Classes

• A
• B
• C
• E
• F
• G
• I
• L
• M
• N
• O
• P
• Q
• R
• S
• T
• U
• V
• W

A

• RNET::Adapter : This class defines a network adapter.
• RNET::Address : This class defines a network address.
• RED::AnimationClip::AnimationChannel : Structure that stores animation channel data.
• RED::AnimationClip : Atomic class to store animation key frames.
• RED::AnimationData : Base data for animation.
• RED::AnimationClip::AnimationKey : Structure that stores animation key data.

B

• RED::BoundingSphere : Standard bounding element of all RED shapes.

C

• RED::ChunkInterpretersDictionary : That class registers all the REDsdk default chunk interpreters.
• RED::CID : Defines the ID of a REDsdk class (CID stands for Class ID).
• RED::Color : RGBA color using 1 float per component.

E

• RFK::EventInfo : Describes an application event.

F

• ART::Factory : Factory class needed to create planetary framework classes instances.
• RED::Factory : Factory class needed by REDsdk clients to create new REDsdk object instances.
• RED::FastRandom : Class providing a xorshift-based pseudo-random numbers generator.
• RED::FileHeader : This class stores the info read from a .red file header.
• RED::FileInfo : This class stores miscellaneous info about a .red file's content.
• RED::FileSystemTools : Standard file system API.
• RED::FrameStatistics : Information counters on the scene rendered by a window.

G

• RED::GPUID : Data record for a graphic card supported by REDsdk.

I

• RED::IAnimationClipController : Animation clip controller interface.
• ART::IAssetManager : Resource management interface.
• ART::IAtlas : Interface over the planet atlas set by ART::IPlanet::SetAtlas. Configures the atmosphere.
• ART::ICamera : Camera interface storing reference viewpoints.
• RED::IChunkSaver : Interface that exposes chunk saving method.
• RED::ICloudsVolumeShape : Main interface of the clouds volume shape, that display clouds volumetric shapes in a scene.
• RED::IDataManager : Interface managing data loaded from .red files.
• ART::IEntity :
• RED::IFont : Interface that exposes font objects parameters.
• ART::IGeometry : Geometry interface for mesh manipulation.
• RED::IGeometryDatabase : This interface gives an access to the internal REDsdk acceleration structure.
• RED::IGICache : Interface to manipulate GI caches.
• RED::IGraphicDevice : Graphic card setup interface. Analyzes the host computer.
• RED::IImage : This interface gives access to base images properties.
• RED::IImage2D : This interface gives access to the 1D or 2D image's properties.
• RED::IImage3D : This interface gives access to the 3D image's properties.
• RED::IImageComposite : This interface gives access to the composite image properties.
• RED::IImageCube : This interface gives access to cube images properties.
• RED::IImageReadback : This interface gives access to the image readback's properties.
• RED::ILicense : Interface that exposes license management methods.
• ART::ILight : Light interface for light manipulation.
• RED::ILightShape : This interface gives access to light source properties.
• RED::ILineShape : This interface gives access to the line's properties.
• RED::ImageTools : Image saving and loading API.
• ART::IMaterial : Material interface for material manipulation.
• RED::IMaterial : This interface gives access to the material's properties.
• RED::IMaterialController : Material controller interface.
• RED::IMaterialControllerProperty : Material controller property interface.
• RED::IMeshShape : This interface gives access to the mesh's properties.
• RNET::IMessage : This interface gives access to REDnet message content.
• RED::IMoonLightShape : This interface gives access to the moon light settings.
• ART::IObserver : Observer interface for planetary exploration.
• ART::IOptions : Planetary system options.
• RED::IOptions : Option management class.
• RED::IOTools : File saving and loading API.
• RNET::IPeer : This interface gives access to REDnet peer configuration and life cycle management.
• RED::IPhysicalLightShape : This interface gives access to physical lights creation and manipulation methods.
• ART::IPlanet : Celestial body interface for planets.
• RED::IPointShape : This interface gives access to the point's properties.
• RED::IREDFile : Class used to load or save .red files.
• RED::IREDObject : Mother class of all REDsdk objects.
• RED::IReferenceManager : This class manages references as they are loaded through a .red file.
• RED::IReferenceSolving : Interface class implemented by objects that need reference solving.
• ART::IReflectionProbe : Reflection probe interface for probe manipulation.
• RED::IResourceManager : This interface gives access to the resource manager's properties.
• RED::IShape : This interface gives access to the shape's properties.
• RED::ISkeletalAnimationBlender : Skeletal animation blender interface.
• RED::ISkeletalAnimationController : Skeletal animation controller interface.
• RED::ISkyLightShape : This interface gives access to the creation and edition of sky, sun and moon lights.
• RED::ISoftBucket : Interface to control image areas to process by the software tracer.
• RED::ISoftLight : This interface gives access to soft light source properties.
• RED::ISoftRayContext : Define read-only access methods to the context of a soft tracer ray.
• RED::ISoftRenderingContext : Software rendering context interface. Contains global rendering parameters.
• RED::ISoftShaderContext : Shader evaluation context. Contains shader evaluation parameters.
• ART::IStar : Celestial body interface for stars.
• ART::IStatistics : Processing informations on the world.
• RED::IStream : Interface that exposes stream I/O methods.
• RED::ISunLightShape : This interface gives access to the creation and edition of sunlights.
• RED::ITextShape : This interface defines the way to display texts on screen.
• RED::ITransformShape : This interface gives access to the shape's transformation parameters.
• RED::IUserData : This interface gives access to custom user data on scene graph objects.
• RED::IViewpoint : This is the REDsdk camera.
• RED::IViewpointRenderList : Prioritized list of viewpoints to render.
• RED::IVolumeShape : Main interface of the volume shape, that display volumic shapes in a scene.
• RED::IWindow : This interface gives access to the window's parameters.
• ART::IWorld : Global planetary system interface.

