public DirectComputeFilter(IShaderFilterSettings <IShader11> settings, int threadGroupX, int threadGroupY,
int threadGroupZ, params IBaseTextureFilter[] inputFilters)
: base(settings, inputFilters)
{
ThreadGroupX = threadGroupX;
ThreadGroupY = threadGroupY;
ThreadGroupZ = threadGroupZ;
}
public NNedi3HKernelFilter(IShaderFilterSettings <IKernel> settings, IDisposable buffer, int neuronCount, TextureSize textureSize, int[] localWorkSizes,
ITextureFilter <IBaseTexture> inputFilter)
: base(settings, GlobalWorkSizesHelper.Get(textureSize.Height, textureSize.Width, localWorkSizes), localWorkSizes, inputFilter)
{
m_Buffer = buffer;
m_NeuronCount = neuronCount;
m_TextureSize = textureSize;
}
protected static TextureSize CalcSize(IShaderFilterSettings <T> settings, params IBaseTextureFilter[] inputFilters)
{
if (settings.SizeIndex < 0 || settings.SizeIndex >= inputFilters.Length || inputFilters[settings.SizeIndex] == null)
{
throw new IndexOutOfRangeException(string.Format("No valid input filter at index {0}", settings.SizeIndex));
}
return(settings.Transform(inputFilters[settings.SizeIndex].Size()));
}
protected GenericShaderFilter(IShaderFilterSettings <T> settings, params IBaseTextureFilter[] inputFilters)
: base(CalcSize(settings, inputFilters), settings.Format, inputFilters)
{
Shader = settings.Shader;
LinearSampling = settings.PerTextureLinearSampling
.Concat(Enumerable.Repeat(settings.LinearSampling, inputFilters.Length - settings.PerTextureLinearSampling.Length))
.ToArray();
Args = settings.Arguments;
this.AddLabel(settings.Name, 50);
}
public static ITextureFilter ApplyTo <T>(this IShaderFilterSettings <T> settings, params IBaseTextureFilter[] inputFilters)
where T : IShaderBase
{
if (settings is IShaderFilterSettings <IShader> )
{
return(new ShaderFilter((IShaderFilterSettings <IShader>)settings, inputFilters));
}
if (settings is IShaderFilterSettings <IShader11> )
{
return(new Shader11Filter((IShaderFilterSettings <IShader11>)settings, inputFilters));
}
throw new ArgumentException("Unsupported Shader type.");
}
protected GenericShaderFilter(IShaderFilterSettings <T> settings, params IBaseTextureFilter[] inputFilters)
: base(inputFilters)
{
Shader = settings.Shader;
LinearSampling = settings.PerTextureLinearSampling
.Concat(Enumerable.Repeat(settings.LinearSampling, inputFilters.Length - settings.PerTextureLinearSampling.Length))
.ToArray();
Transform = settings.Transform;
Format = settings.Format;
SizeIndex = settings.SizeIndex;
if (SizeIndex < 0 || SizeIndex >= inputFilters.Length || inputFilters[SizeIndex] == null)
{
throw new IndexOutOfRangeException(string.Format("No valid input filter at index {0}", SizeIndex));
}
Args = settings.Arguments;
}
public static ITextureFilter Apply <T>(this ITextureFilter filter, IShaderFilterSettings <T> settings)
where T : IShaderBase
{
return(settings.ApplyTo(filter));
}
public static ITextureFilter ApplyTo <T>(this IShaderFilterSettings <T> settings, IEnumerable <IBaseTextureFilter> inputFilters)
where T : IShaderBase
{
return(settings.ApplyTo(inputFilters.ToArray()));
}
protected ITextureFilter GetEwaFilter(IShaderFilterSettings <IShader> shader, ITextureFilter[] inputs)
{
var filters = m_Weights.Select(w => (ITextureFilter <IBaseTexture>)w.ToFilter());
return(shader.ApplyTo(inputs.Concat(filters)));
}
public ClKernelFilter(IShaderFilterSettings <IKernel> settings, int[] globalWorkSizes, int[] localWorkSizes, params IBaseTextureFilter[] inputFilters)
: base(settings, inputFilters)
{
GlobalWorkSizes = globalWorkSizes;
LocalWorkSizes = localWorkSizes;
}
public Shader11Filter(IShaderFilterSettings <IShader11> settings, params IBaseTextureFilter[] inputFilters)
: base(settings, inputFilters)
{
}
