public DirectComputeFilter(ShaderFilterSettings <IShader11> settings, int threadGroupX, int threadGroupY,
int threadGroupZ, params IBaseFilter[] inputFilters)
: base(settings, inputFilters)
{
ThreadGroupX = threadGroupX;
ThreadGroupY = threadGroupY;
ThreadGroupZ = threadGroupZ;
}
protected GenericShaderFilter(ShaderFilterSettings <T> settings, params IBaseFilter[] 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));
}
var arguments = settings.Args ?? new float[0];
Args = new float[4 * ((arguments.Length + 3) / 4)];
arguments.CopyTo(Args, 0);
}
public ClKernelFilter(ShaderFilterSettings <IKernel> settings, int[] globalWorkSizes, int[] localWorkSizes, params IBaseFilter[] inputFilters)
: base(settings, inputFilters)
{
GlobalWorkSizes = globalWorkSizes;
LocalWorkSizes = localWorkSizes;
}
public Shader11Filter(ShaderFilterSettings <IShader11> settings, params IBaseFilter[] inputFilters)
: base(settings, inputFilters)
{
}
