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Copy pathTr2PostProcessAttributes.cpp
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466 lines (429 loc) · 21.8 KB
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// Copyright © 2024 CCP ehf.
#include "StdAfx.h"
#include "Tr2PostProcessAttributes.h"
#include "Tr2PostProcessEnums.h"
#include "ITr2PostProcessOwner.h"
#include "Tr2PostProcess2.h"
#include <algorithm>
using namespace PriorityBlend;
Tr2PostProcessAttributes::Tr2PostProcessAttributes( IRoot* lockobj ) :
intensity( 0.0f ),
priority( PostProcessEnums::Priority::MEDIUM_PRIORITY ),
signalLossIntensity( Attribute( 0.0f ) ),
bloomBrightness( Attribute( 0.0f ) ),
bloomLuminanceThreshold( Attribute( 0.0f ) ),
bloomLuminanceScale( Attribute( 0.0f ) ),
grimeIntensity( Attribute( 0.0f ) ),
grimePath( Attribute( BlueSharedString( "" ) ) ),
exposureAdjustment( Attribute( 0.0f ) ),
filmGrainIntensity( Attribute( 0.0f ) ),
filmGrainSize( Attribute( 0.0f ) ),
filmGrainDensity( Attribute( 0.0f ) ),
filmGrainContrast( Attribute( 0.0f ) ),
filmGrainBrightnessModifier( Attribute( 0.0f ) ),
filmGrainColored( Attribute( false ) ),
filmGrainColorAmount( Attribute( 0.0f ) ),
saturation( Attribute( 0.0f ) ),
fadeIntensity( Attribute( 0.0f ) ),
fadeColor( Attribute( Color( 0.0f, 0.0f, 0.0f, 1.0f ) ) ),
lutIntensity( Attribute( 0.0f ) ),
lutPath( Attribute( BlueSharedString( "" ) ) ),
prioritizedLuts( std::set<std::pair<float, BlueSharedString>>() ),
vignetteIntensity( Attribute( 0.0f ) ),
vignetteOpacity( Attribute( 0.0f ) ),
vignetteColor( Attribute( Color( 1.0f, 1.0f, 1.0f, 1.0f ) ) ),
vignetteDetail1Size( Attribute( Vector2( 16.0, 16.0 ) ) ),
vignetteDetail1Scroll( Attribute( Vector2( 0, 0 ) ) ),
vignetteDetail2Size( Attribute( Vector2( 16.0, 16.0 ) ) ),
vignetteDetail2Scroll( Attribute( Vector2( 0, 0 ) ) ),
vignetteShapePath( Attribute( BlueSharedString( "" ) ) ),
vignetteDetailPath( Attribute( BlueSharedString( "" ) ) ),
vignetteSineFrequency( Attribute( 0.0f ) ),
vignetteMinSineFrequency( Attribute( 0.0f ) ),
vignetteMaxSineFrequency( Attribute( 0.0f ) ),
depthOfFieldScale( Attribute( 0.0f ) ),
depthOfFieldFocalDistance( Attribute( 0.0f ) ),
depthOfFieldFocalLength( Attribute( 0.0f ) ),
depthOfFieldShape( Attribute( Tr2Bokeh::Disk ) ),
depthOfFieldForegroundBlurNeeded( Attribute( false ) )
{
}
Tr2PostProcessAttributes::~Tr2PostProcessAttributes()
{
}
namespace
{
template <typename T>
const char* GetAttributeName( T Tr2PostProcessAttributes::* attribute )
{
auto a = reinterpret_cast<uintptr_t>( &reinterpret_cast<uint8_t&>( reinterpret_cast<Tr2PostProcessAttributes*>( 0 )->*attribute ) );
auto rtti = Tr2PostProcessAttributes::ClassType_();
for( const Be::VarEntry* entry = rtti->mMemberTable; entry->mName; entry++ )
{
if( !entry->mGetProperty && entry->mOffset == a )
{
return entry->mName;
}
}
return "unknown";
}
template <typename T, typename Accumulator = typename DefaultAccumulator<T>::Type>
typename Accumulator::ResultType Accumulate( PriorityBlend::Attribute<T> Tr2PostProcessAttributes::* attr, const std::vector<Tr2PostProcessAttributes*>& sources, AttributesDebugObserver<Tr2PostProcessAttributes>* observer, Accumulator accumulator = {} )
