public SeaShellEffect()
{
m_hueSaturationEffect = new HueSaturationEffect() { Saturation = 0.6 -1 };
m_vibranceEffect = new VibranceEffect() { Level = .6 };
m_splitToningEffect = new SplitToneEffect
{
ShadowsHue = 230,
ShadowsSaturation = 37,
HighlightsHue = 50,
HighlightsSaturation = 20
};
var globalCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(0, 10),
new Point(32, 68),
new Point(64, 119),
new Point(96, 158),
new Point(128, 187),
new Point(160, 209),
new Point(192, 226),
new Point(255, 248)
});
var curve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(10, 0),
new Point(32, 27),
new Point(70, 70)
});
var redCurve = globalCurve;
var greenCurve = Curve.Compose(curve, globalCurve, null);
var blueCurve = globalCurve;
var curvesEffect = new CurvesEffect(redCurve, greenCurve, blueCurve);
var colorizationLayerList = new LayerList(
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleEffect()),
new Layer(LayerStyle.Multiply(), context => new ColorImageSource(context.HintedRenderSize, Color.FromArgb(0xff, 0xff, 0xe6, 0x99)))
);
LayerList.AddRange(
new AdjustmentLayer(LayerStyle.Normal(0.2), context => colorizationLayerList.ToImageProvider(context.BackgroundImage, context.HintedRenderSize, context.HintedRenderSize)),
new AdjustmentLayer(LayerStyle.Normal(), new ContrastEffect(-0.15)),
new AdjustmentLayer(LayerStyle.Normal(), curvesEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_hueSaturationEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_vibranceEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_splitToningEffect)
);
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("SaturationLevel", -1.0, 1.0, this, filter => filter.SaturationLevel, (filter, value) => filter.SaturationLevel = value));
// Editors.Add(new RangeEditorViewModel<SeaShellEffect>("ContrastLevel", -1.0, 1.0, this, filter => filter.ContrastLevel, (filter, value) => filter.ContrastLevel = value));
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("VibranceLevel", 0, 1.0, this, filter => filter.VibranceLevel, (filter, value) => filter.VibranceLevel = value));
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("ShadowsHue", 0, 365, this, filter => filter.ShadowsHue, (filter, value) => filter.ShadowsHue = (int)value));
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("ShadowsSaturation", 0, 100, this, filter => filter.ShadowsSaturation, (filter, value) => filter.ShadowsSaturation = (int)value));
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("HighlightsHue", 0, 365, this, filter => filter.HighlightsHue, (filter, value) => filter.HighlightsHue = (int)value));
Editors.Add(new RangeEditorViewModel<SeaShellEffect>("HighlightsSaturation", 0, 100, this, filter => filter.HighlightsSaturation, (filter, value) => filter.HighlightsSaturation = (int)value));
}
public BWEffect()
{
var curvesEffect = new CurvesEffect(new Curve(CurveInterpolation.NaturalCubicSpline)
{
Points = new[]
{
new Point(0,0),
new Point(41, 59),
new Point(112, 146),
new Point(189, 211),
new Point(255, 255),
}
});
m_lomoStack = new LayerList()
{
new AdjustmentLayer(LayerStyle.Normal(), new LomoEffect(0.3, 0.0, LomoVignetting.High, LomoStyle.Neutral))
};
LayerList = new LayerList()
{
new AdjustmentLayer(LayerStyle.Normal(), curvesEffect),
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleEffect()),
new AdjustmentLayer(LayerStyle.Normal(), new SharpnessEffect(0.15)),
new Layer(LayerStyle.Hardlight(0.1), context => m_lomoStack.ToImageProvider(context.BackgroundImage, context.HintedRenderSize))
};
}
public QuartzEffect()
{
m_cachingEffect = new CachingEffect();
var curve = new Curve();
curve.SetPoint(16, 7);
curve.SetPoint(39, 24);
curve.SetPoint(208, 223);
curve.SetPoint(234, 247);
var positiveBrightnessCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(48, 124),
new Point(64, 162),
new Point(80, 193),
new Point(96, 214),
new Point(112, 229),
new Point(128, 239),
new Point(144, 245),
new Point(160, 249),
new Point(192, 253),
new Point(240, 255)
});
var negativeBrightnessCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(160, 63),
new Point(192, 79),
