JOGL 2.3.2 · com.jogamp.opengl.math.geom.AABBox

Modifier and Type	Field and Description
private final float[]	center
private static final boolean	DEBUG
private final float[]	high
private final float[]	low

Access	Constructor and Description
public	AABBox() Create an Axis Aligned bounding box (AABBox) where the low and and high MAX float Values.
public	AABBox(final AABBox the box value to be used for the new instance src) Create an AABBox copying all values from the given one
public	AABBox(final float min x-coordinate lx, final float min y-coordnate ly, final float min z-coordinate lz, final float max x-coordinate hx, final float max y-coordinate hy, final float max z-coordinate hz) Create an AABBox specifying the coordinates of the low and high
public	AABBox(final float[] min xyz-coordinates low, final float[] max xyz-coordinates high) Create a AABBox defining the low and high

Method Summary

Modifier and Type	Method and Description
private final void	computeCenter()
public final boolean	Returns: true if x belong to (low.x, high.x) and y belong to (low.y, high.y) contains(final float x-axis coordinate value x, final float y-axis coordinate value y) Check if the x & y coordinates are bounded/contained by this AABBox
public final boolean	Returns: true if x belong to (low.x, high.x) and y belong to (low.y, high.y) and z belong to (low.z, high.z) contains(final float x-axis coordinate value x, final float y-axis coordinate value y, final float z-axis coordinate value z) Check if the xyz coordinates are bounded/contained by this AABBox.
public final AABBox	Returns: this AABBox for chaining copy(final AABBox source AABBox src) Copy given AABBox 'src' values to this AABBox.
public final boolean	equals(final Object the reference object with which to compare. obj) Overrides java.lang.Object.equals. Indicates whether some other object is "equal to" this one.
public final float[]	Returns: the xyz-coordinates of the center of the AABBox getCenter() Get the Center of this AABBox
public final float	getDepth()
public final float	getHeight()
public final float[]	Returns: a float array containing the max xyz coordinates getHigh() Get the max xyz-coordinates
public final float[]	Returns: a float array containing the min xyz coordinates getLow() Get the min xyz-coordinates
public final float	getMaxX()
public final float	getMaxY()
public final float	getMaxZ()
public final float	getMinX()
public final float	getMinY()
public final float	getMinZ()
public final float[]	Returns: float[3] result of intersection coordinates, or null if none exists getRayIntersection(final float[] vec3 result, final Ray ray, final float epsilon, final boolean if true, method assumes an intersection, i.e. by pre-checking via `intersectsRay(Ray)`. In this case method will not validate a possible non-intersection and just computes coordinates. assumeIntersection, final float[] temp vec3 tmp1V3, final float[] temp vec3 tmp2V3, final float[] temp vec3 tmp3V3) Return intersection of a `Ray` with this bounding box, or null if none exist.
public final float	Returns: a float representing the size of the AABBox getSize() Get the size of this AABBox where the size is represented by the length of the vector between low and high.
public final float	getWidth()
public final int	hashCode() Overrides java.lang.Object.hashCode. Returns a hash code value for this object.
public final boolean	Returns: true if this AABBox might have a common region with this 2D region intersects2DRegion(final float lower left x-coord x, final float lower left y-coord y, final float width w, final float hight h) Check if there is a common region between this AABBox and the passed 2D region irrespective of z range
public final boolean	intersectsRay(final Ray ray) Check if `Ray` intersects this bounding box.
public AABBox	mapToWindow(final AABBox result, final float[] P x Mv matrix mat4PMv, final int[] view, final boolean useCenterZ, final float[] 3 component vector for temp storage vec3Tmp0, final float[] 4 component vector for temp storage vec4Tmp1, final float[] 4 component vector for temp storage vec4Tmp2) Assume this bounding box as being in object space and compute the window bounding box.
public final AABBox	Returns: this AABBox for chaining reset() resets this box to the inverse low/high, allowing the next `resize(float, float, float)` command to hit.
public final AABBox	Returns: this AABBox for chaining resize(final AABBox AABBox to be encapsulated in newBox) Resize the AABBox to encapsulate another AABox
public final AABBox	Returns: this AABBox for chaining resize(final AABBox AABBox to be encapsulated in newBox, final AffineTransform the `AffineTransform` applied on newBox on the fly t, final float[] temp float[3] storage tmpV3) Resize the AABBox to encapsulate another AABox, which will be transformed on the fly first.
public final AABBox	Returns: this AABBox for chaining resize(final float x-axis coordinate value x, final float y-axis coordinate value y, final float z-axis coordinate value z) Resize the AABBox to encapsulate the passed xyz-coordinates.
public final AABBox	Returns: this AABBox for chaining resize(final float[] xyz-axis coordinate values xyz, final int of the array offset) Resize the AABBox to encapsulate the passed xyz-coordinates.
public final AABBox	Returns: this AABBox for chaining resize(final float[] xyz-axis coordinate values xyz) Resize the AABBox to encapsulate the passed xyz-coordinates.
public final AABBox	Returns: this AABBox for chaining rotate(final Quaternion the `Quaternion` used for rotation quat) Rotate this AABBox by a float[3] vector
public final AABBox	Returns: this AABBox for chaining scale(final float a constant float value size, final float[] caller provided temporary 3-component vector tmpV3) Scale this AABBox by a constant
private final void	setHigh(final float hx, final float hy, final float hz)
private final void	setLow(final float lx, final float ly, final float lz)
public final AABBox	Returns: this AABBox for chaining setSize(final float[] min xyz-coordinates low, final float[] max xyz-coordinates high) Set size of the AABBox specifying the coordinates of the low and high.
public final AABBox	Returns: this AABBox for chaining setSize(final float min x-coordinate lx, final float min y-coordnate ly, final float min z-coordinate lz, final float max x-coordinate hx, final float max y-coordinate hy, final float max z-coordinate hz) Set size of the AABBox specifying the coordinates of the low and high.
public final String	toString() Overrides java.lang.Object.toString. Returns a string representation of the object.
public final AABBox	Returns: this AABBox for chaining translate(final float[] the float[3] translation vector t) Translate this AABBox by a float[3] vector

