NeoEngine 2 - Evolution: neo::render Namespace Reference

Detailed Description


Classes
class	Adapter
	Adapter data. More...
class	BufferLockException
	Exception thrown when lock errors occur. More...
class	BufferReadLock
	Automated buffer read lock. More...
class	Buffer
	Buffer storage. More...
class	BufferManager
	Buffer manager. More...
class	BufferRegion
	Region in buffer. More...
class	Color
	RGBA color. More...
class	Color32
	RGBA color in 32bit unsigned integer. More...
class	DeviceCaps
	Render device capabilities. More...
class	DeviceStateParameterParser
	Device state parameter parser. More...
class	DeviceStatistics
	Render device statistics. More...
class	Device
	Render device. More...
class	Edge
	Edge representation. More...
class	Effect
	Post-process effect. More...
class	IndexBuffer
	Index buffer. More...
class	OcclusionQuery
	Occlusion query interface. More...
class	OpArray
	Render primitive array. More...
class	OpQueue
	Render primitive queue. More...
class	ParameterStateData
	Pipeline parameter state data. More...
class	ParameterData
	Pipeline parameter data. More...
class	Parameter
	Pipeline parameter. More...
class	ParameterBindCallback
	Notification of parameter bindings. More...
class	ParameterBinder
	Pipeline parameter bindings manager. More...
class	ParameterBinderNode
	Hierarchial pipeline parameter bindings. More...
class	ParameterBindPathParser
	Pipeline parameter bind path parser for single major path. More...
class	ParameterBindPathManager
	Pipeline parameter bind path parser. More...
class	ParameterStateBinder
	Parameter binder for varying states. More...
class	PostProcess
	Postprocess effect chain. More...
class	Primitive
	Render primitive. More...
class	ProgramTarget
	Definition of a program for specific targets. More...
class	Program
	Programmable pipeline object. More...
class	PerspectiveProjection
	Perspective projection matrix. More...
class	OrthographicProjection
	Orthographic projection matrix. More...
class	RenderTarget
	Render target. More...
class	RenderTexture
	Renderable texture. More...
class	Resolution
	Resolution data. More...
class	Resource
	Resource allocated by render device. More...
class	Sampler
	Sampler. More...
class	ShaderTarget
	Definition of a shader for specific targets. More...
class	Shader
	Programmable pipeline shader. More...
class	ShaderFixedVertex
	Fixed-function vertex shader. More...
class	ShaderFixedPixel
	Fixed-function pixel shader. More...
class	BlendMode
	Blend mode. More...
class	TestFunction
	Test function identifier. More...
class	WriteMode
	Write mode. More...
class	CullMode
	Culling mode. More...
class	StencilOp
	Stencil operators. More...
class	TechniqueTarget
	Render technique definition. More...
class	Technique
	Render technique. More...
class	Texture
	Texture More...
class	Triangle
	Triangle representation. More...
class	Triangle32
	Triangle representation. More...
class	Vertex
	Vertex with position. More...
class	VertexDiffuse
	Vertex with position and diffuse color. More...
class	VertexTexture
	Vertex with position and 2-dim texture coordinate. More...
class	VertexDiffuseTexture
	Vertex with diffuse color and texture. More...
class	VertexTextureSkin
	Skin vertex with position and 2-dim texture coordinate. More...
class	VertexBuffer
	Vertex buffer. More...
class	VertexElement
	Vertex element. More...
class	VertexDecl
	Vertex declaration. More...
class	Viewport
	Viewport definition. More...
class	WindowBase
	Render window data. More...
class	WindowEvent
	Render window event. More...
class	WindowEventListener
	Window event listener. More...
Namespaces
namespace	effect
	Namespace for pre-defined postprocess rendering effects.
Typedefs
typedef core::HashTable< core::HashString, ParameterData * >	ParameterBindings
	Parameter bindings.
typedef core::Array< ParameterData * >	ParameterCompiledBindings
	Compiled parameter bindings.
Functions
void	compileEdges (const VertexBufferPtr &p_vertices, const IndexBufferPtr &p_indices, unsigned int type, core::Array< Edge > *p_edges)
	Build an edge database.
IndexBufferPtr	stripify (const IndexBufferPtr &p_polygons, unsigned int type=Buffer::STATIC\|Buffer::NOREADWRITE)
	Stripify polygon buffer.
void	compileNormals (const VertexBufferPtr &p_vertices, const IndexBufferPtr &p_polygons, unsigned int type, bool normalize, core::Array< math::Vector3 > *p_normals)
	Compile polygon normal list.
void	compileVertexNormals (const VertexBufferPtr &p_vertices, const IndexBufferPtr &p_polygons, unsigned int type, bool normalize, core::Array< math::Vector3 > *p_normals)
	Compile vertex normal list.
void	compileTangentsAndBinormals (const VertexBufferPtr &p_vertices, const IndexBufferPtr &p_polygons, unsigned int type, unsigned int layer, bool normalize, core::Array< math::Vector3 > p_tangents, core::Array< math::Vector3 > p_binormals, const core::Array< math::Vector3 > &normals=core::Array< math::Vector3 >())
	Compile tangent and binormal list.
void	swap (ParameterData &lval, ParameterData &rval)
	Swap parameter data.

