MHWRender Namespace Reference

Namespace description

Contains classes, functions and enums related to rendering.

See also the OpenMayaRender - API module for rendering module.

Classes
class	MAttributeParameterMapping
	Class for defining relationship between Maya attributes and fragment parameters. More...
class	MAttributeParameterMappingList
	A list of MAttributeParameterMapping objects. More...
class	MBlendState
	Container class for an acquired GPU blend state. More...
class	MBlendStateDesc
	Descriptor for a complete blend state. More...
class	MCameraOverride
	Camera override description. More...
class	MClearOperation
	Class which defines the operation of clearing render target channels. More...
class	MComponentDataIndexing
	Class for storing index mapping when vertices are shared. More...
class	MComponentDataIndexingList
	A list of MIndexBufferDescriptor objects. More...
class	MDepthNormalizationDescription
	Information required to perform normalization of values stored in the depth buffer of an MImage with respect to clipping plane range. More...
class	MDepthStencilState
	Container class for an acquired complete GPU depth stencil state. More...
class	MDepthStencilStateDesc
	Descriptor for a complete depth-stencil state. More...
class	MDrawContext
	Class to allow access to hardware draw context information. More...
class	MDrawRegistry
	Access the registry associating node types with custom implementations. More...
class	MFragmentManager
	Provides facilities for managing fragments for use with Viewport 2.0. More...
class	MFrameContext
	This class contains some global information for the current render frame. More...
class	MGeometry
	Class for working with geometric structures used to draw objects. More...
class	MGeometryExtractor
	class for extracting renderable geometry More...
class	MGeometryIndexMapping
	A mapping of geometry index. More...
class	MGeometryRequirements
	Geometry requirements. More...
class	MGeometryUtilities
	Utilities for Viewport 2.0. More...
class	MHUDRender
	Class which defines rendering the 2D heads-up-display. More...
class	MIndexBuffer
	Index buffer for use with MGeometry. More...
class	MIndexBufferDescriptor
	MIndexBufferDescriptor describes an indexing scheme. More...
class	MIndexBufferDescriptorList
	A list of MIndexBufferDescriptor objects. More...
class	MIntersection
	Describes the intersection of a selection hit. More...
class	MLightParameterInformation
	A class for providing lighting information that may be used with Viewport 2.0. More...
class	MPassContext
	Class to allow access to pass context information. More...
class	MPresentTarget
	Class which defines the operation of presenting a target for final output. More...
class	MPxComponentConverter
	Base class for user defined component converter. More...
class	MPxDrawOverride
	Base class for user defined drawing of nodes. More...
class	MPxDrawOverride2
	This method is obsolete. More...
class	MPxGeometryOverride
	Base for user-defined classes to prepare geometry for drawing. More...
class	MPxIndexBufferMutator
	Base class for user defined index buffer mutators. More...
class	MPxPrimitiveGenerator
	Base class for user defined primitive generators. More...
class	MPxShaderOverride
	Base class for user defined shading effect draw overrides. More...
class	MPxShadingNodeOverride
	Base class for user defined shading node overrides. More...
class	MPxSubSceneOverride
	Base class for Viewport 2.0 drawing of DAG nodes which represent sub-scenes. More...
class	MPxSurfaceShadingNodeOverride
	Base class for user defined surface shading node overrides. More...
class	MPxVertexBufferGenerator
	Base class for user defined vertex buffer generators. More...
class	MPxVertexBufferMutator
	Base class for user defined vertex buffer generators. More...
class	MQuadRender
	Class which defines a 2d geometry quad render. More...
class	MRasterizerState
	Container class for an acquired complete GPU rasterizer state. More...
class	MRasterizerStateDesc
	Descriptor for a complete rasterizer state. More...
class	MRenderer
	Main interface class to the Viewport 2.0 renderer. More...
class	MRenderItem
	A single renderable entity. More...
class	MRenderItemList
	A list of MRenderItem objects. More...
class	MRenderOperation
	Class which defines a rendering operation. More...
class	MRenderOperationList
	Base class for holding a list of MRenderOperations. More...
class	MRenderOverride
	Base class for defining a rendering override. More...
class	MRenderParameters
	Class which defines a set of render parameters. More...
class	MRenderScriptCallback
	Class which defines a callback that can be executed from a script fragment. More...
class	MRenderTarget
	An instance of a render target that may be used with Viewport 2.0. More...
struct	MRenderTargetAssignment
	Structure to hold the information required to set a texture parameter on a shader using a render target as input. More...
class	MRenderTargetDescription
	Class which provides a description of a hardware render target The name is the unique identifier for a render target. More...
class	MRenderTargetManager
	Provides access to MRenderTarget objects for use in Viewport 2.0. More...
class	MRenderUtilities
	Utilities for Viewport 2.0. More...
class	MSamplerState
	Container class for an acquired complete GPU sampler state. More...
class	MSamplerStateDesc
	Descriptor for a complete sampler state. More...
class	MSceneRender
	Class which defines a scene render. More...
class	MSelectionContext
	Selection context used in MPxGeometryOverride::updateSelectionGranularity. More...
class	MSelectionInfo
	Selection information used in MPxGeometryOverride::refineSelectionPath. More...
struct	MShaderCompileMacro
	Structure to define a shader compiler macro. More...
class	MShaderInstance
	An instance of a shader that may be used with Viewport 2.0. More...
class	MShaderManager
	Provides access to MShaderInstance objects for use in Viewport 2.0. More...
class	MStateManager
	Class to allow efficient access to GPU state information. More...
class	MStencilOpDesc
	Descriptor for a depth-stencil operation. More...
class	MSubSceneContainer
	Container for render items generated by MPxSubSceneOverride. More...
class	MTargetBlendDesc
	Descriptor for a blend state for a single render target. More...
class	MTexture
	Class which includes texture data. More...
class	MTextureArguments
	Class which includes texture arguments. More...
struct	MTextureAssignment
	Structure to hold the information required to set a texture parameter on a shader using a texture as input. More...
class	MTextureDescription
	Texture description. More...
class	MTextureManager
	Class which manages texture. More...
class	MTextureUpdateRegion
	Structure to represent an update region for a texture. More...
class	MUIDrawManager
	Main interface for drawing basic UI drawables in Viewport 2.0 and Hardware Renderer 2.0. More...
class	MUserRenderOperation
	Class which defines a user defined rendering operation. More...
class	MVertexBuffer
	Vertex buffer for use with MGeometry. More...
class	MVertexBufferArray
	Array of Vertex buffers. More...
class	MVertexBufferDescriptor
	Describes properties of a vertex buffer. More...
class	MVertexBufferDescriptorList
	A list of MVertexBufferDescriptor objects. More...