new Point(208, 90),
new Point(224, 106),
new Point(236, 123),
new Point(244, 141),
new Point(248, 156),
new Point(252, 183)
});
var brightnessCurve = Curve.Interpolate(new Curve(), positiveBrightnessCurve, 0.1, null);
var clarityList = new LayerList(
new AdjustmentLayer(LayerStyle.Normal(), m_cachingEffect),
new AdjustmentLayer(LayerStyle.Softlight(), new SDKTestApp_Native.HighpassEffect(100, true, 8))
);
LayerList.AddRange(
new AdjustmentLayer(LayerStyle.Normal(), new CurvesEffect(curve)),
new AdjustmentLayer(LayerStyle.Normal(), new CurvesEffect(brightnessCurve)),
// Clarity
new Layer(LayerStyle.Darken(), context => clarityList.ToImageProvider(context.BackgroundImage, context.HintedRenderSize)),
new AdjustmentLayer(LayerStyle.Normal(), new HueSaturationEffect(0, 0.65-1)),
new AdjustmentLayer(LayerStyle.Normal(), new VibranceEffect() { Level = 0.1 }),
new AdjustmentLayer(LayerStyle.Normal(), new SDKTestApp_Native.SplitToneEffect() { HighlightsSaturation = 42, HighlightsHue = 45 })
);
}
public async Task RenderWithBackgroundPassedInConstructor()
{
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layerList = new LayerList(backgroundImage, backgroundImage.Size, new Layer[]
{
new Layer(LayerStyle.Add(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255, 32, 16, 8)))
});
var layersEffect = await layerList.ToImageProvider().AsTask();
var renderedBitmap = await layersEffect.GetBitmapAsync(null, OutputOption.PreserveAspectRatio);
var pixels = renderedBitmap.Buffers[0].Buffer.ToArray();
Assert.AreEqual(135, pixels[0]);
Assert.AreEqual(143, pixels[1]);
Assert.AreEqual(160, pixels[2]);
Assert.AreEqual(255, pixels[3]);
}
public async Task RenderWithBackgroundAndDifferentRenderSizePassedInToImageProvider()
{
var layerList = new LayerList(new Layer[]
{
new Layer(LayerStyle.Add(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255, 32, 16, 8)))
});
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layersEffect = await layerList.ToImageProvider(backgroundImage, backgroundImage.Size, new Size(50, 50)).AsTask();
var bitmap = new Bitmap(new Size(50, 50), ColorMode.Bgra8888);
await layersEffect.GetBitmapAsync(bitmap, OutputOption.PreserveAspectRatio);
var pixels = bitmap.Buffers[0].Buffer.ToArray();
Assert.AreEqual(135, pixels[0]);
Assert.AreEqual(143, pixels[1]);
Assert.AreEqual(159, pixels[2]);
Assert.AreEqual(255, pixels[3]);
}
public async Task RenderWithBackgroundAndDifferentRenderSizePassedInToImageProvider()
{
var layerList = new LayerList(new Layer[]
{
new Layer(LayerStyle.Add(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255, 32, 16, 8)))
});
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layersEffect = await layerList.ToImageProvider(backgroundImage, backgroundImage.ImageSize, new Size(50, 50)).AsTask();
var bitmap = new Bitmap(new Size(50, 50), ColorMode.Bgra8888);
var bitmapRenderer = new BitmapRenderer(layersEffect, bitmap);
var renderedBitmap = await bitmapRenderer.RenderAsync();
var pixels = bitmap.Buffers[0].Buffer.ToArray();
Assert.AreEqual(136, pixels[0]);
Assert.AreEqual(144, pixels[1]);
Assert.AreEqual(160, pixels[2]);
Assert.AreEqual(255, pixels[3]);
}
public OpalEffect()
{
m_cachingEffect = new CachingEffect();
var clarityList = new LayerList(
new AdjustmentLayer(LayerStyle.Normal(), m_cachingEffect),
new AdjustmentLayer(LayerStyle.Softlight(), new SDKTestApp_Native.HighpassEffect(100, true, 8))
);
m_selectiveColorEffect = new SelectiveColorEffect
{
Red = new CMYK {Yellow = 5},
Yellow = new CMYK {Yellow = 40, Key = 15},
Green = new CMYK {Cyan = 20, Yellow = 20, Key = 30},
Cyan = new CMYK {Key = 61},
Blue = new CMYK {Key = 30}
};
LayerList.AddRange(
// Clarity
new Layer(LayerStyle.Darken(0.5), context => clarityList.ToImageProvider(context.BackgroundImage, context.HintedRenderSize)),
new AdjustmentLayer(LayerStyle.Normal(), m_selectiveColorEffect),
new AdjustmentLayer(LayerStyle.Normal(), new HueSaturationEffect(0.0, 0.06)),
new AdjustmentLayer(LayerStyle.Normal(), new VibranceEffect() { Level = 0.1 }),
new Layer(LayerStyle.Overlay(), context => new ColorImageSource(context.HintedRenderSize, Color.FromArgb(0xFF, 0xFF, 0xE6, 0x99)))