{
return PriorityBlend::Accumulate( attr, sources, observer, GetAttributeName( attr ), accumulator );
}
}
void Tr2PostProcessAttributes::MergeInto( Tr2PostProcess2& postprocess, std::vector<Tr2PostProcessAttributes*>& sources, AttributesDebugObserver<Tr2PostProcessAttributes>* debugObserver )
{
auto signalLossIntensity = Accumulate( &Tr2PostProcessAttributes::signalLossIntensity, sources, debugObserver );
auto bloomBrightness = Accumulate( &Tr2PostProcessAttributes::bloomBrightness, sources, debugObserver );
auto bloomLuminanceThreshold = Accumulate( &Tr2PostProcessAttributes::bloomLuminanceThreshold, sources, debugObserver );
auto bloomLuminanceScale = Accumulate( &Tr2PostProcessAttributes::bloomLuminanceScale, sources, debugObserver );
auto bloomSizeScale = Accumulate( &Tr2PostProcessAttributes::bloomSizeScale, sources, debugObserver );
auto bloomDirectionalWeight = Accumulate( &Tr2PostProcessAttributes::bloomDirectionalWeight, sources, debugObserver );
auto bloomStepSize1 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize1, sources, debugObserver );
auto bloomStepSize2 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize2, sources, debugObserver );
auto bloomStepSize3 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize3, sources, debugObserver );
auto bloomStepSize4 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize4, sources, debugObserver );
auto bloomStepSize5 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize5, sources, debugObserver );
auto bloomStepSize6 = Accumulate( &Tr2PostProcessAttributes::bloomStepSize6, sources, debugObserver );
auto bloomStepTint1 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint1, sources, debugObserver );
auto bloomStepTint2 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint2, sources, debugObserver );
auto bloomStepTint3 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint3, sources, debugObserver );
auto bloomStepTint4 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint4, sources, debugObserver );
auto bloomStepTint5 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint5, sources, debugObserver );
auto bloomStepTint6 = Accumulate( &Tr2PostProcessAttributes::bloomStepTint6, sources, debugObserver );
auto grimeIntensity = Accumulate( &Tr2PostProcessAttributes::grimeIntensity, sources, debugObserver );
auto grimePath = Accumulate( &Tr2PostProcessAttributes::grimePath, sources, debugObserver );
auto exposureAdjustment = Accumulate( &Tr2PostProcessAttributes::exposureAdjustment, sources, debugObserver );
auto filmGrainColored = Accumulate( &Tr2PostProcessAttributes::filmGrainColored, sources, debugObserver );
auto filmGrainColorAmount = Accumulate( &Tr2PostProcessAttributes::filmGrainColorAmount, sources, debugObserver );
auto filmGrainIntensity = Accumulate( &Tr2PostProcessAttributes::filmGrainIntensity, sources, debugObserver );
auto filmGrainSize = Accumulate( &Tr2PostProcessAttributes::filmGrainSize, sources, debugObserver );
auto filmGrainDensity = Accumulate( &Tr2PostProcessAttributes::filmGrainDensity, sources, debugObserver );
