Uses of Class
com.irurueta.geometry.TriangulatorException

Packages that use TriangulatorException

Package	Description
com.irurueta.geometry	This package contains classes to work with basic geometric entities such as 2D or 3D points, lines, planes, 2D or 3D triangles or polygons, circles, spheres, rotations, transformations etc.

Uses of TriangulatorException in com.irurueta.geometry

Methods in com.irurueta.geometry that throw TriangulatorException

Modifier and Type	Method	Description
List<Triangle2D>	Polygon2D.getTriangles()	Returns a list of triangles forming this polygon.
List<Triangle3D>	Polygon3D.getTriangles()	Returns a list of triangles forming this polygon.
private static List<Triangle2D>	VanGoghTriangulator2D.internalTriangulate(List<Point2D> verticesCopy, List<int[]> indices, List<Point2D> originalVertices)	Internal method that computes the actual triangulation.
private static List<Triangle3D>	VanGoghTriangulator3D.internalTriangulate(List<Point3D> verticesCopy, List<int[]> indices, List<Point3D> originalVertices)	Internal method that computes the actual triangulation.
boolean	Polygon2D.isInside(Point2D point)	Determines if provided point lies within the region defined by this polygon.
boolean	Polygon2D.isInside(Point2D point, double threshold)	Determines if provided point lies within the region defined by this polygon.
boolean	Polygon3D.isInside(Point3D point)	Determines if provided point lies within the region defined by this polygon.
boolean	Polygon3D.isInside(Point3D point, double threshold)	Determines if provided point lies within the region defined by this polygon.
void	Polygon2D.triangulate()	Triangulates this polygon using this polygon's triangulator method.
void	Polygon3D.triangulate()	Triangulates this polygon using this polygon's triangulator method.
abstract List<Triangle2D>	Triangulator2D.triangulate(Polygon2D polygon)	Triangulates provided polygon by dividing it into a set of triangles.
abstract List<Triangle2D>	Triangulator2D.triangulate(List<Point2D> vertices)	Triangulates a polygon formed by provided vertices.
abstract List<Triangle2D>	Triangulator2D.triangulate(List<Point2D> vertices, List<int[]> indices)	Triangulates a polygon formed by provided vertices.
abstract List<Triangle3D>	Triangulator3D.triangulate(Polygon3D polygon)	Triangulates provided polygon by dividing it into a set of triangles.
abstract List<Triangle3D>	Triangulator3D.triangulate(List<Point3D> vertices)	Triangulates a polygon formed by provided vertices.
abstract List<Triangle3D>	Triangulator3D.triangulate(List<Point3D> vertices, List<int[]> indices)	Triangulates a polygon formed by provided vertices.
List<Triangle2D>	VanGoghTriangulator2D.triangulate(Polygon2D polygon)	Triangulates provided polygon by dividing it into a set of triangles.
List<Triangle2D>	VanGoghTriangulator2D.triangulate(List<Point2D> vertices)	Triangulates a polygon formed by provided vertices.
List<Triangle2D>	VanGoghTriangulator2D.triangulate(List<Point2D> vertices, List<int[]> indices)	Triangulates a polygon formed by provided vertices.
List<Triangle3D>	VanGoghTriangulator3D.triangulate(Polygon3D polygon)	Triangulates provided polygon by dividing it into a set of triangles.
List<Triangle3D>	VanGoghTriangulator3D.triangulate(List<Point3D> vertices)	Triangulates a polygon formed by provided vertices.
List<Triangle3D>	VanGoghTriangulator3D.triangulate(List<Point3D> vertices, List<int[]> indices)	Triangulates a polygon formed by provided vertices.