);
/* Editors.Add(new RangeEditorViewModel<OpalEffect>("SaturationLevel", -1.0, 1.0, this, filter => filter.SaturationLevel, (filter, value) => filter.SaturationLevel = value));
// Editors.Add(new RangeEditorViewModel<OpalEffect>("ContrastLevel", -1.0, 1.0, this, filter => filter.ContrastLevel, (filter, value) => filter.ContrastLevel = value));
Editors.Add(new RangeEditorViewModel<OpalEffect>("VibranceLevel", 0, 1.0, this, filter => filter.VibranceLevel, (filter, value) => filter.VibranceLevel = value));
Editors.Add(new RangeEditorViewModel<OpalEffect>("ShadowsHue", 0, 365, this, filter => filter.ShadowsHue, (filter, value) => filter.ShadowsHue = (int)value));
Editors.Add(new RangeEditorViewModel<OpalEffect>("ShadowsSaturation", 0, 100, this, filter => filter.ShadowsSaturation, (filter, value) => filter.ShadowsSaturation = (int)value));
Editors.Add(new RangeEditorViewModel<OpalEffect>("HighlightsHue", 0, 365, this, filter => filter.HighlightsHue, (filter, value) => filter.HighlightsHue = (int)value));
Editors.Add(new RangeEditorViewModel<OpalEffect>("HighlightsSaturation", 0, 100, this, filter => filter.HighlightsSaturation, (filter, value) => filter.HighlightsSaturation = (int)value));
*/
}
public async Task ImageProviderTopology()
{
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layerList = new LayerList(backgroundImage, backgroundImage.Size, new Layer[]
{
new Layer(LayerStyle.Multiply(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255, 32, 16, 8))),
new AdjustmentLayer(LayerStyle.Screen(0.5), new ContrastFilter(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new BrightnessFilter(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleFilter())
});
var layersEffect = await layerList.ToImageProvider(new Size(50, 50)).AsTask();
var chain = GetChain(layersEffect);
Assert.AreEqual(5, chain.Count);
Assert.AreSame(backgroundImage, chain.FirstOrDefault());
Assert.IsInstanceOfType(chain[1], typeof(BlendEffect)); // Layer with ColorImageSource
Assert.IsInstanceOfType(((BlendEffect)chain[1]).ForegroundSource, typeof(ColorImageSource));
Assert.IsInstanceOfType(chain[2], typeof(BlendEffect));
Assert.IsInstanceOfType(((BlendEffect)chain[2]).ForegroundSource, typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)((BlendEffect)chain[2]).ForegroundSource).Filters.Single(), typeof(ContrastFilter));
Assert.IsInstanceOfType(chain[3], typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)chain[3]).Filters.Single(), typeof(BrightnessFilter));
Assert.IsInstanceOfType(chain[4], typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)chain[4]).Filters.Single(), typeof(GrayscaleFilter));
// Assert.IsInstanceOfType(chain[5], typeof(FilterEffect));
// Assert.IsInstanceOfType(((FilterEffect)chain[5]).Filters.Single(), typeof(ReframingFilter));
}
public async Task ImageProviderTopology()
{
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layerList = new LayerList(backgroundImage, backgroundImage.ImageSize, new Layer[]
{
new Layer(LayerStyle.Multiply(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255,32,16,8))),
new AdjustmentLayer(LayerStyle.Screen(0.5), new ContrastEffect(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new BrightnessEffect(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleEffect())
});
var layersEffect = await layerList.ToImageProvider(new Size(50,50)).AsTask();
var chain = GetChain(layersEffect);
Assert.AreEqual(5, chain.Count);
Assert.AreSame(backgroundImage, chain.FirstOrDefault());
Assert.IsInstanceOfType(chain[1],typeof(BlendEffect)); // Layer with ColorImageSource
Assert.IsInstanceOfType(((BlendEffect)chain[1]).ForegroundSource, typeof(ColorImageSource));
Assert.IsInstanceOfType(chain[2], typeof(BlendEffect));
Assert.IsInstanceOfType(((BlendEffect)chain[2]).ForegroundSource, typeof(ContrastEffect));
Assert.IsInstanceOfType(chain[3], typeof(BrightnessEffect));
Assert.IsInstanceOfType(chain[4], typeof(GrayscaleEffect));
}
public async Task RenderWithBackgroundAndDifferentRenderSizePassedInToImageProvider()
{
var layerList = new LayerList(new Layer[]
