class Enlighten::RadProbeSetMetaData

A data block that describes essential properties of a run-time probe set.

This data is effectively a header to any probe set data.

Among other things, the meta data contains the non-axis aligned bounding box that contains all probes in the probe set as well as information if the probes are structured as a regular grid. If it is structured as a regular grid then the position of each probe is implicitly defined. According to the resolution in each direction, the bounding box is split into cubic cells and a probe is positioned at the center of each cell. The probe data is arranged in a way that X has precedence over Y, and Y has precedence over Z. This means the order is similar to [x=3 y=2 z=2] -> {000,100,200,010,110,210,001,101,201,011,111,211}.

Variables

Name	Description
Geo::v128 m_BoundingBoxBasisX	First basis vector of the non-axis aligned bounding box that contains all probes in the probe set.
Geo::v128 m_BoundingBoxBasisY	Second basis vector of the non-axis aligned bounding box that contains all probes in the probe set.
Geo::v128 m_BoundingBoxBasisZ	Third basis vector of the non-axis aligned bounding box that contains all probes in the probe set.
Geo::v128 m_BoundingBoxOrigin	Origin of the non-axis aligned bounding box that contains all probes in the probe set.
Geo::v128 m_CoefficientBasisX	Axis aligned orthonormal basis vectors for the SH coefficients.
Geo::v128 m_CoefficientBasisY	Axis aligned orthonormal basis vectors for the SH coefficients.
Geo::v128 m_CoefficientBasisZ	Axis aligned orthonormal basis vectors for the SH coefficients.
Geo::s8 m_CoefficientOutputOrder[SH_ORDER_L2]	The output order mapping for the SH coefficients.
Geo::s32 m_EnvironmentResolution	Resolution of environment radiosity data.
Geo::u16 m_IsRegularGrid	Defines if the probes in this set are structured as a regular grid.
Geo::s32 m_MaxBudget	The maximum budget used by the probes (determines lighting quality).
Geo::s32 m_MaxProbeSize	The maximum data size of a probe.
Geo::s32 m_NumProbes	The number of probes in the set. Note: does not include virtual probes.
Geo::s32 m_NumProbesOutput	The number of probes that will be output by the solver for this probe set, including virtual probes.
Geo::u8 m_Padding[11]	Spare space (before the alignment restrictions of the following v128)
Geo::GeoGuid m_ProbeSetId	The guid of the probe set.
Geo::u16 m_RegularGridResolutionX	Resolution of the regular grid in the direction of the first basis vector of the bounding box.
Geo::u16 m_RegularGridResolutionY	Resolution of the regular grid in the direction of the second basis vector of the bounding box.
Geo::u16 m_RegularGridResolutionZ	Resolution of the regular grid in the direction of the third basis vector of the bounding box.
Geo::s32 m_RequiredTemporalCoherenceBufferSize	The size of the persistent temporal coherence buffer required by SolveEntireProbeSetTask for this probe set core.
Geo::s32 m_RequiredWorkspaceSize	The size of the working memory required by SolveEntireProbeSetTask for this probe set core.
Geo::s32 m_SHOrder	The spherical harmonics order of the probe set.
Geo::s32 m_SHOrderEnvVis	The environment visibility spherical harmonics order of the probe set.

Functions

Name	Description
RadProbeSetMetaData()	Constructor to ensure well-behaved memory initialisation.

Enlighten::RadProbeSetMetaData::RadProbeSetMetaData

public: RadProbeSetMetaData()

Constructor to ensure well-behaved memory initialisation.

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