/// <summary>
/// Function to go from LUV to RGB
/// </summary>
/// <param name="a"></param>
/// <returns></returns>
public static RGBValue ToRBG(Color PassedLUV)
{
double tempr, tempg, tempb;
CIEXYZ xyz = LUVToXYZ(PassedLUV);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
Clinear[0] = xyz.X * 3.2404542 - xyz.Y * 1.5371385 - xyz.Z * 0.4985314; // red
Clinear[1] = -xyz.X * 0.9692660 + xyz.Y * 1.8760108 + xyz.Z * 0.0415560; // green
Clinear[2] = xyz.X * 0.0556434 - xyz.Y * 0.2040259 + xyz.Z * 1.0572252; // blue
//gamma companding
for (int i = 0; i < 3; i++)
{
Clinear[i] = Math.Pow(Clinear[i], (1.0 / 2.2));
}
tempr = Math.Round(Clinear[0] * 255.0);
tempg = Math.Round(Clinear[1] * 255.0);
tempb = Math.Round(Clinear[2] * 255.0);
rgb.R = (byte)tempr;
rgb.G = (byte)tempg;
rgb.B = (byte)tempb;
return(rgb);
}
/// <summary>
/// function to find the Delta e the color difference
/// </summary>
/// <param name="c1"></param>
/// <param name="c2"></param>
/// <returns></returns>
public double DistanceCal1(RGBValue c1, RGBValue c2)
{
// converting color RGB rep to suit previously written TOLUV function
System.Drawing.Color C1 = new System.Drawing.Color();
C1 = System.Drawing.Color.FromArgb((int)c1.R, (int)c1.G, (int)c1.B);
System.Drawing.Color C2 = new System.Drawing.Color();
C2 = System.Drawing.Color.FromArgb((int)c2.R, (int)c2.G, (int)c2.B);
Color Color1 = new Color();
Color Color2 = new Color();
//c1 & c2's LUV values
Color1 = ToLUV(C1);
Color2 = ToLUV(C2);
double ΔEuv = Math.Pow((Math.Pow((Color1.L - Color2.L), 2) + Math.Pow((Color1.U - Color2.U), 2) + Math.Pow((Color1.V - Color2.V), 2)), (1.0 / 2.0));
return(ΔEuv);
//bool result;
//if (?Euv>10)
// result=false;
//else
// result=true;
//return result;
}
public static PerceptionLib.RGBValue XYZToRGB(CIEXYZ C1xyz, CIEXYZ C2xyz)
{
PerceptionLib.CIEXYZ C3XYZ = AddXYZ(C1xyz, C2xyz);
PerceptionLib.RGBValue colorObject = PerceptionLib.Color.ToRBG(C3XYZ);
return(colorObject);
}
public static CIEXYZ RGBToXYZ(RGBValue cRGB)
{
// by the formula given the the web page http://www.brucelindbloom.com/index.html [XYZ]=[M][RGB]
//In order to properly use this matrix, the RGB values must be linear and in the nominal range [0.0, 1.0].
// RGB values may first need conversion (for example, dividing by 255 and then raising them to a power)
// Where M for D65: 0.4124564 0.3575761 0.1804375
//0.2126729 0.7151522 0.0721750
//0.0193339 0.1191920 0.9503041
//// to make rgb values linear red, green, blue values
double rLinear = (double)cRGB.R / 255.0;
double gLinear = (double)cRGB.G / 255.0;
double bLinear = (double)cRGB.B / 255.0;
// convert to a sRGB form
//double r = Math.Pow((rLinear ), 2.2) ;
//double g = Math.Pow((gLinear ), 2.2) ;
//double b = Math.Pow((bLinear ), 2.2) ;
double r, g, b;
if (rLinear > 0.04045)
{
r = Math.Pow(((rLinear + 0.055) / 1.055), 2.2);
}
else
{
r = rLinear / 12.92;
}
if (gLinear > 0.04045)
{
g = Math.Pow(((gLinear + 0.055) / 1.055), 2.2);
}
else
{
g = gLinear / 12.92;
}
if (bLinear > 0.04045)
{
b = Math.Pow(((bLinear + 0.055) / 1.055), 2.2);
}
else
{
b = bLinear / 12.92;
}
return(new CIEXYZ((r * 0.4124564 + g * 0.3575761 + b * 0.1804375),
(r * 0.2126729 + g * 0.7151522 + b * 0.0721750),
(r * 0.0193339 + g * 0.1191920 + b * 0.9503041)));
}
/// <summary>
/// funtion for LAb To RGB
/// </summary>
/// <param name="PassedLab"></param>
/// <returns></returns>
public static RGBValue ToRBGFromLAB(Color PassedLab)
{
int tempr, tempg, tempb;
CIEXYZ xyz = LABToXYZ(PassedLab);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
Clinear[0] = xyz.X * 3.2404542 - xyz.Y * 1.5371385 - xyz.Z * 0.4985314; // red
Clinear[1] = -xyz.X * 0.9692660 + xyz.Y * 1.8760108 + xyz.Z * 0.0415560; // green
Clinear[2] = xyz.X * 0.0556434 - xyz.Y * 0.2040259 + xyz.Z * 1.0572252; // blue
//gamma companding
for (int i = 0; i < 3; i++)
{
Clinear[i] = Math.Pow(Clinear[i], (1.0 / 2.2));
}
tempr = (int)Math.Round(Clinear[0] * 255.0);
tempg = (int)Math.Round(Clinear[1] * 255.0);
tempb = (int)Math.Round(Clinear[2] * 255.0);
if (tempr > 255 || tempg > 255 || tempb > 255)
{
rgb.gmt = 1;
}
else
{
rgb.gmt = 0;
}
//make sure rgb is not over 255
if (tempr > 255)
{
tempr = 255;
}
if (tempg > 255)
{
tempg = 255;
}
if (tempb > 255)
{
tempb = 255;
}
rgb.R = (byte)(tempr);
rgb.G = (byte)(tempg);
rgb.B = (byte)(tempb);
return(rgb);
}
/// <summary>
/// funtion to get RGB data which are taken out from the LAB binning
/// </summary>
/// <returns></returns>
public static List <RGBbin> RGBbinedData()
{
// List<LABbin> bin = binning();
List <LABbin> bin = RGBBinneddData_David();//binning();
int count = bin.Count();
List <RGBbin> BinRGB = new List <RGBbin>();
// byte[][] BinRGB = new byte[count][];
RGBValue temp = new RGBValue();
Color lab = new Color();
// int binCount=0;
for (int i = 0; i < count; i++)
{
lab.L = bin[i].L;
lab.A = bin[i].A;
lab.B = bin[i].B;
temp = ToRBGFromLAB(lab);
if (temp.R < 0 || temp.R > 255 || temp.B < 0 || temp.B > 255 || temp.G < 0 || temp.G > 255)
{
continue;
}
else
{
//BinRGB[binCount].R = (byte)temp.R;
//BinRGB[binCount].G= (byte)temp.G;
//BinRGB[binCount].B= (byte)temp.B;
//binCount++;
BinRGB.Add(new RGBbin
{
R = (byte)temp.R,
G = (byte)temp.G,
B = (byte)temp.B
});
}
}
return(BinRGB);
}
public static Color ToLAB(RGBValue cRGB)
{
double Fx, Fy, Fz;
Color rColor = new Color();
CIEXYZ xyz = RGBToXYZ(cRGB);
double yr = xyz.Y / CIEXYZ.D65.Y;
double xr = xyz.X / CIEXYZ.D65.X;
double zr = xyz.Z / CIEXYZ.D65.Z;
Fx = FX(xr);
Fy = FX(yr);
Fz = FX(zr);
rColor.LA = Lxyz(yr);
rColor.A = 500 * (Fx - Fy);
rColor.B = 200 * (Fy - Fz);
return(rColor);
}
public RGBValue gammut(RGBValue cRGB)
{
// color 1
RGBValue Color1 = new RGBValue();
//color2
RGBValue Color2 = new RGBValue();
Color1.R = 0;
Color1.G = 0;
Color1.B = 0;
List <RGBValue> PerceptuallyDiffRGBs = new List <RGBValue>();
PerceptuallyDiffRGBs.Add(Color1);
if (PerceptuallyDiffRGBs.Count >= 1)
{
Color2.R = (byte)(Color1.R + 1);
Color2.G = Color1.G;
Color2.B = Color1.B;
}
return(null);
}
private void Btn_CSCompensation_Click(object sender, RoutedEventArgs e)
{
dtgrid_corrDisplay.IsEnabled = true;
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
double X, Y, Z, DeltaA_Luv, DeltaA_LAb, DeltaBin_Luv, DeltaBin_Lab, DeltaB_luv, DeltaB_Lab, DeltaS_Luv, DeltaS_Lab, DeltaV_Luv, DeltaV_Lab, DeltaC, BinDeltaC;
double CDeltaA_Luv, CDeltaA_LAb, CDeltaBin_Luv, CDeltaBin_Lab, CDeltaB_luv, CDeltaB_Lab, CDeltaS_Luv, CDeltaS_Lab, CDeltaV_Luv, CDeltaV_Lab;
int binnumber = 0;
DataRow newRow;
int connect = PerceptionLib.Cs200Connection.ConnectToCS200();
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValue.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValueSet1.csv");
DataTable dt_Bg = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_Bg = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BaseBinFile.csv");
DataTable bin = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
bin = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\RGBgammut.csv");
DataTable dt_RGBGammut = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_RGBGammut = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
BgNo = dt_Bg.Rows.Count;
FgNo = dt_RGBGammut.Rows.Count;
BgNo = 4;
//FgNo = 2;
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\CscOMPENSATOR.csv");
DataTable dt_DataCollection = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_DataCollection = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 0; i < BgNo; i++)
{
for (int j = 1; j < FgNo; j=j+20)
{
BgR = Convert.ToByte(dt_Bg.Rows[i][0].ToString());
BgG = Convert.ToByte(dt_Bg.Rows[i][1].ToString());
BgB = Convert.ToByte(dt_Bg.Rows[i][2].ToString());
X = Convert.ToDouble(dt_Bg.Rows[i][3].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][4].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][5].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
R = Convert.ToByte(dt_RGBGammut.Rows[j][0].ToString());
G = Convert.ToByte(dt_RGBGammut.Rows[j][1].ToString());
B = Convert.ToByte(dt_RGBGammut.Rows[j][2].ToString());
//cat model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][25].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][26].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][27].ToString());
BradXYZ = new CIEXYZ(X, Y, Z);
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(R, G, B));
rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(0, 0, 0));
}));
DisplayMeasuredValuesFromCs200();
ColorDifference = ColorMeasured;
X = Convert.ToDouble(dt_RGBGammut.Rows[j][28].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][29].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][30].ToString());
VonXYZ = new CIEXYZ(X, Y, Z);
X = Convert.ToDouble(dt_RGBGammut.Rows[j][31].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][32].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][33].ToString());
ScalingXYZ = new CIEXYZ(X, Y, Z);
//direct model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][11].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][12].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][13].ToString());
AcolorXYZ = new CIEXYZ(X, Y, Z);
Acolor = PerceptionLib.Color.ToLUV(AcolorXYZ);
//bin model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][22].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][23].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][24].ToString());
BINcolorXYZ = new CIEXYZ(X, Y, Z);
BINColor = PerceptionLib.Color.ToLUV(BINcolorXYZ);
//adding XYZ values
MBradXYZ = Util.ColorSpaceConverter.SubtractXYZ(BradXYZ, ColorBackGroundXYZ);
MScalingXYZ = Util.ColorSpaceConverter.SubtractXYZ(ScalingXYZ, ColorBackGroundXYZ);
MVonXYZ = Util.ColorSpaceConverter.SubtractXYZ(VonXYZ, ColorBackGroundXYZ);
MAcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(AcolorXYZ, ColorBackGroundXYZ);
MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BINcolorXYZ, ColorBackGroundXYZ);
//converting back to various spaces fpr color difference calculation
MBradcolor = PerceptionLib.Color.ToLUV(MBradXYZ);
MVoncolor = PerceptionLib.Color.ToLUV(MVonXYZ);
MScalingcolor = PerceptionLib.Color.ToLUV(MScalingXYZ);
MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
bradRGB = PerceptionLib.Color.ToRBGFromLAB(MBradcolor);
VonRGB = PerceptionLib.Color.ToRBGFromLAB(MVoncolor);
scalingRGB = PerceptionLib.Color.ToRBGFromLAB(MScalingcolor);
acolorRGB = PerceptionLib.Color.ToRBGFromLAB(MAcolor);
BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(MBINColor);
newRow = dt_DataCollection.NewRow();
newRow[0] = R;
newRow[1] = G;
newRow[2] = B;
newRow[3] = dt_RGBGammut.Rows[j][3].ToString();
newRow[4] = dt_RGBGammut.Rows[j][4].ToString();
newRow[5] = dt_RGBGammut.Rows[j][5].ToString();
newRow[6] = dt_RGBGammut.Rows[j][6].ToString();
newRow[7] = dt_RGBGammut.Rows[j][7].ToString();
newRow[8] = dt_RGBGammut.Rows[j][8].ToString();
newRow[9] = dt_RGBGammut.Rows[j][9].ToString();
newRow[10] = dt_RGBGammut.Rows[j][10].ToString();
newRow[11] = dt_RGBGammut.Rows[j][11].ToString();
newRow[12] = dt_RGBGammut.Rows[j][12].ToString();
newRow[13] = dt_RGBGammut.Rows[j][13].ToString();
newRow[14] = dt_RGBGammut.Rows[j][14].ToString();
newRow[15] = dt_RGBGammut.Rows[j][15].ToString();