{
new Layer(LayerStyle.Add(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255,32,16,8)))
});
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layersEffect = await layerList.ToImageProvider(backgroundImage, backgroundImage.ImageSize, new Size(50,50)).AsTask();
var bitmap = new Bitmap(new Size(50,50), ColorMode.Bgra8888);
var bitmapRenderer = new BitmapRenderer(layersEffect, bitmap);
var renderedBitmap = await bitmapRenderer.RenderAsync();
var pixels = bitmap.Buffers[0].Buffer.ToArray();
Assert.AreEqual(136, pixels[0]);
Assert.AreEqual(144, pixels[1]);
Assert.AreEqual(160, pixels[2]);
Assert.AreEqual(255, pixels[3]);
}
public async Task ImageProviderTopologyWithNesting()
{
var secondaryBackgroundImage = new ColorImageSource(new Size(100, 100), Colors.RosyBrown);
var secondaryLayerList = new LayerList(secondaryBackgroundImage, secondaryBackgroundImage.Size, new Layer[]
{
new AdjustmentLayer(LayerStyle.Normal(), new BrightnessFilter(1.0), new ContrastFilter(0.1))
});
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layerList = new LayerList(backgroundImage, backgroundImage.Size, new Layer[]
{
new Layer(LayerStyle.Multiply(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255,32,16,8))),
new AdjustmentLayer(LayerStyle.Screen(0.5), new ContrastFilter(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new BrightnessFilter(0.7)),
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleFilter()),
new AdjustmentLayer(LayerStyle.Overlay(), secondaryLayerList.ToImageProvider())
});
var layersEffect = await layerList.ToImageProvider(new Size(50, 50)).AsTask();
var chain = GetChain(layersEffect);
Assert.AreEqual(6, chain.Count);
Assert.AreSame(backgroundImage, chain.FirstOrDefault());
Assert.IsInstanceOfType(chain[1], typeof(BlendEffect)); // Layer with ColorImageSource
Assert.IsInstanceOfType(((BlendEffect)chain[1]).ForegroundSource, typeof(ColorImageSource));
Assert.IsInstanceOfType(chain[2], typeof(BlendEffect));
Assert.IsInstanceOfType(((BlendEffect)chain[2]).ForegroundSource, typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)((BlendEffect)chain[2]).ForegroundSource).Filters.Single(), typeof(ContrastFilter));
Assert.IsInstanceOfType(chain[3], typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)chain[3]).Filters.Single(), typeof(BrightnessFilter));
Assert.IsInstanceOfType(chain[4], typeof(FilterEffect));
Assert.IsInstanceOfType(((FilterEffect)chain[4]).Filters.Single(), typeof(GrayscaleFilter));
Assert.IsInstanceOfType(chain[5], typeof(BlendEffect));
Assert.IsInstanceOfType(((BlendEffect)chain[5]).ForegroundSource, typeof(FilterEffect));
var filters = ((FilterEffect)((BlendEffect)chain[5]).ForegroundSource).Filters.ToArray();
Assert.IsInstanceOfType(filters[0], typeof(BrightnessFilter));
Assert.IsInstanceOfType(filters[1], typeof(ContrastFilter));
}
public async Task RenderWithBackgroundAndDifferentRenderSizePassedInToImageProvider()
{
var layerList = new LayerList(new Layer[]
{
new Layer(LayerStyle.Add(), context => new ColorImageSource(context.BackgroundLayer.ImageSize, Color.FromArgb(255,32,16,8)))
});
var backgroundImage = new ColorImageSource(new Size(100, 100), Color.FromArgb(255, 128, 128, 128));
var layersEffect = await layerList.ToImageProvider(backgroundImage, backgroundImage.Size, new Size(50,50)).AsTask();
var bitmap = new Bitmap(new Size(50,50), ColorMode.Bgra8888);
await layersEffect.GetBitmapAsync(bitmap, OutputOption.PreserveAspectRatio);
var pixels = bitmap.Buffers[0].Buffer.ToArray();
Assert.AreEqual(135, pixels[0]);
Assert.AreEqual(143, pixels[1]);
Assert.AreEqual(159, pixels[2]);
Assert.AreEqual(255, pixels[3]);
}
public SeaShellEffect()
{
m_hueSaturationEffect = new HueSaturationEffect()
{
Saturation = 0.6 - 1
};
m_vibranceEffect = new VibranceEffect()
{
Level = .6
};
m_splitToningEffect = new SplitToneEffect
{
ShadowsHue = 230,
ShadowsSaturation = 37,
HighlightsHue = 50,
HighlightsSaturation = 20
};
var globalCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(0, 10),
new Point(32, 68),
new Point(64, 119),
new Point(96, 158),
new Point(128, 187),
new Point(160, 209),
new Point(192, 226),