Typedef Documentation

typedef core::Array< ParameterData* > neo::render::ParameterCompiledBindings

Compiled parameter bindings are an array of parameter data ordered to match the parameters of a given pipeline program

See also:: ParameterBinding::compileParameterBindings

Function Documentation

void neo::render::compileEdges	(	const VertexBufferPtr &	p_vertices,
		const IndexBufferPtr &	p_indices,
		unsigned int	type,
		core::Array< Edge > *	p_edges
	)

Build an edge database given vertex and triangle data

Parameters:

	p_vertices	Vertex buffer
	p_indices	Index buffer with triangle list
	type	Primitive type (Primitive::TRIANGLES, Primitive::TRIANGLESTRIP or Primitive::TRIANGLEFAN)
	p_edges	Edge buffer

IndexBufferPtr neo::render::stripify	(	const IndexBufferPtr &	p_polygons,
		unsigned int	type = `Buffer::STATIC\|Buffer::NOREADWRITE`
	)

Stripify a polygon buffer into a triangle strip buffer, using degenerate polygons to stich unrelated sub-strips

Parameters:

	p_polygons	Index buffer with data interpreted as polygons (triangles)
	type	Target buffer type

Returns:: New index buffer with data interpreted as a single triangle strip

void neo::render::compileNormals	(	const VertexBufferPtr &	p_vertices,
		const IndexBufferPtr &	p_polygons,
		unsigned int	type,
		bool	normalize,
		core::Array< math::Vector3 > *	p_normals
	)

Compile a polygon normal list from an index buffer, a vertex buffer and primitive type

Parameters:

	p_vertices	Vertex buffer
	p_polygons	Index buffer with primitives of given type
	type	Primitive type (Primitive::TRIANGLES, Primitive::TRIANGLESTRIP or Primitive::TRIANGLEFAN)
	normalize	Normalize flag (if false normals will not be normalized)
	p_normals	Array receiving normals

void neo::render::compileVertexNormals	(	const VertexBufferPtr &	p_vertices,
		const IndexBufferPtr &	p_polygons,
		unsigned int	type,
		bool	normalize,
		core::Array< math::Vector3 > *	p_normals
	)

Compile a vertex normal list from an index buffer, a vertex buffer and primitive type

Parameters:

	p_vertices	Vertex buffer
	p_polygons	Index buffer with primitives of given type
	type	Primitive type (Primitive::TRIANGLES, Primitive::TRIANGLESTRIP or Primitive::TRIANGLEFAN)
	normalize	Normalize flag (if false normals will not be normalized)
	p_normals	Array receiving normals

void neo::render::compileTangentsAndBinormals	(	const VertexBufferPtr &	p_vertices,
		const IndexBufferPtr &	p_polygons,
		unsigned int	type,
		unsigned int	layer,
		bool	normalize,
		core::Array< math::Vector3 > *	p_tangents,
		core::Array< math::Vector3 > *	p_binormals,
		const core::Array< math::Vector3 > &	normals = `core::Array< math::Vector3 >()`
	)

Compile a tangent and binormal list from an index buffer, a vertex buffer and primitive type. The vertex buffer must have at least one texture coordinate layer from which the tangents and binormals are calculated.

Parameters:

	p_vertices	Vertex buffer
	p_polygons	Index buffer with primitives of given type
	type	Primitive type (Primitive::TRIANGLES, Primitive::TRIANGLESTRIP or Primitive::TRIANGLEFAN)
	layer	Texture coordinate layer to use
	normalize	Normalize flag (if false tangents/binormals will not be normalized)
	p_tangents	Array receiving tangents
	p_binormals	Array receiving binormals
	normals	Optional array of vertex normals if not in vertex data

void neo::render::swap	(	ParameterData &	lval,
		ParameterData &	rval
	)			`[inline]`

Swap contents of two any parameter data

Parameters:

	lval	First container
	rval	Second container

neo::render Namespace Reference

Detailed Description

Classes

Namespaces

Typedefs

Functions

Typedef Documentation

Function Documentation