public static void CreatePrevBand_V2G_Fomula(RGB_Double[] RGBvoltages, double[] Grays)
{
double[] Red_Voltages = new double[RGBvoltages.Length];
double[] Green_Voltages = new double[RGBvoltages.Length];
double[] Blue_Voltages = new double[RGBvoltages.Length];
double[] grays = new double[Grays.Length];
for (int i = 0; i < RGBvoltages.Length; i++)
{
Red_Voltages[i] = RGBvoltages[i].double_R;
Green_Voltages[i] = RGBvoltages[i].double_G;
Blue_Voltages[i] = RGBvoltages[i].double_B;
grays[i] = Grays[i];
}
PrevBand_V2G_Fomula[0] = SplineInterpolator.createMonotoneCubicSpline(Red_Voltages, grays);
PrevBand_V2G_Fomula[1] = SplineInterpolator.createMonotoneCubicSpline(Green_Voltages, grays);
PrevBand_V2G_Fomula[2] = SplineInterpolator.createMonotoneCubicSpline(Blue_Voltages, grays);
}
public static void CreatePrevBand_G2V_Fomula(double[] Grays, RGB_Double[] RGBvoltages)
{
double[] Red_Voltages = new double[RGBvoltages.Length];
double[] Green_Voltages = new double[RGBvoltages.Length];
double[] Blue_Voltages = new double[RGBvoltages.Length];
double[] grays = new double[Grays.Length];
int index = 0;
for (int i = RGBvoltages.Length - 1; i >= 0; i--)
{
Red_Voltages[index] = RGBvoltages[i].double_R;
Green_Voltages[index] = RGBvoltages[i].double_G;
Blue_Voltages[index] = RGBvoltages[i].double_B;
grays[index] = Grays[i];
index++;
}
PrevBand_G2V_Fomula[0] = SplineInterpolator.createMonotoneCubicSpline(grays, Red_Voltages);
PrevBand_G2V_Fomula[1] = SplineInterpolator.createMonotoneCubicSpline(grays, Green_Voltages);
PrevBand_G2V_Fomula[2] = SplineInterpolator.createMonotoneCubicSpline(grays, Blue_Voltages);
}
