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Enlighten API 3.10 Documentation
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  • class Enlighten IBakeInputProperties
  • class Enlighten IBakeInputRayOriginPositions
  • class Enlighten IBakeInputRuntime
  • class Enlighten IBakeInputSystem
  • class Enlighten IBakeOutputProbeSet
  • class Enlighten IBakeOutputProbeSetVisibility
  • class Enlighten IBakeOutputSystemAO
  • class Enlighten IBakeOutputSystemDirect
  • class Enlighten IBakeOutputSystemFinalGather
  • class Enlighten IBakeOutputSystemIndirect
  • class Enlighten IBakeOutputSystemRadiosityNormal
  • class Enlighten IBakeOutputSystemVisibility
  • class Enlighten IBakeRuntimeLighting
  • class Enlighten IBakeSolvedRuntime
  • class Enlighten IBakeSystemResource
  • class Enlighten IBakeTextureManager
  • class Enlighten IBakeVisibilityBuffer
  • class Enlighten IClusteringOutput
  • class Enlighten IGpuTexture
  • class Enlighten IGpuTextureAllocator
  • class Enlighten IGpuTextureUpdater
  • class Enlighten ILightTransportOutput
  • class Enlighten ILimiter
  • class Enlighten ILogHandler
  • class Enlighten IMeshSimpOutput
  • class Enlighten ImporterScene
  • class Enlighten IncidentLightingBuffer
  • class Enlighten IndirectInputLightingInternalParameters
  • class Enlighten IndirectInputLightingParameters
  • class Enlighten InputLightBase
  • class Enlighten InputLightFalloffTable
  • class Enlighten InputLightingBuffer
  • class Enlighten InputOctreeBuilder
  • class Enlighten InputTextureSamplerParameters
  • class Enlighten InputWorkspace
  • class Enlighten InputWorkspaceDebugIterator
  • class Enlighten InputWorkspaceDebugPoint
  • class Enlighten InputWorkspaceDynamicInternal
  • class Enlighten InputWorkspaceInternal
  • class Enlighten InputWorkspaceMetaData
  • class Enlighten InternalLightFalloffTable
  • class Enlighten InterpolatedPoint
  • class Enlighten InterpolationInputSet
  • class Enlighten IPppiTextureUpdateHandler
  • class Enlighten IPrecompBuildParameters
  • class Enlighten IPrecompCubeMapBuildParameters
  • class Enlighten IPrecompCubeMapCore
  • class Enlighten IPrecompDepthCubeMap
  • class Enlighten IPrecompGeneratedSystems
  • class Enlighten IPrecompInputCubeMap
  • class Enlighten IPrecompInputGeometry
  • class Enlighten IPrecompInputItemDependencies
  • class Enlighten IPrecompInputMesh
  • class Enlighten IPrecompInputProbeOctree
  • class Enlighten IPrecompInputProbeRegion
  • class Enlighten IPrecompInputProbeSet
  • class Enlighten IPrecompInputSystem
  • class Enlighten IPrecompMeshValidation
  • class Enlighten IPrecompOutputCubeMap
  • class Enlighten IPrecompOutputProbeOctree
  • class Enlighten IPrecompOutputProbeSet
  • class Enlighten IPrecompPackedGeometry
  • class Enlighten IPrecompPackedInstance
  • class Enlighten IPrecompPackedSystem
  • class Enlighten IPrecompProbeSetBuildParameters
  • class Enlighten IPrecompProbeSetRadiosity
  • class Enlighten IPrecompRadiosityNormalTexture
  • class Enlighten IPrecompSystemClustering
  • class Enlighten IPrecompSystemCompressedLightTransport
  • class Enlighten IPrecompSystemDependencies
  • class Enlighten IPrecompSystemDuster
  • class Enlighten IPrecompSystemLightTransport
  • class Enlighten IPrecompSystemPreClustering
  • class Enlighten IPrecompSystemRadiosity
  • class Enlighten IPrecompSystemsDependencies
  • class Enlighten IPrecompute
  • class Enlighten IPrecomputeLoaderCubeMap
  • class Enlighten IPrecomputeLoaderGeometry
  • class Enlighten IPrecomputeLoaderProbeSet
  • class Enlighten IPrecomputeLoaderSystem
  • class Enlighten IPrecompVolumeQuery
    Calendars
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class Enlighten InternalLightFalloffTable

    This is the documentation for Enlighten.

    class Enlighten InternalLightFalloffTable

    Nov 21, 2019

    class Enlighten::InternalLightFalloffTable

    The light table stores the falloff model of a light.

    The falloff of the light is stored between the m_Near and Far clip distance of the light. Up to the m_Near distance, the light is assumed to be at maximum intensity. Beyond the Far distance, the light is required to have zero intensity.

    To more closely approximate common light types, the light table is accessed by an inverse squared index.

    Indexing is performed with the following equation: d = Max(0, distance - near) / (far - near) index = (samples - 1) / (1 + d * d * (samples - 2))

    Variables

    Name Description
    Geo::v128 m_InverseCutoffMinusRadius

    Broadcast the inverse of the (Far - Near) distance into all the values of this vector:

    1.0 / (Far - m_Near)
    Geo::v128 m_Table[InputLightFalloffTable::g_SampleCount+1]

    The light table samples.

    Functions

    Name Description
    Initialise(const InputLightFalloffTable &, float, float)

    this method is inline so it can be used by SPU code.

    InternalLightFalloffTable(const InputLightFalloffTable &, float, float)

    Constructor.


    void Enlighten::InternalLightFalloffTable::Initialise

    public: void Initialise
    (
        const InputLightFalloffTable & table,
        float radius,
        float cutoff
    )

    this method is inline so it can be used by SPU code.


    Enlighten::InternalLightFalloffTable::InternalLightFalloffTable

    public: InternalLightFalloffTable
    (
        const InputLightFalloffTable & table,
        float radius,
        float cutoff
    )

    Constructor.

    , multiple selections available,
    {"serverDuration": 10, "requestCorrelationId": "bc8f003f067b4839bbf4e7f736016b6f"}