Package com.io7m.jregions.core.parameterized.volumes

Class PVolumesD

java.lang.Object

com.io7m.jregions.core.parameterized.volumes.PVolumesD

public final class PVolumesD
extends java.lang.Object

Functions over volumes.

These functions operate using the concepts of minimum-x, maximum-x, minimum-y, maximum-y, minimum-z, maximum-z, edges. It is up to individual applications to assign meaning to these edges such as "left" for minimum-x, "top" for minimum-y, or "far" for minimum-z.

Method Summary

Modifier and Type	Method	Description
static <S, T> PVolumeD<T>	cast(PVolumeD<S> volume)	Brand a given volume as belonging to a different coordinate space.
static <S> PVolumeD<S>	containing(PVolumeD<S> a, PVolumeD<S> b)	Construct a volume that will contain both a and b.
static <S> boolean	contains(PVolumeD<S> a, PVolumeD<S> b)	Determine whether or not one volume contains another.
static <S> boolean	containsPoint(PVolumeD<S> a, double x, double y, double z)	Determine whether or not a volume contains a given point.
static <S> boolean	couldFitInside(PVolumeD<S> a, PVolumeD<S> b)	Determine whether or not one volume could fit inside another.
static <S> PVolumeD<S>	create(double x, double y, double z, double size_x, double size_y, double size_z)	Create a volume of size (size_x, size_y, size_z) placing the minimum corner at (x, y, z).
static <S> PVolumeD<S>	moveAbsolute(PVolumeD<S> volume, double x, double y, double z)	Move the given volume to (x, y, z).
static <S> PVolumeD<S>	moveRelative(PVolumeD<S> volume, double x, double y, double z)	Move the given volume by (x, y, z).
static <S> PVolumeD<S>	moveRelativeClamped(PVolumeD<S> container, PVolumeD<S> volume, double x, double y, double z)	Move the given volume by (x, y, z), without allowing volume to leave container.
static <S> PVolumeD<S>	moveRelativeClampedX(PVolumeD<S> container, PVolumeD<S> volume, double x)	Move the given volume by x, without allowing volume to leave container.
static <S> PVolumeD<S>	moveRelativeClampedY(PVolumeD<S> container, PVolumeD<S> volume, double y)	Move the given volume by y, without allowing volume to leave container.
static <S> PVolumeD<S>	moveRelativeClampedZ(PVolumeD<S> container, PVolumeD<S> volume, double z)	Move the given volume by z, without allowing volume to leave container.
static <S> PVolumeD<S>	moveToOrigin(PVolumeD<S> volume)	Move the given volume to (0, 0, 0).
static <S> boolean	overlaps(PVolumeD<S> a, PVolumeD<S> b)	Determine whether or not two volumes overlap.
static <S> java.lang.String	show(PVolumeD<S> volume)
static <S> java.lang.String	showToBuilder(PVolumeD<S> volume, java.lang.StringBuilder sb)
static <S> PVolumeSizeD<S>	size(PVolumeD<S> volume)
static <S> PVolumeXYZSplitD<S,PVolumeD<S>>	splitAtXYZ(PVolumeD<S> v, double x, double y, double z)	Split the given volume at point (x, y, z).

Methods inherited from class java.lang.Object

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

Method Details

create

public static <S> PVolumeD<S> create(double x, double y, double z, double size_x, double size_y, double size_z)

Create a volume of size (size_x, size_y, size_z) placing the minimum corner at (x, y, z).

Type Parameters:

S - The coordinate space of the volume

Parameters:

x - The X value of the minimum corner

y - The Y value of the minimum corner

z - The Z value of the minimum corner

size_x - The size of the volume on the X axis

size_y - The size of the volume on the Y axis

size_z - The size of the volume on the Z axis

Returns:

A volume

contains

public static <S> boolean contains(PVolumeD<S> a, PVolumeD<S> b)

Determine whether or not one volume contains another.

Containing is reflexive: contains(a, a) == true.

Containing is transitive: contains(a, b) → contains(b, c) → contains(a, c).

Containing is not necessarily symmetric.

Type Parameters:

S - The coordinate space of the volumes

Parameters:

a - Volume A

b - Volume B

Returns:

true iff a contains b

moveRelative

public static <S> PVolumeD<S> moveRelative(PVolumeD<S> volume, double x, double y, double z)

Move the given volume by (x, y, z).

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

x - The amount to move on the X axis

y - The amount to move on the Y axis

z - The amount to move on the Z axis

Returns:

A moved volume

moveRelativeClampedX

public static <S> PVolumeD<S> moveRelativeClampedX(PVolumeD<S> container, PVolumeD<S> volume, double x)

Move the given volume by x, without allowing volume to leave container.

