This is the documentation for Enlighten.

class Enlighten EntireProbeSetTask

class Enlighten::EntireProbeSetTask

An EntireProbeSetTask solves an entire set of probes as an atomic block.

(It is not possible to specify a subset to be solved, as with RadProbeTask.)

Variables

Name Description
const RadProbeSetCore * m_CoreProbeSet

Precompute data for the probe sample points. Must be 16-byte aligned.

const DirectionPalette * m_DirectionPalette

Direction Palette to use with this solve task. Create with CreateDirectionPalette.

const InputLightingBuffer * m_Environment

Emissive environment for the task to read from. Must be 16-byte aligned, although may be NULL.

const InputLightingBuffer ** m_InputLighting

Ordered list of input lighting buffers that the task can read from to solve the points. Must be 16-byte aligned.

Geo::s32 m_LastSolvedLod

The level of detail this probe set was last solved at.

float * m_Output

Location to write floating-point output.

eSHOrder m_OutputShOrder

The type of spherical harmonics to use when solving the probe set.

Geo::s32 m_OutputSize

Size of the allocated output data.

Geo::s32 m_SelectedLod

The desired level of detail at which to solve the probe set. Level 0 is highest detail.

void * m_TemporalCoherenceBuffer

Persistent buffer of tracking data for temporal coherence optimisation.

float m_TemporalCoherenceEpsilon

Small bias value added to the lighting intensity to ensure stable computation.

float m_TemporalCoherenceThreshold

The threshold value for temporal coherence.

Geo::u8 * m_U8Output

Location to write compressed output.

float m_U8OutputScale

Scale to apply before writing compressed output.

Functions

Name Description
EntireProbeSetTask()

Default constructor.


Enlighten::EntireProbeSetTask::EntireProbeSetTask


public: EntireProbeSetTask()


Default constructor.