auto filmGrainContrast = Accumulate( &Tr2PostProcessAttributes::filmGrainContrast, sources, debugObserver );
auto filmGrainBrightnessModifier = Accumulate( &Tr2PostProcessAttributes::filmGrainBrightnessModifier, sources, debugObserver );
auto saturation = Accumulate( &Tr2PostProcessAttributes::saturation, sources, debugObserver );
auto fadeIntensity = Accumulate( &Tr2PostProcessAttributes::fadeIntensity, sources, debugObserver );
auto fadeColor = Accumulate( &Tr2PostProcessAttributes::fadeColor, sources, debugObserver );
auto lutIntensity = Accumulate( &Tr2PostProcessAttributes::lutIntensity, sources, debugObserver );
auto lutPath = Accumulate( &Tr2PostProcessAttributes::lutPath, sources, debugObserver, MaxNWeightsAccumulator<BlueSharedString, 4>() );
auto vignetteIntensity = Accumulate( &Tr2PostProcessAttributes::vignetteIntensity, sources, debugObserver );
auto vignetteOpacity = Accumulate( &Tr2PostProcessAttributes::vignetteOpacity, sources, debugObserver );
auto vignetteColor = Accumulate( &Tr2PostProcessAttributes::vignetteColor, sources, debugObserver );
auto vignetteDetail1Size = Accumulate( &Tr2PostProcessAttributes::vignetteDetail1Size, sources, debugObserver );
auto vignetteDetail1Scroll = Accumulate( &Tr2PostProcessAttributes::vignetteDetail1Scroll, sources, debugObserver );
auto vignetteDetail2Size = Accumulate( &Tr2PostProcessAttributes::vignetteDetail2Size, sources, debugObserver );
auto vignetteDetail2Scroll = Accumulate( &Tr2PostProcessAttributes::vignetteDetail2Scroll, sources, debugObserver );
auto vignetteShapePath = Accumulate( &Tr2PostProcessAttributes::vignetteShapePath, sources, debugObserver );
auto vignetteDetailPath = Accumulate( &Tr2PostProcessAttributes::vignetteDetailPath, sources, debugObserver );
auto vignetteSineFrequency = Accumulate( &Tr2PostProcessAttributes::vignetteSineFrequency, sources, debugObserver );
auto vignetteMinSineFrequency = Accumulate( &Tr2PostProcessAttributes::vignetteMinSineFrequency, sources, debugObserver );
auto vignetteMaxSineFrequency = Accumulate( &Tr2PostProcessAttributes::vignetteMaxSineFrequency, sources, debugObserver );
auto depthOfFieldScale = Accumulate( &Tr2PostProcessAttributes::depthOfFieldScale, sources, debugObserver );
auto depthOfFieldFocalDistance = Accumulate( &Tr2PostProcessAttributes::depthOfFieldFocalDistance, sources, debugObserver );
auto depthOfFieldFocalLength = Accumulate( &Tr2PostProcessAttributes::depthOfFieldFocalLength, sources, debugObserver );
auto depthOfFieldShape = Accumulate( &Tr2PostProcessAttributes::depthOfFieldShape, sources, debugObserver, MaxWeightAccumulator<Tr2Bokeh::Shape>() );
auto depthOfFieldForegroundBlurNeeded = Accumulate( &Tr2PostProcessAttributes::depthOfFieldForegroundBlurNeeded, sources, debugObserver );
auto whiteTemperature = Accumulate( &Tr2PostProcessAttributes::whiteTemperature, sources, debugObserver );
auto whiteTint = Accumulate( &Tr2PostProcessAttributes::whiteTint, sources, debugObserver );
auto colorSaturation = Accumulate( &Tr2PostProcessAttributes::colorSaturation, sources, debugObserver );
auto colorContrast = Accumulate( &Tr2PostProcessAttributes::colorContrast, sources, debugObserver );