newRow[16] = dt_RGBGammut.Rows[j][16].ToString();
newRow[17] = dt_RGBGammut.Rows[j][17].ToString();
newRow[18] = dt_RGBGammut.Rows[j][18].ToString();
newRow[19] = dt_RGBGammut.Rows[j][19].ToString();
newRow[20] = dt_RGBGammut.Rows[j][20].ToString();
newRow[21] = dt_RGBGammut.Rows[j][21].ToString();
newRow[22] = dt_RGBGammut.Rows[j][22].ToString();
newRow[23] = dt_RGBGammut.Rows[j][23].ToString();
newRow[24] = dt_RGBGammut.Rows[j][24].ToString();
newRow[25] = dt_RGBGammut.Rows[j][25].ToString();
newRow[26] = dt_RGBGammut.Rows[j][26].ToString();
newRow[27] = dt_RGBGammut.Rows[j][27].ToString();
newRow[28] = dt_RGBGammut.Rows[j][28].ToString();
newRow[29] = dt_RGBGammut.Rows[j][29].ToString();
newRow[30] = dt_RGBGammut.Rows[j][30].ToString();
newRow[31] = dt_RGBGammut.Rows[j][31].ToString();
newRow[32] = dt_RGBGammut.Rows[j][32].ToString();
newRow[33] = dt_RGBGammut.Rows[j][33].ToString();
newRow[34] = BgR;
newRow[35] = BgG;
newRow[36] = BgB;
newRow[37] = dt_Bg.Rows[i][3].ToString();
newRow[38] = dt_Bg.Rows[i][4].ToString();
newRow[39] = dt_Bg.Rows[i][5].ToString();
newRow[40] = dt_Bg.Rows[i][6].ToString();
newRow[41] = dt_Bg.Rows[i][7].ToString();
newRow[42] = dt_Bg.Rows[i][8].ToString();
newRow[43] = MAcolorXYZ.X.ToString();
newRow[44] = MAcolorXYZ.Y.ToString();
newRow[45] = MAcolorXYZ.Z.ToString();
newRow[46] = MAcolor.LA.ToString();
newRow[47] = MAcolor.A.ToString();
newRow[48] = MAcolor.B.ToString();
newRow[49] = acolorRGB.R.ToString();
newRow[50] = acolorRGB.G.ToString();
newRow[51] = acolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BgR, BgG, BgB));
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(acolorRGB.R, acolorRGB.G, acolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
acolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
newRow[52] = ColorMeasuredXYZ.X.ToString();
newRow[53] = ColorMeasuredXYZ.Y.ToString();
newRow[54] = ColorMeasuredXYZ.Z.ToString();
newRow[55] = ColorMeasured.LA.ToString();
newRow[56] = ColorMeasured.A.ToString();
newRow[57] = ColorMeasured.B.ToString();
newRow[58] = MR.ToString();
newRow[59] = MG.ToString();
newRow[60] = MB.ToString();
ColorToShow.LA =Convert.ToDouble( dt_RGBGammut.Rows[j][19].ToString());
ColorToShow.A = Convert.ToDouble( dt_RGBGammut.Rows[j][20].ToString());
ColorToShow.B = Convert.ToDouble( dt_RGBGammut.Rows[j][21].ToString());
// DeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(MAcolor, ColorMeasured);
DeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
CDeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
MAcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(AcolorXYZ, ColorBackGroundXYZ);
MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
acolorRGB = PerceptionLib.Color.ToRBGFromLAB(MAcolor);
newRow[61] = MAcolorXYZ.X.ToString();
newRow[62] = MAcolorXYZ.Y.ToString();
newRow[63] = MAcolorXYZ.Z.ToString();
newRow[64] = MAcolor.LA.ToString();
newRow[65] = MAcolor.A.ToString();
newRow[66] = MAcolor.B.ToString();
newRow[67] = acolorRGB.R.ToString();
newRow[68] = acolorRGB.G.ToString();
newRow[69] = acolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(acolorRGB.R, acolorRGB.G, acolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
MacolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
newRow[70] = ColorMeasuredXYZ.X.ToString();
newRow[71] = ColorMeasuredXYZ.Y.ToString();
newRow[72] = ColorMeasuredXYZ.Z.ToString();
newRow[73] = ColorMeasured.LA.ToString();
newRow[74] = ColorMeasured.A.ToString();
newRow[75] = ColorMeasured.B.ToString();
newRow[76] = MR.ToString();
newRow[77] = MG.ToString();
newRow[78] = MB.ToString();
// DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(MAcolor, ColorMeasured);
DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
CDeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////brad color
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// newRow[79] = MBradXYZ.X.ToString();
// newRow[80] = MBradXYZ.Y.ToString();
// newRow[81] = MBradXYZ.Z.ToString();
// newRow[82] = MBradcolor.LA.ToString();
// newRow[83] = MBradcolor.A.ToString();
// newRow[84] = MBradcolor.B.ToString();
// newRow[85] = bradRGB.R.ToString();
// newRow[86] = bradRGB.G.ToString();
// newRow[87] = bradRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(bradRGB.R, bradRGB.G, bradRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// bradRGB = PerceptionLib.Color.ToRBG(MBradXYZ);
// newRow[88] = ColorMeasuredXYZ.X.ToString();
// newRow[89] = ColorMeasuredXYZ.Y.ToString();
// newRow[90] = ColorMeasuredXYZ.Z.ToString();
// newRow[91] = ColorMeasured.LA.ToString();
// newRow[92] = ColorMeasured.A.ToString();
// newRow[93] = ColorMeasured.B.ToString();
// newRow[94] = MR.ToString();
// newRow[95] = MG.ToString();
// newRow[96] = MB.ToString();
// //DeltaB_luv = PerceptionLib.Color.ColorDistanceCalAB(MBradcolor, ColorMeasured);
// DeltaB_luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaB_luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
// X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
// Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
// Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
// ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
// MBradXYZ = Util.ColorSpaceConverter.SubtractXYZ(BradXYZ, ColorBackGroundXYZ);
// MBradcolor = PerceptionLib.Color.ToLUV(MBradXYZ);
// bradRGB = PerceptionLib.Color.ToRBGFromLAB(MBradcolor);
// newRow[97] = MBradXYZ.X.ToString();
// newRow[98] = MBradXYZ.Y.ToString();
// newRow[99] = MBradXYZ.Z.ToString();
// newRow[100] = MBradcolor.LA.ToString();
// newRow[101] = MBradcolor.A.ToString();
// newRow[102] = MBradcolor.B.ToString();
// newRow[103] = bradRGB.R.ToString();
// newRow[104] = bradRGB.G.ToString();
// newRow[105] = bradRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(bradRGB.R, bradRGB.G, bradRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// MbradRGB = PerceptionLib.Color.ToRBG(MBradXYZ);
// newRow[106] = ColorMeasuredXYZ.X.ToString();
// newRow[107] = ColorMeasuredXYZ.Y.ToString();
// newRow[108] = ColorMeasuredXYZ.Z.ToString();
// newRow[109] = ColorMeasured.LA.ToString();
// newRow[110] = ColorMeasured.A.ToString();
// newRow[111] = ColorMeasured.B.ToString();
// newRow[112] = MR.ToString();
// newRow[113] = MG.ToString();
// newRow[114] = MB.ToString();
// //DeltaB_Lab = PerceptionLib.Color.ColorDistanceCalAB(MBradcolor, ColorMeasured);
// DeltaB_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaB_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
// ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// ////Von color
// ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// newRow[115] = MVonXYZ.X.ToString();
// newRow[116] = MVonXYZ.Y.ToString();
// newRow[117] = MVonXYZ.Z.ToString();
// newRow[118] = MVoncolor.LA.ToString();
// newRow[119] = MVoncolor.A.ToString();
// newRow[120] = MVoncolor.B.ToString();
// newRow[121] = VonRGB.R.ToString();
// newRow[122] = VonRGB.G.ToString();
// newRow[123] = VonRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(VonRGB.R, VonRGB.G, VonRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// VonRGB = PerceptionLib.Color.ToRBG(MVonXYZ);
// newRow[124] = ColorMeasuredXYZ.X.ToString();
// newRow[125] = ColorMeasuredXYZ.Y.ToString();
// newRow[126] = ColorMeasuredXYZ.Z.ToString();
// newRow[127] = ColorMeasured.LA.ToString();
// newRow[128] = ColorMeasured.A.ToString();
// newRow[129] = ColorMeasured.B.ToString();
// newRow[130] = MR.ToString();
// newRow[131] = MG.ToString();
// newRow[132] = MB.ToString();
//// DeltaV_Luv = PerceptionLib.Color.ColorDistanceCalAB(MVoncolor, ColorMeasured);
// DeltaV_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaV_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
// X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
// Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
// Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
// ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
// MVonXYZ = Util.ColorSpaceConverter.SubtractXYZ(VonXYZ, ColorBackGroundXYZ);
// MVoncolor = PerceptionLib.Color.ToLUV(MVonXYZ);
// VonRGB = PerceptionLib.Color.ToRBGFromLAB(MVoncolor);
// newRow[133] = MVonXYZ.X.ToString();
// newRow[134] = MVonXYZ.Y.ToString();
// newRow[135] = MVonXYZ.Z.ToString();
// newRow[136] = MVoncolor.LA.ToString();
// newRow[137] = MVoncolor.A.ToString();
// newRow[138] = MVoncolor.B.ToString();
// newRow[139] = VonRGB.R.ToString();
// newRow[140] = VonRGB.G.ToString();
// newRow[141] = VonRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(VonRGB.R, VonRGB.G, VonRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// MVonRGB = PerceptionLib.Color.ToRBG(MVonXYZ);
// newRow[142] = ColorMeasuredXYZ.X.ToString();
// newRow[143] = ColorMeasuredXYZ.Y.ToString();
// newRow[144] = ColorMeasuredXYZ.Z.ToString();
// newRow[145] = ColorMeasured.LA.ToString();
// newRow[146] = ColorMeasured.A.ToString();
// newRow[147] = ColorMeasured.B.ToString();
// newRow[148] = MR.ToString();
// newRow[149] = MG.ToString();
// newRow[150] = MB.ToString();
// //DeltaV_Lab = PerceptionLib.Color.ColorDistanceCalAB(MVoncolor, ColorMeasured);
// DeltaV_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaV_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
// ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// ////S color
// ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// newRow[151] = MScalingXYZ.X.ToString();
// newRow[152] = MScalingXYZ.Y.ToString();
// newRow[153] = MScalingXYZ.Z.ToString();
// newRow[154] = MScalingcolor.LA.ToString();
// newRow[155] = MScalingcolor.A.ToString();
// newRow[156] = MScalingcolor.B.ToString();
// newRow[157] = scalingRGB.R.ToString();
// newRow[158] = scalingRGB.G.ToString();
// newRow[159] = scalingRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(scalingRGB.R, scalingRGB.G, scalingRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// scalingRGB = PerceptionLib.Color.ToRBG(MScalingXYZ);
// newRow[160] = ColorMeasuredXYZ.X.ToString();
// newRow[161] = ColorMeasuredXYZ.Y.ToString();
// newRow[162] = ColorMeasuredXYZ.Z.ToString();
// newRow[163] = ColorMeasured.LA.ToString();
// newRow[164] = ColorMeasured.A.ToString();
// newRow[165] = ColorMeasured.B.ToString();
// newRow[166] = MR.ToString();
// newRow[167] = MG.ToString();
// newRow[168] = MB.ToString();
// //DeltaS_Luv = PerceptionLib.Color.ColorDistanceCalAB(MScalingcolor, ColorMeasured);
// DeltaS_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaS_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
// X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
// Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
// Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
// ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
// MScalingXYZ = Util.ColorSpaceConverter.SubtractXYZ(ScalingXYZ, ColorBackGroundXYZ);
// MScalingcolor = PerceptionLib.Color.ToLUV(MVonXYZ);
// scalingRGB = PerceptionLib.Color.ToRBGFromLAB(MScalingcolor);
// newRow[169] = MScalingXYZ.X.ToString();
// newRow[170] = MScalingXYZ.Y.ToString();
// newRow[171] = MScalingXYZ.Z.ToString();
// newRow[172] = MScalingcolor.LA.ToString();
// newRow[173] = MScalingcolor.A.ToString();
