Classes
class	AGPUBuffer
class	AMultipleExecutionRenderPass
struct	ColorOutput
struct	DepthOutput
struct	OutputContainer
struct	InputContainer
class	ARenderPass
class	ASingleExecutionRenderPass
class	BindGroup
class	Context
struct	DeviceContext
class	GraphicSettings
struct	Image
struct	Limits
class	RenderGraph
class	Sampler
class	Shader
class	ShaderDescriptor
struct	Surface
struct	CallbackData
class	Texture

Typedefs
using	BindGroupManager = Object::Resource::ResourceManager<BindGroup>
	BindGroupManager is a resource that stores BindGroup resources.
using	GPUBufferContainer = Object::Resource::ResourceManager<std::unique_ptr<AGPUBuffer>>
	GPUBufferContainer is a resource that stores GPUBuffer resources.
using	RenderGraphContainer = Object::Resource::ResourceManager<RenderGraph>
	RenderGraphContainer is a resource that stores RenderGraph resources.
using	SamplerContainer = Object::Resource::ResourceManager<Sampler>
	SamplerContainer is a resource that stores Sampler resources.
using	ShaderContainer = Object::Resource::ResourceManager<Shader>
	ShaderContainer is a resource that stores Shader resources.
using	TextureContainer = Object::Resource::ResourceManager<Texture>
	TextureContainer is a resource that stores Texture resources.

Enumerations
enum class	WindowSystem { None , GLFW }
enum class	PowerPreference { LowPower , HighPerformance }

Functions
static void	TextureRetrieveCallback (WGPUMapAsyncStatus status, WGPUStringView message, void userdata1, void userdata2)
	Callback invoked when a readback buffer mapping completes; converts mapped texture data into RGBA8 pixels stored in the provided CallbackData.

Typedef Documentation

◆ BindGroupManager

using Graphic::Resource::BindGroupManager = Object::Resource::ResourceManager<BindGroup>

BindGroupManager is a resource that stores BindGroup resources.

This class provides a convenient way to manage multiple BindGroups in the graphics system. It uses the ResourceManager template to store and retrieve BindGroups by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::BindGroup

◆ GPUBufferContainer

using Graphic::Resource::GPUBufferContainer = Object::Resource::ResourceManager<std::unique_ptr<AGPUBuffer>>

GPUBufferContainer is a resource that stores GPUBuffer resources.

This class provides a convenient way to manage multiple GPUBuffers in the graphics system. It uses the ResourceManager template to store and retrieve GPUBuffers by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::GPUBuffer

◆ RenderGraphContainer

using Graphic::Resource::RenderGraphContainer = Object::Resource::ResourceManager<RenderGraph>

RenderGraphContainer is a resource that stores RenderGraph resources.

This class provides a convenient way to manage multiple render graphs in the graphics system. It uses the ResourceManager template to store and retrieve render graphs by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::RenderGraph

◆ SamplerContainer

using Graphic::Resource::SamplerContainer = Object::Resource::ResourceManager<Sampler>

SamplerContainer is a resource that stores Sampler resources.

This class provides a convenient way to manage multiple Samplers in the graphics system. It uses the ResourceManager template to store and retrieve Samplers by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::Sampler

◆ ShaderContainer

using Graphic::Resource::ShaderContainer = Object::Resource::ResourceManager<Shader>

ShaderContainer is a resource that stores Shader resources.

This class provides a convenient way to manage multiple shaders in the graphics system. It uses the ResourceManager template to store and retrieve shaders by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::Shader

◆ TextureContainer

using Graphic::Resource::TextureContainer = Object::Resource::ResourceManager<Texture>

TextureContainer is a resource that stores Texture resources.

This class provides a convenient way to manage multiple textures in the graphics system. It uses the ResourceManager template to store and retrieve textures by their unique identifiers.

See also: Object::Resource::ResourceManager; Graphic::Resource::Texture

Enumeration Type Documentation

◆ PowerPreference

enum class Graphic::Resource::PowerPreference

strong

Enumerator
LowPower
HighPerformance

◆ WindowSystem

enum class Graphic::Resource::WindowSystem

strong

Enumerator
None
GLFW

Function Documentation

◆ TextureRetrieveCallback()

void Graphic::Resource::TextureRetrieveCallback	(	WGPUMapAsyncStatus	status,
		WGPUStringView	message,
		void *	userdata1,
		void *	userdata2 )

static

Callback invoked when a readback buffer mapping completes; converts mapped texture data into RGBA8 pixels stored in the provided CallbackData.

Parameters

status	Result of the mapAsync operation.
message	Optional message produced by the mapping operation.
userdata1	Pointer to a CallbackData instance that will receive the resulting Image pixels and control flags (must be a valid CallbackData*).
userdata2	Unused.

If status is not success the function logs the failure, sets CallbackData::done to true and returns. If mapping succeeded the function reads the mapped buffer, iterates over texels while skipping per-row padding, converts each texel to a 4-channel 8-bit RGBA pixel according to CallbackData::format, appends pixels to CallbackData::data.pixels, unmaps the buffer, and marks CallbackData::done true. Supported source formats: RGBA8UnormSrgb, RGBA8Unorm, BGRA8Unorm, RGBA16Float (per-channel half floats unpacked, clamped to [0,1], and scaled to 0–255), and Depth32Float (depth mapped to a grayscale RGBA with alpha=255).

Exceptions

Exception::UnsupportedTextureFormatError If the texture format in CallbackData is not supported for retrieval.

Classes

Typedefs

Enumerations

Functions