auto colorGamma = Accumulate( &Tr2PostProcessAttributes::colorGamma, sources, debugObserver );
auto colorGain = Accumulate( &Tr2PostProcessAttributes::colorGain, sources, debugObserver );
auto colorOffset = Accumulate( &Tr2PostProcessAttributes::colorOffset, sources, debugObserver );
postprocess.SetBloom( nullptr );
postprocess.SetDesaturate( nullptr );
postprocess.SetFade( nullptr );
postprocess.SetFilmGrain( nullptr );
postprocess.SetSignalLoss( nullptr );
postprocess.SetVignette( nullptr );
postprocess.SetDepthOfField( nullptr );
postprocess.SetColorCorrection( nullptr );
postprocess.ClearLuts();
if( signalLossIntensity > 0 )
{
Tr2PPSignalLossEffectPtr signalLossEffect;
signalLossEffect.CreateInstance();
signalLossEffect->m_strength = signalLossIntensity;
postprocess.SetSignalLoss( signalLossEffect );
}
if( bloomBrightness > 0 )
{
Tr2PPBloomEffectPtr bloomEffect;
bloomEffect.CreateInstance();
bloomEffect->m_bloomBrightness = bloomBrightness;
bloomEffect->m_luminanceThreshold = bloomLuminanceThreshold;
bloomEffect->m_luminanceScale = bloomLuminanceScale;
bloomEffect->m_sizeScale = bloomSizeScale;
bloomEffect->m_directionalWeight = bloomDirectionalWeight;
bloomEffect->m_stepSizes = { bloomStepSize1, bloomStepSize2, bloomStepSize3, bloomStepSize4, bloomStepSize5, bloomStepSize6 };
bloomEffect->m_stepTints = { bloomStepTint1, bloomStepTint2, bloomStepTint3, bloomStepTint4, bloomStepTint5, bloomStepTint6 };
postprocess.SetBloom( bloomEffect );
}
if( grimeIntensity > 0 )
{
Tr2PPBloomEffectPtr bloomEffect;
if( postprocess.GetBloomIfAvailable() == nullptr )
{
bloomEffect.CreateInstance();
}
else
{
bloomEffect = postprocess.GetBloomIfAvailable();
}
bloomEffect->m_grimeWeight = grimeIntensity;
bloomEffect->m_grimePath = grimePath;
postprocess.SetBloom( bloomEffect );
}
if( filmGrainIntensity > 0 )
{
Tr2PPFilmGrainEffectPtr filmGrainEffect;
filmGrainEffect.CreateInstance();
filmGrainEffect->m_intensity = filmGrainIntensity;
filmGrainEffect->m_grainSize = filmGrainSize;
filmGrainEffect->m_grainDensity = filmGrainDensity;
filmGrainEffect->m_grainContrast = filmGrainContrast;
filmGrainEffect->m_brightnessModifier = filmGrainBrightnessModifier;
filmGrainEffect->m_colored = filmGrainColored;
filmGrainEffect->m_colorAmount = filmGrainColorAmount;
postprocess.SetFilmGrain( filmGrainEffect );
}
if( saturation != 0 )
{
Tr2PPDesaturateEffectPtr desaturationEffect;
desaturationEffect.CreateInstance();
desaturationEffect->m_intensity = saturation + 1.0f;
postprocess.SetDesaturate( desaturationEffect );
}
if( fadeIntensity > 0 )
{
Tr2PPFadeEffectPtr fadeEffect;
fadeEffect.CreateInstance();
fadeEffect->m_intensity = fadeIntensity;
fadeEffect->m_color = fadeColor;
postprocess.SetFade( fadeEffect );
}
size_t count = 0;
for( const auto& lut : lutPath.values )
{
if( count == lutPath.count )
{
break;
}
Tr2PPLutEffectPtr lutEffect;
lutEffect.CreateInstance();
lutEffect->m_influence = lut.weight * lutIntensity;
lutEffect->m_path = lut.value;
postprocess.AddLut( lutEffect );
++count;
}
if( vignetteIntensity > 0 )
{
Tr2PPVignetteEffectPtr vignetteEffect;
vignetteEffect.CreateInstance();
