Class DracoEncoder

Provides Draco encoding capabilities.

Inheritance

object

DracoEncoder

Inherited Members

object.ToString()

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

Namespace: Draco.Encode

Assembly: solution.dll

Syntax

public static class DracoEncoder

Methods

EncodeMesh(Mesh)

Applies Draco compression to a given mesh and returns the encoded result (one per sub-mesh)

Declaration

public static Task<EncodeResult[]> EncodeMesh(Mesh unityMesh)

Parameters

Type	Name	Description
Mesh	unityMesh	Input mesh

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

EncodeMesh(Mesh, QuantizationSettings, SpeedSettings)

Applies Draco compression to a given mesh and returns the encoded result (one per sub-mesh)

Declaration

public static Task<EncodeResult[]> EncodeMesh(Mesh unityMesh, QuantizationSettings quantization, SpeedSettings speed)

Parameters

Type	Name	Description
Mesh	unityMesh	Input mesh
QuantizationSettings	quantization	Quantization settings
SpeedSettings	speed	Encode/decode speed settings

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

EncodeMesh(Mesh, int, int, int, int, int, int, int)

Applies Draco compression to a given mesh and returns the encoded result (one per sub-mesh) The quantization parameters help to find a balance between encoded size and quality / precision.

Declaration

[Obsolete("Use EncodeMesh(Mesh,QuantizationSettings,SpeedSettings) instead")]
public static Task<EncodeResult[]> EncodeMesh(Mesh unityMesh, int encodingSpeed = 0, int decodingSpeed = 4, int positionQuantization = 14, int normalQuantization = 10, int texCoordQuantization = 12, int colorQuantization = 8, int genericQuantization = 12)

Parameters

Type	Name	Description
Mesh	unityMesh	Input mesh
int	encodingSpeed	Encoding speed level. 0 means slow and small. 10 is fastest.
int	decodingSpeed	Decoding speed level. 0 means slow and small. 10 is fastest.
int	positionQuantization	Vertex position quantization
int	normalQuantization	Normal quantization
int	texCoordQuantization	Texture coordinate quantization
int	colorQuantization	Color quantization
int	genericQuantization	Generic quantization (e.g. blend weights and indices). unused at the moment

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

See Also

EncodeMesh(Mesh, QuantizationSettings, SpeedSettings)

EncodeMesh(Mesh, MeshData)

Applies Draco compression to a given mesh/meshData and returns the encoded result (one per sub-mesh). The user is responsible for acquiring the readable MeshData and disposing it.

Declaration

public static Task<EncodeResult[]> EncodeMesh(Mesh mesh, Mesh.MeshData meshData)

Parameters

Type	Name	Description
Mesh	mesh	Input mesh
Mesh.MeshData	meshData	Previously acquired readable mesh data

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

EncodeMesh(Mesh, MeshData, QuantizationSettings, SpeedSettings)

Applies Draco compression to a given mesh/meshData and returns the encoded result (one per sub-mesh). The user is responsible for acquiring the readable MeshData and disposing it.

Declaration

public static Task<EncodeResult[]> EncodeMesh(Mesh mesh, Mesh.MeshData meshData, QuantizationSettings quantization, SpeedSettings speed)

Parameters

Type	Name	Description
Mesh	mesh	Input mesh
Mesh.MeshData	meshData	Previously acquired readable mesh data
QuantizationSettings	quantization	Quantization settings
SpeedSettings	speed	Encode/decode speed settings

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

EncodeMesh(Mesh, MeshData, int, int, int, int, int, int, int)

Applies Draco compression to a given mesh/meshData and returns the encoded result (one per sub-mesh) The user is responsible for acquiring the readable MeshData and disposing it. The quantization parameters help to find a balance between encoded size and quality / precision.

