This is the documentation for Enlighten.
struct Enlighten UE4 UE4InputLight CachedData
- geosw (Unlicensed)
struct Enlighten::UE4::UE4InputLight::CachedData
  └>Enlighten::InputLightBase
Cached data for a UE4InputLight.
Functions
Variables
| Name | Description |
|---|---|
| bool bFullSphere | Full sphere? |
| bool bLineLight | True if this light has line-based falloff instead of point. |
| Geo::v128 BoundsMax | Axis aligned bounding box. |
| Geo::v128 BoundsMin | Axis aligned bounding box. |
| bool bSpotlight | Is this a spotlight? |
| Geo::v128 CosOuterCone_InvCosConeDiff_CosCullAngle_NegSinCullAngle | Pack four floats into a single v128 to avoid bloat. |
| Geo::v128 Direction | World space direction of the light. |
| Geo::u32 HasVisibility | Has visibility? |
| const float * IESProfileTable | IES profile table. |
| Geo::v128 Intensity_SqrRadius | RGB intensity of the light, plus square-radius packed into the w component. |
| Geo::v128 LightPos | World space position of light. |
| bool m_HasChanged | Whether the light has changed since it was last given to the extended direct lighting api. |
| const eLightType m_LightType | Type of input light corresponding to an eLightType enum value. |
| Geo::u64 m_Padding | Unused (this class is usually extended by one that starts with multiple v128s) |
| RadialFalloffModelType::CachedData RadialFalloffModel | Cached data for radial falloff model. |
| const Geo::u8 * VisibilityData | Visibility data. |
| Geo::s64 VisibilityDataU64 | Visibility data. |
Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::CachedData
public: CachedData
(
  UE4InputLight & light,
  const void * perDusterVisibility
)
Constructor.
GEO_CONTROLLED_INLINE bool Enlighten::InputLightBase::DistanceFilter
public: GEO_CONTROLLED_INLINE bool DistanceFilter
(
  float viewDistance
) const
Return true if this light affects a system at the specified distance from the viewer.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetCosCullAngle
public: GEO_CONTROLLED_INLINEGeo::v128 GetCosCullAngle() const
Accessors.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetCosOuterCone
public: GEO_CONTROLLED_INLINEGeo::v128 GetCosOuterCone() const
Accessors.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetIntensity
public: GEO_CONTROLLED_INLINEGeo::v128 GetIntensity() const
Accessors.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetInvCosConeDifference
public: GEO_CONTROLLED_INLINEGeo::v128 GetInvCosConeDifference() const
Accessors.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetNegativeSinCullAngle
public: GEO_CONTROLLED_INLINEGeo::v128 GetNegativeSinCullAngle() const
Accessors.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::GetSqrRadius
public: GEO_CONTROLLED_INLINEGeo::v128 GetSqrRadius() const
Accessors.
void Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::Hash
public: void Hash
(
  Helpers::Hasher & hash,
  Geo::u32 clusterVisSize,
  Geo::u32 quadVisSize
)
Hash the light data.
Enlighten::InputLightBase::InputLightBase
protected: InputLightBase
(
  eLightType lightType,
  bool hasChanged
)
Constructor.
Enlighten::InputLightBase::InputLightBase
protected: InputLightBase
(
  eLightType lightType
)
Constructor.
GEO_CONTROLLED_INLINE bool Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::IsIntersectingCluster
public: GEO_CONTROLLED_INLINE bool IsIntersectingCluster
(
  const Geo::v128 & bbMin,
  const Geo::v128 & bbMax,
  const Geo::v128 & minNormalFlipped,
  const Geo::v128 & maxNormalFlipped
) const
Complex light V normalBoundingBox intersection test.
GEO_CONTROLLED_INLINE bool Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::IsIntersectingClusterGroup
public: GEO_CONTROLLED_INLINE bool IsIntersectingClusterGroup
(
  const Geo::v128 & bbMin,
  const Geo::v128 & bbMax,
  const Geo::v128 & minNormalFlipped,
  const Geo::v128 & maxNormalFlipped
) const
Light v ClusterGroup Bounding box intersection test.
GEO_CONTROLLED_INLINE bool Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::IsIntersectingSystem
public: GEO_CONTROLLED_INLINE bool IsIntersectingSystem
(
  const Geo::v128 & bbMin,
  const Geo::v128 & bbMax
) const
Simple Light V system BoundingBox intersection test.
GEO_CONTROLLED_INLINE void Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::ShadeFourSamples
public: GEO_CONTROLLED_INLINE void ShadeFourSamples
(
  const Geo::v128 & positionsX,
  const Geo::v128 & positionsY,
  const Geo::v128 & positionsZ,
  const Geo::v128 & normalsX,
  const Geo::v128 & normalsY,
  const Geo::v128 & normalsZ,
  Geo::u32 sampleIdx,
  Geo::v128 & colourOut0,
  Geo::v128 & colourOut1,
  Geo::v128 & colourOut2,
  Geo::v128 & colourOut3
) const
Shades the given samples.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::ShadeQuad
public: GEO_CONTROLLED_INLINEGeo::v128 ShadeQuad
(
  const Geo::v128 & positionsX,
  const Geo::v128 & positionsY,
  const Geo::v128 & positionsZ,
  const Geo::v128 & normalsX,
  const Geo::v128 & normalsY,
  const Geo::v128 & normalsZ,
  Geo::u32 clusterIdx,
  Geo::u32 quadIdx
) const
Shades the given quad.
GEO_CONTROLLED_INLINE Geo::v128 Enlighten::UE4::UE4InputLight< RadialFalloffModelType >::CachedData::ShadeQuadIntensities
public: GEO_CONTROLLED_INLINEGeo::v128 ShadeQuadIntensities
(
  const Geo::v128 & positionsX,
  const Geo::v128 & positionsY,
  const Geo::v128 & positionsZ,
  const Geo::v128 & normalsX,
  const Geo::v128 & normalsY,
  const Geo::v128 & normalsZ,
  const Geo::v128 & visibility
) const
Believe it or not, making this function force-inline is actually a huge perf win.