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E
- EdgePoints - Class in org.graphstream.ui.swing.util
- EdgePoints(int) - Constructor for class org.graphstream.ui.swing.util.EdgePoints
- EdgeRenderer - Class in org.graphstream.ui.swing.renderer
- EdgeRenderer(StyleGroup) - Constructor for class org.graphstream.ui.swing.renderer.EdgeRenderer
- EdgeRenderer(StyleGroup, SwingGraphRenderer) - Constructor for class org.graphstream.ui.swing.renderer.EdgeRenderer
- elementInvisible(Backend, DefaultCamera2D, GraphicElement) - Method in class org.graphstream.ui.swing.renderer.EdgeRenderer
- elementInvisible(Backend, DefaultCamera2D, GraphicElement) - Method in class org.graphstream.ui.swing.renderer.JComponentRenderer
- elementInvisible(Backend, DefaultCamera2D, GraphicElement) - Method in class org.graphstream.ui.swing.renderer.NodeRenderer
- elementInvisible(Backend, DefaultCamera2D, GraphicElement) - Method in class org.graphstream.ui.swing.renderer.SpriteRenderer
- elementInvisible(Backend, DefaultCamera2D, GraphicElement) - Method in class org.graphstream.ui.swing.renderer.StyleRenderer
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Called during rendering in place of
#renderElement(Graphics2D, DefaultCamera2D, GraphicElement)
to signal that the given element is not inside the view. - elementStyleChanged(Element, StyleGroup, StyleGroup) - Method in class org.graphstream.ui.swing.SwingGraphRenderer
- enableMouseOptions() - Method in class org.graphstream.ui.swing_viewer.DefaultView
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This is a shortcut to a call setMouseManager with a MouseOverMouseManager instance and with (InteractiveElement.EDGE, InteractiveElement.NODE, InteractiveElement.SPRITE).
- enableMouseOptions() - Method in class org.graphstream.ui.swing_viewer.ViewPanel
- endFrame() - Method in class org.graphstream.ui.swing.util.FPSLogger
- endPoints(double, double, boolean) - Method in class org.graphstream.ui.swing.renderer.shape.Connector
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Define the two end points sizes (does not use the style nor the fit size).
- endPoints(double, double, double, double, boolean) - Method in class org.graphstream.ui.swing.renderer.shape.Connector
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Define the two end points sizes (does not use the style nor the fit size).
- endPoints(GraphicNode, GraphicNode, boolean, DefaultCamera2D) - Method in class org.graphstream.ui.swing.renderer.shape.Connector
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Define the two end points sizes using the fit size stored in the nodes.
- endPoints(StyleGroup, StyleGroup, boolean, DefaultCamera2D) - Method in class org.graphstream.ui.swing.renderer.shape.Connector
- endRenderingPass(Backend, DefaultCamera2D, boolean) - Method in class org.graphstream.ui.swing.renderer.EdgeRenderer
- endRenderingPass(Backend, DefaultCamera2D, boolean) - Method in class org.graphstream.ui.swing.renderer.JComponentRenderer
- endRenderingPass(Backend, DefaultCamera2D, boolean) - Method in class org.graphstream.ui.swing.renderer.NodeRenderer
- endRenderingPass(Backend, DefaultCamera2D, boolean) - Method in class org.graphstream.ui.swing.renderer.SpriteRenderer
- endRenderingPass(Backend, DefaultCamera2D, boolean) - Method in class org.graphstream.ui.swing.renderer.StyleRenderer
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Called at the end of the rendering pass.
- endSelectionAt(double, double) - Method in class org.graphstream.ui.swing_viewer.DefaultView
- endSelectionAt(double, double) - Method in class org.graphstream.ui.swing.SwingGraphRenderer
- endTransform() - Method in class org.graphstream.ui.swing.BackendJ2D
- eval(double, double, double, double, double) - Static method in class org.graphstream.ui.swing.util.CubicCurve
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Evaluate a cubic Bézier curve according to control points `x0`, `x1`, `x2` and `x3` and return the position at parametric position `t` of the curve.
- eval(Point2D.Double, Point2D.Double, Point2D.Double, Point2D.Double, double) - Static method in class org.graphstream.ui.swing.util.CubicCurve
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Evaluate a cubic Bézier curve according to control points `p0`, `p1`, `p2` and `p3` and return the position at parametric position `t` of the curve.
- eval(Point2, Point2, Point2, Point2, double) - Static method in class org.graphstream.ui.swing.util.CubicCurve
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Evaluate a cubic Bézier curve according to control points `p0`, `p1`, `p2` and `p3` and return the position at parametric position `t` of the curve.
- eval(Point2, Point2, Point2, Point2, double, Point2) - Static method in class org.graphstream.ui.swing.util.CubicCurve
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Evaluate a cubic Bézier curve according to control points `p0`, `p1`, `p2` and `p3` and store the position at parametric position `t` of the curve in `result`.
- eval(Point3, Point3, Point3, Point3, double) - Static method in class org.graphstream.ui.swing.util.CubicCurve
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Evaluate a cubic Bézier curve according to control points `p0`, `p1`, `p2` and `p3` and return the position at parametric position `t` of the curve.
- evalBoxRadius2D(Point3, Point3, Point3, Point3, double, double) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Compute the length of a vector along the edge from the box center that match the box "radius".
- evalEllipseRadius2D(Point3, Point3, Point3, Point3, double, double) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Compute the length of a vector along the edge from the ellipse center that match the ellipse radius.
- evalEllipseRadius2D(Point3, Point3, Point3, Point3, double, double, double) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Compute the length of a (eventually cubic curve) vector along the edge from the ellipse center toward the intersection point with the ellipse that match the ellipse radius.
- evalTargetRadius2D(Point3, Point3, GraphicNode, DefaultCamera2D) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
-
Try to evaluate the "radius" of the given node considering an edge between points `from` and `to`.
- evalTargetRadius2D(GraphicEdge, Point3, Point3, Point3, Point3, DefaultCamera2D) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Try to evaluate the "radius" of the given area skeleton considering a cubic curve edge between points `p0` and point `p3` and curving to control points `p1` and `p2`.
- evalTargetRadius2D(GraphicEdge, DefaultCamera2D) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Try to evaluate the "radius" of the edge target node shape along the edge.
- evalTargetRadius2D(Style, AreaSkeleton, Point3, Point3, Point3, Point3, DefaultCamera2D) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
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Try to evaluate the "radius" of the given area skeleton considering a cubic curve edge between points `p0` and point `p3` and curving to control points `p1` and `p2`.
- evalTargetRadius2D(Style, AreaSkeleton, Point3, Point3, DefaultCamera2D) - Static method in class org.graphstream.ui.swing.util.ShapeUtil
-
Try to evaluate the "radius" of the given area skeleton considering an edge between points `p0` and point `p3` (the edge is considered a straight line).
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