Unigine::LightVoxelProbe Class

Methods:

Name	Description View: Sort by:
*create*	Constructor.
setTextureFilePath	Setter and Getter for the file path for the lighting texture used for the Voxel Probe.
getTextureFilePath
setBakeVisibilityEnvironmentProbe	Setter and Getter for the value indicating if environment probe light sources are to be baked to the Voxel Probe.
isBakeVisibilityEnvironmentProbe
setBakeVisibilityVoxelProbe	Setter and Getter for the value indicating if other Voxel Probe light sources are to be baked to the Voxel Probe.
isBakeVisibilityVoxelProbe
setBakeVisibilityLightProj	Setter and Getter for the value indicating if projected light sources are to be baked to the Voxel Probe.
isBakeVisibilityLightProj
setBakeVisibilityLightOmni	Setter and Getter for the value indicating if omni light sources are to be baked to the Voxel Probe.
isBakeVisibilityLightOmni
setBakeVisibilityLightWorld	Setter and Getter for the value indicating if world light sources are to be baked to the Voxel Probe.
isBakeVisibilityLightWorld
setBakeVisibilitySky	Setter and Getter for the value indicating if lighting from the sky is to be baked to the Voxel Probe.
isBakeVisibilitySky
setBakeVisibilityEmission	Setter and Getter for the value indicating if emission light sources are to be baked to the Voxel Probe.
isBakeVisibilityEmission
setBakeVisibilityLightmap	Setter and Getter for the value indicating if the lightmapped surfaces are to be baked to the Voxel Probe.
isBakeVisibilityLightmap
setBakeInternalVolume	Setter and Getter for the internal volume baking mode for the Voxel Probe (voxels that don't touch geometry).
getBakeInternalVolume
setBakeZFar	Setter and Getter for the distance to the far clipping plane used for every voxel during light baking.
getBakeZFar
setBakeViewportMask	Setter and Getter for the mask that specifies materials taking part in baking.
getBakeViewportMask
setSpecularCubicFiltering	Setter and Getter for the value indicating if cubic filtering is applied to specular reflections textures.
isSpecularCubicFiltering
setSpecularReflectionBias	Setter and Getter for the specular reflections offset along the reflection vector.
getSpecularReflectionBias
setSpecularNormalBias	Setter and Getter for the specular reflections offset along the normal to the surface.
getSpecularNormalBias
setSpecularTangentBias	Setter and Getter for the additional offset for specular reflections along the surface tangents.
getSpecularTangentBias
setSpecularVisibilityRoughnessMax	Setter and Getter for the higher bound of the roughness range within which the specular reflections of the Voxel Probe are visible.
getSpecularVisibilityRoughnessMax
setSpecularVisibilityRoughnessMin	Setter and Getter for the lower bound of the roughness range within which the specular reflections of the Voxel Probe are visible.
getSpecularVisibilityRoughnessMin
setSpecularEnabled	Setter and Getter for the value indicating if specular reflections are enabled for the Voxel Probe.
isSpecularEnabled
setDiffuseCubicFiltering	Setter and Getter for the value indicating if cubic filtering is applied to Voxel Probe diffuse lighting.
isDiffuseCubicFiltering
setDiffuseNormalBias	Setter and Getter for the bias of ambient lighting implemented as voxel projection offset along the normal to the surface.
getDiffuseNormalBias
setDiffuseTangentBias	Setter and Getter for the additional offset for voxel projection along the surface tangents.
getDiffuseTangentBias
setDiffuseTranslucentIndirect	Setter and Getter for the intensity of the material's original diffuse lighting, as if the Translucent parameter were set to 0.
getDiffuseTranslucentIndirect
setDiffuseTranslucentSoftIndirect	Setter and Getter for the intensity of soft diffuse lighting calculated as the average illumination from all six directions.
getDiffuseTranslucentSoftIndirect
setUseSkyColor	Setter and Getter for the value indicating if sky color modulation for the Voxel Probe is enabled.
isUseSkyColor
setAttenuationPower	Setter and Getter for the power of light attenuation used to simulate intensity gradual fading.
getAttenuationPower
setAttenuationDistance	Setter and Getter for the distance from the light source shape, at which the light source doesn't illuminate anything.
getAttenuationDistance
setVoxelSize	Setter and Getter for the size of each voxel in the Voxel Probe.
getVoxelSize
setBoxSize	Setter and Getter for the size of the whole box-type Voxel Probe.
getBoxSize
setBakeQuality	Setter and Getter for the baking quality for the Voxel Probe.
getBakeQuality
setBlendMode	Setter and Getter for the blending mode for the Voxel Probe.
getBlendMode
getResolution	Returns the resolution of the Voxel Probe according to the voxel size.
type	Returns the type of the node.
getVideoMemoryUsage	Returns a value defining how much memory the light texture takes according to its size.

