Classes
class	Attribute

class	AttributeArray
	An AttributeArray represents a collection of Attributes used to describe the vertices of a Shape. More...

class	BufferObject
	A BufferObject describes a generic array of data used, for example, to describe the vertices in a Shape or data retrieved from a framebuffer. More...

struct	BufferObjectElement
	Structure for clients to use to encapsulate Elements. More...

class	CubeMapTexture
	A CubeMapTexture object represents the image data and mipmaps associated with the six faces of a cube map. More...

class	FramebufferObject
	A FramebufferObject describes an off-screen framebuffer that can be drawn to and read from like a regular framebuffer. More...

class	GraphicsManager
	GraphicsManager manages the graphics library for an application. More...

class	Image
	An Image represents 2D image data that can be used in a texture supplied to a shader. More...

class	IndexBuffer
	An IndexBuffer is a type of BufferObject that contains the element indices of an array, e.g., a vertex index array. More...

class	Node
	A Node instance represents a node in a scene graph. More...

struct	ArrayInfo
	The below structs correspond to OpenGL "objects." For example, a BufferObject corresponds to an OpenGL buffer object, and a ProgramObject corresponds to an OpenGL program object. More...

struct	BufferInfo
	A BufferInfo corresponds to an OpenGL Buffer Object. More...

struct	FramebufferInfo
	A BufferInfo corresponds to an OpenGL Framebuffer Object. More...

struct	ProgramInfo
	A ProgramInfo corresponds to an OpenGL Program Object. More...

struct	RenderbufferInfo
	A RenderbufferInfo corresponds to an OpenGL Renderbuffer Object. More...

struct	SamplerInfo
	A SamplerInfo corresponds to an OpenGL Sampler Object. More...

struct	ShaderInfo
	A ShaderInfo corresponds to an OpenGL Shader Object. More...

struct	SyncInfo
	A SyncInfo corresponds to an OpenGL Sync Object. More...

struct	TransformFeedbackInfo
	A TransformFeedbackInfo corresponds to an OpenGL TransformFeedback Object. More...

struct	TextureInfo
	A TextureInfo corresponds to an OpenGL Texture Object. More...

struct	TimerInfo
	A TimerInfo corresponds to an OpenGL Timer Query Object. More...

class	Renderer
	The Renderer class handles rendering ION scene graphs using OpenGL. More...

class	ResourceBase
	ResourceBase is an internal abstract base class for managed resources. More...

class	ResourceHolder
	ResourceHolder is an internal base class for objects that hold resources managed by an outside entity, such as ResourceManager, allowing the resources to be associated opaquely with an instance of the object. More...

class	ResourceManager
	A ResourceManager is an interface for getting information about a Renderer's internal resources. More...

class	Sampler
	A Sampler object represents texture parameters that control how texture data is accessed in shaders. More...

class	ShaderBase
	Base class for Shader and ShaderProgram objects. More...

class	Shader
	A Shader represents an OpenGL shader stage. More...

class	ShaderInputBase

class	ShaderInput
	A ShaderInput instance represents a general shader input. More...

class	ShaderInputRegistry
	A ShaderInputRegistry is used to manage a collection of shader inputs to a specific ShaderProgram (both uniforms and attributes). More...

class	ShaderProgram
	A ShaderProgram represents an OpenGL shader program that can be applied to shapes. More...

class	Shape
	A Shape object represents a shape (vertices + indices) to draw. More...

class	StateTable
	A StateTable represents a collection of graphical state items that affect OpenGL rendering. More...

class	TextureBase
	This is an internal base class for all texture types. More...

class	Texture
	A Texture object represents the image data and mipmaps associated with a single texture. More...

class	TextureManager
	TextureManager is an internal Ion class, and is not exported for public use. More...

class	TraceCallExtractor
	The TraceCallExtractor class parses an OpenGL trace output generated by a GraphicsManager, segmenting it into a vector of calls with arguments. More...

class	TracingHelper
	This internal class is used by the GraphicsManager to print argument values when tracing OpenGL calls. More...

class	Uniform
	A Uniform instance represents a uniform shader argument. More...

class	UniformBlock
	A UniformBlock is a grouping of uniforms that can be easily shared between multiple Nodes; changing a Uniform in a UniformBlock will thus automatically change it for all Nodes that share the block. More...

class	UniformHolder
	A UniformHolder is a base class for an object that holds Uniforms. More...