Enumerations
enum	{ kPolyGeom_Normal = 0, kPolyGeom_NotSharing = 1 << 0, kPolyGeom_BaseMesh = 1 << 1 }
	Indicates the geometry options for polygon. More...
enum	DisplayStatus {   kActive, kLive, kDormant, kInvisible,   kHilite, kTemplate, kActiveTemplate, kActiveComponent,   kLead, kIntermediateObject, kActiveAffected, kNoStatus }
	This enum defines the possible drawing modes for individual objects. More...
enum	MTextureType {   kImage1D = 0, kImage1DArray, kImage2D, kImage2DArray,   kCubeMap, kVolumeTexture, kDepthTexture, kNumberOfTextureTypes }
	Texture types. More...
enum	MEnvironmentMapType {   kEnvNone = 0, kEnvSphere, kEnvHemiSphere, kEnvLatLong,   kEnvCrossVert, kEnvCrossHoriz, kEnvCubemap, kNumberOfEnvMapTypes }
	Environment mapping types for textures. More...
enum	DrawAPI {   kNone = 0, kOpenGL = 1 << 0, kDirectX11 = 1 << 1, kOpenGLCoreProfile = 1 << 2,   kAllDevices = kOpenGL | kDirectX11 | kOpenGLCoreProfile }
	Draw API identifiers. More...
enum	MRasterFormat {   kD24S8 = 0, kD24X8, kD32_FLOAT, kR24G8,   kR24X8, kDXT1_UNORM, kDXT1_UNORM_SRGB, kDXT2_UNORM,   kDXT2_UNORM_SRGB, kDXT2_UNORM_PREALPHA, kDXT3_UNORM, kDXT3_UNORM_SRGB,   kDXT3_UNORM_PREALPHA, kDXT4_UNORM, kDXT4_SNORM, kDXT5_UNORM,   kDXT5_SNORM, kBC6H_UF16, kBC6H_SF16, kBC7_UNORM,   kBC7_UNORM_SRGB, kR9G9B9E5_FLOAT, kR1_UNORM, kA8,   kR8_UNORM, kR8_SNORM, kR8_UINT, kR8_SINT,   kL8, kR16_FLOAT, kR16_UNORM, kR16_SNORM,   kR16_UINT, kR16_SINT, kL16, kR8G8_UNORM,   kR8G8_SNORM, kR8G8_UINT, kR8G8_SINT, kB5G5R5A1,   kB5G6R5, kR32_FLOAT, kR32_UINT, kR32_SINT,   kR16G16_FLOAT, kR16G16_UNORM, kR16G16_SNORM, kR16G16_UINT,   kR16G16_SINT, kR8G8B8A8_UNORM, kR8G8B8A8_SNORM, kR8G8B8A8_UINT,   kR8G8B8A8_SINT, kR10G10B10A2_UNORM, kR10G10B10A2_UINT, kB8G8R8A8,   kB8G8R8X8, kR8G8B8X8 , kR32G32_FLOAT, kR32G32_UINT,   kR32G32_SINT, kR16G16B16A16_FLOAT, kR16G16B16A16_UNORM, kR16G16B16A16_SNORM,   kR16G16B16A16_UINT, kR16G16B16A16_SINT, kR32G32B32_FLOAT, kR32G32B32_UINT,   kR32G32B32_SINT, kR32G32B32A32_FLOAT, kR32G32B32A32_UINT, kR32G32B32A32_SINT,   kNumberOfRasterFormats }
	Pixel / raster formats. More...

