away3d.core.base.ISubGeometry

	Property	Defined By
		autoDeriveVertexNormals : Boolean	ISubGeometry
		autoDeriveVertexTangents : Boolean	ISubGeometry
		faceNormals : Vector.<Number> [read-only]	ISubGeometry
		indexData : Vector.<uint> [read-only] Retrieves the object's indices as a uint array.	ISubGeometry
		numTriangles : uint [read-only] The amount of triangles that comprise the IRenderable geometry.	ISubGeometry
		numVertices : uint [read-only] The total amount of vertices in the SubGeometry.	ISubGeometry
		parentGeometry : Geometry	ISubGeometry
		scaleU : Number [read-only]	ISubGeometry
		scaleV : Number [read-only]	ISubGeometry
		secondaryUVOffset : int [read-only] The offset into SecondaryUVData vector where the UVs are placed	ISubGeometry
		secondaryUVStride : uint [read-only] The distance between two secondary UV elements	ISubGeometry
		UVData : Vector.<Number> [read-only] Retrieves the object's uvs as a Number array.	ISubGeometry
		UVOffset : int [read-only] The offset into UVData vector where the UVs are placed	ISubGeometry
		UVStride : uint [read-only] The distance between two consecutive UV elements	ISubGeometry
		vertexData : Vector.<Number> [read-only] Retrieves the object's vertices as a Number array.	ISubGeometry
		vertexNormalData : Vector.<Number> [read-only] Retrieves the object's normals as a Number array.	ISubGeometry
		vertexNormalOffset : int [read-only] The offset into vertexNormalData where the normals are placed	ISubGeometry
		vertexNormalStride : uint [read-only] The distance between two consecutive normal elements This always applies to vertices, normals and tangents.	ISubGeometry
		vertexOffset : int [read-only] The offset into vertexData where the vertices are placed	ISubGeometry
		vertexPositionData : Vector.<Number> [read-only]	ISubGeometry
		vertexStride : uint [read-only] The distance between two consecutive vertex, normal or tangent elements This always applies to vertices, normals and tangents.	ISubGeometry
		vertexTangentData : Vector.<Number> [read-only] Retrieves the object's tangents as a Number array.	ISubGeometry
		vertexTangentOffset : int [read-only] The offset into vertexTangentData where the tangents are placed	ISubGeometry
		vertexTangentStride : uint [read-only] The distance between two consecutive tangent elements This always applies to vertices, normals and tangents.	ISubGeometry

	Method	Defined By
		activateSecondaryUVBuffer(index:int, stage3DProxy:Stage3DProxy):void Assigns the attribute stream for a secondary set of UV coordinates	ISubGeometry
		activateUVBuffer(index:int, stage3DProxy:Stage3DProxy):void Assigns the attribute stream for UV coordinates	ISubGeometry
		activateVertexBuffer(index:int, stage3DProxy:Stage3DProxy):void Assigns the attribute stream for vertex positions.	ISubGeometry
		activateVertexNormalBuffer(index:int, stage3DProxy:Stage3DProxy):void Assigns the attribute stream for vertex normals	ISubGeometry
		activateVertexTangentBuffer(index:int, stage3DProxy:Stage3DProxy):void Assigns the attribute stream for vertex tangents	ISubGeometry
		applyTransformation(transform:Matrix3D):void	ISubGeometry
		clone():ISubGeometry	ISubGeometry
		cloneWithSeperateBuffers():SubGeometry	ISubGeometry
		dispose():void	ISubGeometry
		fromVectors(vertices:Vector.<Number>, uvs:Vector.<Number>, normals:Vector.<Number>, tangents:Vector.<Number>):void	ISubGeometry
		getIndexBuffer(stage3DProxy:Stage3DProxy):IndexBuffer3D Retrieves the IndexBuffer3D object that contains triangle indices.	ISubGeometry
		scale(scale:Number):void	ISubGeometry
		scaleUV(scaleU:Number = 1, scaleV:Number = 1):void	ISubGeometry

Property Detail

autoDeriveVertexNormals

property

autoDeriveVertexNormals:Boolean

Implementation
public function get autoDeriveVertexNormals():Boolean
public function set autoDeriveVertexNormals(value:Boolean):void

autoDeriveVertexTangents

property

autoDeriveVertexTangents:Boolean

Implementation
public function get autoDeriveVertexTangents():Boolean
public function set autoDeriveVertexTangents(value:Boolean):void

faceNormals

property

faceNormals:Vector.<Number> [read-only]

Implementation
public function get faceNormals():Vector.<Number>

indexData

property

indexData:Vector.<uint> [read-only]

Retrieves the object's indices as a uint array.

Implementation
public function get indexData():Vector.<uint>

numTriangles

property

numTriangles:uint [read-only]

The amount of triangles that comprise the IRenderable geometry.

Implementation
public function get numTriangles():uint

numVertices

property

numVertices:uint [read-only]

The total amount of vertices in the SubGeometry.

Implementation
public function get numVertices():uint

parentGeometry

property

parentGeometry:Geometry

Implementation
public function get parentGeometry():Geometry
public function set parentGeometry(value:Geometry):void

scaleU

property

scaleU:Number [read-only]

Implementation
public function get scaleU():Number

scaleV

property

scaleV:Number [read-only]

Implementation
public function get scaleV():Number

secondaryUVOffset

property

secondaryUVOffset:int [read-only]

The offset into SecondaryUVData vector where the UVs are placed

Implementation
public function get secondaryUVOffset():int

secondaryUVStride

property

secondaryUVStride:uint [read-only]

The distance between two secondary UV elements

Implementation
public function get secondaryUVStride():uint

UVData

property

UVData:Vector.<Number> [read-only]

Retrieves the object's uvs as a Number array.