Inherited from java.lang.Object:: clone finalize getClass notify notifyAll wait wait wait

center	back to summary
private final float[] center

DEBUG	back to summary
private static final boolean DEBUG

high	back to summary
private final float[] high

low	back to summary
private final float[] low

AABBox	back to summary
public AABBox() Create an Axis Aligned bounding box (AABBox) where the low and and high MAX float Values.

AABBox	back to summary
public AABBox(final AABBox src) Create an AABBox copying all values from the given one Parameters src:AABBox the box value to be used for the new instance

AABBox	back to summary
public AABBox(final float lx, final float ly, final float lz, final float hx, final float hy, final float hz) Create an AABBox specifying the coordinates of the low and high Parameters lx:float min x-coordinate ly:float min y-coordnate lz:float min z-coordinate hx:float max x-coordinate hy:float max y-coordinate hz:float max z-coordinate

AABBox	back to summary
public AABBox(final float[] low, final float[] high) Create a AABBox defining the low and high Parameters low:float[] min xyz-coordinates high:float[] max xyz-coordinates

Method Detail

computeCenter	back to summary
private final void computeCenter()

contains	back to summary
public final boolean contains(final float x, final float y) Check if the x & y coordinates are bounded/contained by this AABBox Parameters x:float x-axis coordinate value y:float y-axis coordinate value Returns:boolean true if x belong to (low.x, high.x) and y belong to (low.y, high.y)

contains

back to summary

public final boolean contains(final float x, final float y)

Check if the x & y coordinates are bounded/contained by this AABBox

Parameters

x:float: x-axis coordinate value
y:float: y-axis coordinate value

Returns:boolean

true if x belong to (low.x, high.x) and y belong to (low.y, high.y)

contains	back to summary
public final boolean contains(final float x, final float y, final float z) Check if the xyz coordinates are bounded/contained by this AABBox. Parameters x:float x-axis coordinate value y:float y-axis coordinate value z:float z-axis coordinate value Returns:boolean true if x belong to (low.x, high.x) and y belong to (low.y, high.y) and z belong to (low.z, high.z)

contains

back to summary

public final boolean contains(final float x, final float y, final float z)

Check if the xyz coordinates are bounded/contained by this AABBox.

Parameters

x:float: x-axis coordinate value
y:float: y-axis coordinate value
z:float: z-axis coordinate value

Returns:boolean

true if x belong to (low.x, high.x) and y belong to (low.y, high.y) and z belong to (low.z, high.z)

copy	back to summary
public final AABBox copy(final AABBox src) Copy given AABBox 'src' values to this AABBox. Parameters src:AABBox source AABBox Returns:AABBox this AABBox for chaining

copy

back to summary

public final AABBox copy(final AABBox src)

Copy given AABBox 'src' values to this AABBox.