Typedefs
typedef base::Variant< float, math::VectorBase2f, math::VectorBase3f, math::VectorBase4f, math::Matrix2f, math::Matrix3f, math::Matrix4f, BufferObjectElement >	AttributeValueType

typedef base::ReferentPtr < AttributeArray >::Type	AttributeArrayPtr
	Convenience typedef for shared pointer to a AttributeArray. More...

typedef base::ReferentPtr < BufferObject >::Type	BufferObjectPtr
	Convenience typedef for shared pointer to a BufferObject. More...

typedef base::ReferentPtr < CubeMapTexture >::Type	CubeMapTexturePtr
	Convenience typedef for shared pointer to a CubeMapTexture. More...

typedef base::ReferentPtr < FramebufferObject >::Type	FramebufferObjectPtr
	Convenience typedef for shared pointer to a FramebufferObject. More...

typedef base::ReferentPtr < GraphicsManager >::Type	GraphicsManagerPtr
	Convenience typedef for shared pointer to a GraphicsManager. More...

typedef base::ReferentPtr < Image >::Type	ImagePtr

typedef base::ReferentPtr < IndexBuffer >::Type	IndexBufferPtr

typedef base::ReferentPtr < Node >::Type	NodePtr

typedef base::ReferentPtr < Renderer >::Type	RendererPtr
	Convenience typedef for shared pointer to a Renderer. More...

typedef intptr_t	ResourceKey
	Type of identifiers used to disambiguate between multiple resources created for the same Ion object by the renderer. More...

typedef base::ReferentPtr < Sampler >::Type	SamplerPtr
	Convenience typedef for shared pointer to a Sampler. More...

typedef base::ReferentPtr < Shader >::Type	ShaderPtr
	Convenience typedef for shared pointers to Shaders. More...

typedef base::ReferentPtr < ShaderProgram >::Type	ShaderProgramPtr

typedef base::ReferentPtr < TextureBase >::Type	TextureBasePtr

typedef base::ReferentPtr < ShaderInputRegistry >::Type	ShaderInputRegistryPtr
	Convenience typedef for shared pointer to a ShaderInputRegistry. More...

typedef base::WeakReferentPtr < ShaderProgram >	ShaderProgramWeakPtr

typedef base::ReferentPtr < Shape >::Type	ShapePtr
	Convenience typedef for shared pointer to a Shape. More...

typedef base::ReferentPtr < StateTable >::Type	StateTablePtr
	Convenience typedef for shared pointer to a StateTable. More...

typedef base::ReferentPtr < Texture >::Type	TexturePtr
	Convenience typedef for shared pointer to a Texture. More...

typedef base::Variant< float, int, uint32, math::VectorBase2f, math::VectorBase3f, math::VectorBase4f, math::VectorBase2i, math::VectorBase3i, math::VectorBase4i, math::VectorBase2ui, math::VectorBase3ui, math::VectorBase4ui, math::Matrix2f, math::Matrix3f, math::Matrix4f, CubeMapTexturePtr, TexturePtr >	UniformValueType

typedef base::ReferentPtr < UniformBlock >::Type	UniformBlockPtr
	Convenience typedef for shared pointer to a UniformBlock. More...

Enumerations
enum	AttributeType { kFloatAttribute, kFloatVector2Attribute, kFloatVector3Attribute, kFloatVector4Attribute, kFloatMatrix2x2Attribute, kFloatMatrix3x3Attribute, kFloatMatrix4x4Attribute, kBufferObjectElementAttribute }
	The AttributeType enum defines all supported attribute shader argument types. More...

enum	UniformType { kFloatUniform, kIntUniform, kUnsignedIntUniform, kCubeMapTextureUniform, kTextureUniform, kFloatVector2Uniform, kFloatVector3Uniform, kFloatVector4Uniform, kIntVector2Uniform, kIntVector3Uniform, kIntVector4Uniform, kUnsignedIntVector2Uniform, kUnsignedIntVector3Uniform, kUnsignedIntVector4Uniform, kMatrix2x2Uniform, kMatrix3x3Uniform, kMatrix4x4Uniform }
	The UniformType enum defines all supported uniform shader argument types. More...

