public FoundWave(WaterWavesSpectrumData spectrum, WaterWave wave)
{
this.spectrum = spectrum;
this.wave = wave;
importance = wave.cpuPriority * spectrum.Weight;
}
public bool SetResolveMode(bool resolveByFFT, int resolution)
{
if (this.resolveByFFT != resolveByFFT || (this.resolveByFFT && this.resolutionFFT != resolution))
{
if (resolveByFFT)
{
lock (this)
{
this.resolutionFFT = resolution;
this.mipIndexFFT = WaterWavesSpectrumData.GetMipIndex(resolution);
int resolutionSquared = resolution * resolution;
directionalSpectrum = new Vector2[resolutionSquared];
displacements = new Vector2[4][];
forceAndHeight = new vector4[4][];
resultsTiming = new float[4];
directionalSpectrumDirty = 2;
cachedTime = float.NegativeInfinity;
for (int i = 0; i < 4; ++i)
{
displacements[i] = new Vector2[resolutionSquared];
forceAndHeight[i] = new vector4[resolutionSquared];
}
if (this.resolveByFFT == false)
{
WaterAsynchronousTasks.Instance.AddFFTComputations(this);
this.resolveByFFT = true;
}
}
}
else
{
WaterAsynchronousTasks.Instance.RemoveFFTComputations(this);
this.resolveByFFT = false;
}
return(true);
}
return(false);
}
public WaterWavesSpectrumData GetSpectrumData(WaterWavesSpectrum spectrum)
{
WaterWavesSpectrumData spectrumData;
if (!spectraDataCache.TryGetValue(spectrum, out spectrumData))
{
lock (spectraDataCache)
{
spectraDataCache[spectrum] = spectrumData = new WaterWavesSpectrumData(water, spectrum);
}
spectrumData.ValidateSpectrumData();
cpuWavesDirty = true;
lock (spectraDataList)
{
spectraDataList.Add(spectrumData);
}
}
return(spectrumData);
}