// newRow[174] = MScalingcolor.B.ToString();
// newRow[175] = scalingRGB.R.ToString();
// newRow[176] = scalingRGB.G.ToString();
// newRow[177] = scalingRGB.B.ToString();
// Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
// {
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(scalingRGB.R, scalingRGB.G, scalingRGB.B));
// }));
// DisplayMeasuredValuesFromCs200();
// MscalingRGB = PerceptionLib.Color.ToRBG(MScalingXYZ);
// newRow[178] = ColorMeasuredXYZ.X.ToString();
// newRow[179] = ColorMeasuredXYZ.Y.ToString();
// newRow[180] = ColorMeasuredXYZ.Z.ToString();
// newRow[181] = ColorMeasured.LA.ToString();
// newRow[182] = ColorMeasured.A.ToString();
// newRow[183] = ColorMeasured.B.ToString();
// newRow[184] = MR.ToString();
// newRow[185] = MG.ToString();
// newRow[186] = MB.ToString();
// //DeltaS_Lab = PerceptionLib.Color.ColorDistanceCalAB(MScalingcolor, ColorMeasured);
// DeltaS_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
// CDeltaS_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////bin color
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
binnumber = Util.CATCalulation.MatchWithBinnedColors(MBINColor, bin,ColorBackGroundXYZ,BINColor);
int binnum = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin, ColorBackGroundXYZ, BINColor);
MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
MBINColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
MBINColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
MBINColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
BincolorRGB.R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
BincolorRGB.G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
BincolorRGB.B = Convert.ToByte(bin.Rows[binnumber][2].ToString());
newRow[187] = MBINcolorXYZ.X.ToString();
newRow[188] = MBINcolorXYZ.Y.ToString();
newRow[189] = MBINcolorXYZ.Z.ToString();
newRow[190] = MBINColor.LA.ToString();
newRow[191] = MBINColor.A.ToString();
newRow[192] = MBINColor.B.ToString();
newRow[193] = BincolorRGB.R.ToString();
newRow[194] = BincolorRGB.G.ToString();
newRow[195] = BincolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
BincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
newRow[196] = ColorMeasuredXYZ.X.ToString();
newRow[197] = ColorMeasuredXYZ.Y.ToString();
newRow[198] = ColorMeasuredXYZ.Z.ToString();
newRow[199] = ColorMeasured.LA.ToString();
newRow[200] = ColorMeasured.A.ToString();
newRow[201] = ColorMeasured.B.ToString();
newRow[202] = MR.ToString();
newRow[203] = MG.ToString();
newRow[204] = MB.ToString();
//DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(MBINColor, ColorMeasured);
DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
CDeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BinXYZ, ColorBackGroundXYZ);
MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
//BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(MBINColor);
binnumber = Util.CATCalulation.MatchWithBinnedColors(MBINColor, bin, ColorBackGroundXYZ,BINColor);
MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
MBINColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
MBINColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
MBINColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
BincolorRGB.R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
BincolorRGB.G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
BincolorRGB.B = Convert.ToByte(bin.Rows[binnumber][2].ToString());
newRow[205] = MBINcolorXYZ.X.ToString();
newRow[206] = MBINcolorXYZ.Y.ToString();
newRow[207] = MBINcolorXYZ.Z.ToString();
newRow[208] = MBINColor.LA.ToString();
newRow[209] = MBINColor.A.ToString();
newRow[210] = MBINColor.B.ToString();
newRow[211] = BincolorRGB.R.ToString();
newRow[212] = BincolorRGB.G.ToString();
newRow[213] = BincolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
MBincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
newRow[214] = ColorMeasuredXYZ.X.ToString();
newRow[215] = ColorMeasuredXYZ.Y.ToString();
newRow[216] = ColorMeasuredXYZ.Z.ToString();
newRow[217] = ColorMeasured.LA.ToString();
newRow[218] = ColorMeasured.A.ToString();
newRow[219] = ColorMeasured.B.ToString();
newRow[220] = MR.ToString();
newRow[221] = MG.ToString();
newRow[222] = MB.ToString();
//DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(MBINColor, ColorMeasured);
DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
CDeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
newRow[223] = DeltaA_Luv.ToString();
newRow[224] = DeltaA_LAb.ToString();
//newRow[225] = DeltaB_luv.ToString();
//newRow[226] = DeltaB_Lab.ToString();
//newRow[227] = DeltaV_Luv.ToString();
//newRow[228] = DeltaV_Lab.ToString();
//newRow[229] = DeltaS_Luv.ToString();
//newRow[230] = DeltaS_Lab.ToString();
newRow[231] = DeltaBin_Luv.ToString();
newRow[232] = DeltaBin_Lab.ToString();
newRow[233] = acolorRGB.gmt.ToString();
//newRow[234] = bradRGB.gmt.ToString();
//newRow[235] = VonRGB.gmt.ToString();
//newRow[236] = scalingRGB.gmt.ToString();
newRow[237] = BincolorRGB.gmt.ToString();
newRow[238] = MacolorRGB.gmt.ToString();
//newRow[239] = MbradRGB.gmt.ToString();
//newRow[240] = MVonRGB.gmt.ToString();
//newRow[241] = MscalingRGB.gmt.ToString();
newRow[242] = MBincolorRGB.gmt.ToString();
newRow[243] = CDeltaA_Luv.ToString();
newRow[244] = CDeltaA_LAb.ToString();
//newRow[245] = CDeltaB_luv.ToString();
//newRow[246] = CDeltaB_Lab.ToString();
//newRow[247] = CDeltaV_Luv.ToString();
//newRow[248] = CDeltaV_Lab.ToString();
//newRow[249] = CDeltaS_Luv.ToString();
//newRow[250] = CDeltaS_Lab.ToString();
newRow[251] = CDeltaBin_Luv.ToString();
newRow[252] = CDeltaBin_Lab.ToString();
newRow[253] = ColorDifference.LA.ToString();
newRow[254] = ColorDifference.A.ToString() + "," + scalingRGB.gmt.ToString() ;
// newRow[255] = scalingRGB.gmt.ToString();;
newRow[249] = binnumber.ToString();
newRow[250] = binnum.ToString();
dt_DataCollection.Rows.Add(newRow);
R = 0; G = 0; B = 0;
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
// double AvgBin, AvgA, Avgb, AvgV, Avgs, dbc, dc;
// double sAvgBin, sAvgA, sAvgb, sAvgV, sAvgs;
// AvgBin = 0;
// AvgA = 0;
// Avgb = 0;
// AvgV = 0;
// Avgs = 0;
// dbc = 0;
// dc = 0;
// sAvgBin = 0;
// sAvgA = 0;
// sAvgb = 0;
// sAvgV = 0;
// sAvgs = 0;
// dbc = 0;
// dc = 0;
// for (int i = 0; i < BgNo * FgNo; i = i + FgNo)
// {
// newRow = dt_DataCollection.NewRow();
// for (int j = i; j < i + FgNo; j++)
// {
// if (j == i)
// {
// AvgBin = Convert.ToDouble(dt_DataCollection.Rows[j][115].ToString());
// AvgA = Convert.ToDouble(dt_DataCollection.Rows[j][113].ToString());
// Avgb = Convert.ToDouble(dt_DataCollection.Rows[j][117].ToString());
// AvgV = Convert.ToDouble(dt_DataCollection.Rows[j][119].ToString());
// Avgs = Convert.ToDouble(dt_DataCollection.Rows[j][121].ToString());
// sAvgBin = Convert.ToDouble(dt_DataCollection.Rows[j][184].ToString());
// sAvgA = Convert.ToDouble(dt_DataCollection.Rows[j][182].ToString());
// sAvgb = Convert.ToDouble(dt_DataCollection.Rows[j][186].ToString());
// sAvgV = Convert.ToDouble(dt_DataCollection.Rows[j][188].ToString());
// sAvgs = Convert.ToDouble(dt_DataCollection.Rows[j][190].ToString());
// dbc = Convert.ToDouble(dt_DataCollection.Rows[j][122].ToString());
// dc = Convert.ToDouble(dt_DataCollection.Rows[j][123].ToString());
// }
// else
// {
// AvgBin = AvgBin + Convert.ToDouble(dt_DataCollection.Rows[j][115].ToString());
// AvgA = AvgA + Convert.ToDouble(dt_DataCollection.Rows[j][113].ToString());
// Avgb = Avgb + Convert.ToDouble(dt_DataCollection.Rows[j][117].ToString());
// AvgV = AvgV + Convert.ToDouble(dt_DataCollection.Rows[j][119].ToString());
// Avgs = Avgs + Convert.ToDouble(dt_DataCollection.Rows[j][121].ToString());
// sAvgBin = sAvgBin + Convert.ToDouble(dt_DataCollection.Rows[j][184].ToString());
// sAvgA = sAvgA + Convert.ToDouble(dt_DataCollection.Rows[j][182].ToString());
// sAvgb = sAvgb + Convert.ToDouble(dt_DataCollection.Rows[j][186].ToString());
// sAvgV = sAvgV + Convert.ToDouble(dt_DataCollection.Rows[j][188].ToString());
// sAvgs = sAvgs + Convert.ToDouble(dt_DataCollection.Rows[j][190].ToString());
// dbc = dbc + Convert.ToDouble(dt_DataCollection.Rows[j][122].ToString());
// dc = dc + Convert.ToDouble(dt_DataCollection.Rows[j][123].ToString());
// }
// }
// newRow[1] = (AvgBin / FgNo).ToString();
// newRow[2] = (AvgA / FgNo).ToString();
// newRow[3] = (Avgb / FgNo).ToString();
// newRow[4] = (AvgV / FgNo).ToString();
// newRow[5] = (Avgs / FgNo).ToString();
// newRow[6] = (dbc / FgNo).ToString();
// newRow[7] = (dc / FgNo).ToString();
// newRow[8] = (sAvgBin / FgNo).ToString();
// newRow[9] = (sAvgA / FgNo).ToString();
// newRow[10] = (sAvgb / FgNo).ToString();
// newRow[11] = (sAvgV / FgNo).ToString();
// newRow[11] = (sAvgs / FgNo).ToString();
// dt_DataCollection.Rows.Add(newRow);
// Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
// Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
// }
});
btn_ExportGrid.IsEnabled = true;
}
public RGBValue gammut(RGBValue cRGB)
{
// color 1
RGBValue Color1 = new RGBValue();
//color2
RGBValue Color2 = new RGBValue();
Color1.R = 0;
Color1.G = 0;
Color1.B = 0;
List<RGBValue> PerceptuallyDiffRGBs = new List<RGBValue>();
PerceptuallyDiffRGBs.Add(Color1);
if (PerceptuallyDiffRGBs.Count >= 1)
{
Color2.R = (byte)(Color1.R + 1);
Color2.G = Color1.G;
Color2.B = Color1.B;
}
return null;
}
/// <summary>
/// function to find the Delta e the color difference
/// </summary>
/// <param name="c1"></param>
/// <param name="c2"></param>
/// <returns></returns>
public double DistanceCal1(RGBValue c1, RGBValue c2)
{
// converting color RGB rep to suit previously written TOLUV function
System.Drawing.Color C1 = new System.Drawing.Color();
C1 = System.Drawing.Color.FromArgb((int)c1.R, (int)c1.G, (int)c1.B);
System.Drawing.Color C2 = new System.Drawing.Color();
C2 = System.Drawing.Color.FromArgb((int)c2.R, (int)c2.G, (int)c2.B);
Color Color1 = new Color();
Color Color2 = new Color();
//c1 & c2's LUV values
Color1 = ToLUV(C1);
Color2 = ToLUV(C2);
double ΔEuv = Math.Pow((Math.Pow((Color1.L - Color2.L), 2) + Math.Pow((Color1.U - Color2.U), 2) + Math.Pow((Color1.V - Color2.V), 2)), (1.0 / 2.0));
return ΔEuv;
//bool result;
//if (?Euv>10)
// result=false;
//else
// result=true;
//return result;
}
private void Btn_Recheck_Click(object sender, RoutedEventArgs e)
{
dtgrid_corrDisplay.IsEnabled = true;
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
double X, Y, Z;
int binnumber = 0;
int GammutRangeCheck1, GammutRangeCheck4;
CIEXYZ BINcolorXYZ = new CIEXYZ(0, 0, 0);
CIEXYZ MBINcolorXYZ = new CIEXYZ(0, 0, 0);
CIEXYZ NoBINcolorXYZ = new CIEXYZ(0, 0, 0);
CIEXYZ NoMBINcolorXYZ = new CIEXYZ(0, 0, 0);
int connect = PerceptionLib.Cs200Connection.ConnectToCS200();
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\BaseBinFile.csv");
DataTable bin = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
bin = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
double minLLevel = double.MaxValue;
double maxLLevel = double.MinValue;
double minALevel = double.MaxValue;
double maxALevel = double.MinValue;
double minBLevel = double.MaxValue;
double maxBLevel = double.MinValue;
