public colorRgb Disc_Value_To_Color()
{
colorRgb X = new colorRgb();
double indx = 0;
if (s < sMin)
{
indx = 0;
}
else if (s > sMax || (s - sMax < .000001 && sMax - s < -.000001) || (sMax - s < .000001 && s - sMax < -.000001))
{
indx = colors.Length - 1;
}
else
{
double x = (sMax - sMin), y = (s - sMin), z = y * colors.Length;
if (x == 0)
{
x = 1;
}
indx = (float)z / (float)x;
}
indx = Math.Min(Math.Floor(indx), 4);
X.R = colors[(int)indx].R;
X.G = colors[(int)indx].G;
X.B = colors[(int)indx].B;
return(X);
}
public colorRgb Cont_Value_To_Color()
{
colorRgb X = new colorRgb();
if (s < sMin)
{
X.R = colors[0].R;
X.G = colors[0].G;
X.B = colors[0].B;
}
else if (s > sMax || (s - sMax < .000001 && sMax - s < -.000001) || (sMax - s < .000001 && s - sMax < -.000001))
{
X.R = colors[colors.Length - 1].R;
X.G = colors[colors.Length - 1].G;
X.B = colors[colors.Length - 1].B;
}
else
{
double range = ((float)sMax - (float)sMin) / (colors.Length - 1);
if (range == 0)
{
range = 1;
}
double deltaS = (s - sMin) / range; // nsbtha mn el color range kolo
int indx = Math.Min((int)Math.Floor(deltaS), 3);
double perc = deltaS - indx; // nsbtha mn el range (2 colors) ely hya feh bs
X.R = ((colors[indx].R) + perc * (colors[indx + 1].R - colors[indx].R));
X.G = ((colors[indx].G) + perc * (colors[indx + 1].G - colors[indx].G));
X.B = ((colors[indx].B) + perc * (colors[indx + 1].B - colors[indx].B));
}
return(X);
}
public void Colorize(double ss)
{
s = ss;
if (sMin > sMax)
{
double temp = sMin;
sMin = sMax;
sMax = temp;
}
X = new colorRgb();
if (Dis_radio.Checked == true)
{
X = Disc_Value_To_Color();
}
else
{
X = Cont_Value_To_Color();
}
}
