Uses of Interface
geometry.Geometry

Packages that use Geometry

geoComplex
geometry

Uses of Geometry in geoComplex

Fields in geoComplex declared as Geometry

private Geometry

StandardGeoCell.geo

Methods in geoComplex that return Geometry

Geometry	StandardGeoCell.getGeometry()
Geometry	GeoCell.getGeometry() Returns the geometric information of this cell.
Geometry	DBGeoCell.getGeometry()

Methods in geoComplex with parameters of type Geometry

void	StandardGeoCell.setGeometry(Geometry geo)

Constructors in geoComplex with parameters of type Geometry

StandardGeoCell(CellID id, IntegerMap map, int dim, Geometry geo, GeoComplex geoComplex)

Uses of Geometry in geometry

Classes in geometry that implement Geometry

class	AffineSpace An affine subspace of n-dimensional space.
class	CoordPlane A plane which is parallel to two coordinate vectors.
class	HyperPlane
class	ImplicitGeometry A default affine geometry for cells, which are not points.
class	Line A line, as a special affine subspace of n-dimensional space, defined by a point and a vector.
class	Plane A plane, as a special affine subspace of n-dimensional space, defined by a point and two vectors.
class	Point Represents a point in n-dimensional space, defined by a vector containing the coordinats of this point.

Methods in geometry that return Geometry

Geometry	Point.intersection(Geometry other)
Geometry	Point.getRandomRay(Point origin)
Geometry	ImplicitGeometry.intersection(Geometry other)
Geometry	ImplicitGeometry.getRandomRay(Point origin)
Geometry	Geometry.intersection(Geometry other) Intersects this geometry with another.
Geometry	Geometry.getRandomRay(Point origin) Construct a random one-dimensional submanifold, containing a given point.
Geometry	AffineSpace.intersection(Geometry geo) Computes the intersection of two affine spaces.
Geometry	AffineSpace.getRandomRay(Point origin)

Methods in geometry with parameters of type Geometry

boolean	Point.canContain(Geometry other)
boolean	Point.contains(Geometry other)
boolean	Point.canBeContainedIn(Geometry other)
boolean	Point.isContainedIn(Geometry other)
boolean	Point.canIntersect(Geometry other)
Geometry	Point.intersection(Geometry other)
boolean	ImplicitGeometry.canIntersect(Geometry other)
Geometry	ImplicitGeometry.intersection(Geometry other)
boolean	ImplicitGeometry.canContain(Geometry other)
boolean	ImplicitGeometry.contains(Geometry other)
boolean	ImplicitGeometry.canBeContainedIn(Geometry other)
boolean	ImplicitGeometry.isContainedIn(Geometry other)
boolean	Geometry.canContain(Geometry other) Tests, if this geometry knows how to test if it contains another geometry.
boolean	Geometry.contains(Geometry other) Tests, if this geometry contains another geometry.
boolean	Geometry.canBeContainedIn(Geometry other) Tests, if this geometry knows how to test if is contained in another geometry.
boolean	Geometry.isContainedIn(Geometry other) Tests, if this geometry is contained in another geometry.
boolean	Geometry.canIntersect(Geometry other) Tests, if this geometry knows how to intersect itself with another geometry.
Geometry	Geometry.intersection(Geometry other) Intersects this geometry with another.
boolean	AffineSpace.contains(Geometry other) Checks, if a given point is contained in this affine space.
boolean	AffineSpace.canIntersect(Geometry other)
Geometry	AffineSpace.intersection(Geometry geo) Computes the intersection of two affine spaces.
boolean	AffineSpace.canContain(Geometry other)
boolean	AffineSpace.canBeContainedIn(Geometry other)
boolean	AffineSpace.isContainedIn(Geometry other)