double minL = double.MaxValue;
double maxL = double.MinValue;
double minA = double.MaxValue;
double maxA = double.MinValue;
double minB = double.MaxValue;
double maxB = double.MinValue;
foreach (DataRow dr in bin.Rows)
{
double accountLevel = dr.Field<double>("MLA");
minLLevel = Math.Min(minLLevel, accountLevel);
maxLLevel = Math.Max(maxLLevel, accountLevel);
double ALevel = dr.Field<double>("MA");
minALevel = Math.Min(minALevel, ALevel);
maxALevel = Math.Max(maxALevel, ALevel);
double BLevel = dr.Field<double>("MlaB");
minBLevel = Math.Min(minBLevel, BLevel);
maxBLevel = Math.Max(maxBLevel, BLevel);
double account = dr.Field<double>("LA");
minL = Math.Min(minL, account);
maxL = Math.Max(maxL, account);
double ALvl = dr.Field<double>("A");
minA = Math.Min(minA, ALvl);
maxA = Math.Max(maxA, ALvl);
double BLvl = dr.Field<double>("LB");
minB = Math.Min(minBLevel, BLvl);
maxB = Math.Max(maxBLevel, BLvl);
}
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\big_pro_crosscheck.csv");
DataTable dt_Bg = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_Bg = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 0; i < dt_Bg.Rows.Count; i++)
{
if (stop == 1)
{
stop = 0;
break;
}
BgR = Convert.ToByte(dt_Bg.Rows[i][12].ToString());
BgG = Convert.ToByte(dt_Bg.Rows[i][13].ToString());
BgB = Convert.ToByte(dt_Bg.Rows[i][14].ToString());
X = Convert.ToDouble(dt_Bg.Rows[i][15].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][16].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][17].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
X = Convert.ToDouble(dt_Bg.Rows[i][9].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][10].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][11].ToString());
BINcolorXYZ = new CIEXYZ(X, Y, Z);
BINColor = PerceptionLib.Color.ToLAB(MBINcolorXYZ);
MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BINcolorXYZ, ColorBackGroundXYZ);
MBINColor = PerceptionLib.Color.ToLAB(MBINcolorXYZ);
dt_Bg.Rows[i][27] = MBINColor.LA.ToString();
dt_Bg.Rows[i][28] = MBINColor.A.ToString();
dt_Bg.Rows[i][29] = MBINColor.B.ToString();
ColorToShow.LA = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
ColorToShow.A = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
ColorToShow.B = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
binnumber = Util.CATCalulation.MatchWithBinned(MBINColor, bin, ColorBackGroundXYZ, BINColor);
GammutRangeCheck4 = 1;
if ((MBINColor.LA >= minLLevel) & (MBINColor.LA <= maxLLevel) & (MBINColor.A >= minALevel) & (MBINColor.A <= maxALevel) & (MBINColor.B >= minBLevel) & (MBINColor.B <= maxBLevel))
{
for (int index = 0; index < bin.Rows.Count; index++)
{
double tempL, tempA, tempB;
tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
if ((MBINColor.LA >= tempL - 5) & (MBINColor.LA <= tempL + 5) & (MBINColor.A >= tempA - 5) & (MBINColor.A <= tempA + 5) & (MBINColor.B >= tempB - 5) & (MBINColor.B <= tempB + 5))
{
GammutRangeCheck4 = 0;
break;
}
GammutRangeCheck4 = 1;
}
}
else
GammutRangeCheck4 = 1;
//
//binnumber = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin, ColorBackGroundXYZ, BINColor);
MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
double LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
double A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
double B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
byte R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
byte G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
byte Bi = Convert.ToByte(bin.Rows[binnumber][2].ToString());
dt_Bg.Rows[i][45] = LA.ToString();
dt_Bg.Rows[i][46] = A.ToString();
dt_Bg.Rows[i][47] = B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BgR, BgG, BgB));
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(R, G, Bi));
}));
DisplayMeasuredValuesFromCs200();
MBincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
dt_Bg.Rows[i][48] = ColorMeasured.LA.ToString();
dt_Bg.Rows[i][49] = ColorMeasured.A.ToString();
dt_Bg.Rows[i][50] = ColorMeasured.B.ToString();
ColorToShow.L =Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
ColorToShow.L = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
ColorToShow.L = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
double DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
dt_Bg.Rows[i][51] = DeltaBin_Lab.ToString();
dt_Bg.Rows[i][52] = GammutRangeCheck4.ToString();
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//binnumber = Util.CATCalulation.MatchWithBinned(MBINColor, bin, ColorBackGroundXYZ, BINColor);
//GammutRangeCheck1 = 1;
//if ((MBINColor.LA >= minLLevel) & (MBINColor.LA <= maxLLevel) & (MBINColor.A >= minALevel) & (MBINColor.A <= maxALevel) & (MBINColor.B >= minBLevel) & (MBINColor.B <= maxBLevel))
//{
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// double tempL, tempA, tempB;
// tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
// tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
// tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
// if ((MBINColor.LA >= tempL - 5) & (MBINColor.LA <= tempL + 5) & (MBINColor.A >= tempA - 5) & (MBINColor.A <= tempA + 5) & (MBINColor.B >= tempB - 5) & (MBINColor.B <= tempB + 5))
// {
// GammutRangeCheck1 = 0;
// break;
// }
// GammutRangeCheck1 = 1;
// }
//}
//else
// GammutRangeCheck1 = 1;
////
//NoMBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
//NoMBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
//NoMBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
//double NoLA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
//double NoA = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
//double NoB = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
//byte NoR = Convert.ToByte(bin.Rows[binnumber][0].ToString());
//byte NoG = Convert.ToByte(bin.Rows[binnumber][1].ToString());
//byte NoBi = Convert.ToByte(bin.Rows[binnumber][2].ToString());
//dt_Bg.Rows[i][45] = LA.ToString();
//dt_Bg.Rows[i][46] = A.ToString();
//dt_Bg.Rows[i][47] = B.ToString();
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BgR, BgG, BgB));
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(NoR, NOG, NoBi));
//}));
//DisplayMeasuredValuesFromCs200();
//MBincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
//dt_Bg.Rows[i][48] = ColorMeasured.LA.ToString();
//dt_Bg.Rows[i][49] = ColorMeasured.A.ToString();
//dt_Bg.Rows[i][50] = ColorMeasured.B.ToString();
//double NODeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
//dt_Bg.Rows[i][51] = DeltaBin_Lab.ToString();
//dt_Bg.Rows[i][52] = GammutRangeCheck4.ToString();
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_Bg.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_Bg.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
});
btn_ExportGrid.IsEnabled = true;
}
public static List <LABbin> RGBBinneddData_David()
{
List <LABbin> binedLabValues = new List <LABbin>();
List <LABbin> ReturnLabValues = new List <LABbin>();
//List<double> lbin = new List<double>();
//List<double> bina = new List<double>();
//List<double> binb = new List<double>();
OriginalRGB = new List <RGBbin>();
for (int rgb = 0; rgb < (1 + 0x00FFFFFF); rgb = rgb + 1)
{
Color lab = new Color();
RGBValue RGB = new RGBValue();
int r = (rgb & 0x00FF0000) >> 16;
RGB.R = Convert.ToByte(r);
int g = (rgb & 0x0000FF00) >> 8;
RGB.G = Convert.ToByte(g);
int b = (rgb & 0x000000FF);
RGB.B = (byte)(b);
lab = ToLAB(RGB);
double Lbin = (double)((int)(Math.Round(lab.LA / 5.0)) * 5);
double Abin = (double)((int)(Math.Round(lab.A / 5.0)) * 5);
double Bbin = (double)((int)(Math.Round(lab.B / 5.0)) * 5);
if (Lbin < 0)
{
Lbin = 0;
}
if (Lbin > 100)
{
Lbin = 100;
}
if (Abin < -86.17385493791946)
{
Abin = -86.17385493791946;
}
if (Abin > 98.2448002875424)
{
Abin = 98.2448002875424;
}
if (Bbin < -107.8619171648283)
{
Bbin = -107.8619171648283;
}
if (Bbin > 94.47705120353054)
{
Bbin = 94.47705120353054;
}
//lbin=Lbin;
//List<LABbin> temp = new List<LABbin>();
//temp.Add(new LABbin
//{
// L = Lbin,
// A = Abin,
// B = Bbin
//});
int checkForDublicate = 0;
//
for (int i = 0; i < binedLabValues.Count; i++)
{
if (binedLabValues[i].L == Lbin && binedLabValues[i].A == Abin && binedLabValues[i].B == Bbin)
{
checkForDublicate = 1;
break;
}
}
if (checkForDublicate != 1)
{
binedLabValues.Add(new LABbin
{
L = Lbin,
A = Abin,
B = Bbin
});
OriginalRGB.Add(new RGBbin
{
R = (byte)RGB.R,
G = (byte)RGB.G,
B = (byte)RGB.B
});
}
}
ReturnLabValues = binedLabValues.Distinct().ToList();
return(binedLabValues);
}
public static CIEXYZ RGBToXYZ(RGBValue cRGB)
{
// by the formula given the the web page http://www.brucelindbloom.com/index.html [XYZ]=[M][RGB]
//In order to properly use this matrix, the RGB values must be linear and in the nominal range [0.0, 1.0].
// RGB values may first need conversion (for example, dividing by 255 and then raising them to a power)
// Where M for D65: 0.4124564 0.3575761 0.1804375
//0.2126729 0.7151522 0.0721750
//0.0193339 0.1191920 0.9503041
//// to make rgb values linear red, green, blue values
double rLinear = (double)cRGB.R / 255.0;
double gLinear = (double)cRGB.G / 255.0;
double bLinear = (double)cRGB.B / 255.0;
// convert to a sRGB form
//double r = Math.Pow((rLinear ), 2.2) ;
//double g = Math.Pow((gLinear ), 2.2) ;
//double b = Math.Pow((bLinear ), 2.2) ;
double r, g, b;
if (rLinear > 0.04045)
r = Math.Pow(((rLinear + 0.055) / 1.055), 2.2);
else
r = rLinear / 12.92;
if (gLinear > 0.04045)
g = Math.Pow(((gLinear + 0.055) / 1.055), 2.2);
else
g = gLinear / 12.92;
if (bLinear > 0.04045)
b = Math.Pow(((bLinear + 0.055) / 1.055), 2.2);
else
b = bLinear / 12.92;
return new CIEXYZ((r * 0.4124564 + g * 0.3575761 + b * 0.1804375),
(r * 0.2126729 + g * 0.7151522 + b * 0.0721750),
(r * 0.0193339 + g * 0.1191920 + b * 0.9503041));
}
public static List<LABbin> RGBBinneddData_David()
{
List<LABbin> binedLabValues = new List<LABbin>();
List<LABbin> ReturnLabValues = new List<LABbin>();
//List<double> lbin = new List<double>();
//List<double> bina = new List<double>();
//List<double> binb = new List<double>();
for (int rgb = 0; rgb < (1 + 0x00FFFFFF); rgb = rgb + 1)
{
Color lab = new Color();
RGBValue RGB = new RGBValue();
int r = (rgb & 0x00FF0000) >> 16;
RGB.R = Convert.ToByte(r);
int g = (rgb & 0x0000FF00) >> 8;
RGB.G = Convert.ToByte(g);
int b = (rgb & 0x000000FF);
RGB.B = (byte)(b);
lab = ToLAB(RGB);
double Lbin = (double)((int)(Math.Round(lab.LA / 5.0)) * 5);
double Abin = (double)((int)(Math.Round(lab.A / 5.0)) * 5);
double Bbin = (double)((int)(Math.Round(lab.B / 5.0)) * 5);
if (Lbin < 0)
Lbin = 0;
if (Lbin > 100)
Lbin = 100;
if (Abin < -86.17385493791946)
Abin = -86.17385493791946;
if (Abin > 98.2448002875424)
Abin = 98.2448002875424;
if (Bbin < -107.8619171648283)
Bbin = -107.8619171648283;
if (Bbin > 94.47705120353054)
Bbin = 94.47705120353054;
//lbin=Lbin;
//List<LABbin> temp = new List<LABbin>();
//temp.Add(new LABbin
//{
// L = Lbin,
// A = Abin,
// B = Bbin
//});
int checkForDublicate = 0;
for (int i = 0; i < binedLabValues.Count; i++)
{
if (binedLabValues[i].L == Lbin && binedLabValues[i].A == Abin && binedLabValues[i].B == Bbin)
{
checkForDublicate = 1;
break;
}
}
if (checkForDublicate != 1)
{
binedLabValues.Add(new LABbin
{