Type Parameters:

S - The coordinate space of the volume

Parameters:

container - The container volume

volume - The volume

x - The amount to move on the X axis

Returns:

A moved volume

Since:

3.0.0

moveRelativeClampedY

public static <S> PVolumeD<S> moveRelativeClampedY(PVolumeD<S> container, PVolumeD<S> volume, double y)

Move the given volume by y, without allowing volume to leave container.

Type Parameters:

S - The coordinate space of the volume

Parameters:

container - The container volume

volume - The volume

y - The amount to move on the Y axis

Returns:

A moved volume

Since:

3.0.0

moveRelativeClampedZ

public static <S> PVolumeD<S> moveRelativeClampedZ(PVolumeD<S> container, PVolumeD<S> volume, double z)

Move the given volume by z, without allowing volume to leave container.

Type Parameters:

S - The coordinate space of the volume

Parameters:

container - The container volume

volume - The volume

z - The amount to move on the Z axis

Returns:

A moved volume

Since:

3.0.0

moveRelativeClamped

public static <S> PVolumeD<S> moveRelativeClamped(PVolumeD<S> container, PVolumeD<S> volume, double x, double y, double z)

Move the given volume by (x, y, z), without allowing volume to leave container.

Type Parameters:

S - The coordinate space of the volume

Parameters:

container - The container volume

volume - The volume

x - The amount to move on the X axis

y - The amount to move on the Y axis

z - The amount to move on the Z axis

Returns:

A moved volume

Since:

3.0.0

moveAbsolute

public static <S> PVolumeD<S> moveAbsolute(PVolumeD<S> volume, double x, double y, double z)

Move the given volume to (x, y, z).

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

x - The position to which to move on the X axis

y - The position to which to move on the Y axis

z - The position to which to move on the Z axis

Returns:

A moved volume

moveToOrigin

public static <S> PVolumeD<S> moveToOrigin(PVolumeD<S> volume)

Move the given volume to (0, 0, 0).

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

Returns:

A moved volume

cast

public static <S, T> PVolumeD<T> cast(PVolumeD<S> volume)

Brand a given volume as belonging to a different coordinate space. Mixing up coordinate spaces is a common source of difficult-to-locate bugs. Use at your own risk.

Type Parameters:

S - The starting coordinate space

T - The resulting coordinate space

Parameters:

volume - A volume

Returns:

volume

overlaps

public static <S> boolean overlaps(PVolumeD<S> a, PVolumeD<S> b)

Determine whether or not two volumes overlap.

Overlapping is reflexive: overlaps(a, a) == true.

Overlapping is symmetric: overlaps(a, b) == overlaps(b, a).

Overlapping is not necessarily transitive.

Type Parameters:

S - The coordinate space of the volumes

Parameters:

a - A volume

b - A volume

Returns:

true iff a overlaps b

couldFitInside

public static <S> boolean couldFitInside(PVolumeD<S> a, PVolumeD<S> b)

Determine whether or not one volume could fit inside another.

Fitting is reflexive: couldFitInside(a, a) == true.

Fitting is transitive: couldFitInside(a, b) → couldFitInside(b, c) → couldFitInside(a, c).

Fitting is not necessarily symmetric.

Type Parameters:

S - The coordinate space of the volumes

Parameters:

a - A volume

b - A volume

Returns:

true iff a could fit inside b

containing

public static <S> PVolumeD<S> containing(PVolumeD<S> a, PVolumeD<S> b)

Construct a volume that will contain both a and b.

Type Parameters:

S - The coordinate space of the volumes

Parameters:

a - A volume

b - A volume

Returns:

A volume containing a and b

containsPoint

public static <S> boolean containsPoint(PVolumeD<S> a, double x, double y, double z)

Determine whether or not a volume contains a given point.

Type Parameters:

S - The coordinate space of the volume

Parameters:

a - A volume

x - The X coordinate of the point

y - The Y coordinate of the point

z - The Z coordinate of the point

Returns:

true iff a contains (x, y, z)

splitAtXYZ

public static <S> PVolumeXYZSplitD<S,PVolumeD<S>> splitAtXYZ(PVolumeD<S> v, double x, double y, double z)

Split the given volume at point (x, y, z).

Type Parameters:

S - The coordinate space of the volume

Parameters:

v - A volume

x - The X coordinate of the point

y - The Y coordinate of the point

z - The Z coordinate of the point

Returns:

true iff a contains (x, y, z)

show

public static <S> java.lang.String show(PVolumeD<S> volume)

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

Returns:

A terse string describing the position and size of the volume

size

public static <S> PVolumeSizeD<S> size(PVolumeD<S> volume)

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

Returns:

The size of the volume

showToBuilder

public static <S> java.lang.String showToBuilder(PVolumeD<S> volume, java.lang.StringBuilder sb)

Type Parameters:

S - The coordinate space of the volume

Parameters:

volume - The volume

sb - A string builder

Returns:

A terse string describing the position and size of the volume