Class GlobalLightingQualitySettings

Global lighting quality settings.

Inheritance

Object

GlobalLightingQualitySettings

Namespace: UnityEngine.Rendering.HighDefinition

Syntax

[Serializable]
public sealed class GlobalLightingQualitySettings

Fields

AOBilateralUpsample

Ambient Occlusion uses bilateral upsample for each quality level.

Declaration

public bool[] AOBilateralUpsample

Field Value

Type	Description
Boolean[]

AODirectionCount

Ambient Occlusion direction count for each quality level.

Declaration

public int[] AODirectionCount

Field Value

Type	Description
Int32[]

AOFullRes

Ambient Occlusion uses full resolution buffer for each quality level.

Declaration

public bool[] AOFullRes

Field Value

Type	Description
Boolean[]

AOMaximumRadiusPixels

Ambient Occlusion maximum radius for each quality level.

Declaration

public int[] AOMaximumRadiusPixels

Field Value

Type	Description
Int32[]

AOStepCount

Ambient Occlusion step count for each quality level.

Declaration

public int[] AOStepCount

Field Value

Type	Description
Int32[]

ContactShadowSampleCount

Contact shadow sample count for each quality level.

Declaration

public int[] ContactShadowSampleCount

Field Value

Type	Description
Int32[]

Fog_Budget

Controls the budget of the volumetric fog effect.

Declaration

public float[] Fog_Budget

Field Value

Type	Description
Single[]

Fog_ControlMode

Controls which control mode should be used to define the volumetric fog parameters.

Declaration

public FogControl[] Fog_ControlMode

Field Value

Type	Description
FogControl[]

Fog_DepthRatio

Controls how the budget is shared between screen resolution and depth.

Declaration

public float[] Fog_DepthRatio

Field Value

Type	Description
Single[]

RTAODenoise

Defines if the ray traced ambient occlusion should be denoised.

Declaration

public bool[] RTAODenoise

Field Value

Type	Description
Boolean[]

RTAODenoiserRadius

Controls the radius of the ray traced ambient occlusion denoiser.

Declaration

public float[] RTAODenoiserRadius

Field Value

Type	Description
Single[]

RTAORayLength

Controls the length of ray traced ambient occlusion rays.

Declaration

public float[] RTAORayLength

Field Value

Type	Description
Single[]

RTAOSampleCount

Number of samples for evaluating the effect.

Declaration

public int[] RTAOSampleCount

Field Value

Type	Description
Int32[]

RTGIClampValue

Clamp value used to reduce the variance in the integration signal.

Declaration

public float[] RTGIClampValue

Field Value

Type	Description
Single[]

RTGIDenoise

Flag that enables the first denoising pass.

Declaration

public bool[] RTGIDenoise

Field Value

Type	Description
Boolean[]

RTGIDenoiserRadius

Flag that defines the radius of the first denoiser.

Declaration

public float[] RTGIDenoiserRadius

Field Value

Type	Description
Single[]

RTGIFullResolution

Controls if the effect should be computed at full resolution.

Declaration

public bool[] RTGIFullResolution

Field Value

Type	Description
Boolean[]

RTGIHalfResDenoise

Flag that defines if the denoiser should be evaluated at half resolution.

Declaration

public bool[] RTGIHalfResDenoise

Field Value

Type	Description
Boolean[]

RTGIRayLength

Controls the length of ray traced global illumination rays.

Declaration

public float[] RTGIRayLength

Field Value

Type	Description
Single[]

RTGISecondDenoise

Flag that enables the second denoising pass.

Declaration

public bool[] RTGISecondDenoise

Field Value

Type	Description
Boolean[]

RTGISecondDenoiserRadius

Flag that defines the radius of the second denoiser.

Declaration

public float[] RTGISecondDenoiserRadius

Field Value

Type	Description
Single[]

RTGIUpScaleRadius

Radius for the up-sample pass.

Declaration

public int[] RTGIUpScaleRadius

Field Value

Type	Description
Int32[]

RTRClampValue

Clamp value used to reduce the variance in the integration signal.

Declaration

public float[] RTRClampValue

Field Value

Type	Description
Single[]

RTRDenoise

Flag that enables the first denoising pass.

Declaration

public bool[] RTRDenoise

Field Value

Type	Description
Boolean[]

RTRDenoiserRadius

Flag that defines the radius of the first denoiser.

Declaration

public int[] RTRDenoiserRadius

Field Value

Type	Description
Int32[]

RTRFullResolution

Controls if the effect should be computed at full resolution.

Declaration

public bool[] RTRFullResolution

Field Value

Type	Description
Boolean[]

RTRMinSmoothness

Controls the minimal smoothness.

Declaration

public float[] RTRMinSmoothness

Field Value

Type	Description
Single[]

RTRRayLength

Controls the length of ray traced reflection rays.

Declaration

public float[] RTRRayLength

Field Value

Type	Description
Single[]

RTRSmoothnessFadeStart

Controls the minimal smoothness.

Declaration

public float[] RTRSmoothnessFadeStart

Field Value

Type	Description
Single[]

RTRUpScaleRadius

Radius for the up-sample pass.

Declaration

public int[] RTRUpScaleRadius

Field Value

Type	Description
Int32[]

SSGIClampValue

Screen space global illumination signal clamping value.

Declaration

[NonSerialized]
public float[] SSGIClampValue

Field Value

Type	Description
Single[]

SSGIFilterRadius

Screen space global illumination's filter size.

Declaration

[NonSerialized]
public int[] SSGIFilterRadius

Field Value

Type	Description
Int32[]

SSGIFullResolution

Screen space global illumination flag to define if the effect is computed at full resolution.

Declaration

[NonSerialized]
public bool[] SSGIFullResolution

Field Value

Type	Description
Boolean[]

SSGIRadius

Screen space global illumination's world space maximal radius.

Declaration

[NonSerialized]
public float[] SSGIRadius

Field Value

Type	Description
Single[]

SSGIRaySteps

Screen space global illumination step count for the ray marching.

Declaration

[NonSerialized]
public int[] SSGIRaySteps

Field Value

Type	Description
Int32[]

SSRMaxRaySteps

Maximum number of rays for Screen Space Reflection for each quality level.

Declaration

public int[] SSRMaxRaySteps

Field Value

Type	Description
Int32[]