fr.cnes.sirius.patrius.math.geometry.partitioning

Interface SubHyperplane<S extends Space>

Type Parameters:

S - Type of the embedding space.

All Known Implementing Classes:

AbstractSubHyperplane, SubLine, SubOrientedPoint, SubPlane

public interface SubHyperplane<S extends Space>

This interface represents the remaining parts of an hyperplane after other parts have been chopped off.

sub-hyperplanes are obtained when parts of an hyperplane are chopped off by other hyperplanes that intersect it. The remaining part is a convex region. Such objects appear in BSP trees as the intersection of a cut hyperplane with the convex region which it splits, the chopping hyperplanes are the cut hyperplanes closer to the tree root.

Since:

3.0

Version:

$Id: SubHyperplane.java 18108 2017-10-04 06:45:27Z bignon $

Nested Class Summary

Nested Classes

Modifier and Type	Interface and Description
static class	SubHyperplane.SplitSubHyperplane<U extends Space> Class holding the results of the split method.

Method Summary

Modifier and Type	Method and Description
SubHyperplane<S>	copySelf() Copy the instance.
Hyperplane<S>	getHyperplane() Get the underlying hyperplane.
double	getSize() Get the size of the instance.
boolean	isEmpty() Check if the instance is empty.
SubHyperplane<S>	reunite(SubHyperplane<S> other) Compute the union of the instance and another sub-hyperplane.
Side	side(Hyperplane<S> hyperplane) Compute the relative position of the instance with respect to an hyperplane.
SubHyperplane.SplitSubHyperplane<S>	split(Hyperplane<S> hyperplane) Split the instance in two parts by an hyperplane.

Method Detail

copySelf

SubHyperplane<S> copySelf()

Copy the instance.

The instance created is completely independent of the original one. A deep copy is used, none of the underlying objects are shared (except for the nodes attributes and immutable objects).

Returns:

a new sub-hyperplane, copy of the instance

getHyperplane

Hyperplane<S> getHyperplane()

Get the underlying hyperplane.

Returns:

underlying hyperplane

isEmpty

boolean isEmpty()

Check if the instance is empty.

Returns:

true if the instance is empty

getSize

double getSize()

Get the size of the instance.

Returns:

the size of the instance (this is a length in 1D, an area in 2D, a volume in 3D ...)

side

Side side(Hyperplane<S> hyperplane)

Compute the relative position of the instance with respect to an hyperplane.

Parameters:

hyperplane - hyperplane to check instance against

Returns:

one of Side.PLUS, Side.MINUS, Side.BOTH, Side.HYPER

split

SubHyperplane.SplitSubHyperplane<S> split(Hyperplane<S> hyperplane)

Split the instance in two parts by an hyperplane.

Parameters:

hyperplane - splitting hyperplane

Returns:

an object containing both the part of the instance on the plus side of the instance and the part of the instance on the minus side of the instance

reunite

SubHyperplane<S> reunite(SubHyperplane<S> other)

Compute the union of the instance and another sub-hyperplane.

Parameters:

other - other sub-hyperplane to union (must be in the same hyperplane as the instance)

Returns:

a new sub-hyperplane, union of the instance and other