public static int MatchWithBinnedColors_noSubration(DataTable bin, PerceptionLib.CIEXYZ BG, PerceptionLib.Color ColorToShow)
{
int BinNUmber = 0;
for (int k = 0; k < 1001; k++)
{
int i;
double closestColorValue = double.MaxValue;
PerceptionLib.CIEXYZ colorToCompareXYZ = new PerceptionLib.CIEXYZ(0, 0, 0);
PerceptionLib.CIEXYZ colorToComparePlsBG_XYZ = new PerceptionLib.CIEXYZ(0, 0, 0);
PerceptionLib.Color colorToComparePlsBG = new PerceptionLib.Color();
for (int index = 0; index < bin.Rows.Count; index++)
{
i = index;
int BinNUmber1 = index;
colorToCompareXYZ.X = Convert.ToDouble(bin.Rows[index][12].ToString());
colorToCompareXYZ.Y = Convert.ToDouble(bin.Rows[index][13].ToString());
colorToCompareXYZ.Z = Convert.ToDouble(bin.Rows[index][14].ToString());
colorToComparePlsBG_XYZ = ColorSpaceConverter.AddXYZ(colorToCompareXYZ, BG);
colorToComparePlsBG = PerceptionLib.Color.ToLUV(colorToComparePlsBG_XYZ);
double ColorDistance = PerceptionLib.Color.ColorDistanceCalAB(colorToComparePlsBG, ColorToShow);
if (ColorDistance >= closestColorValue)
{
continue;
}
closestColorValue = ColorDistance;
closestColorOnAddition = ColorDistance;
BinNUmber = index;
string a = bin.Rows[index][1].ToString();
}
}
return(BinNUmber);
}
/// <summary>
/// funtion to calcullate bin number
/// </summary>
/// <param name="ColorToCompensate"></param>
/// <param name="bin"></param>
/// <returns></returns>
public static int MatchWithBinnedColors(PerceptionLib.Color ColorToCompensate, DataTable bin, PerceptionLib.CIEXYZ BG, PerceptionLib.Color ColorToShow)
{
int BinNUmber = 0;
int i;
double closestColor = double.MaxValue;
double closestColorValue = double.MaxValue;
double angleDifference = double.MaxValue;
PerceptionLib.Color colorToCompare = new PerceptionLib.Color();
PerceptionLib.CIEXYZ colorToCompareXYZ = new PerceptionLib.CIEXYZ(0, 0, 0);
PerceptionLib.CIEXYZ colorToComparePlsBG_XYZ = new PerceptionLib.CIEXYZ(0, 0, 0);
PerceptionLib.Color colorToComparePlsBG = new PerceptionLib.Color();
for (int index = 0; index < bin.Rows.Count; index++)
{
i = index;
colorToCompare.LA = Convert.ToDouble(bin.Rows[index][9].ToString());
colorToCompare.A = Convert.ToDouble(bin.Rows[index][10].ToString());
colorToCompare.B = Convert.ToDouble(bin.Rows[index][11].ToString());
double distance = PerceptionLib.Color.ColorDistanceCalAB(colorToCompare, ColorToCompensate);
if (distance >= closestColor)
{
continue;
}
ClosestL = colorToCompare.LA;
ClosestA = colorToCompare.A;
ClosestB = colorToCompare.B;
int BinNUmber1 = index;
colorToCompareXYZ.X = Convert.ToDouble(bin.Rows[index][12].ToString());
colorToCompareXYZ.Y = Convert.ToDouble(bin.Rows[index][13].ToString());
colorToCompareXYZ.Z = Convert.ToDouble(bin.Rows[index][14].ToString());
colorToComparePlsBG_XYZ = ColorSpaceConverter.AddXYZ(colorToCompareXYZ, BG);
colorToComparePlsBG = PerceptionLib.Color.ToLUV(colorToComparePlsBG_XYZ);
double ColorDistance = PerceptionLib.Color.ColorDistanceCalAB(colorToComparePlsBG, ColorToShow);
if (ColorDistance >= closestColorValue)
{
continue;
}
closestColorValue = ColorDistance;
closestColor = distance;
closestColorInsideTheBin = distance;
closestColorOnAddition = ColorDistance;
HueAngeDifference = angleDifference;
BinNUmber = index;
}
//if (closestColorOnAddition >= 5)