Functions
MHWRender::DrawAPI	operator| (MHWRender::DrawAPI a, MHWRender::DrawAPI b)
	Type-safe bitwise 'or' operator for GPU device type flags. More...

Enumeration Type Documentation

anonymous enum

Indicates the geometry options for polygon.

Enumerator
kPolyGeom_Normal	Normal Indicates the polygon performs the default geometry.
kPolyGeom_NotSharing	NotSharing Indicates if you don't want vertex sharing to be computed by the extractor. Vertex buffer size will not be reduced if sharing can be performed.
kPolyGeom_BaseMesh	BaseMesh Indicates if you want the base geometry in smoothCage mode. The geometry in extractor is always the base geometry in normal mode.

enum DisplayStatus

This enum defines the possible drawing modes for individual objects.

Enumerator
kActive	Object is active (selected). Note that the last selected object will have status kLead instead of kActive. If only one object is selected the status will be kLead.
kLive	Object is live (construction surface).
kDormant	Object is domant.
kInvisible	Object is invisible (not drawn).
kHilite	Object is hilited (has selectable components).
kTemplate	Object is templated (Not renderable).
kActiveTemplate	Object is active and templated.
kActiveComponent	Object has active components.
kLead	Last selected object.
kIntermediateObject	Construction object (not drawn).
kActiveAffected	Affected by active object(s).
kNoStatus	Object does not have a valid display status.

enum MTextureType

Texture types.

Enumerator
kImage1D	1D image
kImage1DArray	Array of 1D images.
kImage2D	2D image
kImage2DArray	Array of 2D images.
kCubeMap	Cube map.
kVolumeTexture	Volume texture.
kDepthTexture	Depth texture.
kNumberOfTextureTypes	Not to be used to describe a raster. This is the number of texture types.

enum MEnvironmentMapType

Environment mapping types for textures.

Describes the algorithm for how the data in the texture should be looked up.

Enumerator
kEnvNone	Direct mapping.
kEnvSphere	Sphere style environment mapping.
kEnvHemiSphere	Hemi-sphere style environment mapping.
kEnvLatLong	Latitude/longitude style environment map.
kEnvCrossVert	Vertical cross style environment map.
kEnvCrossHoriz	Horizontal cross style environment map.
kEnvCubemap	6 faces cube map style environment map
kNumberOfEnvMapTypes	Not to be used to describe a raster. This is the number of environment map types.

enum DrawAPI

Draw API identifiers.

Enumerator
kNone	Uninitialized device.
kOpenGL	OpenGL.
kDirectX11	Direct X 11.
kOpenGLCoreProfile	Core Profile OpenGL.
kAllDevices	All : OpenGL and Direct X 11.

enum MRasterFormat

Pixel / raster formats.

The following short form notation is used for channel specification:

• R = red channel
• G = green channel
• B = blue channel
• A = alpha channel
• E = exponent channel
• L = luminence channel
• X = channel is not used
• DXT1, DXT2, DXT3, DXT4, and DXT5 are S3 compression formats
• BC6H, BC7 are extended compression formats only for DirectX 11
• Numbers after the channel gives the bit depth
• Channel order is data storage order.

The following short form notation is used for data format specification:

• UNORM means unsigned values which have been normalized to the 0 to 1 range.
• SNORM means signed values which have been normalized to the -1 to 1 range.
• UINT means unsigned integer values
• SINT means signed integer values
• FLOAT means floating point
• If normalization is not explicitly specified then the values are unnormalized

