public void AddProcessorInfoObjectToAsset(ImageSequence asset, ProcessorInfo info)
{
AssetDatabase.AddObjectToAsset(info, asset);
info.hideFlags = HideFlags.HideInHierarchy;
}
public RotateProcessor(FrameProcessorStack processorStack, ProcessorInfo info)
: base("Packages/com.unity.vfx-toolbox/ImageSequencer/Editor/Shaders/Rotate.shader", processorStack, info)
{
}
public FixBordersProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Assets/VFXToolbox/ImageSequencer/Editor/Shaders/FixBorders.shader", stack, info)
{
}
public FixBordersProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Packages/com.unity.vfx-toolbox/ImageSequencer/Editor/Shaders/FixBorders.shader", stack, info)
{
}
public AlphaFromRGBProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Assets/VFXToolbox/ImageSequencer/Editor/Shaders/AlphaFromRGB.shader", stack, info)
{
}
public PremultiplyAlphaProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Packages/com.unity.vfx-toolbox/ImageSequencer/Editor/Shaders/PremultiplyAlpha.shader", stack, info)
{
}
public DecimateProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Packages/com.unity.vfx-toolbox/ImageSequencer/Editor/Shaders/Null.shader", stack, info)
{
settings.DecimateBy = 2;
}
public AssembleProcessor(FrameProcessorStack processorStack, ProcessorInfo info)
: base("Assets/VFXToolbox/ImageSequencer/Editor/Shaders/AssembleBlit.shader", processorStack, info)
{
}
public AlphaFromRGBProcessor(FrameProcessorStack stack, ProcessorInfo info)
: base("Packages/com.unity.vfx-toolbox/ImageSequencer/Editor/Shaders/AlphaFromRGB.shader", stack, info)
{
}
public RemoveBackgroundBlendingProcessor(FrameProcessorStack processorStack, ProcessorInfo info)
: base("Assets/VFXToolbox/ImageSequencer/Editor/Shaders/Unblend.shader", processorStack, info)
{
}
private void MenuAddProcessor(object processorName)
{
Undo.RecordObject(m_CurrentAsset, "Add Processor : " + processorName);
string name = (string)processorName;
FrameProcessor processor = null;
switch (name)
{
case "Break Flipbook":
processor = new BreakFlipbookProcessor(m_processorStack, ProcessorInfo.CreateDefault <BreakFilpbookProcessorSettings>(name, true));
break;
case "Crop":
processor = new CropProcessor(m_processorStack, ProcessorInfo.CreateDefault <CropProcessorSettings>(name, true));
break;
case "Rotate":
processor = new RotateProcessor(m_processorStack, ProcessorInfo.CreateDefault <RotateProcessorSettings>(name, true));
break;
case "Retime":
processor = new RetimeProcessor(m_processorStack, ProcessorInfo.CreateDefault <RetimeProcessorSettings>(name, true));
break;
case "Looping":
processor = new LoopingProcessor(m_processorStack, ProcessorInfo.CreateDefault <LoopingProcessorSettings>(name, true));
break;
case "Remove Background":
processor = new RemoveBackgroundBlendingProcessor(m_processorStack, ProcessorInfo.CreateDefault <RemoveBackgroundSettings>(name, true));
break;
case "Decimate":
processor = new DecimateProcessor(m_processorStack, ProcessorInfo.CreateDefault <DecimateProcessorSettings>(name, true));
break;
case "Fix Borders":
processor = new FixBordersProcessor(m_processorStack, ProcessorInfo.CreateDefault <FixBordersProcessorSettings>(name, true));
break;
case "Fade":
processor = new FadeProcessor(m_processorStack, ProcessorInfo.CreateDefault <FadeProcessorSettings>(name, true));
break;
case "Assemble Flipbook":
processor = new AssembleProcessor(m_processorStack, ProcessorInfo.CreateDefault <AssembleProcessorSettings>(name, true));
break;
case "Premultiply Alpha":
processor = new PremultiplyAlphaProcessor(m_processorStack, ProcessorInfo.CreateDefault <PremultiplyAlphaProcessorSettings>(name, true));
break;
case "Color Correction":
processor = new ColorCorrectionProcessor(m_processorStack, ProcessorInfo.CreateDefault <ColorCorrectionProcessorSettings>(name, true));
break;
case "Alpha From RGB":
processor = new AlphaFromRGBProcessor(m_processorStack, ProcessorInfo.CreateDefault <AlphaFromRGBProcessorSettings>(name, true));
break;
case "Remap Color":
processor = new RemapColorProcessor(m_processorStack, ProcessorInfo.CreateDefault <RemapColorProcessorSettings>(name, true));
break;
case "Resize":
processor = new ResizeProcessor(m_processorStack, ProcessorInfo.CreateDefault <ResizeProcessorSettings>(name, true));
break;
case "Custom Material":
processor = new CustomMaterialProcessor(m_processorStack, ProcessorInfo.CreateDefault <CustomMaterialProcessorSettings>(name, true));
break;
default: break;
}
if (processor != null)
{
m_processorStack.AddProcessor(processor, m_CurrentAsset);
m_processorStack.InvalidateAll();
UpdateViewport();
}
}
public GPUFrameProcessor(string shaderPath, FrameProcessorStack processorStack, ProcessorInfo info)
: this(AssetDatabase.LoadAssetAtPath <Shader>(shaderPath), processorStack, info)
{
}