L = Lbin,
A = Abin,
B = Bbin
});
}
}
ReturnLabValues = binedLabValues.Distinct().ToList();
return binedLabValues;
}
/// <summary>
/// funtion to get RGB data which are taken out from the LAB binning
/// </summary>
/// <returns></returns>
public static List<RGBbin> RGBbinedData()
{
// List<LABbin> bin = binning();
List<LABbin> bin = RGBBinneddData_David();//binning();
int count = bin.Count();
List<RGBbin> BinRGB = new List<RGBbin>();
// byte[][] BinRGB = new byte[count][];
RGBValue temp = new RGBValue();
Color lab = new Color();
// int binCount=0;
for (int i = 0; i < count; i++)
{
lab.L = bin[i].L;
lab.A = bin[i].A;
lab.B = bin[i].B;
temp = ToRBGFromLAB(lab);
if (temp.R < 0 || temp.R > 255 || temp.B < 0 || temp.B > 255 || temp.G < 0 || temp.G > 255)
{
continue;
}
else
{
//BinRGB[binCount].R = (byte)temp.R;
//BinRGB[binCount].G= (byte)temp.G;
//BinRGB[binCount].B= (byte)temp.B;
//binCount++;
BinRGB.Add(new RGBbin
{
R = (byte)temp.R,
G = (byte)temp.G,
B = (byte)temp.B
});
}
}
return BinRGB;
}
/// <summary>
/// To find which quadrant
/// </summary>
/// <param name="colorToShow"></param>
/// <returns></returns>
public static ColorRegion ToFindColorRegion(PerceptionLib.Color colorToShow)
{
ColorRegion ColorValues = new ColorRegion();
// to find if its within nuteral region
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
double CylinderRadius = 23; //3 JND
double NuetralL = Convert.ToInt32(colorToShow.LA);
// nuetral color near the input color
Color NuetralValue = new Color();
NuetralValue.LA = NuetralL;
NuetralValue.A = 0;
NuetralValue.B = 0;
double Distacne = ColorDistanceCalAB(colorToShow, NuetralValue);
if (Distacne <= CylinderRadius)
ColorValues.NetralValueFlag=0;
else
ColorValues.NetralValueFlag=1;
// to find L region (High or Low)
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
//LValueFlag=0 for L Less than 50 and 1 for other wise
if (NuetralL < 50)
ColorValues.LValueFlag = 0;
else
ColorValues.LValueFlag = 1;
// to find which Quadrant color belongs to
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
// to calculate the hue angle
/// <summary>
/// RegionValue=1 then RegionValue =Red-Yellow
/// RegionValue=2 then RegionValue =Yellow-Green
/// RegionValue=3 then RegionValue =Green-Cyan
/// RegionValue=4 then RegionValue =Cyan-Blue
/// RegionValue=5 then RegionValue =Blue-Magenta
/// RegionValue=6 then RegionValue =Magenta-Red
/// RegionValue=6 then RegionValue =ERROR
/// </summary>
///
RGBValue ColorVal = new RGBValue();
ColorVal=ToRBGFromLAB(colorToShow);
if (ColorVal.R >= ColorVal.G && ColorVal.G>= ColorVal.B)
ColorValues.RegionValue = 1;
else if (ColorVal.G > ColorVal.R && ColorVal.R >= ColorVal.B)
ColorValues.RegionValue = 2;
else if (ColorVal.G >= ColorVal.B && ColorVal.B > ColorVal.R)
ColorValues.RegionValue = 3;
else if (ColorVal.B > ColorVal.G && ColorVal.G > ColorVal.R)
ColorValues.RegionValue = 4;
else if (ColorVal.B > ColorVal.R && ColorVal.R >= ColorVal.G)
ColorValues.RegionValue = 5;
else if (ColorVal.R >= ColorVal.B && ColorVal.B > ColorVal.G)
ColorValues.RegionValue = 6;
//error check
else
ColorValues.RegionValue = 0;
//calculation using lab hue formula -- found not working for the Preucil circle
//double Hue = HueAngle(colorToShow);
//if (0 <= Hue && Hue < 60)
// ColorValues.QuatarentValue = 1;
//else if(60 <= Hue && Hue < 120)
// ColorValues.QuatarentValue = 2;
//else if (120 <= Hue && Hue < 180)
// ColorValues.QuatarentValue = 3;
//else if (180 <= Hue && Hue < 240)
// ColorValues.QuatarentValue = 4;
//else if (240 <= Hue && Hue < 300)
// ColorValues.QuatarentValue = 5;
//else if (300 <= Hue && Hue < 0)
// ColorValues.QuatarentValue = 6;
// //error check
//else
// ColorValues.QuatarentValue = 0;
return ColorValues;
}
private void DisplayMeasuredValuesFromCs200()
{
DateTime Start = DateTime.Now;
//ad this sleep to normal code other than phone
//System.Threading.Thread.Sleep(100);
DateTime Start1 = DateTime.Now;
//dont ad normal code other than phone
//ColorMeasuredXYZ = PerceptionLib.Cs200Connection.StartMeasureXYZForPhone();
ColorMeasuredXYZ = PerceptionLib.Cs200Connection.StartMeasureXYZ();
//ColorMeasuredXYZ = PerceptionLib.Cs200Connection.StartAVGMeasureXYZ9();
//ColorMeasuredXYZ = PerceptionLib.Cs200Connection.StartAVGMeasureXYZ2();
//ColorMeasuredXYZ = PerceptionLib.Cs200Connection.StartAVGMeasureXYZ3();
time4 = DateTime.Now.Subtract(Start1).ToString();
ColorMeasured = PerceptionLib.Color.ToLUV(ColorMeasuredXYZ);
PerceptionLib.RGBValue RGB = new PerceptionLib.RGBValue();
RGB = PerceptionLib.Color.ToRBG(ColorMeasured);
MR = RGB.R;
MG = RGB.G;
MB = RGB.B;
//to display the color in the rectangle
//Dispatcher.Invoke(new Action(() => Rectangle_Captured.Fill = new SolidColorBrush((System.Windows.Media.Color.FromRgb(RGB.R, RGB.G, RGB.B)))));
time3 = DateTime.Now.Subtract(Start).ToString();
}
private void Btn_UseGridData_Click(object sender, RoutedEventArgs e)
{
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\bin8.csv");
dtgrid_corrDisplay.IsEnabled = false;
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
DataTable dt = new DataTable();
DataTable new_dt = new DataTable();
dt = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
ThreadPool.QueueUserWorkItem(ignored =>
{
//for (int i = 1; i < dt.Rows.Count; i++)
for (int i = 0; i < dt.Rows.Count; i++)
{
mainW.R = Convert.ToByte(dt.Rows[i][0].ToString());
mainW.G = Convert.ToByte(dt.Rows[i][1].ToString());
mainW.B = Convert.ToByte(dt.Rows[i][2].ToString());
// converts rendered RGB to luv and displays the colour in to measure
//NoArgDelegate fetcher = new NoArgDelegate(
// this.ColorCapturedUpdate);
//Dispatcher.BeginInvoke();
Dispatcher.Invoke(DispatcherPriority.Send, new Action(() => {
ColorCapturedUpdate();
}));
// System.Threading.Thread.Sleep(1000);
Dispatcher.Invoke(DispatcherPriority.Normal, new Action(() => {
//StartCapture();
colorMeasured = StartCapture1();
DisplayMeasuredValues();
}));
// System.Windows.Forms.Application.DoEvents();
DifferenceCalculation();
//bradcolor=
// assignes the data to a the datatable
dt.Rows[i][3] = colorToShow.L.ToString();
dt.Rows[i][4] = colorToShow.U.ToString();
dt.Rows[i][5] = colorToShow.V.ToString();
dt.Rows[i][6] = colorToShow.UP.ToString();
dt.Rows[i][7] = colorToShow.VP.ToString();
dt.Rows[i][8] = ColorMeasured.L.ToString();
dt.Rows[i][9] = ColorMeasured.U.ToString();
dt.Rows[i][10] = ColorMeasured.V.ToString();
dt.Rows[i][11] = ColorMeasured.UP.ToString();
dt.Rows[i][12] = ColorMeasured.VP.ToString();
//dt.Rows[i][13] = ColorDifference.L.ToString();
//dt.Rows[i][14] = ColorDifference.U.ToString();
//dt.Rows[i][15] = ColorDifference.V.ToString();
////
dt.Rows[i][13] = colorToShow.LA.ToString();
dt.Rows[i][14] = colorToShow.A.ToString();
dt.Rows[i][15] = colorToShow.B.ToString();
dt.Rows[i][16] = ColorMeasured.LA.ToString();
dt.Rows[i][17] = ColorMeasured.A.ToString();
dt.Rows[i][18] = ColorMeasured.B.ToString();
//
dt.Rows[i][19] = PerceptionLib.Color.ColorDistanceCal(colorToShow, ColorMeasured).ToString();
dt.Rows[i][20] = PerceptionLib.Color.ColorDistanceCalAB(colorToShow, ColorMeasured).ToString();
//
dt.Rows[i][21] = ColorToShowXYZ.X.ToString();
dt.Rows[i][22] = ColorToShowXYZ.Y.ToString();
dt.Rows[i][23] = ColorToShowXYZ.Z.ToString();
dt.Rows[i][24] = ColorMeasuredXYZ.X.ToString();
dt.Rows[i][25] = ColorMeasuredXYZ.Y.ToString();
dt.Rows[i][26] = ColorMeasuredXYZ.Z.ToString();
dt.Rows[i][27] = MR.ToString();
dt.Rows[i][28] = MG.ToString();
dt.Rows[i][29] = MB.ToString();
//BradXYZ = Util.CATCalulation.bradford(ColorToShowXYZ);
//VonXYZ = Util.CATCalulation.VonKries(ColorToShowXYZ);
//ScalingXYZ = Util.CATCalulation.XYZScaling(ColorToShowXYZ);
//Bradcolor = PerceptionLib.Color.ToLUV(BradXYZ);
//Voncolor = PerceptionLib.Color.ToLUV(VonXYZ);
//Scalingcolor = PerceptionLib.Color.ToLUV(ScalingXYZ);
//bradRGB = PerceptionLib.Color.ToRBG(BradXYZ);
//VonRGB = PerceptionLib.Color.ToRBG(VonXYZ);
//scalingRGB = PerceptionLib.Color.ToRBG(ScalingXYZ);
CalRGB = PerceptionLib.Color.ToRBG(ColorMeasuredXYZ);
//dt.Rows[i][30] = BradXYZ.X.ToString();
//dt.Rows[i][31] = BradXYZ.Y.ToString();
//dt.Rows[i][32] = BradXYZ.Z.ToString();
//dt.Rows[i][33] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Bradcolor).ToString();
//dt.Rows[i][34] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Bradcolor).ToString();
//dt.Rows[i][35] = VonXYZ.X.ToString();
//dt.Rows[i][36] = VonXYZ.Y.ToString();
//dt.Rows[i][37] = VonXYZ.Z.ToString();
//dt.Rows[i][38] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Voncolor).ToString();
//dt.Rows[i][39] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Voncolor).ToString();
//dt.Rows[i][40] = ScalingXYZ.X.ToString();
//dt.Rows[i][41] = ScalingXYZ.Y.ToString();
//dt.Rows[i][42] = ScalingXYZ.Z.ToString();
//dt.Rows[i][43] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Scalingcolor).ToString();
//dt.Rows[i][44] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Scalingcolor).ToString();
//dt.Rows[i][45] = bradRGB.R.ToString();
//dt.Rows[i][46] = bradRGB.G.ToString();
//dt.Rows[i][47] = bradRGB.B.ToString();
//dt.Rows[i][48] = VonRGB.R.ToString();
//dt.Rows[i][49] = VonRGB.G.ToString();
//dt.Rows[i][50] = VonRGB.B.ToString();
//dt.Rows[i][51] = scalingRGB.R.ToString();
//dt.Rows[i][52] = scalingRGB.G.ToString();
//dt.Rows[i][53] = scalingRGB.B.ToString();
dt.Rows[i][54] = CalRGB.R.ToString();
dt.Rows[i][55] = CalRGB.G.ToString();
dt.Rows[i][56] = CalRGB.B.ToString();
//dt.Rows[i][57] = Bradcolor.UP.ToString();
//dt.Rows[i][58] = Bradcolor.VP.ToString();
//dt.Rows[i][59] = Voncolor.UP.ToString();
//dt.Rows[i][60] = Voncolor.VP.ToString();
//dt.Rows[i][61] = Scalingcolor.UP.ToString();
//dt.Rows[i][62] = Scalingcolor.VP.ToString();
pairs.Clear();
pairs.Add(new MeasurementPair()
{
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][6].ToString()), VP = Convert.ToDouble(dt.Rows[i][7].ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][11].ToString()), VP = Convert.ToDouble(dt.Rows[i][12].ToString()) }
});
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
// System.Threading.Thread.Sleep(10000);
}
// grid is populated with new datatable which has luv values
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
// to show all the pairs in cie graph
//pairs.Clear();
for (int i = 0; i < dt.Rows.Count; i++)
{
pairs.Add(new MeasurementPair()
{
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][6].ToString()), VP = Convert.ToDouble(dt.Rows[i][7].ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][11].ToString()), VP = Convert.ToDouble(dt.Rows[i][12].ToString()) }
});
}
});
btn_ExportGrid.IsEnabled = true;
dtgrid_corrDisplay.IsEnabled = true;
dataTable = dt;
}
private void Btn_StdColorData_Click(object sender, RoutedEventArgs e)
{
// PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\StdColor.txt");
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\StdColortriangle.txt");
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
txt_BgNo.IsEnabled = false;
txt_FgNo.IsEnabled = false;
btn_MixedColour.IsEnabled = false;
DataTable dt = new DataTable();
// DataTable new_dt = new DataTable();
DataRow newRow;
dt = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