//{
// double LA = Convert.ToDouble(bin.Rows[BinNUmber][9].ToString());
// double A = Convert.ToDouble(bin.Rows[BinNUmber][10].ToString());
// double B = Convert.ToDouble(bin.Rows[BinNUmber][11].ToString());
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// colorToCompare.LA = Convert.ToDouble(bin.Rows[index][9].ToString());
// colorToCompare.A = Convert.ToDouble(bin.Rows[index][10].ToString());
// colorToCompare.B = Convert.ToDouble(bin.Rows[index][11].ToString());
// if (colorToCompare.LA <= LA + 4 & colorToCompare.LA >= LA - 4)
// {
// colorToCompareXYZ.X = Convert.ToDouble(bin.Rows[index][12].ToString());
// colorToCompareXYZ.Y = Convert.ToDouble(bin.Rows[index][13].ToString());
// colorToCompareXYZ.Z = Convert.ToDouble(bin.Rows[index][14].ToString());
// colorToComparePlsBG_XYZ = Util.ColorSpaceConverter.AddXYZ(colorToCompareXYZ, BG);
// colorToComparePlsBG = PerceptionLib.Color.ToLUV(colorToComparePlsBG_XYZ);
// double colorToShowAngle = HueAngle(ColorToShow);
// double colorToCompareangle = HueAngle(colorToComparePlsBG);
// double angleDiff = Math.Abs(colorToShowAngle - colorToCompareangle);
// if (angleDiff >= angleDifference)
// continue;
// double ColorDistance = PerceptionLib.Color.ColorDistanceCalAB(colorToComparePlsBG, ColorToShow);
// double distance = PerceptionLib.Color.ColorDistanceCalAB(colorToCompare, ColorToCompensate);
// angleDifference = angleDiff;
// closestColorValue = ColorDistance;
// closestColor = distance;
// closestColorInsideTheBin = distance;
// closestColorOnAddition = ColorDistance;
// HueAngeDifference = angleDifference;
// BinNUmber = index;
// }
// }
//}
//if (closestColorOnAddition >= 5)
//{
// double LA = Convert.ToDouble(bin.Rows[BinNUmber][9].ToString());
// double A = Convert.ToDouble(bin.Rows[BinNUmber][10].ToString());
// double B = Convert.ToDouble(bin.Rows[BinNUmber][11].ToString());
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// colorToCompare.LA = Convert.ToDouble(bin.Rows[index][9].ToString());
// colorToCompare.A = Convert.ToDouble(bin.Rows[index][10].ToString());
// colorToCompare.B = Convert.ToDouble(bin.Rows[index][11].ToString());
// if (colorToCompare.LA <= LA + 4 & colorToCompare.LA >= LA - 4)
// {
// colorToCompareXYZ.X = Convert.ToDouble(bin.Rows[index][12].ToString());
// colorToCompareXYZ.Y = Convert.ToDouble(bin.Rows[index][13].ToString());
// colorToCompareXYZ.Z = Convert.ToDouble(bin.Rows[index][14].ToString());
// colorToComparePlsBG_XYZ = Util.ColorSpaceConverter.AddXYZ(colorToCompareXYZ, BG);
// colorToComparePlsBG = PerceptionLib.Color.ToLUV(colorToComparePlsBG_XYZ);
// double hueDiff = hueDifference(colorToCompare, colorToComparePlsBG);
// if (HueDifferenceFlag != 1)
// {
// if (hueDiff >= angleDifference)
// continue;
// double ColorDistance = PerceptionLib.Color.ColorDistanceCalAB(colorToComparePlsBG, ColorToShow);
// double distance = PerceptionLib.Color.ColorDistanceCalAB(colorToCompare, ColorToCompensate);
// angleDifference = hueDiff;
// closestColorValue = ColorDistance;
// closestColor = distance;
// closestColorInsideTheBin = distance;
// closestColorOnAddition = ColorDistance;
// HueAngeDifference = angleDifference;
// BinNUmber = index;
// }
// }
// }
//}
return(BinNUmber);
}
