Package org.hipparchus.geometry.partitioning

Class RegionFactory<S extends Space,P extends Point<S,P>,H extends Hyperplane<S,P,H,I>,I extends SubHyperplane<S,P,H,I>>

java.lang.Object

org.hipparchus.geometry.partitioning.RegionFactory<S,P,H,I>

Type Parameters:

S - Type of the space.

P - Type of the points in space.

H - Type of the hyperplane.

I - Type of the sub-hyperplane.

public class RegionFactory<S extends Space,P extends Point<S,P>,H extends Hyperplane<S,P,H,I>,I extends SubHyperplane<S,P,H,I>>
extends Object

This class is a factory for Region.

Constructor Summary

Constructors

Constructor	Description
RegionFactory()	Simple constructor.

Method Summary

Modifier and Type	Method	Description
final Region<S,P,H,I>	buildConvex(H... hyperplanes)	Build a convex region from a collection of bounding hyperplanes.
Region<S,P,H,I>	difference(Region<S,P,H,I> region1, Region<S,P,H,I> region2)	Compute the difference of two regions.
Region<S,P,H,I>	getComplement(Region<S,P,H,I> region)	Get the complement of the region (exchanged interior/exterior).
Region<S,P,H,I>	intersection(Region<S,P,H,I> region1, Region<S,P,H,I> region2)	Compute the intersection of two regions.
Region<S,P,H,I>	union(Region<S,P,H,I> region1, Region<S,P,H,I> region2)	Compute the union of two regions.
Region<S,P,H,I>	xor(Region<S,P,H,I> region1, Region<S,P,H,I> region2)	Compute the symmetric difference (exclusive or) of two regions.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

RegionFactory

public RegionFactory()

Simple constructor.

Method Details

buildConvex

@SafeVarargs
public final Region<S,P,H,I> buildConvex(H... hyperplanes)

Build a convex region from a collection of bounding hyperplanes.

Parameters:

hyperplanes - collection of bounding hyperplanes

Returns:

a new convex region, or null if the collection is empty

union

public Region<S,P,H,I> union(Region<S,P,H,I> region1,
 Region<S,P,H,I> region2)

Compute the union of two regions.

Parameters:

region1 - first region (will be unusable after the operation as parts of it will be reused in the new region)

region2 - second region (will be unusable after the operation as parts of it will be reused in the new region)

Returns:

a new region, result of region1 union region2

intersection

public Region<S,P,H,I> intersection(Region<S,P,H,I> region1,
 Region<S,P,H,I> region2)

Compute the intersection of two regions.

Parameters:

region1 - first region (will be unusable after the operation as parts of it will be reused in the new region)

region2 - second region (will be unusable after the operation as parts of it will be reused in the new region)

Returns:

a new region, result of region1 intersection region2

xor

public Region<S,P,H,I> xor(Region<S,P,H,I> region1,
 Region<S,P,H,I> region2)

Compute the symmetric difference (exclusive or) of two regions.

Parameters:

region1 - first region (will be unusable after the operation as parts of it will be reused in the new region)

region2 - second region (will be unusable after the operation as parts of it will be reused in the new region)

Returns:

a new region, result of region1 xor region2

difference

public Region<S,P,H,I> difference(Region<S,P,H,I> region1,
 Region<S,P,H,I> region2)

Compute the difference of two regions.

Parameters:

region1 - first region (will be unusable after the operation as parts of it will be reused in the new region)

region2 - second region (will be unusable after the operation as parts of it will be reused in the new region)

Returns:

a new region, result of region1 minus region2

getComplement

public Region<S,P,H,I> getComplement(Region<S,P,H,I> region)

Get the complement of the region (exchanged interior/exterior).

Parameters:

region - region to complement, it will not be modified, a new region independent region will be built

Returns:

a new region, complement of the specified one