internal void OnValidate(WindWaves windWaves)
{
if (this._Enabled)
{
this.FindMostMeaningfulWaves();
}
}
public DynamicSmoothness(Water water, WindWaves windWaves)
{
this._Water = water;
this._WindWaves = windWaves;
this._Supported = DynamicSmoothness.CheckSupport();
this._VarianceShader = water.ShaderSet.GetComputeShader("Spectral Variances");
this.OnCopyModeChanged();
}
private void OnResolutionChanged(WindWaves windWaves)
{
if (this._BlankOutput != null)
{
UnityEngine.Object.Destroy(this._BlankOutput);
this._BlankOutput = null;
}
this._ResourcesReady = false;
}
public WindWavesSpectrumOverlay(WindWaves windWaves)
{
this._WindWaves = windWaves;
this._SpectrumData = new Vector2[4][];
for (int i = 0; i < 4; i++)
{
this._SpectrumData[i] = new Vector2[windWaves.FinalResolution * windWaves.FinalResolution];
}
}
public SpectrumResolverCPU(Water water, WindWaves windWaves, int numScales)
{
this._Water = water;
this._WindWaves = windWaves;
this._SpectraDataCache = new Dictionary <WaterWavesSpectrum, WaterWavesSpectrumData>();
this._SpectraDataList = new List <WaterWavesSpectrumDataBase>();
this._OverlayedSpectra = new List <WaterWavesSpectrumDataBase>();
this._NumTiles = numScales;
this._CachedSeed = water.Seed;
this.CreateSpectraLevels();
}
public void CacheProfiles(params WaterProfileData[] profiles)
{
WindWaves windWaves = this._Water.WindWaves;
if (windWaves != null)
{
for (int i = 0; i < profiles.Length; i++)
{
windWaves.SpectrumResolver.CacheSpectrum(profiles[i].Spectrum);
}
}
}
public void OnCopyModeChanged()
{
if (this._WindWaves == null || this._WindWaves.CopyFrom == null)
{
return;
}
this._WindWaves.CopyFrom.ForceStartup();
this.FreeResources();
WindWaves windWaves = this._WindWaves.CopyFrom.WindWaves;
windWaves.DynamicSmoothness.ValidateVarianceTextures();
this._Water.Renderer.PropertyBlock.SetTexture("_SlopeVariance", windWaves.DynamicSmoothness._VarianceTexture);
}
public WavesRendererFFT(Water water, WindWaves windWaves, WavesRendererFFT.Data data)
{
this._Water = water;
this._WindWaves = windWaves;
this._Data = data;
if (windWaves.LoopDuration != 0f)
{
this._NormalMapsCache = new RenderTexture[data.CachedFrameCount][];
this._DisplacementMapsCache = new RenderTexture[data.CachedFrameCount][];
this._IsCachedFrameValid = new bool[data.CachedFrameCount];
water.ProfilesManager.Changed.AddListener(new UnityAction <Water>(this.OnProfilesChanged));
}
this.Validate();
}
public WavesRendererGerstner(Water water, WindWaves windWaves, WavesRendererGerstner.Data data)
{
this._Water = water;
this._WindWaves = windWaves;
this._Data = data;
}
public void BuildShaderVariant(ShaderVariant variant, Water water, WindWaves windWaves, WaterQualityLevel qualityLevel)
{
variant.SetUnityKeyword("_WAVES_GERSTNER", this._Enabled);
}
private void OnResolutionChanged(WindWaves windWaves)
{
this.Dispose(false);
this.ValidateResources();
}
private void OnWindDirectionChanged(WindWaves windWaves)
{
this.ResetComputations();
}