// to create a random number
//BgNo = 5;
BgNo = 20;
//FgNo = 27;
FgNo = 61;
// this loop is too changfe the bg color
// for (int i = 0; i < 5; i++)
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 0; i < BgNo; i++)
{
// for the first set of vaule it tahes balck as the bg colour
switch (i)
{
// black bg
case 0:
BgR = 0;
BgG = 0;
BgB = 0;
break;
//Brick
case 1:
BgColor = new PerceptionLib.Color();
bgcolour.L = 65;
bgcolour.UP = 0.275;
bgcolour.VP = 0.485;
bgcolour.U = (13 * bgcolour.L) * (bgcolour.UP - bgcolour.UR);
bgcolour.V = (13 * bgcolour.L) * (bgcolour.VP - bgcolour.VR);
rgb = PerceptionLib.Color.ToRBG(bgcolour);
BgR = rgb.R;
BgG = rgb.G;
BgB = rgb.B;
break;
//Foliage
case 2:
BgColor = new PerceptionLib.Color();
bgcolour.L = 65;
bgcolour.UP = 0.123;
bgcolour.VP = 0.531;
bgcolour.U = (13 * bgcolour.L) * (bgcolour.UP - bgcolour.UR);
bgcolour.V = (13 * bgcolour.L) * (bgcolour.VP - bgcolour.VR);
rgb = PerceptionLib.Color.ToRBG(bgcolour);
BgR = rgb.R;
BgG = rgb.G;
BgB = rgb.B;
break;
//Sidewalk
case 3:
BgColor = new PerceptionLib.Color();
bgcolour.L = 65;
bgcolour.UP = 0.211;
bgcolour.VP = 0.489;
bgcolour.U = (13 * bgcolour.L) * (bgcolour.UP - bgcolour.UR);
bgcolour.V = (13 * bgcolour.L) * (bgcolour.VP - bgcolour.VR);
rgb = PerceptionLib.Color.ToRBG(bgcolour);
BgR = rgb.R;
BgG = rgb.G;
BgB = rgb.B;
break;
//Pavement
case 4:
BgColor = new PerceptionLib.Color();
bgcolour.L = 65;
bgcolour.UP = 0.203;
bgcolour.VP = 0.470;
bgcolour.U = (13 * bgcolour.L) * (bgcolour.UP - bgcolour.UR);
bgcolour.V = (13 * bgcolour.L) * (bgcolour.VP - bgcolour.VR);
rgb = PerceptionLib.Color.ToRBG(bgcolour);
BgR = rgb.R;
BgG = rgb.G;
BgB = rgb.B;
break;
//vaiants of blue
case 5:
BgR = 0;
BgG = 0;
BgB = 255;
break;
case 6:
BgR = 0;
BgG = 0;
BgB = 225;
break;
case 7:
BgR = 100;
BgG = 0;
BgB = 255;
break;
case 8:
BgR = 0;
BgG = 100;
BgB = 255;
break;
//variants of green
case 9:
BgR = 0;
BgG = 255;
BgB = 0;
break;
case 10:
BgR = 0;
BgG = 225;
BgB = 0;
break;
case 11:
BgR = 100;
BgG = 255;
BgB = 0;
break;
case 12:
BgR = 0;
BgG = 255;
BgB = 100;
break;
//yellow
case 13:
BgR = 255;
BgG = 255;
BgB = 0;
break;
case 14:
BgR = 200;
BgG = 200;
BgB = 0;
break;
case 15:
BgR = 200;
BgG = 255;
BgB = 0;
break;
//red
case 16:
BgR = 255;
BgG = 0;
BgB = 0;
break;
case 17:
BgR = 200;
BgG = 0;
BgB = 0;
break;
case 18:
BgR = 255;
BgG = 100;
BgB = 0;
break;
case 19:
BgR = 255;
BgG = 0;
BgB = 100;
break;
}
for (int j = 0; j < FgNo; j++)
{
//if (i == 0)
//{
// mainW.R = Convert.ToByte(dt.Rows[j][0].ToString());
// mainW.G = Convert.ToByte(dt.Rows[j][1].ToString());
// mainW.B = Convert.ToByte(dt.Rows[j][2].ToString());
//}
//else
//{
mainW.R = Convert.ToByte(dt.Rows[j][0].ToString());
mainW.G = Convert.ToByte(dt.Rows[j][1].ToString());
mainW.B = Convert.ToByte(dt.Rows[j][2].ToString());
//}
//if (i != 0)
// System.Threading.Thread.Sleep(500);
Dispatcher.Invoke(new Action(() => ColorUpdateOnScreenWithBG()));
// System.Windows.Forms.Application.DoEvents();
colorMeasured = StartCapture1();
Dispatcher.Invoke(new Action(() => DisplayMeasuredValues()));
DifferenceCalculation();
if (i == 0)
{
dt.Rows[j][0] = R.ToString();
dt.Rows[j][1] = G.ToString();
dt.Rows[j][2] = B.ToString();
dt.Rows[j][3] = colorToShow.L.ToString();
dt.Rows[j][4] = colorToShow.U.ToString();
dt.Rows[j][5] = colorToShow.V.ToString();
dt.Rows[j][6] = colorToShow.UP.ToString();
dt.Rows[j][7] = colorToShow.VP.ToString();
dt.Rows[j][8] = ColorMeasured.L.ToString();
dt.Rows[j][9] = ColorMeasured.U.ToString();
dt.Rows[j][10] = ColorMeasured.V.ToString();
dt.Rows[j][11] = ColorMeasured.UP.ToString();
dt.Rows[j][12] = ColorMeasured.VP.ToString();
dt.Rows[j][13] = MR.ToString();
dt.Rows[j][14] = MG.ToString();
dt.Rows[j][15] = MB.ToString();
dt.Rows[j][16] = colorDifference.L.ToString();
dt.Rows[j][17] = colorDifference.U.ToString();
dt.Rows[j][18] = colorDifference.V.ToString();
dt.Rows[j][19] = BgR.ToString();
dt.Rows[j][20] = BgG.ToString();
dt.Rows[j][21] = BgB.ToString();
dt.Rows[j][22] = 0;
dt.Rows[j][23] = 0;
dt.Rows[j][24] = 0;
dt.Rows[j][25] = 0;
dt.Rows[j][26] = 0;
dt.Rows[j][27] = 0;
dt.Rows[j][28] = 0;
dt.Rows[j][29] = 0;
dt.Rows[j][30] = 0;
dt.Rows[j][31] = 0;
dt.Rows[j][32] = 0;
dt.Rows[j][33] = 0;
dt.Rows[j][34] = 0;
dt.Rows[j][35] = 0;
dt.Rows[j][36] = 0;
dt.Rows[j][37] = 0;
pairs.Clear();
pairs.Add(new MeasurementPair()
{
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(colorToShow.UP.ToString()), VP = Convert.ToDouble(colorToShow.VP.ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
else
{
newRow = dt.NewRow();
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = colorToShow.L.ToString();
newRow[4] = colorToShow.U.ToString();
newRow[5] = colorToShow.V.ToString();
newRow[6] = colorToShow.UP.ToString();
newRow[7] = colorToShow.VP.ToString();
newRow[8] = dt.Rows[j][8].ToString();
newRow[9] = dt.Rows[j][9].ToString();
newRow[10] = dt.Rows[j][10].ToString();
newRow[11] = dt.Rows[j][11].ToString();
newRow[12] = dt.Rows[j][12].ToString();
newRow[13] = dt.Rows[j][13].ToString();
newRow[14] = dt.Rows[j][14].ToString();
newRow[15] = dt.Rows[j][15].ToString();
newRow[16] = colorDifference.L.ToString();
newRow[17] = colorDifference.U.ToString();
newRow[18] = colorDifference.V.ToString();
newRow[19] = BgR.ToString();
newRow[20] = BgG.ToString();
newRow[21] = BgB.ToString();
newRow[22] = 0;
newRow[23] = 0;
newRow[24] = 0;
newRow[25] = 0;
newRow[26] = 0;
newRow[27] = 0;
newRow[28] = 0;
newRow[29] = 0;
newRow[30] = ColorMeasured.L.ToString();
newRow[31] = ColorMeasured.U.ToString();
newRow[32] = ColorMeasured.V.ToString();
newRow[33] = ColorMeasured.UP.ToString();
newRow[34] = ColorMeasured.VP.ToString();
newRow[35] = MR.ToString();
newRow[36] = MG.ToString();
newRow[37] = MB.ToString();
MixedColor = ColorMeasured;
pairs.Clear();
pairs.Add(new MeasurementPair()
{
// HERE 11 AND 12 ARE THE COLOUR CATPTURED BY THE CAMERA FOR DISPLAY 33 AND 34 ARE MIXED COLOURS
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[j][11].ToString()), VP = Convert.ToDouble(dt.Rows[j][12].ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
dt.Rows.Add(newRow);
}
R = 0; G = 0; B = 0;
//dt.Rows.Add(newRow);
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
}
// dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
//dtgrid_corrDisplay.Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
// for caluclating just bg colour,.. with fg & bg white conditions so this for loop should be 3 more than loop for bg color change
for (int i = 1; i < BgNo + 3; i++)
{
if (i < BgNo)
{
R = 0;
G = 0;
B = 0;
BgR = Convert.ToByte(dt.Rows[i * FgNo][19].ToString());
BgG = Convert.ToByte(dt.Rows[i * FgNo][20].ToString());
BgB = Convert.ToByte(dt.Rows[i * FgNo][21].ToString());
}
// both white
else if (i == BgNo)
{
R = 255;
G = 255;
B = 255;
BgR = 255;
BgG = 255;
BgB = 255;
}
// fg white
else if (i == BgNo + 1)
{
R = 255;
G = 255;
B = 255;
BgR = 0;
BgG = 0;
BgB = 0;
}
// bg white
else
{
R = 0;
G = 0;
B = 0;
BgR = 255;
BgG = 255;
BgB = 255;
}
////if (i != 0)
//System.Threading.Thread.Sleep(500);
//ColorCaptureJustBG();
//System.Windows.Forms.Application.DoEvents();
////does all the caputure and difference calculations
//System.Threading.Thread.Sleep(500);
//// StartCapture();
Dispatcher.Invoke(new Action(() => ColorCaptureJustBG()));
// System.Windows.Forms.Application.DoEvents();
colorMeasured = StartCapture1();
Dispatcher.Invoke(new Action(() => DisplayMeasuredValues()));
DifferenceCalculation();
//just bg capture
newRow = dt.NewRow();
if (i < BgNo)
{
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = 0;
newRow[4] = 0;
newRow[5] = 0;
newRow[6] = 0;
newRow[7] = 0;
newRow[8] = 0;
newRow[9] = 0;
newRow[10] = 0;
newRow[11] = 0;
newRow[12] = 0;
newRow[13] = 0;
newRow[14] = 0;
newRow[15] = 0;
newRow[16] = 0;
newRow[17] = 0;
newRow[18] = 0;
newRow[19] = BgR.ToString();
newRow[20] = BgG.ToString();
newRow[21] = BgB.ToString();
newRow[22] = MR.ToString();
newRow[23] = MG.ToString();
newRow[24] = MB.ToString();
newRow[25] = ColorMeasured.L.ToString();
newRow[26] = ColorMeasured.U.ToString();
newRow[27] = ColorMeasured.V.ToString();
newRow[28] = ColorMeasured.UP.ToString();
newRow[29] = ColorMeasured.VP.ToString();
newRow[30] = 0;
newRow[31] = 0;
newRow[32] = 0;
newRow[33] = 0;
newRow[34] = 0;
newRow[35] = 0;
newRow[36] = 0;
newRow[37] = 0;
pairs.Clear();
BgColor = ColorMeasured;
pairs.Add(new MeasurementPair()
{//THE COLOUR DISPLAYED HERE ARE THE BG COLOUR CAPTURED
BgColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
//white point capture
else
{
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = 0;
newRow[4] = 0;
newRow[5] = 0;
newRow[6] = 0;
newRow[7] = 0;
newRow[8] = 0;
newRow[9] = 0;
newRow[10] = 0;
newRow[11] = 0;
newRow[12] = 0;
newRow[13] = 0;
newRow[14] = 0;
newRow[15] = 0;
newRow[16] = 0;
newRow[17] = 0;
newRow[18] = 0;
newRow[19] = BgR.ToString();
newRow[20] = BgG.ToString();
newRow[21] = BgB.ToString();
newRow[22] = 0;
newRow[23] = 0;
newRow[24] = 0;
newRow[25] = 0;
newRow[26] = 0;
newRow[27] = 0;
newRow[28] = 0;
newRow[29] = 0;
newRow[30] = ColorMeasured.L.ToString();
newRow[31] = ColorMeasured.U.ToString();
newRow[32] = ColorMeasured.V.ToString();
newRow[33] = ColorMeasured.UP.ToString();
newRow[34] = ColorMeasured.VP.ToString();
newRow[35] = MR.ToString();
newRow[36] = MG.ToString();
newRow[37] = MB.ToString();
pairs.Add(new MeasurementPair()
{
// HERE 11 AND 12 ARE THE COLOUR CATPTURED BY THE CAMERA FOR DISPLAY 33 AND 34 ARE MIXED COLOURS
BgColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
R = 10;
dt.Rows.Add(newRow);
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
//taking back the measured value of bg to all the data set
int totalRow = BgNo * FgNo;
for (int i = 1; i < BgNo; i++)
{
for (int j = 0; j < fgNo; j++)
{
int rowNo = (i * FgNo) + j;
// i am doing -1 cos the data set starts from 0 ,.. so in the first one it will still b e bg*fg but i value will be 0
dt.Rows[rowNo][22] = dt.Rows[(totalRow) + i - 1][22].ToString();
dt.Rows[rowNo][23] = dt.Rows[(totalRow) + i - 1][23].ToString();
dt.Rows[rowNo][24] = dt.Rows[(totalRow) + i - 1][24].ToString();
dt.Rows[rowNo][25] = dt.Rows[(totalRow) + i - 1][25].ToString();
dt.Rows[rowNo][26] = dt.Rows[(totalRow) + i - 1][26].ToString();
dt.Rows[rowNo][27] = dt.Rows[(totalRow) + i - 1][27].ToString();
dt.Rows[rowNo][28] = dt.Rows[(totalRow) + i - 1][28].ToString();
dt.Rows[rowNo][29] = dt.Rows[(totalRow) + i - 1][29].ToString();
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
dataTable = dt;
});
cmb_graph.IsEnabled = true;
btn_ExportGrid.IsEnabled = true;
// captureDevice.Dispose();
}
private void PhoneCompensation_Click(object sender, RoutedEventArgs e)
{
dtgrid_corrDisplay.IsEnabled = true;
double X, Y, Z;
int binnumber = 0;
int GammutRangeCheck3, GammutRangeCheck4;
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\phone\BaseBinFile.csv");
DataTable bin = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
bin = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
double minLLevel = double.MaxValue;
double maxLLevel = double.MinValue;
double minALevel = double.MaxValue;
double maxALevel = double.MinValue;
double minBLevel = double.MaxValue;