Functions
template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::VectorBase2f > ()

template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::VectorBase3f > ()

template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::VectorBase4f > ()

template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::Matrix2f > ()

template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::Matrix3f > ()

template<>
ION_API Attribute::ValueType	Attribute::GetTypeByValue< math::Matrix4f > ()

template const math::Range1f	GraphicsManager::GetCapabilityValue< math::Range1f > (Capability cap)

template const math::Range1i	GraphicsManager::GetCapabilityValue< math::Range1i > (Capability cap)

template const GraphicsManager::ShaderPrecision	GraphicsManager::GetCapabilityValue< GraphicsManager::ShaderPrecision > (Capability cap)

template const std::vector< int >	GraphicsManager::GetCapabilityValue< std::vector< int > > (Capability cap)

template<>
ResourceKey	Renderer::ResourceManager::GetResourceKey< Renderer::VertexArrayResource > (ResourceBinder resource_binder, const ResourceHolder holder)
	VertexArrayResources must be created per shader program. More...

template<>
std::vector< ResourceKey >	Renderer::ResourceManager::GetAllResourceKeys< Renderer::VertexArrayResource > (ResourceBinder *resource_binder)

template<>
ResourceKey	Renderer::ResourceManager::GetResourceKey< Renderer::VertexArrayEmulatorResource > (ResourceBinder resource_binder, const ResourceHolder holder)

template<>
std::vector< ResourceKey >	Renderer::ResourceManager::GetAllResourceKeys< Renderer::VertexArrayEmulatorResource > (ResourceBinder *resource_binder)

template<>
ResourceKey	Renderer::ResourceManager::GetResourceKey< Renderer::ShaderInputRegistryResource > (ResourceBinder resource_binder, const ResourceHolder holder)

template<>
ResourceKey	Renderer::ResourceManager::GetResourceKey< Renderer::FramebufferResource > (ResourceBinder resource_binder, const ResourceHolder holder)

template<>
ResourceKey	Renderer::ResourceManager::GetResourceKey< Renderer::ShaderProgramResource > (ResourceBinder resource_binder, const ResourceHolder holder)

template<>
std::vector< ResourceKey >	Renderer::ResourceManager::GetAllResourceKeys< Renderer::ShaderProgramResource > (ResourceBinder *resource_binder)

template<>
ION_API std::vector < ResourceManager::ResourceRequest < AttributeArray, ResourceManager::ArrayInfo > > *	ResourceManager::GetResourceRequestVector< AttributeArray, ResourceManager::ArrayInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < BufferObject, ResourceManager::BufferInfo > > *	ResourceManager::GetResourceRequestVector< BufferObject, ResourceManager::BufferInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < FramebufferObject, ResourceManager::FramebufferInfo > > *	ResourceManager::GetResourceRequestVector< FramebufferObject, ResourceManager::FramebufferInfo > ()

template<>
ION_API std::vector < ResourceManager::DataRequest < ResourceManager::PlatformInfo > > *	ResourceManager::GetDataRequestVector< ResourceManager::PlatformInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < ShaderProgram, ResourceManager::ProgramInfo > > *	ResourceManager::GetResourceRequestVector< ShaderProgram, ResourceManager::ProgramInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < Sampler, ResourceManager::SamplerInfo > > *	ResourceManager::GetResourceRequestVector< Sampler, ResourceManager::SamplerInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < Shader, ResourceManager::ShaderInfo > > *	ResourceManager::GetResourceRequestVector< Shader, ResourceManager::ShaderInfo > ()

template<>
ION_API std::vector < ResourceManager::ResourceRequest < TextureBase, ResourceManager::TextureInfo > > *	ResourceManager::GetResourceRequestVector< TextureBase, ResourceManager::TextureInfo > ()

template<>
ION_API std::vector < ResourceManager::DataRequest < ResourceManager::TextureImageInfo > > *	ResourceManager::GetDataRequestVector< ResourceManager::TextureImageInfo > ()

	ION_INSTANTIATE_GETENUMSTRING (Capability)

	ION_INSTANTIATE_GETENUMSTRING (BlendEquation)

	ION_INSTANTIATE_GETENUMSTRING (BlendFunctionFactor)

	ION_INSTANTIATE_GETENUMSTRING (CullFaceMode)

	ION_INSTANTIATE_GETENUMSTRING (DepthFunction)

	ION_INSTANTIATE_GETENUMSTRING (FrontFaceMode)