Variables:

Name	Description
BAKE_INTERNAL_VOLUME_DISABLED = 0	Baking internal volume (voxels that don't touch geometry) is disabled - only the voxels covering geometry are baked while empty ones are skipped.

LightVoxelProbe Class

Enums

BAKE_INTERNAL_VOLUME#

Name	Description
BAKE_INTERNAL_VOLUME_HALF = 0	Bake internal volume (voxels that don't touch geometry) in half resolution.
BAKE_INTERNAL_VOLUME_FULL = 1	Bake internal volume (voxels that don't touch geometry) in full resolution.

BAKE_QUALITY#

Light baking quality preset of the Voxel Probe. Each preset includes recommended common baking quality settings, such as number of light rays simulated and sampling quality, that affect the time consumption of light baking and the final quality.

Name	Description
BAKE_QUALITY_DRAFT = 0	The lowest sampling quality and number of rays simulated but the highest iterativity.
BAKE_QUALITY_LOW = 1	Low sampling quality and number of light rays simulated.
BAKE_QUALITY_MEDIUM = 2	Stable quality level is good for most cases.
BAKE_QUALITY_HIGH = 3	High sampling quality and number of light rays simulated is quite enough for release production.
BAKE_QUALITY_ULTRA = 4	Ultra baking quality might be useful to get rid of small inconsistencies on the release production.

BLEND#

Name	Description
BLEND_ALPHA_BLEND = 0	The alpha blend mode of light blending.
BLEND_ADDITIVE = 1	The additive mode of light blending. This option offers more flexibility in lighting control. you can use it to blend lighting of several Voxel Probes together and control them separately (e.g. make a separate Voxel Probe for an indoor emissive light source and blend it with another Voxel Probe with lighting baked from the sky, having the ability to enable and disable them separately). Notice Voxel probes with additive blending enabled cannot be used to add lighting details (e.g. creating a small high-detail Voxel Probe inside a large low-detail one). Such probes do not replace each other, as they are blended instead.
BLEND_MULTIPLICATIVE = 2	The multiplicative mode of light blending.

Members

void setTextureFilePath ( const char * path ) #

Sets a new file path for the lighting texture used for the Voxel Probe.

Arguments

const char * path - The path to the texture file.

String getTextureFilePath() const#

Returns the current file path for the lighting texture used for the Voxel Probe.

Return value

Current path to the texture file.

void setBakeVisibilityEnvironmentProbe ( bool probe ) #

Sets a new value indicating if environment probe light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool probe - Set true to enable baking of environment probe light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityEnvironmentProbe() const#

Returns the current value indicating if environment probe light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of environment probe light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityVoxelProbe ( bool probe ) #

Sets a new value indicating if other Voxel Probe light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool probe - Set true to enable baking of other Voxel Probe light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityVoxelProbe() const#

Returns the current value indicating if other Voxel Probe light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of other Voxel Probe light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityLightProj ( bool proj ) #

Sets a new value indicating if projected light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool proj - Set true to enable baking of projected light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityLightProj() const#