vignetteEffect->m_intensity = vignetteIntensity;
vignetteEffect->m_opacity = vignetteOpacity;
vignetteEffect->m_color = vignetteColor;
vignetteEffect->m_detail1Size = vignetteDetail1Size;
vignetteEffect->m_detail1Scroll = vignetteDetail1Scroll;
vignetteEffect->m_detail2Size = vignetteDetail2Size;
vignetteEffect->m_detail2Scroll = vignetteDetail2Scroll;
vignetteEffect->m_shapePath = vignetteShapePath;
vignetteEffect->m_detailPath = vignetteDetailPath;
vignetteEffect->m_sineFrequency = vignetteSineFrequency;
vignetteEffect->m_sineMinimum = vignetteMinSineFrequency;
vignetteEffect->m_sineMaximum = vignetteMaxSineFrequency;
postprocess.SetVignette( vignetteEffect );
}
if( depthOfFieldScale > 0 )
{
Tr2PPDepthOfFieldEffectPtr dofEffect;
dofEffect.CreateInstance();
dofEffect->m_scale = depthOfFieldScale;
dofEffect->m_cocScale = 1.0f;
dofEffect->m_focalDistance = depthOfFieldFocalDistance;
dofEffect->m_focalLength = depthOfFieldFocalLength;
dofEffect->m_bokehShape = depthOfFieldShape;
dofEffect->m_foregroundBlurNeeded = depthOfFieldForegroundBlurNeeded;
postprocess.SetDepthOfField( dofEffect );
}
postprocess.m_exposureAdjustment = exposureAdjustment;
// All color correction attributes are enabled because of weird interpolation issues when entering the post processing volumes.
// Due to that, this check is always going to be true. So we cannot _really_ turn color correction off...
if( whiteTemperature > 0 )
{
Tr2PPColorCorrectionEffectPtr colorCorrectionEffect;
colorCorrectionEffect.CreateInstance();
colorCorrectionEffect->m_whiteTemperature = whiteTemperature;
colorCorrectionEffect->m_whiteTint = whiteTint;
colorCorrectionEffect->m_colorSaturation = colorSaturation;
colorCorrectionEffect->m_colorContrast = colorContrast;
colorCorrectionEffect->m_colorGamma = colorGamma;
colorCorrectionEffect->m_colorGain = colorGain;
colorCorrectionEffect->m_colorOffset = colorOffset;
postprocess.SetColorCorrection( colorCorrectionEffect );
}
}
void Tr2PostProcessAttributes::Reset()
{
intensity = 0.0f;
priority = PostProcessEnums::Priority::MEDIUM_PRIORITY;
signalLossIntensity = Attribute( 0.0f );
bloomBrightness = Attribute( 0.0f );
bloomLuminanceThreshold = Attribute( 0.0f );
bloomLuminanceScale = Attribute( 0.0f );
bloomSizeScale = Bloom::DEFAULT_BLOOM_SIZE_SCALE;
bloomDirectionalWeight = Bloom::DEFAULT_BLOOM_DIRECTIONAL_WEIGHT;
bloomStepSize1 = Bloom::DEFAULT_BLOOM_STEP_1_SIZE;
bloomStepSize2 = Bloom::DEFAULT_BLOOM_STEP_2_SIZE;
bloomStepSize3 = Bloom::DEFAULT_BLOOM_STEP_3_SIZE;
bloomStepSize4 = Bloom::DEFAULT_BLOOM_STEP_4_SIZE;
bloomStepSize5 = Bloom::DEFAULT_BLOOM_STEP_5_SIZE;
bloomStepSize6 = Bloom::DEFAULT_BLOOM_STEP_6_SIZE;
bloomStepTint1 = Bloom::DEFAULT_BLOOM_STEP_1_TINT;
bloomStepTint2 = Bloom::DEFAULT_BLOOM_STEP_2_TINT;
bloomStepTint3 = Bloom::DEFAULT_BLOOM_STEP_3_TINT;
bloomStepTint4 = Bloom::DEFAULT_BLOOM_STEP_4_TINT;
bloomStepTint5 = Bloom::DEFAULT_BLOOM_STEP_5_TINT;
bloomStepTint6 = Bloom::DEFAULT_BLOOM_STEP_6_TINT;
grimeIntensity = Attribute( 0.0f );
grimePath = Attribute( BlueSharedString( "" ) );
exposureAdjustment = Attribute( 0.0f );
filmGrainIntensity = Attribute( 0.0f );
filmGrainSize = Attribute( 0.0f );
