Uses of Class
de.cismet.math.delaunytriangulation.Pnt

Packages that use Pnt

Package	Description
de.cismet.math.delaunytriangulation	Includes Classes and Applets for Triangulation.

Uses of Pnt in de.cismet.math.delaunytriangulation

Methods in de.cismet.math.delaunytriangulation that return Pnt

Modifier and Type	Method and Description
Pnt	Pnt.add(Pnt p) Add.
Pnt	Pnt.bisector(Pnt point) Perpendicular bisector of two Pnts.
static Pnt	Pnt.circumcenter(Pnt[] simplex) Circumcenter of a simplex.
static Pnt	Pnt.cross(Pnt[] matrix) Compute generalized cross-product of the rows of a matrix.
Pnt	Pnt.extend(double... coords) Create a new Pnt by adding additional coordinates to this Pnt.
Pnt	Pnt.isOn(Pnt[] simplex) Test if this Pnt is on a simplex.
Pnt	Pnt.isOutside(Pnt[] simplex) Test if this Pnt is outside of simplex.
Pnt	Pnt.subtract(Pnt p) Subtract.

Methods in de.cismet.math.delaunytriangulation that return types with arguments of type Pnt

Modifier and Type	Method and Description
Set<de.cismet.math.delaunytriangulation.Simplex<Pnt>>	DelaunayTriangulation.delaunayPlace(Pnt site) Place a new point site into the DT.
de.cismet.math.delaunytriangulation.Simplex<Pnt>	DelaunayTriangulation.locate(Pnt point) Locate the triangle with point (a Pnt) inside (or on) it.

Methods in de.cismet.math.delaunytriangulation with parameters of type Pnt

Modifier and Type	Method and Description
Pnt	Pnt.add(Pnt p) Add.
double	Pnt.angle(Pnt p) Angle (in radians) between two Pnts (treated as vectors).
Pnt	Pnt.bisector(Pnt point) Perpendicular bisector of two Pnts.
static Pnt	Pnt.circumcenter(Pnt[] simplex) Circumcenter of a simplex.
static double	Pnt.content(Pnt[] simplex) Determine the signed content (i.e., area or volume, etc.) of a simplex.
static Pnt	Pnt.cross(Pnt[] matrix) Compute generalized cross-product of the rows of a matrix.
Set<de.cismet.math.delaunytriangulation.Simplex<Pnt>>	DelaunayTriangulation.delaunayPlace(Pnt site) Place a new point site into the DT.
static double	Pnt.determinant(Pnt[] matrix) Compute the determinant of a matrix (array of Pnts).
int	Pnt.dimCheck(Pnt p) Check that dimensions match.
double	Pnt.dot(Pnt p) Dot product.
boolean	Pnt.isInside(Pnt[] simplex) Test if this Pnt is inside a simplex.
Pnt	Pnt.isOn(Pnt[] simplex) Test if this Pnt is on a simplex.
Pnt	Pnt.isOutside(Pnt[] simplex) Test if this Pnt is outside of simplex.
de.cismet.math.delaunytriangulation.Simplex<Pnt>	DelaunayTriangulation.locate(Pnt point) Locate the triangle with point (a Pnt) inside (or on) it.
int[]	Pnt.relation(Pnt[] simplex) Relation between this Pnt and a simplex (represented as an array of Pnts).
Pnt	Pnt.subtract(Pnt p) Subtract.
static String	Pnt.toString(Pnt[] matrix) Create a String for a matrix.
int	Pnt.vsCircumcircle(Pnt[] simplex) Test relation between this Pnt and circumcircle of a simplex.

Constructor parameters in de.cismet.math.delaunytriangulation with type arguments of type Pnt

Constructor and Description
DelaunayTriangulation(de.cismet.math.delaunytriangulation.Simplex<Pnt> triangle) Constructor.