	ION_INSTANTIATE_GETENUMSTRING (HintMode)

	ION_INSTANTIATE_GETENUMSTRING (StencilFunction)

	ION_INSTANTIATE_GETENUMSTRING (StencilOperation)

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase2f > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase3f > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase4f > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase2i > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase3i > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase4i > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase2ui > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase3ui > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::VectorBase4ui > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::Matrix2f > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::Matrix3f > ()

template<>
ION_API Uniform::ValueType	Uniform::GetTypeByValue< math::Matrix4f > ()

void	UpdateStateTable (int default_width, int default_height, GraphicsManager gm, StateTable st)
	Public functions. More...

void	ClearFromStateTable (const StateTable &new_state, StateTable save_state, GraphicsManager gm)
	This internal function can be used to update the Clear()-related OpenGL state (dithering, scissor test, write masks, scissor box, and clear values) managed by a GraphicsManager to match a StateTable, and updates save_state to contain the new state. More...

void	UpdateSettingsInStateTable (StateTable st, GraphicsManager gm)
	This internal function can be used to update a StateTable instance to match the current OpenGL settings as provided by a GraphicsManager instance. More...

void	UpdateFromStateTable (const StateTable &new_state, StateTable save_state, GraphicsManager gm)
	This internal function can be used to update the OpenGL state managed by a GraphicsManager to match a StateTable, with respect to another StateTable that contains the current state. More...

Typedef Documentation

typedef base::ReferentPtr< AttributeArray >::Type ion::gfx::AttributeArrayPtr

Convenience typedef for shared pointer to a AttributeArray.

Definition at line 186 of file attributearray.h.

typedef base::Variant<float, math::VectorBase2f, math::VectorBase3f, math::VectorBase4f, math::Matrix2f, math::Matrix3f, math::Matrix4f, BufferObjectElement> ion::gfx::AttributeValueType

Definition at line 53 of file attribute.h.

typedef base::ReferentPtr< BufferObject >::Type ion::gfx::BufferObjectPtr

Convenience typedef for shared pointer to a BufferObject.

Definition at line 31 of file bufferobject.h.

typedef base::ReferentPtr<CubeMapTexture>::Type ion::gfx::CubeMapTexturePtr

Convenience typedef for shared pointer to a CubeMapTexture.

Definition at line 115 of file cubemaptexture.h.

typedef base::ReferentPtr< FramebufferObject >::Type ion::gfx::FramebufferObjectPtr

Convenience typedef for shared pointer to a FramebufferObject.

Definition at line 209 of file framebufferobject.h.

typedef base::ReferentPtr< GraphicsManager >::Type ion::gfx::GraphicsManagerPtr

Convenience typedef for shared pointer to a GraphicsManager.

Definition at line 435 of file graphicsmanager.h.

typedef base::ReferentPtr<Image>::Type ion::gfx::ImagePtr

Definition at line 29 of file image.h.

typedef base::ReferentPtr<IndexBuffer>::Type ion::gfx::IndexBufferPtr

Definition at line 38 of file indexbuffer.h.

typedef base::ReferentPtr<Node>::Type ion::gfx::NodePtr

Definition at line 33 of file node.h.

typedef base::ReferentPtr<Renderer>::Type ion::gfx::RendererPtr

Convenience typedef for shared pointer to a Renderer.

Definition at line 428 of file renderer.h.

typedef intptr_t ion::gfx::ResourceKey

Type of identifiers used to disambiguate between multiple resources created for the same Ion object by the renderer.

Definition at line 27 of file resourcebase.h.

typedef base::ReferentPtr< Sampler >::Type ion::gfx::SamplerPtr

Convenience typedef for shared pointer to a Sampler.

Definition at line 48 of file resourcemanager.h.

typedef base::ReferentPtr< ShaderInputRegistry >::Type ion::gfx::ShaderInputRegistryPtr

Convenience typedef for shared pointer to a ShaderInputRegistry.

Definition at line 42 of file shaderinputregistry.h.

typedef base::ReferentPtr< ShaderProgram >::Type ion::gfx::ShaderProgramPtr

Definition at line 50 of file resourcemanager.h.

typedef base::WeakReferentPtr<ShaderProgram> ion::gfx::ShaderProgramWeakPtr

Definition at line 34 of file shaderprogram.h.

typedef base::ReferentPtr< Shader >::Type ion::gfx::ShaderPtr

Convenience typedef for shared pointers to Shaders.