filmGrainDensity = Attribute( 0.0f );
filmGrainContrast = Attribute( 0.0f );
filmGrainBrightnessModifier = Attribute( 0.0f );
filmGrainColored = Attribute( false );
filmGrainColorAmount = Attribute( 0.0f );
saturation = Attribute( 0.0f );
fadeIntensity = Attribute( 0.0f );
fadeColor = Attribute( Color( 0.0f, 0.0f, 0.0f, 1.0f ) );
lutIntensity = Attribute( 0.0f );
lutPath = Attribute( BlueSharedString( "" ) );
prioritizedLuts.clear();
vignetteIntensity = Attribute( 0.0f );
vignetteOpacity = Attribute( 0.0f );
vignetteColor = Attribute( Color( 1.0f, 1.0f, 1.0f, 1.0f ) );
vignetteDetail1Size = Attribute( Vector2( 16.0, 16.0 ) );
vignetteDetail1Scroll = Attribute( Vector2( 0, 0 ) );
vignetteDetail2Size = Attribute( Vector2( 16.0, 16.0 ) );
vignetteDetail2Scroll = Attribute( Vector2( 0, 0 ) );
vignetteShapePath = Attribute( BlueSharedString( "" ) );
vignetteDetailPath = Attribute( BlueSharedString( "" ) );
vignetteSineFrequency = Attribute( 0.0f );
vignetteMinSineFrequency = Attribute( 0.0f );
vignetteMaxSineFrequency = Attribute( 0.0f );
depthOfFieldScale = Attribute( 0.0f );
depthOfFieldFocalDistance = Attribute( 0.0f );
depthOfFieldFocalLength = Attribute( 0.0f );
depthOfFieldShape = Attribute( Tr2Bokeh::Disk );
// We enable all color correction options because otherwise it would interpolate from zero to whatever the
// postprocess volume has set, giving us weird results when entering the volume.
whiteTemperature = Attribute( 6500.0f, true );
whiteTint = Attribute( 0.0f, true );
colorSaturation = Attribute( 1.0f, true );
colorContrast = Attribute( 1.0f, true );
colorGamma = Attribute( 1.0f, true );
colorGain = Attribute( Vector3( 1.0f, 1.0f, 1.0f ), true );
colorOffset = Attribute( Vector3( 0.0f, 0.0f, 0.0f ), true );
}
void Tr2PostProcessAttributes::FromPostProcess( Tr2PostProcess2* postProcess, PostProcessEnums::Priority inPriority, float inIntensity )
{
// important to nuke any old values
Reset();
intensity = inIntensity;
priority = inPriority;
if( !postProcess )
{
return;
}
if( auto signalLoss = postProcess->GetSignalLossIfAvailable() )
{
signalLossIntensity = Attribute( signalLoss->m_strength, true );
}
if( auto bloom = postProcess->GetBloomIfAvailable() )
{
bloomBrightness = Attribute( bloom->m_bloomBrightness, true );
bloomLuminanceScale = Attribute( bloom->m_luminanceScale, true );
bloomLuminanceThreshold = Attribute( bloom->m_luminanceThreshold, true );
grimeIntensity = Attribute( bloom->m_grimeWeight, true );
grimePath = Attribute( bloom->m_grimePath, true );
bloomSizeScale = Attribute( bloom->m_sizeScale, true );
bloomDirectionalWeight = Attribute( bloom->m_directionalWeight, true );
bloomStepSize1 = Attribute( bloom->m_stepSizes[0], true );
bloomStepSize2 = Attribute( bloom->m_stepSizes[1], true );
bloomStepSize3 = Attribute( bloom->m_stepSizes[2], true );
bloomStepSize4 = Attribute( bloom->m_stepSizes[3], true );
bloomStepSize5 = Attribute( bloom->m_stepSizes[4], true );
bloomStepSize6 = Attribute( bloom->m_stepSizes[5], true );
bloomStepTint1 = Attribute( bloom->m_stepTints[0], true );
bloomStepTint2 = Attribute( bloom->m_stepTints[1], true );
