public static QuadColor operator *(QuadColor A, double B)
{
QuadColor quadColor = new QuadColor(A.A * B, A.R * B, A.G * B, A.B * B);
quadColor.ClampToMax();
return(quadColor);
}
public static QuadColor operator *(QuadColor A, QuadColor B)
{
QuadColor quadColor = new QuadColor(A.A * B.A, A.R * B.R, A.G * B.G, A.B * B.B);
quadColor.ClampToMax();
return(quadColor);
}
public static QuadColor operator -(QuadColor A, QuadColor B)
{
QuadColor quadColor = new QuadColor(A.A - B.A, A.R - B.R, A.G - B.G, A.B - B.B);
quadColor.ClampToMin();
return(quadColor);
}
public static QuadColor operator +(QuadColor A, QuadColor B)
{
QuadColor quadColor = new QuadColor(A.A + B.A, A.R + B.R, A.G + B.G, A.B + B.B);
quadColor.ClampToMax();
return(quadColor);
}
public static QuadColor operator /(QuadColor A, QuadColor B)
{
QuadColor quadColor = A;
quadColor.A = (B.A == 0) ? 1.0 : A.A / B.A;
quadColor.R = (B.R == 0) ? 1.0 : A.R / B.R;
quadColor.G = (B.G == 0) ? 1.0 : A.G / B.G;
quadColor.B = (B.B == 0) ? 1.0 : A.B / B.B;
return(quadColor);
}
public QuadColor Lerp(QuadColor A, double dist)
{
QuadColor result = new QuadColor((A.R - this.R) * dist + this.R,
(A.G - this.G) * dist + this.G,
(A.B - this.B) * dist + this.B,
(A.A - this.A) * dist + this.A
);
result.ClampToMin();
result.ClampToMax();
return(result);
}