Class DracoMeshLoader

Obsolete! Please use DracoDecoder instead. Provides Draco mesh decoding.

Inheritance

object

DracoMeshLoader

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Namespace: Draco

Assembly: Draco.dll

Syntax

[Obsolete("Use DracoDecoder.DecodeMesh methods instead.")]
public class DracoMeshLoader

Constructors

DracoMeshLoader(bool)

Create a DracoMeshLoader instance which let's you decode Draco data.

Declaration

public DracoMeshLoader(bool convertSpace = true)

Parameters

Type	Name	Description
bool	convertSpace	If true, coordinate space is converted from right-hand (like in glTF) to left-hand (Unity).

See Also

DracoDecoder

Methods

ConvertDracoMeshToUnity(byte[], bool, bool, int, int, bool)

Decodes a Draco mesh

Declaration

[Obsolete("Use DracoDecoder.DecodeMesh instead.")]
public Task<Mesh> ConvertDracoMeshToUnity(byte[] encodedData, bool requireNormals = false, bool requireTangents = false, int weightsAttributeId = -1, int jointsAttributeId = -1, bool forceUnityLayout = false)

Parameters

Type	Name	Description
byte[]	encodedData	Compressed Draco data
bool	requireNormals	If draco does not contain normals and this is set to true, normals are calculated.
bool	requireTangents	If draco does not contain tangents and this is set to true, tangents and normals are calculated.
int	weightsAttributeId	Draco attribute ID that contains bone weights (for skinning)
int	jointsAttributeId	Draco attribute ID that contains bone joint indices (for skinning)
bool	forceUnityLayout	Enforces vertex buffer layout with highest compatibility. Enable this if you want to use blend shapes on the resulting mesh

Returns

Type	Description
Task<Mesh>	Unity Mesh or null in case of errors

See Also

DecodeMesh(byte[])

ConvertDracoMeshToUnity(NativeSlice<byte>, bool, bool, int, int, bool)

Decodes a Draco mesh

Declaration

[Obsolete("Use DracoDecoder.DecodeMesh instead.")]
public Task<Mesh> ConvertDracoMeshToUnity(NativeSlice<byte> encodedData, bool requireNormals = false, bool requireTangents = false, int weightsAttributeId = -1, int jointsAttributeId = -1, bool forceUnityLayout = false)

Parameters

Type	Name	Description
NativeSlice<byte>	encodedData	Compressed Draco data
bool	requireNormals	If draco does not contain normals and this is set to true, normals are calculated.
bool	requireTangents	If draco does not contain tangents and this is set to true, tangents and normals are calculated.
int	weightsAttributeId	Draco attribute ID that contains bone weights (for skinning)
int	jointsAttributeId	Draco attribute ID that contains bone joint indices (for skinning)
bool	forceUnityLayout	Enforces vertex buffer layout with highest compatibility. Enable this if you want to use blend shapes on the resulting mesh

Returns

Type	Description
Task<Mesh>	Unity Mesh or null in case of errors

See Also

DecodeMesh(NativeSlice<byte>)

ConvertDracoMeshToUnity(MeshData, byte[], bool, bool, int, int, bool)

Decodes a Draco mesh

Declaration

[Obsolete("Use DracoDecoder.DecodeMesh instead.")]
public Task<DecodeResult> ConvertDracoMeshToUnity(Mesh.MeshData mesh, byte[] encodedData, bool requireNormals = false, bool requireTangents = false, int weightsAttributeId = -1, int jointsAttributeId = -1, bool forceUnityLayout = false)

Parameters

Type	Name	Description
Mesh.MeshData	mesh	MeshData used to create the mesh
byte[]	encodedData	Compressed Draco data
bool	requireNormals	If draco does not contain normals and this is set to true, normals are calculated.
bool	requireTangents	If draco does not contain tangents and this is set to true, tangents and normals are calculated.
int	weightsAttributeId	Draco attribute ID that contains bone weights (for skinning)
int	jointsAttributeId	Draco attribute ID that contains bone joint indices (for skinning)
bool	forceUnityLayout	Enforces vertex buffer layout with highest compatibility. Enable this if you want to use blend shapes on the resulting mesh

Returns

Type	Description
Task<DecodeResult>	A DecodeResult

See Also

DecodeMesh(MeshData, byte[])

ConvertDracoMeshToUnity(MeshData, NativeArray<byte>, bool, bool, int, int, bool)

Decodes a Draco mesh

Declaration

[Obsolete("Use DracoDecoder.DecodeMesh instead.")]
public Task<DecodeResult> ConvertDracoMeshToUnity(Mesh.MeshData mesh, NativeArray<byte> encodedData, bool requireNormals = false, bool requireTangents = false, int weightsAttributeId = -1, int jointsAttributeId = -1, bool forceUnityLayout = false)

Parameters

Type	Name	Description
Mesh.MeshData	mesh	MeshData used to create the mesh
NativeArray<byte>	encodedData	Compressed Draco data
bool	requireNormals	If draco does not contain normals and this is set to true, normals are calculated.
bool	requireTangents	If draco does not contain tangents and this is set to true, tangents and normals are calculated.
int	weightsAttributeId	Draco attribute ID that contains bone weights (for skinning)
int	jointsAttributeId	Draco attribute ID that contains bone joint indices (for skinning)
bool	forceUnityLayout	Enforces vertex buffer layout with highest compatibility. Enable this if you want to use blend shapes on the resulting mesh

Returns

Type	Description
Task<DecodeResult>	A DecodeResult

See Also

DecodeMesh(MeshData, NativeSlice<byte>)

See Also

DracoDecoder