Definition at line 49 of file resourcemanager.h.

typedef base::ReferentPtr<Shape>::Type ion::gfx::ShapePtr

Convenience typedef for shared pointer to a Shape.

Definition at line 167 of file shape.h.

typedef base::ReferentPtr<StateTable>::Type ion::gfx::StateTablePtr

Convenience typedef for shared pointer to a StateTable.

Definition at line 705 of file statetable.h.

typedef base::ReferentPtr<TextureBase>::Type ion::gfx::TextureBasePtr

Definition at line 51 of file resourcemanager.h.

typedef base::ReferentPtr<Texture>::Type ion::gfx::TexturePtr

Convenience typedef for shared pointer to a Texture.

Definition at line 333 of file texture.h.

typedef base::ReferentPtr<UniformBlock>::Type ion::gfx::UniformBlockPtr

Convenience typedef for shared pointer to a UniformBlock.

Definition at line 58 of file uniformblock.h.

typedef base::Variant< float, int, uint32, math::VectorBase2f, math::VectorBase3f, math::VectorBase4f, math::VectorBase2i, math::VectorBase3i, math::VectorBase4i, math::VectorBase2ui, math::VectorBase3ui, math::VectorBase4ui, math::Matrix2f, math::Matrix3f, math::Matrix4f, CubeMapTexturePtr, TexturePtr> ion::gfx::UniformValueType

Definition at line 70 of file uniform.h.

Enumeration Type Documentation

enum ion::gfx::AttributeType

The AttributeType enum defines all supported attribute shader argument types.

Enumerator
kFloatAttribute	Scalar types.
kFloatVector2Attribute	Vector types.
kFloatVector3Attribute
kFloatVector4Attribute
kFloatMatrix2x2Attribute	Matrix types.
kFloatMatrix3x3Attribute
kFloatMatrix4x4Attribute
kBufferObjectElementAttribute	Vertex buffer element.

Definition at line 33 of file attribute.h.

enum ion::gfx::UniformType

The UniformType enum defines all supported uniform shader argument types.

Enumerator
kFloatUniform	Scalar types.
kIntUniform
kUnsignedIntUniform
kCubeMapTextureUniform	Texture types.
kTextureUniform
kFloatVector2Uniform	Vector types.
kFloatVector3Uniform
kFloatVector4Uniform
kIntVector2Uniform
kIntVector3Uniform
kIntVector4Uniform
kUnsignedIntVector2Uniform
kUnsignedIntVector3Uniform
kUnsignedIntVector4Uniform
kMatrix2x2Uniform	Matrix types.
kMatrix3x3Uniform
kMatrix4x4Uniform

Definition at line 37 of file uniform.h.

Function Documentation

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::Matrix2f > ( )

Definition at line 67 of file attribute.cc.

References kFloatMatrix2x2Attribute.

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::Matrix3f > ( )

Definition at line 71 of file attribute.cc.

References kFloatMatrix3x3Attribute.

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::Matrix4f > ( )

Definition at line 75 of file attribute.cc.

References kFloatMatrix4x4Attribute.

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::VectorBase2f > ( )

Definition at line 55 of file attribute.cc.

References kFloatVector2Attribute.

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::VectorBase3f > ( )

Definition at line 59 of file attribute.cc.

References kFloatVector3Attribute.

template<>

ION_API Attribute::ValueType ion::gfx::Attribute::GetTypeByValue< math::VectorBase4f > ( )

Definition at line 63 of file attribute.cc.

References kFloatVector4Attribute.

void ion::gfx::ClearFromStateTable	(	const StateTable &	new_state,
		StateTable *	save_state,
		GraphicsManager *	gm
	)

This internal function can be used to update the Clear()-related OpenGL state (dithering, scissor test, write masks, scissor box, and clear values) managed by a GraphicsManager to match a StateTable, and updates save_state to contain the new state.

It calls the GraphicsManager to apply changes for all Clear()-related differences between new_state and save_state.

Definition at line 714 of file updatestatetable.cc.