Returns the current value indicating if projected light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of projected light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityLightOmni ( bool omni ) #

Sets a new value indicating if omni light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool omni - Set true to enable baking of omni light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityLightOmni() const#

Returns the current value indicating if omni light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of omni light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityLightWorld ( bool world ) #

Sets a new value indicating if world light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool world - Set true to enable baking of world light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityLightWorld() const#

Returns the current value indicating if world light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of world light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilitySky ( bool sky ) #

Sets a new value indicating if lighting from the sky is to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool sky - Set true to enable baking of lighting from the sky to the Voxel Probe; false - to disable it.

bool isBakeVisibilitySky() const#

Returns the current value indicating if lighting from the sky is to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of lighting from the sky to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityEmission ( bool emission ) #

Sets a new value indicating if emission light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Arguments

bool emission - Set true to enable baking of emission light sources to the Voxel Probe; false - to disable it.

bool isBakeVisibilityEmission() const#

Returns the current value indicating if emission light sources are to be baked to the Voxel Probe. you can use this option together with additive blending to provide more flexibility in light baking. Thus, you can make Voxel Probes independent of each other and combine them to produce some sort of dynamic GI effect.

Return value

true if baking of emission light sources to the Voxel Probe is enabled; otherwise false.

void setBakeVisibilityLightmap ( bool lightmap ) #

Sets a new value indicating if the lightmapped surfaces are to be baked to the Voxel Probe.

Arguments

bool lightmap - Set true to enable baking of lightmapped surfaces to the Voxel Probe; false - to disable it.

bool isBakeVisibilityLightmap() const#

Returns the current value indicating if the lightmapped surfaces are to be baked to the Voxel Probe.

Return value

true if baking of lightmapped surfaces to the Voxel Probe is enabled; otherwise false.

void setBakeInternalVolume ( LightVoxelProbe::BAKE_INTERNAL_VOLUME volume ) #

Sets a new internal volume baking mode for the Voxel Probe (voxels that don't touch geometry).

NoticeIf internal volume baking is disabled, only the voxels covering geometry are baked while empty ones are skipped.

Arguments

LightVoxelProbe::BAKE_INTERNAL_VOLUME volume - The Internal volume baking mode to be set. One of the BAKE_INTERNAL_VOLUME_* values.

LightVoxelProbe::BAKE_INTERNAL_VOLUME getBakeInternalVolume() const#

Returns the current internal volume baking mode for the Voxel Probe (voxels that don't touch geometry).

NoticeIf internal volume baking is disabled, only the voxels covering geometry are baked while empty ones are skipped.

Return value

Current Internal volume baking mode to be set. One of the BAKE_INTERNAL_VOLUME_* values.

void setBakeZFar ( float zfar ) #

Sets a new distance to the far clipping plane used for every voxel during light baking.

Arguments

float zfar - The distance to the far clipping plane.

float getBakeZFar() const#

Returns the current distance to the far clipping plane used for every voxel during light baking.

Return value

Current distance to the far clipping plane.

void setBakeViewportMask ( int mask ) #

Sets a new mask that specifies materials taking part in baking.

Arguments

int mask - The bake viewport mask (integer, each bit of which is used to represent a mask).

int getBakeViewportMask() const#

Returns the current mask that specifies materials taking part in baking.

Return value

Current bake viewport mask (integer, each bit of which is used to represent a mask).

void setSpecularCubicFiltering ( bool filtering ) #

Sets a new value indicating if cubic filtering is applied to specular reflections textures.

Notice

If cubic filtering is disabled, linear texture filtering is used.

Arguments

bool filtering - Set true to enable cubic filtering for specular reflections textures; false - to disable it.

bool isSpecularCubicFiltering() const#

Returns the current value indicating if cubic filtering is applied to specular reflections textures.

Notice

If cubic filtering is disabled, linear texture filtering is used.