Parameters

src:AABBox: source AABBox

Returns:AABBox

this AABBox for chaining

equals back to summary

equals	back to summary
public final boolean equals(final Object obj) Overrides java.lang.Object.equals. Doc from java.lang.Object.equals. Indicates whether some other object is "equal to" this one. The `equals` method implements an equivalence relation on non-null object references: It is reflexive: for any non-null reference value `x`, `x.equals(x)` should return `true`. It is symmetric: for any non-null reference values `x` and `y`, `x.equals(y)` should return `true` if and only if `y.equals(x)` returns `true`. It is transitive: for any non-null reference values `x`, `y`, and `z`, if `x.equals(y)` returns `true` and `y.equals(z)` returns `true`, then `x.equals(z)` should return `true`. It is consistent: for any non-null reference values `x` and `y`, multiple invocations of `x.equals(y)` consistently return `true` or consistently return `false`, provided no information used in `equals` comparisons on the objects is modified. For any non-null reference value `x`, `x.equals(null)` should return `false`. An equivalence relation partitions the elements it operates on into equivalence classes; all the members of an equivalence class are equal to each other. Members of an equivalence class are substitutable for each other, at least for some purposes. Parameters obj:Object the reference object with which to compare. Returns:boolean `true` if this object is the same as the obj argument; `false` otherwise. Annotations @Override

public final boolean equals(final Object obj)

Overrides java.lang.Object.equals.

Doc from java.lang.Object.equals.

Indicates whether some other object is "equal to" this one.

The equals method implements an equivalence relation on non-null object references:

It is reflexive: for any non-null reference value x, x.equals(x) should return true.
It is symmetric: for any non-null reference values x and y, x.equals(y) should return true if and only if y.equals(x) returns true.
It is transitive: for any non-null reference values x, y, and z, if x.equals(y) returns true and y.equals(z) returns true, then x.equals(z) should return true.
It is consistent: for any non-null reference values x and y, multiple invocations of x.equals(y) consistently return true or consistently return false, provided no information used in equals comparisons on the objects is modified.
For any non-null reference value x, x.equals(null) should return false.

An equivalence relation partitions the elements it operates on into equivalence classes; all the members of an equivalence class are equal to each other. Members of an equivalence class are substitutable for each other, at least for some purposes.

Parameters

obj:Object: the reference object with which to compare.

Returns:boolean

true if this object is the same as the obj argument; false otherwise.

Annotations

@Override

getCenter	back to summary
public final float[] getCenter() Get the Center of this AABBox Returns:float[] the xyz-coordinates of the center of the AABBox

getCenter

back to summary

public final float[] getCenter()

Get the Center of this AABBox

Returns:float[]: the xyz-coordinates of the center of the AABBox

getDepth	back to summary
public final float getDepth()

getHeight	back to summary
public final float getHeight()

getHigh	back to summary
public final float[] getHigh() Get the max xyz-coordinates Returns:float[] a float array containing the max xyz coordinates

getHigh

back to summary

public final float[] getHigh()

Get the max xyz-coordinates

Returns:float[]: a float array containing the max xyz coordinates

getLow	back to summary
public final float[] getLow() Get the min xyz-coordinates Returns:float[] a float array containing the min xyz coordinates

getLow

back to summary

public final float[] getLow()

Get the min xyz-coordinates

Returns:float[]: a float array containing the min xyz coordinates

getMaxX	back to summary
public final float getMaxX()

getMaxY	back to summary
public final float getMaxY()

getMaxZ	back to summary
public final float getMaxZ()

getMinX	back to summary
public final float getMinX()

getMinY	back to summary
public final float getMinY()

getMinZ	back to summary
public final float getMinZ()

getRayIntersection back to summary

getRayIntersection	back to summary
public final float[] getRayIntersection(final float[] result, final Ray ray, final float epsilon, final boolean assumeIntersection, final float[] tmp1V3, final float[] tmp2V3, final float[] tmp3V3) Return intersection of a `Ray` with this bounding box, or null if none exist. Original code by Andrew Woo, from "Graphics Gems", Academic Press, 1990 [2] Optimized code by Pierre Terdiman, 2000 (~20-30% faster on my Celeron 500) Epsilon value added by Klaus Hartmann. Method is based on the requirements: the integer representation of 0.0f is 0x00000000 the sign bit of the float is the most significant one Report bugs: [email protected] (original author) [1] http://www.codercorner.com/RayAABB.cpp [2] http://tog.acm.org/resources/GraphicsGems/gems/RayBox.c Parameters result:float[] vec3 assumeIntersection:boolean if true, method assumes an intersection, i.e. by pre-checking via `intersectsRay(Ray)`. In this case method will not validate a possible non-intersection and just computes coordinates. tmp1V3:float[] temp vec3 tmp2V3:float[] temp vec3 tmp3V3:float[] temp vec3 Returns:float[] float[3] result of intersection coordinates, or null if none exists

public final float[] getRayIntersection(final float[] result, final Ray ray, final float epsilon, final boolean assumeIntersection, final float[] tmp1V3, final float[] tmp2V3, final float[] tmp3V3)