Enumerator
kD24S8	Depth: 24-bit, Stencil 8-bit.
kD24X8	Depth: 24-bit.
kD32_FLOAT	Depth 32-bit.
kR24G8	Red 24-bit, Green 8-bit.
kR24X8	Red 24-bit.
kDXT1_UNORM	DXT1 : unsigned.
kDXT1_UNORM_SRGB	DXT1 : unsigned, sRGB format.
kDXT2_UNORM	DXT2 : unsigned.
kDXT2_UNORM_SRGB	DXT2 : sRGB format.
kDXT2_UNORM_PREALPHA	DXT2, pre-multiplied alpha.
kDXT3_UNORM	DXT3 : unsigned.
kDXT3_UNORM_SRGB	DXT3 : unsigned, sRGB format.
kDXT3_UNORM_PREALPHA	DXT3, pre-multiplied alpha.
kDXT4_UNORM	DXT4 : unsigned.
kDXT4_SNORM	DXT4 : signed.
kDXT5_UNORM	DXT5 : unsigned.
kDXT5_SNORM	DXT5 : signed.
kBC6H_UF16	BC6H : no sign bit, 16-bit floating point.
kBC6H_SF16	BC6H : with sign bit, 16-bit floating point.
kBC7_UNORM	BC7 : unsigned.
kBC7_UNORM_SRGB	BC7 : unsigned, sRGB format.
kR9G9B9E5_FLOAT	HDR format : 9 bits for each of RGB, no alpha, 5 bit shared exponent.
kR1_UNORM	Red: 1-bit.
kA8	Alpha: 8-bit.
kR8_UNORM	Red: 8-bit.
kR8_SNORM	Red: 8-bit signed.
kR8_UINT	Red: 8-bit unsigned integer.
kR8_SINT	Red: 8-bit signed integer.
kL8	Luminence: 8-bit.
kR16_FLOAT	Red: 16-bit float.
kR16_UNORM	Red: 16-bit unsigned.
kR16_SNORM	Red: 16-bit signed.
kR16_UINT	Red: 16-bit unsigned integer.
kR16_SINT	Red: 16-bit signed integer.
kL16	Luminence, 16-bit.
kR8G8_UNORM	Red: 8-bit, Green : 8-bit, unsigned.
kR8G8_SNORM	Red: 8-bit, Green : 8-bit, signed.
kR8G8_UINT	Red: 8-bit, Green : 8-bit, unsigned integer.
kR8G8_SINT	Red: 8-bit, Green : 8-bit, signed integer.
kB5G5R5A1	RGB : 5-bits each, Alpha : 1-bit.
kB5G6R5	RGB : 5-bits each, Alpha : 1-bit.
kR32_FLOAT	Red : 32-bit float.
kR32_UINT	Red : 32-bit unsigned integer.
kR32_SINT	Red : 32-bit signed integer.
kR16G16_FLOAT	Red and green : 16-bit float each.
kR16G16_UNORM	Red and green : 16-bit unsigned.
kR16G16_SNORM	Red and green : 16-bit signed.
kR16G16_UINT	Red and green : 16-bit unsigned.
kR16G16_SINT	Red and green : 16-bit signed.
kR8G8B8A8_UNORM	RGBA : 8-bits unsigned each.
kR8G8B8A8_SNORM	RGBA : 8-bits signed each.
kR8G8B8A8_UINT	RGBA : 8-bits unsigned integer each.
kR8G8B8A8_SINT	RGBA : 8-bits signed integer each.
kR10G10B10A2_UNORM	2 bit alpha, 10 bits for each of RGB
kR10G10B10A2_UINT	2 bit alpha, 10 bits for each of RGB, unsigned integer
kB8G8R8A8	BGRA : 8-bits each.
kB8G8R8X8	BGR : 8-bits each. No alpha
kR8G8B8X8	RGB : 8-bits each.
kR32G32_FLOAT	RG : 32-bits float each.
kR32G32_UINT	RG : 32-bits unsigned each.
kR32G32_SINT	RG : 32-bits signed each.
kR16G16B16A16_FLOAT	RGBA : 16-bits float each.
kR16G16B16A16_UNORM	RGBA : 16-bits unsigned each.
kR16G16B16A16_SNORM	RGBA : 16-bits signed each.
kR16G16B16A16_UINT	RGBA : 16-bits unsigned integer each.
kR16G16B16A16_SINT	RGBA : 16-bits unsigned integer each.
kR32G32B32_FLOAT	RGB : 32-bits float each.
kR32G32B32_UINT	RGB : 32-bits unsigned integer each.
kR32G32B32_SINT	RGB : 32-bits signed integer each.
kR32G32B32A32_FLOAT	RGBA : 32-bits float each.
kR32G32B32A32_UINT	RGBA : 32-bits unsigned integer each.
kR32G32B32A32_SINT	RGBA : 32-bits signed integer each.
kNumberOfRasterFormats	Not to be used to describe a raster. This is the number of rasters formats

Function Documentation

MHWRender::DrawAPI MHWRender::operator| ( MHWRender::DrawAPI  a, MHWRender::DrawAPI  b  )

inline

Type-safe bitwise 'or' operator for GPU device type flags.

Parameters

[in]	a	First device flag
[in]	b	Second device flag

Returns

Bitwise 'or' of input flags