode that determines the triggering behavior of Clicked and DoubleClicked.
void	PortRelocationHandle.setDummyEdgeDisplayEnabled(boolean value) Sets a value indicating whether to show a dummy edge during the drag operation.
void	GraphEditorInputMode.setDuplicateAllowed(boolean value) Sets a value determining whether the ICommand.DUPLICATE command should be handled.
void	MouseHoverInputMode.setDuration(Duration value) Sets the duration to show the tool tip.
void	PortRelocationHandle.setEdgeToEdgeConnectionsAllowed(boolean value) Determines whether or not edges are allowed to connect to other edges.
void	CreateEdgeInputMode.setEdgeToEdgeConnectionsAllowed(boolean value) Determines whether or not edges are allowed to connect to other edges.
void	GraphSnapContext.setEdgeToEdgeDistance(double value) Sets the preferred distance between edges.
void	TableEditorInputMode.setEditLabelAllowed(boolean value) Sets whether the label editor will be automatically invoked if the F2 key is pressed.
void	OrthogonalEdgeEditingContext.setEnabled(boolean value) Sets a value indicating whether orthogonal edge editing is enabled at all.
void	NavigationInputMode.setExitGroupAllowed(boolean value) Sets a value that determines whether it is allowed to exit the current group node via the ICommand.EXIT_GROUP.
void	NavigationInputMode.setFittingContentAfterGroupActionsEnabled(boolean value) Sets a value that determines whether CanvasControl.fitContent() or the ICommand.FIT_CONTENT should be triggered after a group navigation action.
void	ClickInputMode.setFocusClickSwallowingEnabled(boolean value) Sets a property that determines whether clicks should be swallowed if they happen within a short amount of time after the CanvasControl got focus.
void	TapInputMode.setFocusTapSwallowingEnabled(boolean value) Sets a property that determines whether taps should be swallowed if they happen within a short amount of time after the CanvasControl got focus.
void	CreateEdgeInputMode.setForcingSnapToCandidateEnabled(boolean value) Sets a property that determines whether the mouse should be forced to snap to the nearest valid port candidate if the mouse hovers over a target node.
void	GraphSnapContext.setGridSnapDistance(double value) Sets the GridSnapDistance.
void	GraphSnapContext.setGridSnapType(GridSnapTypes value) Sets the type of the grid snapping that should be performed.
void	GraphEditorInputMode.setGroupingOperationsAllowed(boolean value) Sets a value indicating whether grouping operations like grouping selected nodes or moving nodes into group nodes should be enabled.
void	GraphEditorInputMode.setGroupSelectionAllowed(boolean value) Sets a value determining whether the ICommand.GROUP_SELECTION command should be handled.
void	GraphEditorInputMode.setHidingLabelDuringEditingEnabled(boolean value) Sets a property that determines whether the label should be hidden while it is edited.
void	MoveViewportInputMode.setInertia(InertiaPolicies value) Sets the mode that determines when to use inertia when dragging the viewport.
void	MoveViewportInputMode.setInertiaFactor(double value) Sets the factor that determines how much the recent movement data is taken into account for the calculation of inertia speed and direction.
void	GraphEditorInputMode.setLabelSnapContext(SnapContext value) The LabelSnapContext instance that handles interactive snapping of ILabels to their owner during drag operations like movements.
void	DefaultPortCandidate.setModel(IPortLocationModel value) The model that will be used by this instance to determine the new LocationParameter if the DefaultPortCandidate.getPortCandidateAt(IInputModeContext, PointD) is called and the Validity is set to PortCandidateValidity.DYNAMIC.
void	CreateEdgeInputMode.setNodeBorderWidthRatio(double value) Defines the width of a node's border which is taken into account when deciding which way to route the first segment of an orthogonal edge.
void	GraphSnapContext.setNodeToEdgeDistance(double value) The preferred distance between node borders and edge segments.
void	GraphSnapContext.setNodeToNodeDistance(double value) The preferred distance between node borders.
void	GraphEditorInputMode.setOrthogonalBendRemovalEnabled(OrthogonalEdgeEditingPolicy value) Sets the policy that controls whether removing bends from an orthogonal edge will keep the edge orthogonal.
void	CreateEdgeInputMode.setOrthogonalEdgeCreationEnabled(OrthogonalEdgeEditingPolicy value) Sets the the policy that controls whether edges will be create orthogonally.
void	GraphEditorInputMode.setOrthogonalEdgeEditingContext(OrthogonalEdgeEditingContext value) Sets the orthogonal edge editing context.
void	CreateEdgeInputMode.setOrthogonalSnapDistance(double value) Sets the distance in the view coordinate system that determines how far the mouse should be snapped to a horizontal or vertical line.
void	GraphEditorInputMode.setPasteAllowed(boolean value) Sets a value determining whether the ICommand.PASTE command should be handled.
void	GraphEditorInputMode.setPasteDelta(PointD value) The offset for paste operation if clipboard operations are enabled.
void	GraphEditorInputMode.setPasteSelectableItems(GraphItemTypes value) Determines which types of items should be selected after GraphEditorInputMode.paste() or GraphEditorInputMode.duplicateSelection().
void	MoveViewportInputMode.setPinchZoomAllowed(boolean value) Sets a value indicating whether to allow the pinch zoom gesture.
void	PortRelocationHandle.setPortCandidateResolvingEnabled(boolean value) Sets a value indicating whether a dynamic port candidate should be resolved for the current mouse location.
void	CreateEdgeInputMode.setPortCandidateShowingEnabled(boolean value) Determines whether or not to display possible port candidates during the creation of the edge.
void	OrthogonalEdgeEditingContext.setPortMovingEnabled(boolean value) Sets a value indicating ports are allowed to be moved at all.