Return value

true if cubic filtering for specular reflections textures is enabled; otherwise false.

void setSpecularReflectionBias ( float bias ) #

Sets a new specular reflections offset along the reflection vector.

Arguments

float bias - The specular reflections offset along the reflection vector

float getSpecularReflectionBias() const#

Returns the current specular reflections offset along the reflection vector.

Return value

Current specular reflections offset along the reflection vector

void setSpecularNormalBias ( float bias ) #

Sets a new specular reflections offset along the normal to the surface.

Arguments

float bias - The specular reflections offset along the normal

float getSpecularNormalBias() const#

Returns the current specular reflections offset along the normal to the surface.

Return value

Current specular reflections offset along the normal

void setSpecularTangentBias ( float bias ) #

Sets a new additional offset for specular reflections along the surface tangents. Adjusting this setting can help reduce reflection leaking in dark areas.

Arguments

float bias - The offset for specular reflections along the surface tangents

float getSpecularTangentBias() const#

Returns the current additional offset for specular reflections along the surface tangents. Adjusting this setting can help reduce reflection leaking in dark areas.

Return value

Current offset for specular reflections along the surface tangents

void setSpecularVisibilityRoughnessMax ( float max ) #

Sets a new higher bound of the roughness range within which the specular reflections of the Voxel Probe are visible.

Arguments

float max - The higher bound of the roughness range within which the specular reflections of the Voxel Probe are visible

float getSpecularVisibilityRoughnessMax() const#

Returns the current higher bound of the roughness range within which the specular reflections of the Voxel Probe are visible.

Return value

Current higher bound of the roughness range within which the specular reflections of the Voxel Probe are visible

void setSpecularVisibilityRoughnessMin ( float min ) #

Sets a new lower bound of the roughness range within which the specular reflections of the Voxel Probe are visible.

Arguments

float min - The lower bound of the roughness range within which the specular reflections of the Voxel Probe are visible

float getSpecularVisibilityRoughnessMin() const#

Returns the current lower bound of the roughness range within which the specular reflections of the Voxel Probe are visible.

Return value

Current lower bound of the roughness range within which the specular reflections of the Voxel Probe are visible

void setSpecularEnabled ( bool enabled ) #

Sets a new value indicating if specular reflections are enabled for the Voxel Probe.

Arguments

bool enabled - Set true to enable specular reflections for the Voxel Probe; false - to disable it.

bool isSpecularEnabled() const#

Returns the current value indicating if specular reflections are enabled for the Voxel Probe.

Return value

true if specular reflections for the Voxel Probe is enabled; otherwise false.

void setDiffuseCubicFiltering ( bool filtering ) #

Sets a new value indicating if cubic filtering is applied to Voxel Probe diffuse lighting.

Arguments

bool filtering - Set true to enable cubic filtering for Voxel Probe diffuse lighting; false - to disable it.

bool isDiffuseCubicFiltering() const#

Returns the current value indicating if cubic filtering is applied to Voxel Probe diffuse lighting.

Return value

true if cubic filtering for Voxel Probe diffuse lighting is enabled; otherwise false.

void setDiffuseNormalBias ( float bias ) #

Sets a new bias of ambient lighting implemented as voxel projection offset along the normal to the surface.

Arguments

float bias - The voxel projection offset along the normal

float getDiffuseNormalBias() const#

Returns the current bias of ambient lighting implemented as voxel projection offset along the normal to the surface.

Return value

Current voxel projection offset along the normal

void setDiffuseTangentBias ( float bias ) #

Sets a new additional offset for voxel projection along the surface tangents. Adjusting this setting can help reduce light leaking in dark areas.

Arguments

float bias - The offset for voxel projection along the surface tangents

float getDiffuseTangentBias() const#

Returns the current additional offset for voxel projection along the surface tangents. Adjusting this setting can help reduce light leaking in dark areas.

