Core » Graphics module

Files

file render_device.hpp

Class cubos::core::gl::RenderDevice and related types.

file util.hpp

Function cubos::core::gl::generateScreenQuad.

Classes

struct cubos::core::gl::FramebufferDesc

Describes a framebuffer.

struct cubos::core::gl::RasterStateDesc

Decribes a rasterizer state.

struct cubos::core::gl::DepthStencilStateDesc

Describes a depth stencil state.

struct cubos::core::gl::BlendStateDesc

Describes a blend state.

struct cubos::core::gl::SamplerDesc

Describes a sampler.

struct cubos::core::gl::Texture1DDesc

Describes a 1D texture.

struct cubos::core::gl::Texture2DDesc

Describes a 2D texture.

struct cubos::core::gl::Texture2DArrayDesc

Describes a 2D texture array.

struct cubos::core::gl::Texture3DDesc

Describes a 3D texture.

struct cubos::core::gl::CubeMapDesc

Describes a cube map.

struct cubos::core::gl::CubeMapArrayDesc

Describes a cube map array.

struct cubos::core::gl::ConstantBufferElement

Describes an element in a constant buffer.

struct cubos::core::gl::ConstantBufferStructure

Describes the structure of a constant buffer.

struct cubos::core::gl::VertexElement

Describes a vertex element.

struct cubos::core::gl::VertexArrayDesc

Describes a vertex array.

class cubos::core::gl::RenderDevice

Interface used to wrap low-level rendering APIs such as OpenGL.

Enums

enum class Property { MaxAnisotropy, ComputeSupported }

Render device properties that can be queried at runtime.

enum class Usage { Default, Dynamic, Static }

Usage mode for buffers and textures.

enum class Type { Byte, Short, Int, UByte, UShort, UInt, NByte, NShort, NUByte, NUShort, Float }

Data type.

enum class IndexFormat { UShort, UInt }

Index format.

enum class TextureFormat { R8SNorm, R16SNorm, RG8SNorm, RG16SNorm, RGBA8SNorm, RGBA16SNorm, R8UNorm, R16UNorm, RG8UNorm, RG16UNorm, RGBA8UNorm, RGBA16UNorm, R8SInt, R16SInt, RG8SInt, RG16SInt, RGBA8SInt, RGBA16SInt, R8UInt, R16UInt, RG8UInt, RG16UInt, RGBA8UInt, RGBA16UInt, R16Float, R32Float, RG16Float, RG32Float, RGB16Float, RGB32Float, RGBA16Float, RGBA32Float, Depth16, Depth32, Depth24Stencil8, Depth32Stencil8 }

Texture format.

enum class AddressMode { Repeat, Mirror, Clamp, Border }

Texture address mode.

enum class TextureFilter { None, Nearest, Linear }

Texture filter type.

enum class Winding { CW, CCW }

Triangle winding mode.

enum class Face { Front, Back, FrontAndBack }

Specifies a face.

enum class RasterMode { Wireframe, Fill }

Rasterizer mode.

enum class Compare { Never, Less, LEqual, Greater, GEqual, Equal, NEqual, Always }

Comparison function.

enum class StencilAction { Zero, Keep, Replace, Increment, IncrementWrap, Decrement, DecrementWrap, Invert }

Stencil action.

enum class BlendFactor { Zero, One, SrcColor, InvSrcColor, DstColor, InvDstColor, SrcAlpha, InvSrcAlpha, DstAlpha, InvDstAlpha }

Blend factor.

enum class BlendOp { Add, Substract, RevSubstract, Min, Max }

Blend operation.

enum class Stage { Vertex, Geometry, Pixel, Compute }

Shader stage type.

enum class CubeFace { PositiveX = 0, NegativeX = 1, PositiveY = 2, NegativeY = 3, PositiveZ = 4, NegativeZ = 5 }

Cube map face.

enum class MemoryBarriers { None = 0, VertexBuffer = 1, IndexBuffer = 2, ConstantBuffer = 4, ImageAccess = 8, TextureAccess = 16, Framebuffer = 32, All = VertexBuffer | IndexBuffer | ConstantBuffer | ImageAccess | TextureAccess | Framebuffer }

Memory barrier flags for synchronization.

enum class Access { Read, Write, ReadWrite }

Access mode for a resource.

Typedefs

using Framebuffer = std::shared_ptr<impl::Framebuffer>

Handle to a framebuffer.

using RasterState = std::shared_ptr<impl::RasterState>

Handle to a rasterizer state.

using DepthStencilState = std::shared_ptr<impl::DepthStencilState>

Handle to a depth stencil state.

using BlendState = std::shared_ptr<impl::BlendState>

Handle to a blend state.

using PixelPackBuffer = std::shared_ptr<impl::PixelPackBuffer>

Handle to a pixel pack buffer.

using Sampler = std::shared_ptr<impl::Sampler>

Handle to a sampler.

using Texture1D = std::shared_ptr<impl::Texture1D>

Handle to a 1D texture.

using Texture2D = std::shared_ptr<impl::Texture2D>

Handle to a 2D texture.

using Texture2DArray = std::shared_ptr<impl::Texture2DArray>

Handle to a 2D texture array.

using Texture3D = std::shared_ptr<impl::Texture3D>

Handle to a 3D texture.

using CubeMap = std::shared_ptr<impl::CubeMap>

Handle to a cube map.

using CubeMapArray = std::shared_ptr<impl::CubeMapArray>

Handle to a cube map array.

using ConstantBuffer = std::shared_ptr<impl::ConstantBuffer>

Handle to a constant buffer.

using IndexBuffer = std::shared_ptr<impl::IndexBuffer>

Handle to an index buffer.

using VertexBuffer = std::shared_ptr<impl::VertexBuffer>

Handle to a vertex buffer.

using VertexArray = std::shared_ptr<impl::VertexArray>

Handle to a vertex array.

using ShaderStage = std::shared_ptr<impl::ShaderStage>

Handle to a shader stage.

using ShaderPipeline = std::shared_ptr<impl::ShaderPipeline>

Handle to a shader pipeline.

using ShaderBindingPoint = impl::ShaderBindingPoint*

Handle to a shader binding point.

using Timer = std::shared_ptr<impl::Timer>

Handle to a timer.

using PipelinedTimer = std::shared_ptr<impl::PipelinedTimer>

Handle to a pipelined timer.

Defines

#define CUBOS_CORE_GL_MAX_FRAMEBUFFER_RENDER_TARGET_COUNT

Maximum number of render targets that can be set on a framebuffer.

#define CUBOS_CORE_GL_MAX_TEXTURE_2D_ARRAY_SIZE

Maximum number of textures on a 2D texture array.

#define CUBOS_CORE_GL_MAX_CUBEMAP_ARRAY_SIZE

Maximum number of cube maps on a cubemap array.

#define CUBOS_CORE_GL_MAX_MIP_LEVEL_COUNT

Maximum mip level count.

#define CUBOS_CORE_GL_MAX_CONSTANT_BUFFER_ELEMENT_NAME_SIZE

Maximum constant buffer element name size.

#define CUBOS_CORE_GL_MAX_CONSTANT_BUFFER_ELEMENT_COUNT

Maximum constant buffer element count.

#define CUBOS_CORE_GL_MAX_VERTEX_ARRAY_ELEMENT_COUNT

Maximum number of vertex array elements.

#define CUBOS_CORE_GL_MAX_VERTEX_ARRAY_BUFFER_COUNT

Maximum number of buffers on a vertex array.

Enum documentation

Typedef documentation

Define documentation