Return intersection of a Ray with this bounding box, or null if none exist.

Original code by Andrew Woo, from "Graphics Gems", Academic Press, 1990 [2]
Optimized code by Pierre Terdiman, 2000 (~20-30% faster on my Celeron 500)
Epsilon value added by Klaus Hartmann.

Method is based on the requirements:

the integer representation of 0.0f is 0x00000000
the sign bit of the float is the most significant one

Report bugs: [email protected] (original author)

[1] http://www.codercorner.com/RayAABB.cpp
[2] http://tog.acm.org/resources/GraphicsGems/gems/RayBox.c

Parameters

result:float[]: vec3
assumeIntersection:boolean: if true, method assumes an intersection, i.e. by pre-checking via intersectsRay(Ray). In this case method will not validate a possible non-intersection and just computes coordinates.
tmp1V3:float[]: temp vec3
tmp2V3:float[]: temp vec3
tmp3V3:float[]: temp vec3

Returns:float[]

float[3] result of intersection coordinates, or null if none exists

getSize	back to summary
public final float getSize() Get the size of this AABBox where the size is represented by the length of the vector between low and high. Returns:float a float representing the size of the AABBox

getSize

back to summary

public final float getSize()

Get the size of this AABBox where the size is represented by the length of the vector between low and high.

Returns:float: a float representing the size of the AABBox

getWidth	back to summary
public final float getWidth()

hashCode back to summary

hashCode	back to summary
public final int hashCode() Overrides java.lang.Object.hashCode. Doc from java.lang.Object.hashCode. Returns a hash code value for this object. This method is supported for the benefit of hash tables such as those provided by `java.util.HashMap`. The general contract of `hashCode` is: Whenever it is invoked on the same object more than once during an execution of a Java application, the `hashCode` method must consistently return the same integer, provided no information used in `equals` comparisons on the object is modified. This integer need not remain consistent from one execution of an application to another execution of the same application. If two objects are equal according to the `equals` method, then calling the `hashCode` method on each of the two objects must produce the same integer result. It is not required that if two objects are unequal according to the `equals` method, then calling the `hashCode` method on each of the two objects must produce distinct integer results. However, the programmer should be aware that producing distinct integer results for unequal objects may improve the performance of hash tables. Returns:int a hash code value for this object Annotations @Override

public final int hashCode()

Overrides java.lang.Object.hashCode.

Doc from java.lang.Object.hashCode.

Returns a hash code value for this object. This method is supported for the benefit of hash tables such as those provided by java.util.HashMap.

The general contract of hashCode is:

Whenever it is invoked on the same object more than once during an execution of a Java application, the hashCode method must consistently return the same integer, provided no information used in equals comparisons on the object is modified. This integer need not remain consistent from one execution of an application to another execution of the same application.
If two objects are equal according to the equals method, then calling the hashCode method on each of the two objects must produce the same integer result.
It is not required that if two objects are unequal according to the equals method, then calling the hashCode method on each of the two objects must produce distinct integer results. However, the programmer should be aware that producing distinct integer results for unequal objects may improve the performance of hash tables.

Returns:int

a hash code value for this object

Annotations

@Override

intersects2DRegion	back to summary
public final boolean intersects2DRegion(final float x, final float y, final float w, final float h) Check if there is a common region between this AABBox and the passed 2D region irrespective of z range Parameters x:float lower left x-coord y:float lower left y-coord w:float width h:float hight Returns:boolean true if this AABBox might have a common region with this 2D region

intersects2DRegion

back to summary

public final boolean intersects2DRegion(final float x, final float y, final float w, final float h)

Check if there is a common region between this AABBox and the passed 2D region irrespective of z range

Parameters

x:float: lower left x-coord
y:float: lower left y-coord
w:float: width
h:float: hight

Returns:boolean

true if this AABBox might have a common region with this 2D region

intersectsRay back to summary

intersectsRay	back to summary
public final boolean intersectsRay(final Ray ray) Check if `Ray` intersects this bounding box. Versions uses the SAT[1], testing 6 axes. Original code for OBBs from MAGIC. Rewritten for AABBs and reorganized for early exits[2]. [1] SAT = Separating Axis Theorem [2] http://www.codercorner.com/RayAABB.cpp

public final boolean intersectsRay(final Ray ray)

Check if Ray intersects this bounding box.