Return value

Current offset for voxel projection along the surface tangents

void setDiffuseTranslucentIndirect ( float indirect ) #

Sets a new intensity of the material's original diffuse lighting, as if the Translucent parameter were set to 0. Fine-tuning the current parameter can help correct artifacts caused by setDiffuseTranslucentSoftIndirect(), such as excessive darkening on materials.

Arguments

float indirect - The intensity of the original diffuse lighting on the material

float getDiffuseTranslucentIndirect() const#

Returns the current intensity of the material's original diffuse lighting, as if the Translucent parameter were set to 0. Fine-tuning the current parameter can help correct artifacts caused by setDiffuseTranslucentSoftIndirect(), such as excessive darkening on materials.

Return value

Current intensity of the original diffuse lighting on the material

void setDiffuseTranslucentSoftIndirect ( float indirect ) #

Sets a new intensity of soft diffuse lighting calculated as the average illumination from all six directions. With such approach to lighting surface normals are not taken into account, thus increasing this value may result in a darker appearance than expected. However, this approach often produces a more realistic look, similar to the appearance of wax figures.

Arguments

float indirect - The intensity of soft diffuse lighting

float getDiffuseTranslucentSoftIndirect() const#

Returns the current intensity of soft diffuse lighting calculated as the average illumination from all six directions. With such approach to lighting surface normals are not taken into account, thus increasing this value may result in a darker appearance than expected. However, this approach often produces a more realistic look, similar to the appearance of wax figures.

Return value

Current intensity of soft diffuse lighting

void setUseSkyColor ( bool color ) #

Sets a new value indicating if sky color modulation for the Voxel Probe is enabled.

Arguments

bool color - Set true to enable sky color modulation for the Voxel Probe; false - to disable it.

bool isUseSkyColor() const#

Returns the current value indicating if sky color modulation for the Voxel Probe is enabled.

Return value

true if sky color modulation for the Voxel Probe is enabled; otherwise false.

void setAttenuationPower ( float power ) #

Sets a new power of light attenuation used to simulate intensity gradual fading. This parameter determines how fast the intensity decreases up to the attenuation distance set for the light source.

Arguments

float power - The attenuation power value.

float getAttenuationPower() const#

Returns the current power of light attenuation used to simulate intensity gradual fading. This parameter determines how fast the intensity decreases up to the attenuation distance set for the light source.

Return value

Current attenuation power value.

void setAttenuationDistance ( const Math::vec3& distance ) #

Sets a new distance from the light source shape, at which the light source doesn't illuminate anything.

Arguments

const Math::vec3& distance - The distance from the light source shape, in units, at which the light source doesn't illuminate anything.

Math::vec3 getAttenuationDistance() const#

Returns the current distance from the light source shape, at which the light source doesn't illuminate anything.

Return value

Current distance from the light source shape, in units, at which the light source doesn't illuminate anything.

void setVoxelSize ( float size ) #

Sets a new size of each voxel in the Voxel Probe.

Arguments

float size - The voxel size value, in units.

float getVoxelSize() const#

Returns the current size of each voxel in the Voxel Probe.

Return value

Current voxel size value, in units.

void setBoxSize ( const Math::vec3& size ) #

Sets a new size of the whole box-type Voxel Probe.

Arguments

const Math::vec3& size - The box-type Voxel Probe size along X, Y and Z axes.

Math::vec3 getBoxSize() const#

Returns the current size of the whole box-type Voxel Probe.

Return value

Current box-type Voxel Probe size along X, Y and Z axes.

void setBakeQuality ( LightVoxelProbe::BAKE_QUALITY quality ) #

Sets a new baking quality for the Voxel Probe.

Arguments

LightVoxelProbe::BAKE_QUALITY quality - The baking quality for the Voxel Probe, one of BAKE_QUALITY values.

LightVoxelProbe::BAKE_QUALITY getBakeQuality() const#

Returns the current baking quality for the Voxel Probe.

Return value

Current baking quality for the Voxel Probe, one of BAKE_QUALITY values.

void setBlendMode ( LightVoxelProbe::BLEND mode ) #

Sets a new blending mode for the Voxel Probe.

