public void CalculateFinalTeint()
{
int r = Hue.Red + Shadow.Red;
int g = Hue.Green + Shadow.Green;
int b = Hue.Blue + Shadow.Blue;
r = ColorMultiplicator.Clamp((r + 128) * 2, 0, 512);
g = ColorMultiplicator.Clamp((g + 128) * 2, 0, 512);
b = ColorMultiplicator.Clamp((b + 128) * 2, 0, 512);
FinalTeint = new ColorMultiplicator(r, g, b, true);
}
public ColorMultiplicator Multiply(ColorMultiplicator param1)
{
if (this.IsOne)
{
return(param1);
}
if (param1.IsOne)
{
return(this);
}
ColorMultiplicator colorMultiplicator = new ColorMultiplicator(0, 0, 0, false)
{
Red = this.Red + param1.Red, Green = this.Green + param1.Green, Blue = this.Blue + param1.Blue
};
colorMultiplicator.Red = ColorMultiplicator.Clamp(colorMultiplicator.Red, (int)sbyte.MinValue, (int)sbyte.MaxValue);
colorMultiplicator.Green = ColorMultiplicator.Clamp(colorMultiplicator.Green, (int)sbyte.MinValue, (int)sbyte.MaxValue);
colorMultiplicator.Blue = ColorMultiplicator.Clamp(colorMultiplicator.Blue, (int)sbyte.MinValue, (int)sbyte.MaxValue);
colorMultiplicator.IsOne = false;
return(colorMultiplicator);
}
private void CalculateFinalTeint()
{
this.FinalTeint = new ColorMultiplicator(ColorMultiplicator.Clamp((this.Hue.Red + this.Shadow.Red + 128) * 2, 0, 512), ColorMultiplicator.Clamp((this.Hue.Green + this.Shadow.Green + 128) * 2, 0, 512), ColorMultiplicator.Clamp((this.Hue.Blue + this.Shadow.Blue + 128) * 2, 0, 512), true);
}