L

• RED::LayerSet : Use this class to build sets of layers. Layers are visibility masks that can be used to filter some parts of a scene from rendering.
• RED::ShapePath::LeafData : Data container for low level scene graph data.
• RED::LicenseTime : Structure to encode a date. Needed to retrieve time-limited license expiration date.
• RNET::LogEntry : This class defines a log entry.

M

• RED::Map : Binary tree for template scalars. Similar to the std::map class.
• RED::Matrix : Homogeneous 4x4 Matrix for graphical operations.
• RED::MemoryLeakTracker::MemInfos : Data record for a memory allocation.
• RED::MemoryAllocator : Memory allocation class.
• RED::MemoryLeakTracker : Memory leak tracker class.
• RED::Mutex : Mutex class: Have a thread waiting to get the right to continue it's execution.

N

• RED::Noise : Noise functions class.

O

• RED::Object : Base REDsdk object class.

P

• RED::PassStatistics : Data record of a single rendering pass.
• RED::PostProcess : This class defines methods to setup and apply various post processing operations to images.
• RED::Product : This class offers helpers to convert product aliases to unique ID.

Q

• RED::Quaternion : Quaternion for graphical operations.

R

• RED::Random : Class providing a Mersenne Twister-based pseudo-random numbers generator.
• RED::RayCutoffShader : Cutoff calculation shader for the ray-tracer.
• RED::RayGIDiffuseShader : Built-in Global Illumination shader for diffuse color and normal calculations.
• RED::RayGIReflectionColorShader : Built-in Global Illumination shader for reflection color calculations.
• RED::RayGIRefractionColorShader : Built-in Global Illumination shader for refraction color calculations.
• RED::RayReflectionShader : Reflection calculation shader for the ray-tracer.
• RED::RayRefractionShader : Refraction calculation shader for the ray-tracer.
• RED::ReflectionShader : Built-in reflection display shader.
• RED::RenderCode : Input specification of a RED::RenderShader.
• RED::RenderLayer : Defines a rendering layer that can be sent and returned during the software processing of an image.
• RED::RenderShader : Programmable graphics hardware shader class.
• RED::RenderShaderAAFilter : 2D anti-aliasing post-processing filter.
• RED::RenderShaderAmbient : Ambient lighting shader.
• RED::RenderShaderAnisotropic : Anisotropic lighting shader. Implements a Ward based anisotropic lighting equation.
• RED::RenderShaderData : Data record used by a RED::RenderShader for a given hardware platform.
• RED::RenderShaderEdges : Edge selection and rendering shader.
• RED::RenderShaderEnvironmental : Environmental mapping shader.
• RED::RenderShaderLambert : Shader class for the lambertian lighting equation.
• RED::RenderShaderLogo : Decal display shader.
• RED::RenderShaderParameter : Variable parameter of a RED::RenderShader.
• RED::RenderShaderPhong : Phong lighting shader. Implements the phong lighting equation.
• RED::RenderShaderRefractionEffect : Refraction effect shader. Implements approximated refractions.
• RED::RenderShaderSectionCut : Section cutting plane calculation shader.
• RED::RenderShaderSolid : No lighting shader. A simple color / texture is applied to an object.
• RED::RenderShaderText : Textured texts rendering shader.
• RED::RenderShaderVertexColor : Per-vertex interpolated color shader.
• RED::RenderShaderViewport : Per pixel lit color with highlight feature shader.
• RED::RNG : Abstract class providing an interface to random number generators.

S

• RED::Shader : Master shader class. Defines the way elements are rendered.
• RED::ShaderProgramID : Identifier of a shader program.
• RED::ShaderString : ARB shader programs construction helper.
• RED::ShapePath : Access path to an unique shape instance.
• RED::SoftFrameBufferSample : Storage of all frame buffer informations for a pixel sample rendered in software.
• RED::State : This class defines the user transaction needed to edit engine data.
• RED::StateShader : Rendering pipeline configuration shader class.
• RED::StateShaderPlatformData : Data used by a RED::StateShader for a given target hardware platform.
• RED::StreamingPolicy : Class that defines the actions to be taken while loading or saving a stream.
• RED::String : Unicode string class.
• RNET::System : This class defines methods to manage the REDnet library.

T

• RED::Thread : Encapsulation of threading services.
• RED::Timer : Timer class.
• RFK::TutorialApplication : This class defines a set of functions to quickly build RED-based applications.

U

• RED::UserData : Generic class for custom user data.
• RED::UserDataRaw : Implementation class for raw custom user data.
• RFK::UserVariable : Describes a user variable.

V

• RED::Vector : Vectors of objects or scalars.
• RED::Vector3 : 3D vector used for geometrical operations.
• RED::Vector4 : 4D vector used for homogeneous geometrical operations.
• RED::Version : This class defines a generic version object for product version management.
• RED::ViewpointStatistics : Frame statistics for a single viewpoint.
• RED::VolumetricEffect : This class defines volumetric effects in a scene.
• RED::VolumetricEffectBoxVolume : This class defines box volume volumetric effects in a scene.
• RED::VolumetricEffectClouds : This class defines clouds volumetric effects in a scene.
• RED::VolumetricEffectLightVolume : This class defines light volume volumetric effects in a scene.

W

• RED::WindowRenderInfo : Customization of low-level hardware parameters for a window.