public void Factor(ColorF4 p, float factor)
{
float f1 = 1.0f - factor, f2 = factor;
A = (A * f1) + (p.A * f2);
R = (R * f1) + (p.R * f2);
G = (G * f1) + (p.G * f2);
B = (B * f1) + (p.B * f2);
}
public float DistanceTo(ColorF4 p)
{
float a = A - p.A;
float r = R - p.R;
float g = G - p.G;
float b = B - p.B;
return((a * a) + (r * r) + (g * g) + (b * b));
}
public void Factor(ColorF4 p, float factor)
{
float f1 = 1.0f - factor, f2 = factor;
A = (A * f1) + (p.A * f2);
R = (R * f1) + (p.R * f2);
G = (G * f1) + (p.G * f2);
B = (B * f1) + (p.B * f2);
}
public float DistanceTo(ColorF4 p)
{
float a = A - p.A;
float r = R - p.R;
float g = G - p.G;
float b = B - p.B;
return (a * a) + (r * r) + (g * g) + (b * b);
}
public static ColorF4 Factor(ColorF4 p1, ColorF4 p2, float factor)
{
float f1 = factor, f2 = 1.0f - factor;
return new ColorF4((p1.A * f1) + (p2.A * f2), (p1.R * f1) + (p2.R * f2), (p1.G * f1) + (p2.G * f2), (p1.B * f1) + (p2.B * f2));
}
public static ColorF4 Factor(ColorF4 p1, ColorF4 p2, float factor)
{
float f1 = factor, f2 = 1.0f - factor;
return(new ColorF4((p1.A * f1) + (p2.A * f2), (p1.R * f1) + (p2.R * f2), (p1.G * f1) + (p2.G * f2), (p1.B * f1) + (p2.B * f2)));
}
