Uses of Class
il.ac.idc.jdt.Point

Packages that use Point

Package	Description
il.ac.idc.jdt
org.jzy3d.plot3d.builder.delaunay

Uses of Point in il.ac.idc.jdt

Methods in il.ac.idc.jdt that return Point

Modifier and Type	Method	Description
Point[]	DelaunayTriangulation.calcVoronoiCell(Triangle triangle, Point p)	Calculates a Voronoi cell for a given neighborhood in this triangulation.
Point	Circle.center()	Gets the center of the circle.
Point	DelaunayTriangulation.findClosePoint(Point pointToDelete)	return a point from the trangulation that is close to pointToDelete
Point	Triangle.getA()	returns the first vertex of this triangle.
Point	Triangle.getB()	returns the second vertex of this triangle.
Point	Triangle.getC()	returns the 3th vertex of this triangle.
Point	BoundingBox.getMaxPoint()
Point	BoundingBox.getMinPoint()
Point	Triangle.getZ(Point q)	compute the Z value for the X,Y values of q. assume this triangle represent a plane --> q does NOT need to be contained in this triangle.
Point	DelaunayTriangulation.maxBoundingBox()	return the max point of the bounding box of this triangulation {{x1,y1,z1}}
Point	DelaunayTriangulation.minBoundingBox()	return the min point of the bounding box of this triangulation {{x0,y0,z0}}
Point	DelaunayTriangulation.z(Point q)

Methods in il.ac.idc.jdt that return types with arguments of type Point

Modifier and Type	Method	Description
Iterator<Point>	DelaunayTriangulation.getConvexHullVerticesIterator()	returns an iterator to the set of all the points on the XY-convex hull
static List<Point>	IOParsers.readPoints(File file)	creates a Delaunay Triangulation from all the points in the suggested tsin file or from a smf file (off like). if the file name is .smf - read it as an smf file as try to read it as .tsin Note: duplicated points are ignored!
static List<Point>	IOParsers.readPoints(InputStream is)
static List<Point>	IOParsers.readPoints(String file)
Iterator<Point>	DelaunayTriangulation.verticesIterator()	returns an iterator to the set of points compusing this triangulation.

Methods in il.ac.idc.jdt with parameters of type Point

Modifier and Type	Method	Description
Point[]	DelaunayTriangulation.calcVoronoiCell(Triangle triangle, Point p)	Calculates a Voronoi cell for a given neighborhood in this triangulation.
int	Point.compareTo(Point o)
boolean	DelaunayTriangulation.contains(Point p)
boolean	Triangle.contains(Point p)	determinates if this triangle contains the point p.
boolean	Triangle.containsBoundaryIsOutside(Point p)	determinates if this triangle contains the point p.
void	DelaunayTriangulation.deletePoint(Point pointToDelete)	Deletes the given point from this.
double	Point.distance(Point p)
double	Point.distance3D(Point p)
boolean	Triangle.fallInsideCircumcircle(Point[] arrayPoints)
Triangle	DelaunayTriangulation.find(Point p)	finds the triangle the query point falls in, note if out-side of this triangulation a half plane triangle will be returned (see contains), the search has expected time of O(n^0.5), and it starts form a fixed triangle (this.startTriangle),
Triangle	DelaunayTriangulation.find(Point p, Triangle start)	finds the triangle the query point falls in, note if out-side of this triangulation a half plane triangle will be returned (see contains). the search starts from the the start triangle
Triangle	GridIndex.findCellTriangleOf(Point point)	Finds a triangle near the given point
Point	DelaunayTriangulation.findClosePoint(Point pointToDelete)	return a point from the trangulation that is close to pointToDelete
Vector<Triangle>	DelaunayTriangulation.findTriangleNeighborhood(Triangle firstTriangle, Point point)
Point	Triangle.getZ(Point q)	compute the Z value for the X,Y values of q. assume this triangle represent a plane --> q does NOT need to be contained in this triangle.
void	DelaunayTriangulation.insertPoint(Point p)	insert the point to this Delaunay Triangulation.
boolean	Triangle.isCorner(Point p)	Checks if the given point is a corner of this triangle.
int	Point.pointLineTest(Point a, Point b)	tests the relation between this point (as a 2D [x,y] point) and a 2D segment a,b (the Z values are ignored), returns one of the following: LEFT, RIGHT, INFRONTOFA, BEHINDB, ONSEGMENT
void	Triangle.setA(Point a)
void	Triangle.setB(Point b)
void	Triangle.setC(Point c)
Point	DelaunayTriangulation.z(Point q)
double	Triangle.zValue(Point q)	compute the Z value for the X,Y values of q.

Method parameters in il.ac.idc.jdt with type arguments of type Point

Modifier and Type	Method	Description
void	DelaunayTriangulation.insertPoints(Collection<Point> points)

Constructors in il.ac.idc.jdt with parameters of type Point

Constructor	Description
BoundingBox(Point lowerLeft, Point upperRight)	Create a bounding box between lowerLeft and upperRight
Circle(Point c, double r)	Constructor.
DelaunayTriangulation(Point[] ps)	creates a Delaunay Triangulation from all the points.
Point(Point p)	simple copy constructor
Triangle(Point A, Point B)	creates a half plane using the segment (A,B).
Triangle(Point A, Point B, Point C)	constructs a triangle form 3 point - store it in counterclockwised order.

Constructor parameters in il.ac.idc.jdt with type arguments of type Point

Constructor	Description
DelaunayTriangulation(Collection<Point> points)

Uses of Point in org.jzy3d.plot3d.builder.delaunay

Methods in org.jzy3d.plot3d.builder.delaunay that return Point

Modifier and Type	Method	Description
static Point	JDTConverter.toJdtPoint(double x, double y, double z)
static Point	JDTConverter.toJdtPoint(Coord3d coord)

Methods in org.jzy3d.plot3d.builder.delaunay with parameters of type Point

Modifier and Type	Method	Description
static Coord3d	JDTConverter.toJzyCoord(Point point)