Implementation
public function get UVData():Vector.<Number>

UVOffset

property

UVOffset:int [read-only]

The offset into UVData vector where the UVs are placed

Implementation
public function get UVOffset():int

UVStride

property

UVStride:uint [read-only]

The distance between two consecutive UV elements

Implementation
public function get UVStride():uint

vertexData

property

vertexData:Vector.<Number> [read-only]

Retrieves the object's vertices as a Number array.

Implementation
public function get vertexData():Vector.<Number>

vertexNormalData

property

vertexNormalData:Vector.<Number> [read-only]

Retrieves the object's normals as a Number array.

Implementation
public function get vertexNormalData():Vector.<Number>

vertexNormalOffset

property

vertexNormalOffset:int [read-only]

The offset into vertexNormalData where the normals are placed

Implementation
public function get vertexNormalOffset():int

vertexNormalStride

property

vertexNormalStride:uint [read-only]

The distance between two consecutive normal elements This always applies to vertices, normals and tangents.

Implementation
public function get vertexNormalStride():uint

vertexOffset

property

vertexOffset:int [read-only]

The offset into vertexData where the vertices are placed

Implementation
public function get vertexOffset():int

vertexPositionData

property

vertexPositionData:Vector.<Number> [read-only]

Implementation
public function get vertexPositionData():Vector.<Number>

vertexStride

property

vertexStride:uint [read-only]

The distance between two consecutive vertex, normal or tangent elements This always applies to vertices, normals and tangents.

Implementation
public function get vertexStride():uint

vertexTangentData

property

vertexTangentData:Vector.<Number> [read-only]

Retrieves the object's tangents as a Number array.

Implementation
public function get vertexTangentData():Vector.<Number>

vertexTangentOffset

property

vertexTangentOffset:int [read-only]

The offset into vertexTangentData where the tangents are placed

Implementation
public function get vertexTangentOffset():int

vertexTangentStride

property

vertexTangentStride:uint [read-only]

The distance between two consecutive tangent elements This always applies to vertices, normals and tangents.

Implementation
public function get vertexTangentStride():uint

Method Detail

activateSecondaryUVBuffer

()

method

public function activateSecondaryUVBuffer(index:int, stage3DProxy:Stage3DProxy):void

Assigns the attribute stream for a secondary set of UV coordinates

Parameters

	`index:int` — The attribute stream index for the vertex shader

	`stage3DProxy:Stage3DProxy` — The Stage3DProxy to assign the stream to

activateUVBuffer

()

method

public function activateUVBuffer(index:int, stage3DProxy:Stage3DProxy):void

Assigns the attribute stream for UV coordinates

Parameters

	`index:int` — The attribute stream index for the vertex shader

	`stage3DProxy:Stage3DProxy` — The Stage3DProxy to assign the stream to

activateVertexBuffer

()

method

public function activateVertexBuffer(index:int, stage3DProxy:Stage3DProxy):void

Assigns the attribute stream for vertex positions.

Parameters

	`index:int` — The attribute stream index for the vertex shader

	`stage3DProxy:Stage3DProxy` — The Stage3DProxy to assign the stream to

activateVertexNormalBuffer

()

method

public function activateVertexNormalBuffer(index:int, stage3DProxy:Stage3DProxy):void

Assigns the attribute stream for vertex normals

Parameters

	`index:int` — The attribute stream index for the vertex shader

	`stage3DProxy:Stage3DProxy` — The Stage3DProxy to assign the stream to

activateVertexTangentBuffer

()

method

public function activateVertexTangentBuffer(index:int, stage3DProxy:Stage3DProxy):void

Assigns the attribute stream for vertex tangents

Parameters

	`index:int` — The attribute stream index for the vertex shader

	`stage3DProxy:Stage3DProxy` — The Stage3DProxy to assign the stream to

applyTransformation

()

method

public function applyTransformation(transform:Matrix3D):void

Parameters

transform:Matrix3D

clone

()

method

public function clone():ISubGeometry

Returns

ISubGeometry

cloneWithSeperateBuffers

()

method

public function cloneWithSeperateBuffers():SubGeometry

Returns

SubGeometry

dispose

()

method

public function dispose():void

fromVectors

()

method

 public function fromVectors(vertices:Vector.<Number>, uvs:Vector.<Number>, normals:Vector.<Number>, tangents:Vector.<Number>):void

Parameters

	`vertices:Vector.<Number>`

	`uvs:Vector.<Number>`

	`normals:Vector.<Number>`

	`tangents:Vector.<Number>`

getIndexBuffer

()

method

public function getIndexBuffer(stage3DProxy:Stage3DProxy):IndexBuffer3D

Retrieves the IndexBuffer3D object that contains triangle indices.

Parameters

stage3DProxy:Stage3DProxy — The Context3D for which we request the buffer

Returns

IndexBuffer3D — The VertexBuffer3D object that contains triangle indices.

scale

()

method

public function scale(scale:Number):void

Parameters

scale:Number

scaleUV

()

method

public function scaleUV(scaleU:Number = 1, scaleV:Number = 1):void

Parameters

	`scaleU:Number` (default = `1`)

	`scaleV:Number` (default = `1`)

Tue May 7 2013, 10:42 PM +01:00

Away3D 4.1Beta Documentation	All Packages \| All Classes \| Index \| Frames No Frames
ISubGeometry	Properties \| Methods

Package	away3d.core.base
Interface	public interface ISubGeometry
Implementors	CompactSubGeometry, SubGeometry