public SpectrumTask(WaveSpectrumCondition condition, bool multiThreadTask, ISpectrum[] spectrums)
: base(multiThreadTask)
{
if (spectrums == null || spectrums.Length != 4)
{
throw new ArgumentException("Spectrums array must have a length of 4");
}
m_spectrums = spectrums;
Condition = condition;
Size = condition.Key.Size;
GridSizes = condition.GridSizes;
WaveAmps = condition.WaveAmps;
NumGrids = condition.Key.NumGrids; //OYM: 这里
m_rnd = new System.Random(0); //OYM: 创建一个random
m_distibution = SPECTRUM_DISTRIBUTION.LINEAR; //OYM: 分配模式
float factor = 2.0f * Mathf.PI * Size; //OYM: 工厂?
InverseGridSizes = new Vector4(factor / GridSizes.x, factor / GridSizes.y, factor / GridSizes.z, factor / GridSizes.w);
m_spectrum01 = new Color[Size * Size]; //OYM: 一个color数组
if (NumGrids > 2)
{
m_spectrum23 = new Color[Size * Size]; //OYM: 又一个?
}
m_wtable = new Color[Size * Size]; //OYM: 这一堆玩意没写注释
}
public SpectrumTask(WaveSpectrumCondition condition, bool multiThreadTask, ISpectrum[] spectrums)
: base(multiThreadTask)
{
if (spectrums == null || spectrums.Length != 4)
throw new ArgumentException("Spectrums array must have a length of 4");
m_spectrums = spectrums;
Condition = condition;
Size = condition.Key.Size;
GridSizes = condition.GridSizes;
WaveAmps = condition.WaveAmps;
NumGrids = condition.Key.NumGrids;
m_rnd = new System.Random(0);
m_distibution = SPECTRUM_DISTRIBUTION.LINEAR;
float factor = 2.0f * Mathf.PI * Size;
InverseGridSizes = new Vector4(factor / GridSizes.x, factor / GridSizes.y, factor / GridSizes.z, factor / GridSizes.w);
m_spectrum01 = new Color[Size * Size];
if(NumGrids > 2)
m_spectrum23 = new Color[Size * Size];
m_wtable = new Color[Size * Size];
}
protected float RandomNumber()
{
SPECTRUM_DISTRIBUTION distibution = this.m_distibution;
if (distibution == SPECTRUM_DISTRIBUTION.LINEAR)
{
return((float)this.m_rnd.NextDouble());
}
if (distibution != SPECTRUM_DISTRIBUTION.GAUSSIAN)
{
return((float)this.m_rnd.NextDouble());
}
return(this.GaussianRandomNumber());
}
public SpectrumTask(WaveSpectrumCondition condition, bool multiThreadTask, ISpectrum[] spectrums)
: base(multiThreadTask)
{
if (spectrums == null || spectrums.Length != 4)
{
throw new ArgumentException("Spectrums array must have a length of 4");
}
this.m_spectrums = spectrums;
this.Condition = condition;
this.Size = condition.Key.Size;
this.GridSizes = condition.GridSizes;
this.WaveAmps = condition.WaveAmps;
this.NumGrids = condition.Key.NumGrids;
this.m_rnd = new System.Random(0);
this.m_distibution = SPECTRUM_DISTRIBUTION.LINEAR;
float num = 6.28318548f * (float)this.Size;
this.InverseGridSizes = new Vector4(num / this.GridSizes.x, num / this.GridSizes.y, num / this.GridSizes.z, num / this.GridSizes.w);
this.m_spectrum01 = new Color[this.Size * this.Size];
if (this.NumGrids > 2)
{
this.m_spectrum23 = new Color[this.Size * this.Size];
}
this.m_wtable = new Color[this.Size * this.Size];
}
public SpectrumTask(WaveSpectrumCondition condition, bool multiThreadTask, ISpectrum[] spectrums) : base(multiThreadTask)
{
if (spectrums == null || spectrums.Length != 4)
{
throw new ArgumentException("Spectrums array must have a length of 4");
}
this.m_spectrums = spectrums;
this.Condition = condition;
this.Size = condition.Key.Size;
this.GridSizes = condition.GridSizes;
this.WaveAmps = condition.WaveAmps;
this.NumGrids = condition.Key.NumGrids;
this.m_rnd = new System.Random(0);
this.m_distibution = SPECTRUM_DISTRIBUTION.LINEAR;
float num = 6.28318548f * (float)this.Size;
this.InverseGridSizes = new Vector4(num / this.GridSizes.x, num / this.GridSizes.y, num / this.GridSizes.z, num / this.GridSizes.w);
this.m_spectrum01 = new Color[this.Size * this.Size];
if (this.NumGrids > 2)
{
this.m_spectrum23 = new Color[this.Size * this.Size];
}
this.m_wtable = new Color[this.Size * this.Size];
}
