Uses of Class
org.graphstream.ui.swing.renderer.shape.Connector

Packages that use Connector

Package	Description
org.graphstream.ui.swing.renderer.shape
org.graphstream.ui.swing.renderer.shape.swing.advancedShapes
org.graphstream.ui.swing.renderer.shape.swing.arrowShapes
org.graphstream.ui.swing.renderer.shape.swing.baseShapes
org.graphstream.ui.swing.util

Uses of Connector in org.graphstream.ui.swing.renderer.shape

Methods in org.graphstream.ui.swing.renderer.shape with parameters of type Connector

Modifier and Type	Method	Description
void	AreaOnConnector.theConnectorYoureAttachedTo(Connector connector)	XXX must call this method explicitly in the renderer !!!

Uses of Connector in org.graphstream.ui.swing.renderer.shape.swing.advancedShapes

Subclasses of Connector in org.graphstream.ui.swing.renderer.shape.swing.advancedShapes

Modifier and Type	Class	Description
class	AngleShape
class	BlobShape
class	CubicCurveShape
class	FreePlaneEdgeShape
class	HorizontalSquareEdgeShape
class	LSquareEdgeShape

Uses of Connector in org.graphstream.ui.swing.renderer.shape.swing.arrowShapes

Methods in org.graphstream.ui.swing.renderer.shape.swing.arrowShapes with parameters of type Connector

Modifier and Type	Method	Description
double	CircleOnEdge.lengthOfCurve(Connector c)

Uses of Connector in org.graphstream.ui.swing.renderer.shape.swing.baseShapes

Subclasses of Connector in org.graphstream.ui.swing.renderer.shape.swing.baseShapes

Modifier and Type	Class	Description
class	AreaConnectorShape
class	ConnectorShape
class	LineConnectorShape
class	LineShape
class	PolylineEdgeShape

Uses of Connector in org.graphstream.ui.swing.util

Methods in org.graphstream.ui.swing.util with parameters of type Connector

Modifier and Type	Method	Description
static AttributeUtils.Tuple<org.graphstream.ui.geom.Point2,java.lang.Double>	CubicCurve.approxIntersectionPointOnCurve(org.graphstream.ui.graphicGraph.GraphicEdge edge, Connector c, org.graphstream.ui.view.camera.DefaultCamera2D camera)	Use a dichotomy method to evaluate the intersection between the `edge` destination node shape and the Bézier curve of the connector `c`.
static AttributeUtils.Tuple<org.graphstream.ui.geom.Point2,java.lang.Double>	CubicCurve.approxIntersectionPointOnCurve(org.graphstream.ui.graphicGraph.GraphicEdge edge, Connector c, org.graphstream.ui.view.camera.DefaultCamera2D camera, int maxDepth)	Use a dichotomy method to evaluate the intersection between the `edge` destination node shape and the Bézier curve of the connector `c`.
static double	CubicCurve.approxLengthOfCurve(Connector c)	Evaluate the length of a Bézier curve by taking n points on the curve and summing the lengths of the n+1 segments thus defined.
static double	CubicCurve.approxLengthOfCurveQuick(Connector c)	Evaluate the length of a Bézier curve by taking four points on the curve and summing the lengths of the five segments thus defined.
static double	CubicCurve.approxLengthOfCurveQuickAndDirty(Connector c)	A quick and dirty hack to evaluate the length of a cubic bezier curve.
static AttributeUtils.Tuple<org.graphstream.ui.geom.Point2,org.graphstream.ui.geom.Point2>	CubicCurve.approxVectorEnteringCurve(org.graphstream.ui.graphicGraph.GraphicEdge edge, Connector c, org.graphstream.ui.view.camera.DefaultCamera2D camera)	Return two points, one inside and the second outside of the shape of the destination node of the given `edge`, the points can be used to deduce a vector along the Bézier curve entering point in the shape.