public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
// RTAO
settings.TryLoad <float>(ref m_RayLength);
settings.TryLoad <int>(ref m_SampleCount);
settings.TryLoad <bool>(ref m_Denoise);
settings.TryLoad <float>(ref m_DenoiserRadius);
// SSAO
settings.TryLoad <int>(ref m_MaximumRadiusInPixels);
settings.TryLoad <bool>(ref m_FullResolution);
settings.TryLoad <int>(ref m_StepCount);
settings.TryLoad <int>(ref m_DirectionCount);
settings.TryLoad <bool>(ref m_BilateralUpsample);
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
// RTGI
settings.TryLoad <float>(ref m_RayLength);
settings.TryLoad <float>(ref m_ClampValue);
settings.TryLoad <bool>(ref m_FullResolution);
settings.TryLoad <int>(ref m_UpscaleRadius);
settings.TryLoad <bool>(ref m_Denoise);
settings.TryLoad <bool>(ref m_HalfResolutionDenoiser);
settings.TryLoad <float>(ref m_DenoiserRadius);
settings.TryLoad <bool>(ref m_SecondDenoiserPass);
// SSGI
settings.TryLoad <int>(ref m_RaySteps);
settings.TryLoad <int>(ref m_FilterRadius);
}
public override QualitySettingsBlob SaveCustomQualitySettingsAsObject(QualitySettingsBlob settings = null)
{
if (settings == null)
{
settings = new QualitySettingsBlob();
}
settings.Save <int>(m_NearSampleCount);
settings.Save <float>(m_NearMaxBlur);
settings.Save <int>(m_FarSampleCount);
settings.Save <float>(m_FarMaxBlur);
settings.Save <int>(m_Resolution);
settings.Save <bool>(m_HighQualityFiltering);
settings.Save <bool>(m_PhysicallyBased);
return(settings);
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
// RTR
if (HDRenderPipeline.pipelineSupportsRayTracing && m_RayTracing.overrideState.boolValue &&
m_RayTracing.value.boolValue)
{
settings.TryLoad <float>(ref m_MinSmoothness);
settings.TryLoad <float>(ref m_SmoothnessFadeStart);
settings.TryLoad <float>(ref m_RayLength);
settings.TryLoad <float>(ref m_ClampValue);
settings.TryLoad <int>(ref m_UpscaleRadius);
settings.TryLoad <bool>(ref m_FullResolution);
settings.TryLoad <bool>(ref m_Denoise);
settings.TryLoad <int>(ref m_DenoiserRadius);
}
// SSR
else
{
settings.TryLoad <int>(ref m_RayMaxIterations);
}
}
public override QualitySettingsBlob SaveCustomQualitySettingsAsObject(QualitySettingsBlob settings = null)
{
if (settings == null)
{
settings = new QualitySettingsBlob();
}
// RTAO
settings.Save <float>(m_RayLength);
settings.Save <int>(m_SampleCount);
settings.Save <bool>(m_Denoise);
settings.Save <float>(m_DenoiserRadius);
// SSAO
settings.Save <int>(m_MaximumRadiusInPixels);
settings.Save <bool>(m_FullResolution);
settings.Save <int>(m_StepCount);
settings.Save <int>(m_DirectionCount);
settings.Save <bool>(m_BilateralUpsample);
return(settings);
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
// RTR
if (HDRenderPipeline.pipelineSupportsRayTracing && m_Tracing.overrideState.boolValue &&
m_Tracing.value.GetEnumValue <RayCastingMode>() != RayCastingMode.RayMarching)
{
settings.TryLoad <float>(ref m_MinSmoothness);
settings.TryLoad <float>(ref m_SmoothnessFadeStart);
settings.TryLoad <float>(ref m_RayLength);
settings.TryLoad <float>(ref m_ClampValue);
settings.TryLoad <bool>(ref m_FullResolution);
settings.TryLoad <bool>(ref m_RayMaxIterationsRT);
settings.TryLoad <bool>(ref m_Denoise);
settings.TryLoad <int>(ref m_DenoiserRadius);
