public Color(LinearColor color)
{
R = WMath.Clamp((byte)SMath.Truncate(SMath.Pow(color.R, Constants.ONE_OVER_TWO_TWO) * 255.0f), (byte)0, (byte)255);
G = WMath.Clamp((byte)SMath.Truncate(SMath.Pow(color.G, Constants.ONE_OVER_TWO_TWO) * 255.0f), (byte)0, (byte)255);
B = WMath.Clamp((byte)SMath.Truncate(SMath.Pow(color.B, Constants.ONE_OVER_TWO_TWO) * 255.0f), (byte)0, (byte)255);
A = WMath.Clamp((byte)SMath.Truncate(color.A * 255.0f), (byte)0, (byte)255);
}
public LinearColor(LinearColor color)
{
_a = color._a;
_r = color._r;
_g = color._g;
_b = color._b;
}
public bool Equals(LinearColor other, float tolerance = Constants.NUMBER_PRETTY_SMALL)
{
if ((object)other == null)
{
return false;
}
return (SMath.Abs(A - other.A) < tolerance)
&& (SMath.Abs(R - other.R) < tolerance)
&& (SMath.Abs(G - other.G) < tolerance)
&& (SMath.Abs(B - other.B) < tolerance);
}
public static LinearColor Lerp(LinearColor x, LinearColor y, float alpha)
{
return x + alpha * (y - x);
}
public static float EvaluateBezier(LinearColor[] controlPoints, out List<LinearColor> points)
{
throw new NotImplementedException();
}
public static float Distance(LinearColor x, LinearColor y)
{
return (float)SMath.Sqrt(WMath.Square(y.R - x.R) + WMath.Square(y.G - x.G) + WMath.Square(y.B - x.B) + WMath.Square(y.A - x.A));
}
public static unsafe void WriteLinearColorRGBA(byte[] buffer, ref int offset, LinearColor value)
{
WriteFloat(buffer, ref offset, value.R);
WriteFloat(buffer, ref offset, value.G);
WriteFloat(buffer, ref offset, value.B);
WriteFloat(buffer, ref offset, value.A);
}