void	DefaultPortCandidate.setPortTag(Object value) Sets the port tag to create the port with.
void	CreateEdgeInputMode.setPreferredMinimalEdgeDistance(double value) Defines the preferred minimal distance of orthogonal edges.
void	GraphEditorInputMode.setReparentNodesAllowed(boolean value) Sets a value indicating whether moving nodes out of group nodes or into other group nodes is allowed.
void	GraphEditorInputMode.setReparentToNonGroupNodesAllowed(boolean value) Sets a value indicating whether moving nodes into non-group nodes is allowed to convert them into group nodes.
void	ClickInputMode.setRequestingMutexOnClickEnabled(boolean value) Whether to request the mutex on a click.
void	TapInputMode.setRequestingMutexOnTapEnabled(boolean value) Whether to request the mutex on a tap.
void	CreateEdgeInputMode.setResolvingSourcePortCandidatesEnabled(boolean value) Sets a value indicating whether PortCandidateValidity.DYNAMIC ports that are part of the source port candidates should be resolved for the current mouse location.
void	CreateEdgeInputMode.setResolvingTargetPortCandidatesEnabled(boolean value) Sets a value indicating whether PortCandidateValidity.DYNAMIC ports that are part of the target port candidates should be resolved for the current mouse location.
void	GraphEditorInputMode.setReverseEdgeAllowed(boolean value) Sets a value indicating whether the ICommand.REVERSE_EDGE command should be handled.
void	NavigationInputMode.setSelectableItems(GraphItemTypes value) Sets the types of the items that should be selectable by this instance.
void	CreateEdgeInputMode.setSelfloopsAllowed(boolean value) Determines whether or not to allow the creation of self loops.
void	GraphEditorInputMode.setSmartPasteSelectionEnabled(boolean value) Determines whether nodes, edges, labels, and ports should only be selected after GraphEditorInputMode.paste() or GraphEditorInputMode.duplicateSelection() if they were selected when they were initially copied into the clipboard.
void	GraphEditorInputMode.setSnapContext(SnapContext value) The SnapContext instance that handles interactive snapping of elements during drag operations like movements.
void	CreateEdgeInputMode.setSnapDistance(double value) Sets the distance in the view coordinate system that determines how far the mouse should be snapped to a port candidate if SnappingToTargetCandidateEnabled is enabled.
void	LabelSnapContext.setSnapLineExtension(double value) Sets the amount by which snap lines that are induced by existing edge segments are being extended.
void	GraphSnapContext.setSnapLineExtension(double value) Sets the amount by which snap lines that are induced by existing edge segments and node borders are being extended.
void	GraphSnapContext.setSnappingBendAdjacentSegmentsEnabled(boolean value) Whether this context will automatically snap the movements of bends so that the two adjacent segments become horizontally or vertically oriented.
void	GraphSnapContext.setSnappingBendsToSnapLinesEnabled(boolean value) Whether this context will automatically snap the bends to snap lines.
void	LabelSnapContext.setSnappingEdgeLabelsEnabled(boolean value) Specifies whether this context will automatically snap the edge labels to snap lines.
void	LabelSnapContext.setSnappingNodeLabelsEnabled(boolean value) Specifies whether this context will automatically snap the node labels to snap lines.
void	GraphSnapContext.setSnappingNodesToSnapLinesEnabled(boolean value) Whether INodeSnapResultProvider implementations should snap nodes to snap lines.
void	GraphSnapContext.setSnappingOrthogonalMovementEnabled(boolean value) Determines whether this context will automatically snap the movement in such a way that the overall move gesture is constrained to the horizontal or vertical axis.
void	GraphSnapContext.setSnappingPortAdjacentSegmentsEnabled(boolean value) Whether this context will automatically snap the movements of nodes so that the first and last segments of edges become orthogonal.
void	GraphSnapContext.setSnappingSegmentsToSnapLinesEnabled(boolean value) Determines whether this context will automatically snap orthogonal edge segments to snap lines.
void	DefaultPortCandidate.setStyle(IPortStyle value) Sets the style to use for the newly created port.
void	TableEditorInputMode.setSynchronizingWithGraphSelectionEnabled(boolean value) Sets a value indicating whether StripeSelection should be synchronized with the GraphSelection if this instance is installed as a child of a GraphEditorInputMode instance.
void	TapInputMode.setTapHandlingPolicy(TapHandlingPolicy value) Sets the tap handling policy that determines the triggering behavior of Tapped and DoubleTapped.
void	GraphEditorInputMode.setUndoOperationsAllowed(boolean value) Sets a value indicating whether undo operations, that is, GraphEditorInputMode.undo() and GraphEditorInputMode.redo() should be enabled.
void	GraphEditorInputMode.setUngroupSelectionAllowed(boolean value) Sets a value determining whether the ICommand.UNGROUP_SELECTION command should be handled.
void	NavigationInputMode.setUsingCurrentItemForCommandsEnabled(boolean value) Sets a value indicating whether to use the CurrentItem as a fallback for the commands if no item is provided in the parameter and the current selection is empty.
void	GraphEditorInputMode.setUsingCurrentItemForCommandsEnabled(boolean value) Sets a value indicating whether to use the CurrentItem as a fallback for the commands if no item is provided in the parameter and the current selection is empty.
void	CreateEdgeInputMode.setUsingHitItemsCandidatesOnlyEnabled(boolean value) Sets a property that determines whether this mode should use only the target port candidates of the node the mouse currently hovers over.
void	DefaultPortCandidate.setValidity(PortCandidateValidity value) Determines whether this candidate is a valid one depending on the context it has been obtained from.