class Enlighten::PipelineGlobalParameters

The parameters that affect the precompute for all instances in the scene.

Variables

Name	Description
bool m_AlignedEdgeStitching	If true, aligned edge stitching option is on. Note this option may slow down pre-computation.
PipelineWorldAxes m_Axes	Whether to invert each of the X Y and Z axes of world space.
bool m_ComputeClusterProbeSampleOffsetData	If true, enables transmittance, aka runtime transparency.
PipelineEnvironmentResolution m_CubemapEnvironmentResolution	The resolution of cubemaps in the scene.
ePrecompCubeMapQuality m_CubemapIrradianceQuality	The number of rays to cast (per cubemap position) for computing irradiance form factors.
bool m_CullProbes	If true, probes are not created in areas that see invalid back-faces.
float m_DependencyIncludedSystemDistance	Internal.
Geo::u32 m_DirectionalVisibilitySlices	The number of directions for which directional-light shadows are precomputed.
bool m_EnableValidation	If true, report an error when any invalid object is added to the scene.
PipelineEnvironmentResolution m_EnvironmentResolution	The resolution of the emissive environment.
Enlighten::EnvironmentValidity m_EnvironmentValidity	When specified, probes are not automatically placed in areas that can see far below the horizon. This prevents automatic placement of probes in areas under and outside the world.
bool m_ExcludeEnvironmentInPrimaryBounce	If true, the emissive environment affects only light bounced from surfaces. Use this when you apply sky lighting in your own pixel shader.
PipelineFormFactorBudget m_IrradianceBudget	The number of form factors to store per lightmap pixel.
ePrecompQuality m_IrradianceQuality	The number of rays to cast (per sample location) for computing irradiance form factors.
eSHOrder m_ProbeEnvironmentVisibilityShOrder	The number of spherical harmonic coefficients computed for environment visibility.
PipelineFormFactorBudget m_ProbeIrradianceBudget	The number of form factors to store per probe.
ePrecompQuality m_ProbeIrradianceQuality	The number of rays to cast (per probe position) for computing irradiance form factors.
PipelineProbeLodBias m_ProbeLodBias	The number of LOD levels by which to reduce the maximum distance at which per pixel probe lighting falls back to sky lighting.
float m_ProbeRegionErrorThreshold	To trade density of generated probes for accuracy.
float m_ProbeRegionVoxelSize	The minimum spacing between probes created for a probe octree.
eSHOrder m_ProbeShOrder	The number of spherical harmonic coefficients computed for probe output.
Geo::u32 m_SamplesPerCluster	The number of input lighting samples (duster points) created per cluster.
Geo::GeoVector3 m_TerrainU	When using terrain LOD: the horizontal axis of the terrain heightmap.
Geo::GeoVector3 m_TerrainV	When using terrain LOD: the vertical axis of the terrain heightmap.
float m_WaterPlane	If the value is not WaterPlaneInvalid, probes placed over terrain are allowed only above the plane defined by this distance and the world up axis.
const float WaterPlaneInvalid	Represents an unspecified water plane.

Functions

Name	Description
PipelineGlobalParameters(PipelineWorldAxes, float)	Constructor.

Enlighten::PipelineGlobalParameters::PipelineGlobalParameters

public: PipelineGlobalParameters
(
PipelineWorldAxes axes,
float probeRegionVoxelSize
)

Constructor.

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