Uses of Class
geometry.Point

Packages that use Point

geoComplex
geometry

Uses of Point in geoComplex

Methods in geoComplex that return Point

private static Point[]

GeoCellTools.getEndpoints(GeoCell cell)

Methods in geoComplex with parameters of type Point

private static java.awt.geom.Point2D	GeoCellTools.toPoint2D(Point p) \Ting
private static java.awt.geom.QuadCurve2D	GeoCellTools.toCurve(Point P1, Point P2, Vector T1, Vector T2)
static boolean	GeoCellTools.contains(GeoCell cell, Point p)
boolean	StandardGeoCell.contains(Point p)
boolean	GeoCell.contains(Point p) Test, if the Cell contains a given point.
boolean	DBGeoCell.contains(Point p)

Uses of Point in geometry

Fields in geometry declared as Point

protected Point

AffineSpace.origin any point, which is contained in the affine space

Methods in geometry that return Point

Point	Point.localization(Point p)
Point	Point.getOrigin()
Point	Point.copy() Returns a deep copy of this point.
Point	ImplicitGeometry.localization(Point p)
Point	ImplicitGeometry.getOrigin()
Point	Geometry.localization(Point p) Converts a point (which is contained in the geometry) to coordinates local to the geometry.
Point	Geometry.getOrigin() The origin of the local coordinate system.
Point	AffineSpace.getOrigin() Returns the origin of this affine space.
Point	AffineSpace.localization(Point p) Returns the specified point in local coordinates.
Point	AffineSpace.project(Point p) Computes the orthogonal projection of a point onto this affine space.

Methods in geometry with parameters of type Point

Vector	Point.getVectorTo(Point other) Computes the vector from this point to another point.
Point	Point.localization(Point p)
Vector	Point.getNormal(Point p)
Geometry	Point.getRandomRay(Point origin)
java.awt.geom.Point2D	Plane.localProjection(Point p) Returns the image of the specified point after projecting it orthogonally to the plane (in local coordinates).
Point	ImplicitGeometry.localization(Point p)
Vector	ImplicitGeometry.getNormal(Point p)
Geometry	ImplicitGeometry.getRandomRay(Point origin)
protected static JLinAlg.AffineLinearSubspace	HyperPlane.orthogonalSpace(Point origin, Vector normal)
Vector	Geometry.getNormal(Point p) Returns a normal vector onto a hypersurface in a given point (only possible if dim()+1 == outerDim())
Point	Geometry.localization(Point p) Converts a point (which is contained in the geometry) to coordinates local to the geometry.
Geometry	Geometry.getRandomRay(Point origin) Construct a random one-dimensional submanifold, containing a given point.
boolean	CoordPlane.contains(Point p)
java.awt.geom.Point2D	CoordPlane.localProjection(Point p)
Point	AffineSpace.localization(Point p) Returns the specified point in local coordinates.
Point	AffineSpace.project(Point p) Computes the orthogonal projection of a point onto this affine space.
Geometry	AffineSpace.getRandomRay(Point origin)
Vector	AffineSpace.getNormal(Point p)

Constructors in geometry with parameters of type Point

Plane(Point origin, Vector x, Vector y)
Constructs a new plane from a point and two vectors.

Line(Point origin, Vector x)
Constructs a new line from a point and a vector.

HyperPlane(Point origin, Vector normal)

CoordPlane(Point origin, int xCoord, int yCoord)
Constructs a new plane from a point and two unit coordinate vectors.

CoordPlane(Point origin, int xCoord, int yCoord, double scale)
Constructs a new plane from a point and two coordinate vectors of equal length.

AffineSpace(Point origin, JLinAlg.Matrix space)
Constructs an affine space from a Point in the affine space and a Matrix describing the associated vectorspace.

AffineSpace(Point origin, Vector[] vectors)
Constructs an affine space from a Point in the affine space and a set of vectors, generating the associated vectorspace.

AffineSpace(Point origin)
Constructs a 0-dimensional affine space containig only the given point.