away3d.core.base.ISubGeometry - Away3D API Reference

Variables

`read onlyUVData:Vector<Float>`

Retrieves the object's uvs as a Number array.

`read onlyUVOffset:Int`

The offset into UVData vector where the UVs are placed

`read onlyUVStride:Int`

The distance between two consecutive UV elements

`autoDeriveVertexNormals:Bool`

`autoDeriveVertexTangents:Bool`

`read onlynumTriangles:Int`

The amount of triangles that comprise the IRenderable geometry.

`read onlynumVertices:Int`

The total amount of vertices in the SubGeometry.

`read onlyscaleU:Float`

`read onlyscaleV:Float`

`read onlysecondaryUVOffset:Int`

The offset into SecondaryUVData vector where the UVs are placed

`read onlysecondaryUVStride:Int`

The distance between two secondary UV elements

`read onlyvertexData:Vector<Float>`

Retrieves the object's vertices as a Number array.

`read onlyvertexNormalData:Vector<Float>`

Retrieves the object's normals as a Number array.

`read onlyvertexNormalOffset:Int`

The offset into vertexNormalData where the normals are placed

`read onlyvertexNormalStride:Int`

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

`read onlyvertexOffset:Int`

The offset into vertexData where the vertices are placed

`read onlyvertexPositionData:Vector<Float>`

`read onlyvertexStride:Int`

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

`read onlyvertexTangentData:Vector<Float>`

Retrieves the object's tangents as a Number array.

`read onlyvertexTangentOffset:Int`

The offset into vertexTangentData where the tangents are placed

`read onlyvertexTangentStride:Int`

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

Methods

`activateSecondaryUVBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

Assigns the attribute stream for a secondary set of UV coordinates

Parameters:

`index`	The attribute stream index for the vertex shader
`stage3DProxy`	The Stage3DProxy to assign the stream to

`activateUVBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

Assigns the attribute stream for UV coordinates

Parameters:

`index`	The attribute stream index for the vertex shader
`stage3DProxy`	The Stage3DProxy to assign the stream to

`activateVertexBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

Assigns the attribute stream for vertex positions.

Parameters:

`index`	The attribute stream index for the vertex shader
`stage3DProxy`	The Stage3DProxy to assign the stream to

`activateVertexNormalBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

Assigns the attribute stream for vertex normals

Parameters:

`index`	The attribute stream index for the vertex shader
`stage3DProxy`	The Stage3DProxy to assign the stream to

`activateVertexTangentBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

Assigns the attribute stream for vertex tangents

Parameters:

`index`	The attribute stream index for the vertex shader
`stage3DProxy`	The Stage3DProxy to assign the stream to

`applyTransformation(transform:Matrix3D):Void`

`clone():ISubGeometry`

`cloneWithSeperateBuffers():SubGeometry`

`dispose():Void`

`fromVectors(vertices:Vector<Float>, uvs:Vector<Float>, normals:Vector<Float>, tangents:Vector<Float>):Void`

`getIndexBuffer(stage3DProxy:Stage3DProxy):IndexBuffer3D`

Retrieves the IndexBuffer3D object that contains triangle indices.

Parameters:

`context`	The Context3D for which we request the buffer

Returns:

The VertexBuffer3D object that contains triangle indices.

interface ISubGeometry

package away3d.core.base

extended by CompactSubGeometry, SubGeometry

Variables

`read onlyUVData:Vector<Float>`

`read onlyUVOffset:Int`

`read onlyUVStride:Int`

`autoDeriveVertexNormals:Bool`

`autoDeriveVertexTangents:Bool`

`read onlynumTriangles:Int`

`read onlynumVertices:Int`

`read onlyscaleU:Float`

`read onlyscaleV:Float`

`read onlysecondaryUVOffset:Int`

`read onlysecondaryUVStride:Int`

`read onlyvertexData:Vector<Float>`

`read onlyvertexNormalData:Vector<Float>`

`read onlyvertexNormalOffset:Int`

`read onlyvertexNormalStride:Int`

`read onlyvertexOffset:Int`

`read onlyvertexPositionData:Vector<Float>`

`read onlyvertexStride:Int`

`read onlyvertexTangentData:Vector<Float>`

`read onlyvertexTangentOffset:Int`

`read onlyvertexTangentStride:Int`

Methods

`activateSecondaryUVBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

`activateUVBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

`activateVertexBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

`activateVertexNormalBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

`activateVertexTangentBuffer(index:Int, stage3DProxy:Stage3DProxy):Void`

`applyTransformation(transform:Matrix3D):Void`

`clone():ISubGeometry`

`cloneWithSeperateBuffers():SubGeometry`

`dispose():Void`

`fromVectors(vertices:Vector<Float>, uvs:Vector<Float>, normals:Vector<Float>, tangents:Vector<Float>):Void`

`getIndexBuffer(stage3DProxy:Stage3DProxy):IndexBuffer3D`

`scale(scale:Float):Void`

`@:value({ scaleV : 1, scaleU : 1 })scaleUV(scaleU:Float = 1, scaleV:Float = 1):Void`