References ion::gfx::StateTable::GetSetValueCount(), ION_UPDATE_CLEAR_ONLY_VALUE, ION_UPDATE_CLEAR_VALUE, ion::gfx::StateTable::kDither, and ion::gfx::StateTable::kScissorTest.

template const GraphicsManager::ShaderPrecision ion::gfx::GraphicsManager::GetCapabilityValue< GraphicsManager::ShaderPrecision > ( Capability cap )

template const math::Range1f ion::gfx::GraphicsManager::GetCapabilityValue< math::Range1f > ( Capability cap )

template const math::Range1i ion::gfx::GraphicsManager::GetCapabilityValue< math::Range1i > ( Capability cap )

template const std::vector<int> ion::gfx::GraphicsManager::GetCapabilityValue< std::vector< int > > ( Capability cap )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( Capability )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( BlendEquation )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( BlendFunctionFactor )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( CullFaceMode )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( DepthFunction )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( FrontFaceMode )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( HintMode )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( StencilFunction )

ion::gfx::ION_INSTANTIATE_GETENUMSTRING ( StencilOperation )

template<>

std::vector<ResourceKey> ion::gfx::Renderer::ResourceManager::GetAllResourceKeys< Renderer::ShaderProgramResource > ( ResourceBinder * resource_binder )

Definition at line 1655 of file renderer.cc.

template<>

std::vector<ResourceKey> ion::gfx::Renderer::ResourceManager::GetAllResourceKeys< Renderer::VertexArrayEmulatorResource > ( ResourceBinder * resource_binder )

Definition at line 1620 of file renderer.cc.

template<>

std::vector<ResourceKey> ion::gfx::Renderer::ResourceManager::GetAllResourceKeys< Renderer::VertexArrayResource > ( ResourceBinder * resource_binder )

Definition at line 1608 of file renderer.cc.

template<>

ResourceKey ion::gfx::Renderer::ResourceManager::GetResourceKey< Renderer::FramebufferResource >	(	ResourceBinder *	resource_binder,
		const ResourceHolder *	holder
	)

Definition at line 1633 of file renderer.cc.

template<>

ResourceKey ion::gfx::Renderer::ResourceManager::GetResourceKey< Renderer::ShaderInputRegistryResource >	(	ResourceBinder *	resource_binder,
		const ResourceHolder *	holder
	)

Definition at line 1626 of file renderer.cc.

template<>

ResourceKey ion::gfx::Renderer::ResourceManager::GetResourceKey< Renderer::ShaderProgramResource >	(	ResourceBinder *	resource_binder,
		const ResourceHolder *	holder
	)

Definition at line 1640 of file renderer.cc.

References ion::gfx::ShaderProgram::IsConcurrent(), and ion::gfx::ShaderProgram::SetConcurrent().

template<>

ResourceKey ion::gfx::Renderer::ResourceManager::GetResourceKey< Renderer::VertexArrayEmulatorResource >	(	ResourceBinder *	resource_binder,
		const ResourceHolder *	holder
	)

Definition at line 1614 of file renderer.cc.

template<>

ResourceKey ion::gfx::Renderer::ResourceManager::GetResourceKey< Renderer::VertexArrayResource >	(	ResourceBinder *	resource_binder,
		const ResourceHolder *	holder
	)

VertexArrayResources must be created per shader program.

This will also be unique across multiple ResourceBinders.

Definition at line 1602 of file renderer.cc.

template<>

ION_API std::vector<ResourceManager::DataRequest<ResourceManager::PlatformInfo> >* ion::gfx::ResourceManager::GetDataRequestVector< ResourceManager::PlatformInfo > ( )

Definition at line 802 of file resourcemanager.cc.

template<>

ION_API std::vector<ResourceManager::DataRequest<ResourceManager::TextureImageInfo> >* ion::gfx::ResourceManager::GetDataRequestVector< ResourceManager::TextureImageInfo > ( )

Definition at line 838 of file resourcemanager.cc.

template<>

ION_API std::vector<ResourceManager::ResourceRequest<AttributeArray, ResourceManager::ArrayInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< AttributeArray, ResourceManager::ArrayInfo > ( )

Definition at line 780 of file resourcemanager.cc.

template<>

ION_API std::vector<ResourceManager::ResourceRequest<BufferObject, ResourceManager::BufferInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< BufferObject, ResourceManager::BufferInfo > ( )

Definition at line 788 of file resourcemanager.cc.

template<>

ION_API std::vector< ResourceManager::ResourceRequest<FramebufferObject, ResourceManager::FramebufferInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< FramebufferObject, ResourceManager::FramebufferInfo > ( )