Arguments

LightVoxelProbe::BLEND mode - The blending mode for the Voxel Probe, one of BLEND values.

LightVoxelProbe::BLEND getBlendMode() const#

Returns the current blending mode for the Voxel Probe.

Return value

Current blending mode for the Voxel Probe, one of BLEND values.

static LightVoxelProbePtr create ( ) #

Constructor. Creates a new Voxel Probe with default parameters.

Math::ivec3 getResolution ( ) #

Returns the resolution of the Voxel Probe according to the voxel size.

Return value

Resolution of the Voxel Probe along X, Y and Z axis, in voxels.

static int type ( ) #

Returns the type of the node.

Return value

LightVoxelProbe type identifier.

long long getVideoMemoryUsage ( ) #

Returns a value defining how much memory the light texture takes according to its size. The memory is calculated in accordance to the following formula: Memory = SizeX × SizeY × SizeZ × Sides × FormatMemory

SizeX, SizeY, SizeZ - the dimensions of the 3D light texture, in voxels.
Sides - number of sides of each voxel, equal to 6.
FormatMemory - a memory usage amount for the texture in RGBA16 format, equal to 8.

Return value

A texture memory usage, in bytes.

_{The information on this page is valid for UNIGINE 2.20 SDK.}

Last update: 2025-05-30

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Header:	#include <UnigineLights.h>
Inherits from:	Light

Unigine::LightVoxelProbe Class

In This Article:

Methods:

Variables:

LightVoxelProbe Class

Enums

BAKE_INTERNAL_VOLUME#

BAKE_QUALITY#

BLEND#

Members

void setTextureFilePath ( const char * path ) #

Arguments

String getTextureFilePath() const#

Return value

void setBakeVisibilityEnvironmentProbe ( bool probe ) #

Arguments

bool isBakeVisibilityEnvironmentProbe() const#

Return value

void setBakeVisibilityVoxelProbe ( bool probe ) #

Arguments

bool isBakeVisibilityVoxelProbe() const#

Return value

void setBakeVisibilityLightProj ( bool proj ) #

Arguments

bool isBakeVisibilityLightProj() const#

Return value

void setBakeVisibilityLightOmni ( bool omni ) #

Arguments

bool isBakeVisibilityLightOmni() const#

Return value

void setBakeVisibilityLightWorld ( bool world ) #

Arguments

bool isBakeVisibilityLightWorld() const#

Return value

void setBakeVisibilitySky ( bool sky ) #

Arguments

bool isBakeVisibilitySky() const#

Return value

void setBakeVisibilityEmission ( bool emission ) #

Arguments

bool isBakeVisibilityEmission() const#

Return value

void setBakeVisibilityLightmap ( bool lightmap ) #

Arguments

bool isBakeVisibilityLightmap() const#

Return value

void setBakeInternalVolume ( LightVoxelProbe::BAKE_INTERNAL_VOLUME volume ) #

Arguments

LightVoxelProbe::BAKE_INTERNAL_VOLUME getBakeInternalVolume() const#

Return value

void setBakeZFar ( float zfar ) #

Arguments

float getBakeZFar() const#

Return value

void setBakeViewportMask ( int mask ) #

Arguments

int getBakeViewportMask() const#

Return value

void setSpecularCubicFiltering ( bool filtering ) #

Arguments

bool isSpecularCubicFiltering() const#

Return value

void setSpecularReflectionBias ( float bias ) #

Arguments

float getSpecularReflectionBias() const#

Return value

void setSpecularNormalBias ( float bias ) #

Arguments

float getSpecularNormalBias() const#

Return value

void setSpecularTangentBias ( float bias ) #

Arguments

float getSpecularTangentBias() const#

Return value

void setSpecularVisibilityRoughnessMax ( float max ) #

Arguments

float getSpecularVisibilityRoughnessMax() const#

Return value

void setSpecularVisibilityRoughnessMin ( float min ) #

Arguments