Declaration

[Obsolete("Use EncodeMesh(Mesh,Mesh.MeshData,QuantizationSettings,SpeedSettings) instead")]
public static Task<EncodeResult[]> EncodeMesh(Mesh mesh, Mesh.MeshData meshData, int encodingSpeed = 0, int decodingSpeed = 4, int positionQuantization = 14, int normalQuantization = 10, int texCoordQuantization = 12, int colorQuantization = 8, int genericQuantization = 12)

Parameters

Type	Name	Description
Mesh	mesh	Input mesh
Mesh.MeshData	meshData	Previously acquired readable mesh data
int	encodingSpeed	Encoding speed level. 0 means slow and small. 10 is fastest.
int	decodingSpeed	Decoding speed level. 0 means slow and small. 10 is fastest.
int	positionQuantization	Vertex position quantization
int	normalQuantization	Normal quantization
int	texCoordQuantization	Texture coordinate quantization
int	colorQuantization	Color quantization
int	genericQuantization	Generic quantization (e.g. blend weights and indices). unused at the moment

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

See Also

EncodeMesh(Mesh, MeshData, QuantizationSettings, SpeedSettings)

EncodeMesh(Mesh, MeshData, Vector3, float, int, int, int, int, int, int)

Applies Draco compression to a given mesh/meshData and returns the encoded result (one per sub-mesh) The user is responsible for acquiring the readable MeshData and disposing it. The quality and quantization parameters are calculated from the mesh's bounds, its worldScale and desired precision. The quantization parameters help to find a balance between compressed size and quality / precision.

Declaration

[Obsolete("Use EncodeMesh(Mesh,Mesh.MeshData,QuantizationSettings,SpeedSettings) instead")]
public static Task<EncodeResult[]> EncodeMesh(Mesh mesh, Mesh.MeshData meshData, Vector3 worldScale, float precision = 0.001, int encodingSpeed = 0, int decodingSpeed = 4, int normalQuantization = 10, int texCoordQuantization = 12, int colorQuantization = 8, int genericQuantization = 12)

Parameters

Type	Name	Description
Mesh	mesh	Input mesh
Mesh.MeshData	meshData	Previously acquired readable mesh data
Vector3	worldScale	Local-to-world scale this mesh is present in the scene
float	precision	Desired minimum precision in world units
int	encodingSpeed	Encoding speed level. 0 means slow and small. 10 is fastest.
int	decodingSpeed	Decoding speed level. 0 means slow and small. 10 is fastest.
int	normalQuantization	Normal quantization
int	texCoordQuantization	Texture coordinate quantization
int	colorQuantization	Color quantization
int	genericQuantization	Generic quantization (e.g. blend weights and indices). unused at the moment

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

See Also

EncodeMesh(Mesh, MeshData, QuantizationSettings, SpeedSettings)

FromWorldSize(Bounds, Vector3, float)

EncodeMesh(Mesh, Vector3, float, int, int, int, int, int, int)

Applies Draco compression to a given mesh and returns the encoded result (one per sub-mesh) The quality and quantization parameters are calculated from the mesh's bounds, its worldScale and desired precision. The quantization parameters help to find a balance between compressed size and quality / precision.

Declaration

[Obsolete("Use EncodeMesh(Mesh,QuantizationSettings,SpeedSettings) instead")]
public static Task<EncodeResult[]> EncodeMesh(Mesh unityMesh, Vector3 worldScale, float precision = 0.001, int encodingSpeed = 0, int decodingSpeed = 4, int normalQuantization = 10, int texCoordQuantization = 12, int colorQuantization = 8, int genericQuantization = 12)

Parameters

Type	Name	Description
Mesh	unityMesh	Input mesh
Vector3	worldScale	Local-to-world scale this mesh is present in the scene
float	precision	Desired minimum precision in world units
int	encodingSpeed	Encoding speed level. 0 means slow and small. 10 is fastest.
int	decodingSpeed	Decoding speed level. 0 means slow and small. 10 is fastest.
int	normalQuantization	Normal quantization
int	texCoordQuantization	Texture coordinate quantization
int	colorQuantization	Color quantization
int	genericQuantization	Generic quantization (e.g. blend weights and indices). unused at the moment

Returns

Type	Description
Task<EncodeResult[]>	Encoded data (one per sub-mesh)

See Also

EncodeMesh(Mesh, QuantizationSettings, SpeedSettings)

FromWorldSize(Bounds, Vector3, float)