Definition at line 796 of file resourcemanager.cc.

template<>

ION_API std::vector< ResourceManager::ResourceRequest<Sampler, ResourceManager::SamplerInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< Sampler, ResourceManager::SamplerInfo > ( )

Definition at line 817 of file resourcemanager.cc.

template<>

ION_API std::vector< ResourceManager::ResourceRequest<Shader, ResourceManager::ShaderInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< Shader, ResourceManager::ShaderInfo > ( )

Definition at line 824 of file resourcemanager.cc.

template<>

ION_API std::vector<ResourceManager::ResourceRequest<ShaderProgram, ResourceManager::ProgramInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< ShaderProgram, ResourceManager::ProgramInfo > ( )

Definition at line 810 of file resourcemanager.cc.

template<>

ION_API std::vector<ResourceManager::ResourceRequest<TextureBase, ResourceManager::TextureInfo> >* ion::gfx::ResourceManager::GetResourceRequestVector< TextureBase, ResourceManager::TextureInfo > ( )

Definition at line 832 of file resourcemanager.cc.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::Matrix2f > ( )

Definition at line 161 of file uniform.cc.

References kMatrix2x2Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::Matrix3f > ( )

Definition at line 165 of file uniform.cc.

References kMatrix3x3Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::Matrix4f > ( )

Definition at line 169 of file uniform.cc.

References kMatrix4x4Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase2f > ( )

Definition at line 125 of file uniform.cc.

References kFloatVector2Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase2i > ( )

Definition at line 137 of file uniform.cc.

References kIntVector2Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase2ui > ( )

Definition at line 149 of file uniform.cc.

References kUnsignedIntVector2Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase3f > ( )

Definition at line 129 of file uniform.cc.

References kFloatVector3Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase3i > ( )

Definition at line 141 of file uniform.cc.

References kIntVector3Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase3ui > ( )

Definition at line 153 of file uniform.cc.

References kUnsignedIntVector3Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase4f > ( )

Definition at line 133 of file uniform.cc.

References kFloatVector4Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase4i > ( )

Definition at line 145 of file uniform.cc.

References kIntVector4Uniform.

template<>

ION_API Uniform::ValueType ion::gfx::Uniform::GetTypeByValue< math::VectorBase4ui > ( )

Definition at line 157 of file uniform.cc.

References kUnsignedIntVector4Uniform.

void ion::gfx::UpdateFromStateTable	(	const StateTable &	new_state,
		StateTable *	save_state,
		GraphicsManager *	gm
	)

This internal function can be used to update the OpenGL state managed by a GraphicsManager to match a StateTable, with respect to another StateTable that contains the current state.

It calls the GraphicsManager to apply changes for all differences between old_state and new_state. Note that changes in clear state (write masks and scissor box) will be saved to save_state, but clear color, depth and stencil values are not updated or checked at all; use ClearFromStateTable() instead.

Definition at line 744 of file updatestatetable.cc.

References ion::gfx::StateTable::AreCapabilitiesSame(), ion::gfx::StateTable::AreSettingsEnforced(), DCHECK, ion::gfx::StateTable::GetSetCapabilityCount(), ion::gfx::StateTable::GetSetValueCount(), ION_UPDATE_CLEAR_VALUE, and ION_UPDATE_VALUE.

void ion::gfx::UpdateSettingsInStateTable	(	StateTable *	st,
		GraphicsManager *	gm
	)

This internal function can be used to update a StateTable instance to match the current OpenGL settings as provided by a GraphicsManager instance.

In contrast to UpdateStateTable(), above, only the values that are already set in the StateTable are updated.

Definition at line 736 of file updatestatetable.cc.

References DCHECK.

void ion::gfx::UpdateStateTable	(	int	default_width,
		int	default_height,
		GraphicsManager *	gm,
		StateTable *	st
	)

Public functions.

This internal function can be used to update a StateTable instance to match the current OpenGL settings as provided by a GraphicsManager instance.

The default width and height are passed in to allow viewport and scissor box values to be set correctly.

Definition at line 683 of file updatestatetable.cc.

References DCHECK, ion::base::Allocatable::GetAllocatorForLifetime(), ion::base::kShortTerm, and ion::gfx::StateTable::Reset().

Referenced by ion::gfx::Renderer::UpdateStateFromOpenGL().

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