public WavesCascade(int size,
ComputeShader initialSpectrumShader,
ComputeShader timeDependentSpectrumShader,
ComputeShader texturesMergerShader,
FastFourierTransform fft,
Texture2D gaussianNoise)
{
this.size = size;
this.initialSpectrumShader = initialSpectrumShader;
this.timeDependentSpectrumShader = timeDependentSpectrumShader;
this.texturesMergerShader = texturesMergerShader;
this.fft = fft;
this.gaussianNoise = gaussianNoise;
KERNEL_INITIAL_SPECTRUM = initialSpectrumShader.FindKernel("CalculateInitialSpectrum");
KERNEL_CONJUGATE_SPECTRUM = initialSpectrumShader.FindKernel("CalculateConjugatedSpectrum");
KERNEL_TIME_DEPENDENT_SPECTRUMS = timeDependentSpectrumShader.FindKernel("CalculateAmplitudes");
KERNEL_RESULT_TEXTURES = texturesMergerShader.FindKernel("FillResultTextures");
initialSpectrum = FastFourierTransform.CreateRenderTexture(size, RenderTextureFormat.ARGBFloat);
precomputedData = FastFourierTransform.CreateRenderTexture(size, RenderTextureFormat.ARGBFloat);
displacement = FastFourierTransform.CreateRenderTexture(size, RenderTextureFormat.ARGBFloat);
derivatives = FastFourierTransform.CreateRenderTexture(size, RenderTextureFormat.ARGBFloat, true);
turbulence = FastFourierTransform.CreateRenderTexture(size, RenderTextureFormat.ARGBFloat, true);
paramsBuffer = new ComputeBuffer(2, 8 * sizeof(float));
buffer = FastFourierTransform.CreateRenderTexture(size);
DxDz = FastFourierTransform.CreateRenderTexture(size);
DyDxz = FastFourierTransform.CreateRenderTexture(size);
DyxDyz = FastFourierTransform.CreateRenderTexture(size);
DxxDzz = FastFourierTransform.CreateRenderTexture(size);
}