bloomStepTint3 = Attribute( bloom->m_stepTints[2], true );
bloomStepTint4 = Attribute( bloom->m_stepTints[3], true );
bloomStepTint5 = Attribute( bloom->m_stepTints[4], true );
bloomStepTint6 = Attribute( bloom->m_stepTints[5], true );
}
if( auto filmGrain = postProcess->GetFilmGrainIfAvailable() )
{
filmGrainIntensity = Attribute( filmGrain->m_intensity, true );
filmGrainSize = Attribute( filmGrain->m_grainSize, true );
filmGrainDensity = Attribute( filmGrain->m_grainDensity, true );
filmGrainContrast = Attribute( filmGrain->m_grainContrast, true );
filmGrainBrightnessModifier = Attribute( filmGrain->m_brightnessModifier, true );
filmGrainColored = Attribute( filmGrain->m_colored, true );
filmGrainColorAmount = Attribute( filmGrain->m_colorAmount, true );
}
if( auto desaturate = postProcess->GetDesaturateIfAvailable() )
{
// negative is desaturation, positive is saturation, so move the zero point to 0.0 from 1.0
saturation = Attribute( desaturate->m_intensity - 1.0f, true );
}
if( auto fade = postProcess->GetFadeIfAvailable() )
{
fadeIntensity = Attribute( fade->m_intensity, true );
fadeColor = Attribute( fade->m_color, true );
}
if( auto vignette = postProcess->GetVignetteIfAvailable() )
{
vignetteIntensity = Attribute( vignette->m_intensity, true );
vignetteOpacity = Attribute( vignette->m_opacity, true );
vignetteColor = Attribute( vignette->m_color, true );
vignetteDetail1Size = Attribute( vignette->m_detail1Size, true );
vignetteDetail1Scroll = Attribute( vignette->m_detail1Scroll, true );
vignetteDetail2Size = Attribute( vignette->m_detail2Size, true );
vignetteDetail2Scroll = Attribute( vignette->m_detail2Scroll, true );
vignetteShapePath = Attribute( vignette->m_shapePath, true );
vignetteDetailPath = Attribute( vignette->m_detailPath, true );
vignetteSineFrequency = Attribute( vignette->m_sineFrequency, true );
vignetteMinSineFrequency = Attribute( vignette->m_sineMinimum, true );
vignetteMaxSineFrequency = Attribute( vignette->m_sineMaximum, true );
}
if( auto depthOfField = postProcess->GetDepthOfFieldIfAvailable() )
{
depthOfFieldScale = Attribute( depthOfField->m_scale, true );
depthOfFieldFocalDistance = Attribute( depthOfField->m_focalDistance, true );
depthOfFieldFocalLength = Attribute( depthOfField->m_focalLength, true );
depthOfFieldShape = Attribute( depthOfField->m_bokehShape, true );
}
auto luts = std::vector<const Tr2PPLutEffect*>();
postProcess->GetAvilableSortedLuts( luts );
for( auto lut : luts )
{
// just get the maximum lut intensity
lutIntensity = Attribute( lut->m_influence, true );
lutPath = Attribute( lut->m_path, true );
break;
}
if( auto colorCorrection = postProcess->GetColorCorrectionIfAvailable() )
{
whiteTemperature = Attribute( colorCorrection->m_whiteTemperature, true );
whiteTint = Attribute( colorCorrection->m_whiteTint, true );
colorSaturation = Attribute( colorCorrection->m_colorSaturation, true );
colorContrast = Attribute( colorCorrection->m_colorContrast, true );
colorGamma = Attribute( colorCorrection->m_colorGamma, true );
colorGain = Attribute( colorCorrection->m_colorGain, true );
colorOffset = Attribute( colorCorrection->m_colorOffset, true );
}
}