//-------------------------------------------------------------------------
// end: GPU compute / grid samples
// GPU compute / custom samples
//-------------------------------------------------------------------------
public static void Compute(Vector2Array input, FloatArray output, NoiseScale scale, NoiseOffset offset, int numOctaves, float octaveOffsetFactor)
{
ComputeShader shader;
int kernelId;
GetClassicCustom2(out shader, out kernelId);
NoiseCommon.Compute(input, output, shader, kernelId, scale, offset, numOctaves, octaveOffsetFactor);
}
//-------------------------------------------------------------------------
// end: common
// GPU compute / grid samples
//-------------------------------------------------------------------------
public static void Compute(FloatArray output, int seed = 0)
{
ComputeShader shader;
int kernelId;
GetRandom1(out shader, out kernelId);
NoiseCommon.Compute(output, shader, kernelId, seed);
}
//-------------------------------------------------------------------------
// end: common
// GPU compute / grid samples
//-------------------------------------------------------------------------
public static void Compute(FloatArray output, NoiseScale scale, NoiseOffset offset, int numOctaves, float octaveOffsetFactor)
{
ComputeShader shader;
int kernelId;
GetClassicGrid2(out shader, out kernelId);
NoiseCommon.Compute(output, shader, kernelId, scale.GetArray(), offset, numOctaves, octaveOffsetFactor);
}
public static void Compute(Vector3Array output, NoiseScale scale, NoiseOffset offset, int numOctaves, float octaveOffsetFactor)
{
ComputeShader shader;
int kernelId;
GetSimplexGradientGrid3(out shader, out kernelId);
NoiseCommon.Compute(output, shader, kernelId, scale, offset, numOctaves, octaveOffsetFactor);
}
