Uses of Class
elki.visualization.svg.SVGPath

Packages that use SVGPath

Package	Description
elki.visualization.svg	Base SVG functionality (generation, markers, thumbnails, export, ...).
elki.visualization.visualizers.scatterplot.cluster	Visualizers for clustering results based on 2D projections.
elki.visualization.visualizers.visunproj	Visualizers that do not use a particular projection.

Uses of SVGPath in elki.visualization.svg

Methods in elki.visualization.svg that return SVGPath

Modifier and Type	Method	Description
private SVGPath	SVGPath.append(char action)	Append an action to the current path.
private SVGPath	SVGPath.append(double x)	Append a value to the current path.
SVGPath	SVGPath.close()	Close the path.
SVGPath	SVGPath.cubicTo(double[] c1xy, double[] c2xy, double[] xy)	Cubic Bezier line to the given coordinates.
SVGPath	SVGPath.cubicTo(double c1x, double c1y, double c2x, double c2y, double x, double y)	Cubic Bezier line to the given coordinates.
static SVGPath	VoronoiDraw.drawDelaunay(Projection2D proj, java.util.List<SweepHullDelaunay2D.Triangle> delaunay, java.util.List<double[]> means)	Draw the Delaunay triangulation.
static SVGPath	VoronoiDraw.drawFakeVoronoi(Projection2D proj, java.util.List<double[]> means)	Fake Voronoi diagram.
SVGPath	SVGPath.drawTo(double[] xy)	Draw a line given a series of coordinates.
SVGPath	SVGPath.drawTo(double x, double y)	Draw a line given a series of coordinates.
static SVGPath	VoronoiDraw.drawVoronoi(Projection2D proj, java.util.List<SweepHullDelaunay2D.Triangle> delaunay, java.util.List<double[]> means)	Draw a Voronoi diagram
SVGPath	SVGPath.ellipticalArc(double[] rxy, double ar, double la, double sp, double[] xy)	Elliptical arc curve to the given coordinates.
SVGPath	SVGPath.ellipticalArc(double rx, double ry, double ar, double la, double sp, double[] xy)	Elliptical arc curve to the given coordinates.
SVGPath	SVGPath.ellipticalArc(double rx, double ry, double ar, double la, double sp, double x, double y)	Elliptical arc curve to the given coordinates.
SVGPath	SVGPath.horizontalLineTo(double x)	Draw a horizontal line to the given x coordinate.
SVGPath	SVGPath.lineTo(double[] xy)	Draw a line to the given coordinates.
SVGPath	SVGPath.lineTo(double x, double y)	Draw a line to the given coordinates.
SVGPath	SVGPath.moveTo(double[] xy)	Move to the given coordinates.
SVGPath	SVGPath.moveTo(double x, double y)	Move to the given coordinates.
SVGPath	SVGPath.quadTo(double[] c1xy, double[] xy)	Quadratic Bezier line to the given coordinates.
SVGPath	SVGPath.quadTo(double c1x, double c1y, double x, double y)	Quadratic Bezier line to the given coordinates.
SVGPath	SVGPath.relativeCubicTo(double[] c1xy, double[] c2xy, double[] xy)	Cubic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeCubicTo(double c1x, double c1y, double c2x, double c2y, double x, double y)	Cubic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeEllipticalArc(double[] rxy, double ar, double la, double sp, double[] xy)	Elliptical arc curve to the given relative coordinates.
SVGPath	SVGPath.relativeEllipticalArc(double rx, double ry, double ar, double la, double sp, double[] xy)	Elliptical arc curve to the given relative coordinates.
SVGPath	SVGPath.relativeEllipticalArc(double rx, double ry, double ar, double la, double sp, double x, double y)	Elliptical arc curve to the given relative coordinates.
SVGPath	SVGPath.relativeHorizontalLineTo(double x)	Draw a horizontal line to the given relative x coordinate.
SVGPath	SVGPath.relativeLineTo(double[] xy)	Draw a line to the given relative coordinates.
SVGPath	SVGPath.relativeLineTo(double x, double y)	Draw a line to the given relative coordinates.
SVGPath	SVGPath.relativeMoveTo(double[] xy)	Move to the given relative coordinates.
SVGPath	SVGPath.relativeMoveTo(double x, double y)	Move to the given relative coordinates.
SVGPath	SVGPath.relativeQuadTo(double[] c1xy, double[] xy)	Quadratic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeQuadTo(double c1x, double c1y, double x, double y)	Quadratic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeSmoothCubicTo(double[] c2xy, double[] xy)	Smooth Cubic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeSmoothCubicTo(double c2x, double c2y, double x, double y)	Smooth Cubic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeSmoothQuadTo(double[] xy)	Smooth quadratic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeSmoothQuadTo(double x, double y)	Smooth quadratic Bezier line to the given relative coordinates.
SVGPath	SVGPath.relativeVerticalLineTo(double y)	Draw a vertical line to the given relative y coordinate.
SVGPath	SVGPath.smoothCubicTo(double[] c2xy, double[] xy)	Smooth Cubic Bezier line to the given coordinates.
SVGPath	SVGPath.smoothCubicTo(double c2x, double c2y, double x, double y)	Smooth Cubic Bezier line to the given coordinates.
SVGPath	SVGPath.smoothQuadTo(double[] xy)	Smooth quadratic Bezier line to the given coordinates.
SVGPath	SVGPath.smoothQuadTo(double x, double y)	Smooth quadratic Bezier line to the given coordinates.
SVGPath	SVGPath.verticalLineTo(double y)	Draw a vertical line to the given y coordinate.

Methods in elki.visualization.svg with parameters of type SVGPath

Modifier and Type	Method	Description
private static void	SVGHyperCube.recDrawEdges(SVGPath path, double minx, double miny, java.util.List<double[]> r_edges, long[] b)	Recursive helper for hypercube drawing.

Uses of SVGPath in elki.visualization.visualizers.scatterplot.cluster

Methods in elki.visualization.visualizers.scatterplot.cluster with parameters of type SVGPath

Modifier and Type	Method	Description
private void	EMClusterVisualization.Instance.drawArc(SVGPath path, double[] cent, double[] pre, double[] nex, double[] oPrev, double[] oNext, double scale)	Draw an arc to simulate the hyper ellipse.

Uses of SVGPath in elki.visualization.visualizers.visunproj

Methods in elki.visualization.visualizers.visunproj with parameters of type SVGPath

Modifier and Type	Method	Description
private void	XYCurveVisualization.clipDraw(SVGPath path, XYCurve curve, double preX, double preY, double x, double y, LinearScale scalex, LinearScale scaley, double sizex, double sizey)	Clipped drawing function for an edge.