Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12345]

▼Ncandlewick
▼Nmedia
CDownloadResult
CTransferBufferPool	Transfer buffer for the texture downloader
▼CVideoRecorder
CSettings
▼Nmultibody	Support for the Pinocchio rigid-body algorithms library and the Coal collision detection library
▼CCameraControlParams
CMouseConfig
CExternalForceComponent	Display an external force using an arrow. This is a transient component which has its own lifetime
CPinFrameComponent
CPinFrameVelocityComponent
CPinGeomObjComponent
CRobotDebugSystem	A debug system for use with Pinocchio models and geometries
▼CRobotScene	A render system for Pinocchio robot geometries using Pinocchio
▼CConfig
CTrianglePipelineConfig
CGBuffer
CPipelineConfig
CPipelineKey
CPipelineManager
CRobotSpec
▼CVisualizer	A Pinocchio robot visualizer. The display() function will perform the draw calls
CConfig
▼Nruntime
CArrayMessage	Message for intermediate representation of a vector or matrix
▼Nssao
▼CSsaoPass
CSsaoNoise
CCamera	The main way of using a camera to render things
CCommandBuffer
CCylindricalCamera
CDebugBoundsComponent
CDebugFrustumComponent
CDebugMeshComponent
CDebugScene	Scene for organizing debug entities and render systems
CDefaultVertex
CDeg	Strong type for floating-point variables representing angles (in degrees)
▼CDepthDebugPass
COptions
▼CDepthPass	Helper struct for depth or light pre-passes
CConfig
CDevice	RAII wrapper for SDL_GPUDevice
CDirectionalLight
CDisable	Tag struct for disabled (invisible) entities
CEnvironmentTag
CFrustumBoundsDebugSystem
CGpuMat3
CGraphicsPipeline	Class representing a graphics pipeline
CGuiSystem
CIDebugSubSystem	A subsystem for the DebugScene
CLambertMaterial	Material for non-shiny objects, without specular highlights, using the non-physically based Lambert reflectance model
CMesh	Handle class for meshes (vertex buffers and an optional index buffer) on the GPU
CMeshData	A class to store type-erased vertex data and index data
CMeshDataBase
CMeshDataView
CMeshLayout	This class defines the layout of a mesh's vertices
CMeshMaterialComponent
CMeshView	A view into a Mesh object
CNoInitT	Tag type for non-initializing constructors (for e.g. RAII classes)
COpaque	Tag struct for denoting an entity as opaque, for render pass organization
CPbrMaterial	PBR material for metallic-roughness workflow
CPhongMaterial	Material parameters for a Blinn-Phong lighting model
CPosNormalVertex
CPosOnlyVertex
CRad	Strong type for floating-point variables representing angles (in radians)
CRAIIException	Wrapper for std::runtime_error, which prints out the filename and code line
CRenderContext	Rendering context for a graphical application
▼CShader	RAII wrapper around SDL_GPUShader, with loading utilities
CConfig	Shader configuration: number of uniforms, texture samplers, storage textures and storage buffers
▼CShadowMapPass	Class for defining the shadow maps (as an atlas) and rendering into it
CAtlasRegion	Texture atlas region, implicitly converts to an SDLGPU viewport
CShadowPassConfig
▼Cstrided_view	A strided view to data, allowing for type-erased data
Citerator
Cterminate_with_message
CTexture
CTransformComponent
CTransformUniformData
CVertexTraits
CVertexTraits< DefaultVertex >
CVertexTraits< PosNormalVertex >
CVertexTraits< PosOnlyVertex >
CWindow	RAII wrapper for the SDL_Window opaque type
▼Ncoal
CHeightField
Cformatter< candlewick::multibody::RobotSpec >