Versions uses the SAT[1], testing 6 axes. Original code for OBBs from MAGIC. Rewritten for AABBs and reorganized for early exits[2].

[1] SAT = Separating Axis Theorem
[2] http://www.codercorner.com/RayAABB.cpp

mapToWindow back to summary

mapToWindow	back to summary
public AABBox mapToWindow(final AABBox result, final float[] mat4PMv, final int[] view, final boolean useCenterZ, final float[] vec3Tmp0, final float[] vec4Tmp1, final float[] vec4Tmp2) Assume this bounding box as being in object space and compute the window bounding box. If `useCenterZ` is `true`, only 4 `mapObjToWinCoords` operations are made on points [1..4] using `getCenter()`'s z-value. Otherwise 8 `mapObjToWinCoords` operation on all 8 points are performed. [2] ------ [4] \| \| \| \| [1] ------ [3] Parameters mat4PMv:float[] P x Mv matrix vec3Tmp0:float[] 3 component vector for temp storage vec4Tmp1:float[] 4 component vector for temp storage vec4Tmp2:float[] 4 component vector for temp storage

public AABBox mapToWindow(final AABBox result, final float[] mat4PMv, final int[] view, final boolean useCenterZ, final float[] vec3Tmp0, final float[] vec4Tmp1, final float[] vec4Tmp2)

Assume this bounding box as being in object space and compute the window bounding box.

If useCenterZ is true, only 4 mapObjToWinCoords operations are made on points [1..4] using getCenter()'s z-value. Otherwise 8 mapObjToWinCoords operation on all 8 points are performed.

 [2] ------ [4]
  |          |
  |          |
 [1] ------ [3]

Parameters

mat4PMv:float[]: P x Mv matrix
vec3Tmp0:float[]: 3 component vector for temp storage
vec4Tmp1:float[]: 4 component vector for temp storage
vec4Tmp2:float[]: 4 component vector for temp storage

reset back to summary

reset	back to summary
public final AABBox reset() resets this box to the inverse low/high, allowing the next `resize(float, float, float)` command to hit. Returns:AABBox this AABBox for chaining

public final AABBox reset()

resets this box to the inverse low/high, allowing the next resize(float, float, float) command to hit.

Returns:AABBox: this AABBox for chaining

resize	back to summary
public final AABBox resize(final AABBox newBox) Resize the AABBox to encapsulate another AABox Parameters newBox:AABBox AABBox to be encapsulated in Returns:AABBox this AABBox for chaining

resize

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public final AABBox resize(final AABBox newBox)

Resize the AABBox to encapsulate another AABox

Parameters

newBox:AABBox: AABBox to be encapsulated in

Returns:AABBox

this AABBox for chaining

resize back to summary

resize	back to summary
public final AABBox resize(final AABBox newBox, final AffineTransform t, final float[] tmpV3) Resize the AABBox to encapsulate another AABox, which will be transformed on the fly first. Parameters newBox:AABBox AABBox to be encapsulated in t:AffineTransform the `AffineTransform` applied on newBox on the fly tmpV3:float[] temp float[3] storage Returns:AABBox this AABBox for chaining

public final AABBox resize(final AABBox newBox, final AffineTransform t, final float[] tmpV3)

Resize the AABBox to encapsulate another AABox, which will be transformed on the fly first.

Parameters

newBox:AABBox: AABBox to be encapsulated in
t:AffineTransform: the AffineTransform applied on newBox on the fly
tmpV3:float[]: temp float[3] storage

Returns:AABBox

this AABBox for chaining

resize	back to summary
public final AABBox resize(final float x, final float y, final float z) Resize the AABBox to encapsulate the passed xyz-coordinates. Parameters x:float x-axis coordinate value y:float y-axis coordinate value z:float z-axis coordinate value Returns:AABBox this AABBox for chaining

resize

back to summary

public final AABBox resize(final float x, final float y, final float z)

Resize the AABBox to encapsulate the passed xyz-coordinates.