new Point(255, 248)
});
var curve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(10, 0),
new Point(32, 27),
new Point(70, 70)
});
var redCurve = globalCurve;
var greenCurve = Curve.Compose(curve, globalCurve, null);
var blueCurve = globalCurve;
var curvesEffect = new CurvesEffect(redCurve, greenCurve, blueCurve);
var colorizationLayerList = new LayerList(
new AdjustmentLayer(LayerStyle.Normal(), new GrayscaleEffect()),
new Layer(LayerStyle.Multiply(), context => new ColorImageSource(context.HintedRenderSize, Color.FromArgb(0xff, 0xff, 0xe6, 0x99)))
);
LayerList.AddRange(
new AdjustmentLayer(LayerStyle.Normal(0.2), context => colorizationLayerList.ToImageProvider(context.BackgroundImage, context.HintedRenderSize, context.HintedRenderSize)),
new AdjustmentLayer(LayerStyle.Normal(), new ContrastEffect(-0.15)),
new AdjustmentLayer(LayerStyle.Normal(), curvesEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_hueSaturationEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_vibranceEffect),
new AdjustmentLayer(LayerStyle.Normal(), m_splitToningEffect)
);
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("SaturationLevel", -1.0, 1.0, this, filter => filter.SaturationLevel, (filter, value) => filter.SaturationLevel = value));
// Editors.Add(new RangeEditorViewModel<SeaShellEffect>("ContrastLevel", -1.0, 1.0, this, filter => filter.ContrastLevel, (filter, value) => filter.ContrastLevel = value));
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("VibranceLevel", 0, 1.0, this, filter => filter.VibranceLevel, (filter, value) => filter.VibranceLevel = value));
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("ShadowsHue", 0, 365, this, filter => filter.ShadowsHue, (filter, value) => filter.ShadowsHue = (int)value));
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("ShadowsSaturation", 0, 100, this, filter => filter.ShadowsSaturation, (filter, value) => filter.ShadowsSaturation = (int)value));
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("HighlightsHue", 0, 365, this, filter => filter.HighlightsHue, (filter, value) => filter.HighlightsHue = (int)value));
Editors.Add(new RangeEditorViewModel <SeaShellEffect>("HighlightsSaturation", 0, 100, this, filter => filter.HighlightsSaturation, (filter, value) => filter.HighlightsSaturation = (int)value));
}
protected override MaybeTask <IImageProvider> GetEffectInternalAsync(IImageProvider source, Size sourceSize, Size renderSize)
{
return(LayerList.ToImageProvider(source, sourceSize, renderSize));
}
public QuartzEffect()
{
m_cachingEffect = new CachingEffect();
var curve = new Curve();
curve.SetPoint(16, 7);
curve.SetPoint(39, 24);
curve.SetPoint(208, 223);
curve.SetPoint(234, 247);
var positiveBrightnessCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(48, 124),
new Point(64, 162),
new Point(80, 193),
new Point(96, 214),
new Point(112, 229),
new Point(128, 239),
new Point(144, 245),
new Point(160, 249),
new Point(192, 253),
new Point(240, 255)
});
var negativeBrightnessCurve = new Curve(CurveInterpolation.Linear, new[]
{
new Point(160, 63),
new Point(192, 79),
new Point(208, 90),
new Point(224, 106),
new Point(236, 123),
new Point(244, 141),
new Point(248, 156),
new Point(252, 183)
});
var brightnessCurve = Curve.Interpolate(new Curve(), positiveBrightnessCurve, 0.1, null);
var clarityList = new LayerList(
new AdjustmentLayer(LayerStyle.Normal(), m_cachingEffect),
new AdjustmentLayer(LayerStyle.Softlight(), new SDKTestApp_Native.HighpassEffect(100, true, 8))
);
LayerList.AddRange(
new AdjustmentLayer(LayerStyle.Normal(), new CurvesEffect(curve)),
new AdjustmentLayer(LayerStyle.Normal(), new CurvesEffect(brightnessCurve)),
// Clarity
new Layer(LayerStyle.Darken(), context => clarityList.ToImageProvider(context.BackgroundImage, context.HintedRenderSize)),
new AdjustmentLayer(LayerStyle.Normal(), new HueSaturationEffect(0, 0.65 - 1)),
new AdjustmentLayer(LayerStyle.Normal(), new VibranceEffect()
{
Level = 0.1
}),
new AdjustmentLayer(LayerStyle.Normal(), new SDKTestApp_Native.SplitToneEffect()
{
HighlightsSaturation = 42, HighlightsHue = 45
})
);
}