settings.TryLoad <bool>(ref m_AffectsSmoothSurfaces);
}
// SSR
else
{
settings.TryLoad <int>(ref m_RayMaxIterations);
}
}
public override QualitySettingsBlob SaveCustomQualitySettingsAsObject(QualitySettingsBlob settings = null)
{
if (settings == null)
{
settings = new QualitySettingsBlob();
}
// RTR
settings.Save <float>(m_MinSmoothness);
settings.Save <float>(m_SmoothnessFadeStart);
settings.Save <float>(m_RayLength);
settings.Save <float>(m_ClampValue);
settings.Save <bool>(m_FullResolution);
settings.Save <bool>(m_RayMaxIterationsRT);
settings.Save <bool>(m_Denoise);
settings.Save <int>(m_DenoiserRadius);
settings.Save <bool>(m_AffectsSmoothSurfaces);
// SSR
settings.Save <int>(m_RayMaxIterations);
return(settings);
}
public override QualitySettingsBlob SaveCustomQualitySettingsAsObject(QualitySettingsBlob settings = null)
{
if (settings == null)
{
settings = new QualitySettingsBlob();
}
// RTGI
settings.Save <float>(m_RayLength);
settings.Save <float>(m_ClampValue);
settings.Save <bool>(m_FullResolution);
settings.Save <int>(m_UpscaleRadius);
settings.Save <bool>(m_Denoise);
settings.Save <bool>(m_HalfResolutionDenoiser);
settings.Save <float>(m_DenoiserRadius);
settings.Save <bool>(m_SecondDenoiserPass);
// SSGI
settings.Save <int>(m_RaySteps);
settings.Save <int>(m_FilterRadius);
return(settings);
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
if (HDRenderPipeline.pipelineSupportsRayTracing && m_Tracing.overrideState.boolValue &&
m_Tracing.value.GetEnumValue <RayCastingMode>() != RayCastingMode.RayMarching)
{
// RTGI
settings.TryLoad <float>(ref m_RayLength);
settings.TryLoad <float>(ref m_ClampValue);
settings.TryLoad <bool>(ref m_FullResolution);
settings.TryLoad <int>(ref m_UpscaleRadius);
settings.TryLoad <int>(ref m_MaxMixedRaySteps);
settings.TryLoad <bool>(ref m_Denoise);
settings.TryLoad <bool>(ref m_HalfResolutionDenoiser);
settings.TryLoad <float>(ref m_DenoiserRadius);
settings.TryLoad <bool>(ref m_SecondDenoiserPass);
}
else
{
// SSGI
settings.TryLoad <int>(ref m_RaySteps);
settings.TryLoad <int>(ref m_FilterRadius);
}
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
settings.TryLoad <int>(ref m_SampleCount);
}
public override void LoadSettingsFromObject(QualitySettingsBlob settings)
{
settings.TryLoad <int>(ref m_Resolution);
settings.TryLoad <bool>(ref m_HighQualityPrefiltering);
settings.TryLoad <bool>(ref m_HighQualityFiltering);
}
/// <summary>
/// This function should be overriden by a volume component to load a custom preset setting from an opaque binary blob (as returned from SaveCustomQualitySettingsAsObject)
/// </summary>
public virtual void LoadSettingsFromObject(QualitySettingsBlob settings)
{
}
/// <summary>
/// This function should be overriden by a volume component to return an opaque object (binary blob) with the custom quality settings currently in use.
/// </summary>
public virtual QualitySettingsBlob SaveCustomQualitySettingsAsObject(QualitySettingsBlob history = null)
{
return(null);
}
// Cache the quality setting
public QualityScope(VolumeComponentWithQualityEditor component)
{
m_QualityComponent = component;
m_Settings = m_QualityComponent.SaveCustomQualitySettingsAsObject();
EditorGUI.BeginChangeCheck();
}