Parameters

x:float: x-axis coordinate value
y:float: y-axis coordinate value
z:float: z-axis coordinate value

Returns:AABBox

this AABBox for chaining

resize	back to summary
public final AABBox resize(final float[] xyz, final int offset) Resize the AABBox to encapsulate the passed xyz-coordinates. Parameters xyz:float[] xyz-axis coordinate values offset:int of the array Returns:AABBox this AABBox for chaining

resize

back to summary

public final AABBox resize(final float[] xyz, final int offset)

Resize the AABBox to encapsulate the passed xyz-coordinates.

Parameters

xyz:float[]: xyz-axis coordinate values
offset:int: of the array

Returns:AABBox

this AABBox for chaining

resize	back to summary
public final AABBox resize(final float[] xyz) Resize the AABBox to encapsulate the passed xyz-coordinates. Parameters xyz:float[] xyz-axis coordinate values Returns:AABBox this AABBox for chaining

resize

back to summary

public final AABBox resize(final float[] xyz)

Resize the AABBox to encapsulate the passed xyz-coordinates.

Parameters

xyz:float[]: xyz-axis coordinate values

Returns:AABBox

this AABBox for chaining

rotate back to summary

rotate	back to summary
public final AABBox rotate(final Quaternion quat) Rotate this AABBox by a float[3] vector Parameters quat:Quaternion the `Quaternion` used for rotation Returns:AABBox this AABBox for chaining

public final AABBox rotate(final Quaternion quat)

Rotate this AABBox by a float[3] vector

Parameters

quat:Quaternion: the Quaternion used for rotation

Returns:AABBox

this AABBox for chaining

scale	back to summary
public final AABBox scale(final float size, final float[] tmpV3) Scale this AABBox by a constant Parameters size:float a constant float value tmpV3:float[] caller provided temporary 3-component vector Returns:AABBox this AABBox for chaining

scale

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public final AABBox scale(final float size, final float[] tmpV3)

Scale this AABBox by a constant

Parameters

size:float: a constant float value
tmpV3:float[]: caller provided temporary 3-component vector

Returns:AABBox

this AABBox for chaining

setHigh	back to summary
private final void setHigh(final float hx, final float hy, final float hz)

setLow	back to summary
private final void setLow(final float lx, final float ly, final float lz)

setSize	back to summary
public final AABBox setSize(final float[] low, final float[] high) Set size of the AABBox specifying the coordinates of the low and high. Parameters low:float[] min xyz-coordinates high:float[] max xyz-coordinates Returns:AABBox this AABBox for chaining

setSize

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public final AABBox setSize(final float[] low, final float[] high)

Set size of the AABBox specifying the coordinates of the low and high.

Parameters

low:float[]: min xyz-coordinates
high:float[]: max xyz-coordinates

Returns:AABBox

this AABBox for chaining

setSize	back to summary
public final AABBox setSize(final float lx, final float ly, final float lz, final float hx, final float hy, final float hz) Set size of the AABBox specifying the coordinates of the low and high. Parameters lx:float min x-coordinate ly:float min y-coordnate lz:float min z-coordinate hx:float max x-coordinate hy:float max y-coordinate hz:float max z-coordinate Returns:AABBox this AABBox for chaining

setSize

back to summary

public final AABBox setSize(final float lx, final float ly, final float lz, final float hx, final float hy, final float hz)

Set size of the AABBox specifying the coordinates of the low and high.

Parameters

lx:float: min x-coordinate
ly:float: min y-coordnate
lz:float: min z-coordinate
hx:float: max x-coordinate
hy:float: max y-coordinate
hz:float: max z-coordinate

Returns:AABBox

this AABBox for chaining

toString	back to summary
public final String toString() Overrides java.lang.Object.toString. Doc from java.lang.Object.toString. Returns a string representation of the object. Returns:String a string representation of the object Annotations @Override

toString

back to summary

public final String toString()

Overrides java.lang.Object.toString.

Doc from java.lang.Object.toString.

Returns a string representation of the object.

Returns:String

a string representation of the object

Annotations

@Override

translate	back to summary
public final AABBox translate(final float[] t) Translate this AABBox by a float[3] vector Parameters t:float[] the float[3] translation vector Returns:AABBox this AABBox for chaining

translate

back to summary

public final AABBox translate(final float[] t)

Translate this AABBox by a float[3] vector

Parameters

t:float[]: the float[3] translation vector

Returns:AABBox

this AABBox for chaining

public Class AABBox

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail