ARBoneNode Class Reference

Inherits ARNode.

Public Member Functions
Matrix4f	getOffsetMatrix ()
void	setOffsetMatrix (Matrix4f offsetMatrix)
void	setOffsetMatrix (float m00, float m01, float m02, float m03, float m10, float m11, float m12, float m13, float m20, float m21, float m22, float m23, float m30, float m31, float m32, float m33)
Public Member Functions inherited from ARNode
	ARNode ()
	ARNode (String name)
void	remove ()
void	removeAllChildren ()
void	addChild (ARNode child)
ARNode	getParent ()
void	setParent (ARNode parent)
List< ARNode >	getChildren ()
ARNode	getWorld ()
Vector3f	getPosition ()
void	setPosition (Vector3f position)
void	setPosition (float x, float y, float z)
void	translateBy (float x, float y, float z)
void	scaleBy (float x, float y, float z)
Vector3f	getScale ()
void	setScale (Vector3f scale)
void	setScale (float x, float y, float z)
void	scaleByUniform (float scale)
Quaternion	getOrientation ()
void	setOrientation (Quaternion orientation)
void	setOrientation (float x, float y, float z, float w)
void	rotateByQuaternion (Quaternion quaternion)
void	rotateByDegrees (float angle, float x, float y, float z)
Matrix4f	getFullTransform ()
Vector3f	getFullScale ()
Quaternion	getFullOrientation ()
Matrix4f	getLocalTransform ()
Matrix4f	getWorldTransform ()
void	render ()
boolean	getVisible ()
void	setVisible (boolean visible)
Quaternion	getWorldOrientation ()
Vector3f	getWorldScale ()
Vector3f	getWorldPosition ()
Vector3f	getFullPosition ()
String	getName ()
void	setName (String name)
void	preRender ()
void	postRender ()
ARNode	findChildByName (String name)
void	addChildren (List< ARNode > children)
void	translateByVector (Vector3f translation)
void	scaleByVector (Vector3f scale)
void	rotateByRadians (float angle, float x, float y, float z)

Detailed Description

An ARBoneNode is a type of ARNode that represents a bone in a model's mesh. They are structures that describe how certain parts of a mesh deform with the animation of a scene node. The node describes part of the current pose of the skeleton. These are imported automatically by the Model Importer and are used for skeletal animations.

Member Function Documentation

getOffsetMatrix()

Matrix4f ARBoneNode.getOffsetMatrix

(

)

The bones offset matrix describes the bone's transformation from its unanimated pose to its animated pose. A vertex's animated position is its unanimated position multiplied by its bone(s) offset matrix and their influence.

Returns

The offset matrix of this bone.

setOffsetMatrix() [1/2]

void ARBoneNode.setOffsetMatrix	(	float	m00,
		float	m01,
		float	m02,
		float	m03,
		float	m10,
		float	m11,
		float	m12,
		float	m13,
		float	m20,
		float	m21,
		float	m22,
		float	m23,
		float	m30,
		float	m31,
		float	m32,
		float	m33
	)

Sets the offset matrix of this bone using 16 floats in row-major order.

Parameters

m00	Float for element {0,0} of the matrix.
m01	Float for element {0,1} of the matrix.
m02	Float for element {0,2} of the matrix.
m03	Float for element {0,3} of the matrix.
m10	Float for element {1,0} of the matrix.
m11	Float for element {1,1} of the matrix.
m12	Float for element {1,2} of the matrix.
m13	Float for element {1,3} of the matrix.
m20	Float for element {2,0} of the matrix.
m21	Float for element {2,1} of the matrix.
m22	Float for element {2,2} of the matrix.
m23	Float for element {2,3} of the matrix.
m30	Float for element {3,0} of the matrix.
m31	Float for element {3,1} of the matrix.
m32	Float for element {3,2} of the matrix.
m33	Float for element {3,3} of the matrix.

setOffsetMatrix() [2/2]

void ARBoneNode.setOffsetMatrix

(

Matrix4f

offsetMatrix

)

Sets the offset matrix of this bone using a 4x4 Matrix.

Parameters

offsetMatrix

The 4x4 offset matrix to use.

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The documentation for this class was generated from the following file:

• ARBoneNode.java