double maxBLevel = double.MinValue;
double minL = double.MaxValue;
double maxL = double.MinValue;
double minA = double.MaxValue;
double maxA = double.MinValue;
double minB = double.MaxValue;
double maxB = double.MinValue;
foreach (DataRow dr in bin.Rows)
{
double accountLevel = dr.Field<double>("MLA");
minLLevel = Math.Min(minLLevel, accountLevel);
maxLLevel = Math.Max(maxLLevel, accountLevel);
double ALevel = dr.Field<double>("MA");
minALevel = Math.Min(minALevel, ALevel);
maxALevel = Math.Max(maxALevel, ALevel);
double BLevel = dr.Field<double>("MlaB");
minBLevel = Math.Min(minBLevel, BLevel);
maxBLevel = Math.Max(maxBLevel, BLevel);
double account = dr.Field<double>("LA");
minL = Math.Min(minL, account);
maxL = Math.Max(maxL, account);
double ALvl = dr.Field<double>("A");
minA = Math.Min(minA, ALvl);
maxA = Math.Max(maxA, ALvl);
double BLvl = dr.Field<double>("LB");
minB = Math.Min(minBLevel, BLvl);
maxB = Math.Max(maxBLevel, BLvl);
}
RGBValue BincolorRGB = new RGBValue();
CIEXYZ BINCOLOR = new CIEXYZ(0, 0, 0);
CIEXYZ BgND = new CIEXYZ(0, 0, 0);
CIEXYZ BgTD = new CIEXYZ(0, 0, 0);
CIEXYZ BP_TD = new CIEXYZ(0, 0, 0);
CIEXYZ BP_ND = new CIEXYZ(0, 0, 0);
CIEXYZ MBgND = new CIEXYZ(0, 0, 0);
CIEXYZ MBgTD = new CIEXYZ(0, 0, 0);
CIEXYZ MBP_TD = new CIEXYZ(0, 0, 0);
CIEXYZ MBP_ND = new CIEXYZ(0, 0, 0);
PerceptionLib.Color BINColor;
PerceptionLib.Color BINTDColor;
PerceptionLib.Color BINNDColor;
PerceptionLib.Color MBINColor;
PerceptionLib.Color MBINTDColor;
PerceptionLib.Color MBINNDColor;
//FgNo = 400;
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\PerceptionLib\bin\previous data\cs-200 data\color compensation\phone input\17bg_ip.csv");
DataTable dt_DataCollection = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_DataCollection = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
foreach (DataRow dr in dt_DataCollection.Rows)
{
X = Convert.ToDouble(dr["BGX"].ToString());
Y = Convert.ToDouble(dr["BGY"].ToString());
Z = Convert.ToDouble(dr["BGZ"].ToString());
BgND = new CIEXYZ(X, Y, Z);
X = Convert.ToDouble(dr["BGsX"].ToString());
Y = Convert.ToDouble(dr["BGsY"].ToString());
Z = Convert.ToDouble(dr["BGsZ"].ToString());
BgTD = new CIEXYZ(X, Y, Z);
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//bin model
X = Convert.ToDouble(dr["Mx"].ToString());
Y = Convert.ToDouble(dr["My"].ToString());
Z = Convert.ToDouble(dr["Mz"].ToString());
BINCOLOR = new CIEXYZ(X, Y, Z);
BincolorRGB = new RGBValue();
BINColor = new PerceptionLib.Color();
BINColor.LA = Convert.ToDouble(dr["Ml"].ToString());
BINColor.A = Convert.ToDouble(dr["Ma"].ToString());
BINColor.B = Convert.ToDouble(dr["Mlb"].ToString());
MBP_ND = ColorSpaceConverter.SubtractXYZ(BINCOLOR, BgND);
MBINNDColor = PerceptionLib.Color.ToLUV(MBP_ND);
dr["ComS_Fg_L"] = MBINNDColor.LA.ToString();
dr["ComS_Fg_a"] = MBINNDColor.A.ToString();
dr["ComS_Fg_b"] = MBINNDColor.B.ToString();
GammutRangeCheck3 = 1;
if ((MBINNDColor.LA >= minLLevel) & (MBINNDColor.LA <= maxLLevel) & (MBINNDColor.A >= minALevel) & (MBINNDColor.A <= maxALevel) & (MBINNDColor.B >= minBLevel) & (MBINNDColor.B <= maxBLevel))
{
for (int index = 0; index < bin.Rows.Count; index++)
{
double tempL, tempA, tempB;
tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
if ((MBINNDColor.LA >= tempL - 5) & (MBINNDColor.LA <= tempL + 5) & (MBINNDColor.A >= tempA - 5) & (MBINNDColor.A <= tempA + 5) & (MBINNDColor.B >= tempB - 5) & (MBINNDColor.B <= tempB + 5))
{
GammutRangeCheck3 = 0;
break;
}
GammutRangeCheck3 = 1;
}
}
else
GammutRangeCheck3 = 1;
binnumber = CATCalulation.MatchWithBinnedColors(MBINNDColor, bin, BgND, BINColor);
BINNDColor = new PerceptionLib.Color();
BINNDColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
BINNDColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
BINNDColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
dr["Com_Fg_L"] = BINNDColor.LA.ToString();
dr["Com_Fg_a"] = BINNDColor.A.ToString();
dr["Com_Fg_b"] = BINNDColor.B.ToString();
BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(BINNDColor);
string Hex = PerceptionLib.Color.RGBtoHEX(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B);
dr["Com_HEX"] = "0x" + Hex;
dr["GammutFlag"] = GammutRangeCheck3.ToString();
MBP_TD = ColorSpaceConverter.SubtractXYZ(BINCOLOR, BgTD);
MBINTDColor = PerceptionLib.Color.ToLUV(MBP_TD);
dr["TDComS_Fg_L"] = MBINNDColor.LA.ToString();
dr["TDComS_Fg_a"] = MBINNDColor.A.ToString();
dr["TDComS_Fg_b"] = MBINNDColor.B.ToString();
GammutRangeCheck4 = 1;
if ((MBINTDColor.LA >= minLLevel) & (MBINTDColor.LA <= maxLLevel) & (MBINTDColor.A >= minALevel) & (MBINTDColor.A <= maxALevel) & (MBINTDColor.B >= minBLevel) & (MBINTDColor.B <= maxBLevel))
{
for (int index = 0; index < bin.Rows.Count; index++)
{
double tempL, tempA, tempB;
tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
if ((MBINTDColor.LA >= tempL - 5) & (MBINTDColor.LA <= tempL + 5) & (MBINTDColor.A >= tempA - 5) & (MBINTDColor.A <= tempA + 5) & (MBINTDColor.B >= tempB - 5) & (MBINTDColor.B <= tempB + 5))
{
GammutRangeCheck4 = 0;
break;
}
GammutRangeCheck4 = 1;
}
}
else
GammutRangeCheck4 = 1;
binnumber = CATCalulation.MatchWithBinnedColors(MBINTDColor, bin, BgND, BINColor);
BINTDColor = new PerceptionLib.Color();
BINTDColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
BINTDColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
BINTDColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
dr["TDCom_Fg_L"] = BINTDColor.LA.ToString();
dr["TDCom_Fg_a"] = BINTDColor.A.ToString();
dr["TDCom_Fg_b"] = BINTDColor.B.ToString();
BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(BINTDColor);
Hex = PerceptionLib.Color.RGBtoHEX(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B);
dr["TDCom_HEX"] = "0x" + Hex;
dr["TDGammutFlag"] = GammutRangeCheck4.ToString();
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
btn_ExportGrid.IsEnabled = true;
}
private void button11_Click(object sender, RoutedEventArgs e)
{
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\DataGrid\DataGrid\data\Ds_correction.txt");
DataTable DS = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
DS = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
List<LABbin> bin =PerceptionLib.Color.RGBBinneddData_David();
int count = bin.Count();
//int temp = -1;
DataRow newRow;
for (int i = 0; i < count; i++)
{
newRow = DS.NewRow();
newRow[0] = bin[i].L.ToString();
newRow[1] = bin[i].A.ToString();
newRow[2] = bin[i].B.ToString();
newRow[3] = PerceptionLib.Color.OriginalRGB[i].R.ToString();
newRow[4] = PerceptionLib.Color.OriginalRGB[i].G.ToString();
newRow[5] = PerceptionLib.Color.OriginalRGB[i].B.ToString();
DS.Rows.Add(newRow);
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = DS.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
PerceptionLib.Color lab = new PerceptionLib.Color();
RGBValue temp = new RGBValue();
for (int i = 0; i < DS.Rows.Count; i++)
{
lab.LA = bin[i].L;
lab.A = bin[i].A;
lab.B = bin[i].B;
temp = PerceptionLib.Color.ToRBGFromLAB(lab);
if (temp.R < 0 || temp.R > 255 || temp.B < 0 || temp.B > 255 || temp.G < 0 || temp.G > 255)
{
continue;
}
else
{
//BinRGB[binCount].R = (byte)temp.R;
//BinRGB[binCount].G= (byte)temp.G;
//BinRGB[binCount].B= (byte)temp.B;
//binCount++;
DS.Rows[i][6] = temp.R.ToString();
DS.Rows[i][7] = temp.G.ToString();
DS.Rows[i][8] = temp.B.ToString();
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = DS.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
private void Btn_CSPredictor_Click(object sender, RoutedEventArgs e)
{
dtgrid_corrDisplay.IsEnabled = true;
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
double X, Y, Z, DeltaA_Luv, DeltaA_LAb, DeltaBin_Luv, DeltaBin_Lab, DeltaB_luv, DeltaB_Lab, DeltaS_Luv, DeltaS_Lab, DeltaV_Luv, DeltaV_Lab,DeltaC,BinDeltaC;
DataRow newRow;
int connect = PerceptionLib.Cs200Connection.ConnectToCS200();
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValue.csv");
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValueWtPt.csv");
DataTable dt_Bg = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_Bg = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\RGBgammut.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB8000.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB88.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB88.csv");
DataTable dt_RGBGammut = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_RGBGammut = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
BgNo = dt_Bg.Rows.Count;
FgNo = dt_RGBGammut.Rows.Count;
//BgNo = 6;
//FgNo = 4;
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\Cspredictor.csv");
DataTable dt_DataCollection = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_DataCollection = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 0; i < BgNo; i++)
{
for (int j = 0; j < FgNo; j=j+20)
{
BgR = Convert.ToByte(dt_Bg.Rows[i][0].ToString());
BgG = Convert.ToByte(dt_Bg.Rows[i][1].ToString());
BgB = Convert.ToByte(dt_Bg.Rows[i][2].ToString());
X = Convert.ToDouble(dt_Bg.Rows[i][3].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][4].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][5].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
R = Convert.ToByte(dt_RGBGammut.Rows[j][0].ToString());
G = Convert.ToByte(dt_RGBGammut.Rows[j][1].ToString());
B = Convert.ToByte(dt_RGBGammut.Rows[j][2].ToString());
//cat model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][25].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][26].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][27].ToString());
BradXYZ = new CIEXYZ(X, Y, Z);
X = Convert.ToDouble(dt_RGBGammut.Rows[j][28].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][29].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][30].ToString());
VonXYZ = new CIEXYZ(X, Y, Z);
X = Convert.ToDouble(dt_RGBGammut.Rows[j][31].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][32].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][33].ToString());
ScalingXYZ = new CIEXYZ(X, Y, Z);
//direct model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][11].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][12].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][13].ToString());
AcolorXYZ = new CIEXYZ(X, Y, Z);
Acolor = PerceptionLib.Color.ToLUV(AcolorXYZ);
//bin model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][22].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][23].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][24].ToString());
BINcolorXYZ = new CIEXYZ(X, Y, Z);
BINColor = PerceptionLib.Color.ToLUV(BINcolorXYZ);
//adding XYZ values
MBradXYZ = Util.ColorSpaceConverter.AddXYZ(BradXYZ, ColorBackGroundXYZ);
MScalingXYZ = Util.ColorSpaceConverter.AddXYZ(ScalingXYZ, ColorBackGroundXYZ);
MVonXYZ = Util.ColorSpaceConverter.AddXYZ(VonXYZ, ColorBackGroundXYZ);
MAcolorXYZ = Util.ColorSpaceConverter.AddXYZ(AcolorXYZ, ColorBackGroundXYZ);
MBINcolorXYZ = Util.ColorSpaceConverter.AddXYZ(BINcolorXYZ, ColorBackGroundXYZ);
//converting back to various spaces fpr color difference calculation
MBradcolor = PerceptionLib.Color.ToLUV(MBradXYZ);
MVoncolor = PerceptionLib.Color.ToLUV(MVonXYZ);
MScalingcolor = PerceptionLib.Color.ToLUV(MScalingXYZ);
MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
bradRGB = PerceptionLib.Color.ToRBG(MBradXYZ);
VonRGB = PerceptionLib.Color.ToRBG(MVonXYZ);
scalingRGB = PerceptionLib.Color.ToRBG(MScalingXYZ);
acolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
BincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
CSColorUpdateOnScreenWithBG();
DisplayMeasuredValuesFromCs200();
//difference calculation
DeltaB_luv = PerceptionLib.Color.ColorDistanceCal(Mbradcolor, ColorMeasured);
DeltaB_Lab = PerceptionLib.Color.ColorDistanceCalAB(Mbradcolor, ColorMeasured);
DeltaV_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MVoncolor);
DeltaV_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MVoncolor);
DeltaS_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MScalingcolor);
DeltaS_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MScalingcolor);
DeltaA_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MAcolor);
DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MAcolor);
DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MBINColor);
DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MBINColor);
BinDeltaC = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, BINColor);
DeltaC = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Acolor);
newRow = dt_DataCollection.NewRow();
newRow[0] = R;
newRow[1] = G;
newRow[2] = B;
newRow[3] = dt_RGBGammut.Rows[j][3].ToString();
newRow[4] = dt_RGBGammut.Rows[j][4].ToString();
newRow[5] = dt_RGBGammut.Rows[j][5].ToString();
newRow[6] = dt_RGBGammut.Rows[j][6].ToString();
newRow[7] = dt_RGBGammut.Rows[j][7].ToString();
newRow[8] = dt_RGBGammut.Rows[j][8].ToString();
newRow[9] = dt_RGBGammut.Rows[j][9].ToString();
newRow[10] = dt_RGBGammut.Rows[j][10].ToString();
newRow[11] = dt_RGBGammut.Rows[j][11].ToString();
newRow[12] = dt_RGBGammut.Rows[j][12].ToString();
newRow[13] = dt_RGBGammut.Rows[j][13].ToString();
newRow[14] = dt_RGBGammut.Rows[j][14].ToString();
newRow[15] = dt_RGBGammut.Rows[j][15].ToString();
newRow[16] = dt_RGBGammut.Rows[j][16].ToString();
newRow[17] = dt_RGBGammut.Rows[j][17].ToString();
newRow[18] = dt_RGBGammut.Rows[j][18].ToString();
newRow[19] = dt_RGBGammut.Rows[j][19].ToString();
newRow[20] = dt_RGBGammut.Rows[j][20].ToString();
newRow[21] = dt_RGBGammut.Rows[j][21].ToString();
newRow[22] = dt_RGBGammut.Rows[j][22].ToString();
newRow[23] = dt_RGBGammut.Rows[j][23].ToString();
newRow[24] = dt_RGBGammut.Rows[j][24].ToString();
newRow[25] = dt_RGBGammut.Rows[j][25].ToString();
newRow[26] = dt_RGBGammut.Rows[j][26].ToString();
newRow[27] = dt_RGBGammut.Rows[j][27].ToString();
newRow[28] = dt_RGBGammut.Rows[j][28].ToString();
newRow[29] = dt_RGBGammut.Rows[j][29].ToString();
newRow[30] = dt_RGBGammut.Rows[j][30].ToString();
newRow[31] = dt_RGBGammut.Rows[j][31].ToString();
newRow[32] = dt_RGBGammut.Rows[j][32].ToString();
newRow[33] = dt_RGBGammut.Rows[j][33].ToString();
newRow[34] = BgR;
newRow[35] = BgG;
newRow[36] = BgB;
newRow[37] = dt_Bg.Rows[i][3].ToString();
newRow[38] = dt_Bg.Rows[i][4].ToString();
newRow[39] = dt_Bg.Rows[i][5].ToString();
newRow[40] = ColorMeasuredXYZ.X.ToString();
newRow[41] = ColorMeasuredXYZ.Y.ToString();
newRow[42] = ColorMeasuredXYZ.Z.ToString();
newRow[43] = ColorMeasured.L.ToString();
newRow[44] = ColorMeasured.U.ToString();
newRow[45] = ColorMeasured.V.ToString();
newRow[46] = ColorMeasured.UP.ToString();
newRow[47] = ColorMeasured.VP.ToString();
newRow[48] = ColorMeasured.LA.ToString();
newRow[49] = ColorMeasured.A.ToString();
newRow[50] = ColorMeasured.B.ToString();
newRow[51] = MR.ToString();
newRow[52] = MG.ToString();
newRow[53] = MB.ToString();
newRow[54] = MAcolorXYZ.X.ToString();
newRow[55] = MAcolorXYZ.Y.ToString();
newRow[56] = MAcolorXYZ.Z.ToString();
newRow[57] = MAcolor.L.ToString();
newRow[58] = MAcolor.U.ToString();
newRow[59] = MAcolor.V.ToString();
newRow[60] = MAcolor.UP.ToString();
newRow[61] = MAcolor.VP.ToString();
newRow[62] = MAcolor.LA.ToString();
newRow[63] = MAcolor.A.ToString();
newRow[64] = MAcolor.B.ToString();
newRow[65] = acolorRGB.R.ToString();
newRow[66] = acolorRGB.G.ToString();
newRow[67] = acolorRGB.B.ToString();
newRow[68] = MBradXYZ.X.ToString();
newRow[69] = MBradXYZ.Y.ToString();
newRow[70] = MBradXYZ.Z.ToString();
newRow[71] = MBradcolor.L.ToString();
newRow[72] = MBradcolor.U.ToString();
newRow[73] = MBradcolor.V.ToString();
newRow[74] = MBradcolor.UP.ToString();
newRow[75] = MBradcolor.VP.ToString();
newRow[76] = MBradcolor.LA.ToString();
newRow[77] = MBradcolor.A.ToString();
newRow[78] = MBradcolor.B.ToString();
newRow[79] = MVonXYZ.X.ToString();
newRow[80] = MVonXYZ.Y.ToString();
newRow[81] = MVonXYZ.Z.ToString();
newRow[82] = MVoncolor.L.ToString();
newRow[83] = MVoncolor.U.ToString();
newRow[84] = MVoncolor.V.ToString();
newRow[85] = MVoncolor.UP.ToString();
newRow[86] = MVoncolor.VP.ToString();
newRow[87] = MVoncolor.LA.ToString();
newRow[88] = MVoncolor.A.ToString();
newRow[89] = MVoncolor.B.ToString();
newRow[90] = MScalingXYZ.X.ToString();
newRow[91] = MScalingXYZ.Y.ToString();
newRow[92] = MScalingXYZ.Z.ToString();
newRow[93] = MScalingcolor.L.ToString();
newRow[94] = MScalingcolor.U.ToString();
newRow[95] = MScalingcolor.V.ToString();
newRow[96] = MScalingcolor.UP.ToString();
newRow[97] = MScalingcolor.VP.ToString();
newRow[98] = MScalingcolor.LA.ToString();
newRow[99] = MScalingcolor.A.ToString();
newRow[100] = MScalingcolor.B.ToString();
newRow[101] = MBINcolorXYZ.X.ToString();
newRow[102] = MBINcolorXYZ.Y.ToString();
newRow[103] = MBINcolorXYZ.Z.ToString();
newRow[104] = MBINColor.L.ToString();
newRow[105] = MBINColor.U.ToString();
newRow[106] = MBINColor.V.ToString();
newRow[107] = MBINColor.UP.ToString();
newRow[108] = MBINColor.VP.ToString();
newRow[109] = MBINColor.LA.ToString();
newRow[110] = MBINColor.A.ToString();
newRow[111] = MBINColor.B.ToString();
newRow[112] = DeltaA_Luv.ToString();
newRow[113] = DeltaA_LAb.ToString();
newRow[114] = DeltaBin_Luv.ToString();
newRow[115] = DeltaBin_Lab.ToString();
newRow[116] = DeltaB_luv.ToString();
newRow[117] = DeltaB_Lab.ToString();
newRow[118] = DeltaV_Luv.ToString();
newRow[119] = DeltaV_Lab.ToString();
newRow[120] = DeltaS_Luv.ToString();
newRow[121] = DeltaS_Lab.ToString();
newRow[122] = BinDeltaC.ToString();
newRow[123] = DeltaC.ToString();
//calculation for Bg through the screen.
X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
MBradXYZ = Util.ColorSpaceConverter.AddXYZ(BradXYZ, ColorBackGroundXYZ);
MScalingXYZ = Util.ColorSpaceConverter.AddXYZ(ScalingXYZ, ColorBackGroundXYZ);
MVonXYZ = Util.ColorSpaceConverter.AddXYZ(VonXYZ, ColorBackGroundXYZ);
MAcolorXYZ = Util.ColorSpaceConverter.AddXYZ(AcolorXYZ, ColorBackGroundXYZ);
MBINcolorXYZ = Util.ColorSpaceConverter.AddXYZ(BINcolorXYZ, ColorBackGroundXYZ);
//converting back to various spaces fpr color difference calculation
MBradcolor = PerceptionLib.Color.ToLUV(MBradXYZ);
MVoncolor = PerceptionLib.Color.ToLUV(MVonXYZ);
MScalingcolor = PerceptionLib.Color.ToLUV(MScalingXYZ);
MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
bradRGB = PerceptionLib.Color.ToRBG(MBradXYZ);
VonRGB = PerceptionLib.Color.ToRBG(MVonXYZ);
scalingRGB = PerceptionLib.Color.ToRBG(MScalingXYZ);
acolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
BincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
DeltaB_luv = PerceptionLib.Color.ColorDistanceCal(Mbradcolor, ColorMeasured);
DeltaB_Lab = PerceptionLib.Color.ColorDistanceCalAB(Mbradcolor, ColorMeasured);
DeltaV_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MVoncolor);
DeltaV_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MVoncolor);
DeltaS_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MScalingcolor);
DeltaS_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MScalingcolor);
DeltaA_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MAcolor);
DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MAcolor);
DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, MBINColor);
DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, MBINColor);
newRow[124] = MAcolorXYZ.X.ToString();
newRow[125] = MAcolorXYZ.Y.ToString();
newRow[126] = MAcolorXYZ.Z.ToString();
newRow[127] = MAcolor.L.ToString();
newRow[128] = MAcolor.U.ToString();
newRow[129] = MAcolor.V.ToString();
newRow[130] = MAcolor.UP.ToString();
newRow[131] = MAcolor.VP.ToString();
newRow[132] = MAcolor.LA.ToString();
newRow[133] = MAcolor.A.ToString();
newRow[134] = MAcolor.B.ToString();
newRow[135] = acolorRGB.R.ToString();
newRow[136] = acolorRGB.G.ToString();
newRow[137] = acolorRGB.B.ToString();
newRow[138] = MBradXYZ.X.ToString();
newRow[139] = MBradXYZ.Y.ToString();
newRow[140] = MBradXYZ.Z.ToString();
newRow[141] = MBradcolor.L.ToString();
newRow[142] = MBradcolor.U.ToString();
newRow[143] = MBradcolor.V.ToString();
newRow[144] = MBradcolor.UP.ToString();
newRow[145] = MBradcolor.VP.ToString();
newRow[146] = MBradcolor.LA.ToString();
newRow[147] = MBradcolor.A.ToString();
newRow[148] = MBradcolor.B.ToString();
newRow[149] = MVonXYZ.X.ToString();
newRow[150] = MVonXYZ.Y.ToString();
newRow[151] = MVonXYZ.Z.ToString();
newRow[152] = MVoncolor.L.ToString();
newRow[153] = MVoncolor.U.ToString();
newRow[154] = MVoncolor.V.ToString();
newRow[155] = MVoncolor.UP.ToString();
newRow[156] = MVoncolor.VP.ToString();
newRow[157] = MVoncolor.LA.ToString();
newRow[158] = MVoncolor.A.ToString();
newRow[159] = MVoncolor.B.ToString();
newRow[160] = MScalingXYZ.X.ToString();
newRow[161] = MScalingXYZ.Y.ToString();
newRow[162] = MScalingXYZ.Z.ToString();
newRow[163] = MScalingcolor.L.ToString();
newRow[164] = MScalingcolor.U.ToString();
newRow[165] = MScalingcolor.V.ToString();
newRow[166] = MScalingcolor.UP.ToString();
newRow[167] = MScalingcolor.VP.ToString();
newRow[168] = MScalingcolor.LA.ToString();
newRow[169] = MScalingcolor.A.ToString();
newRow[170] = MScalingcolor.B.ToString();
newRow[171] = MBINcolorXYZ.X.ToString();
newRow[172] = MBINcolorXYZ.Y.ToString();
newRow[173] = MBINcolorXYZ.Z.ToString();
newRow[174] = MBINColor.L.ToString();
newRow[175] = MBINColor.U.ToString();
newRow[176] = MBINColor.V.ToString();
newRow[177] = MBINColor.UP.ToString();
newRow[178] = MBINColor.VP.ToString();
newRow[179] = MBINColor.LA.ToString();
newRow[180] = MBINColor.A.ToString();
newRow[181] = MBINColor.B.ToString();
newRow[182] = DeltaA_Luv.ToString();
newRow[183] = DeltaA_LAb.ToString();
newRow[184] = DeltaBin_Luv.ToString();
newRow[185] = DeltaBin_Lab.ToString();
newRow[186] = DeltaB_luv.ToString();
newRow[187] = DeltaB_Lab.ToString();
newRow[188] = DeltaV_Luv.ToString();
newRow[189] = DeltaV_Lab.ToString();
newRow[190] = DeltaS_Luv.ToString();
newRow[191] = DeltaS_Lab.ToString();
newRow[192] = Util.CATCalulation.HueAngle(ColorMeasured).ToString();
newRow[193] = Util.CATCalulation.HueAngle(Acolor).ToString();
newRow[194] = Util.CATCalulation.HueAngle(MBINColor).ToString();
dt_DataCollection.Rows.Add(newRow);
R = 0; G = 0; B = 0;
//dt.Rows.Add(newRow);
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
}
//double AvgBin,AvgA,Avgb,AvgV,Avgs,dbc,dc;
//double sAvgBin, sAvgA, sAvgb, sAvgV, sAvgs;
//AvgBin =0;
//AvgA = 0;
//Avgb = 0;
//AvgV = 0;
//Avgs = 0;
//dbc = 0;
//dc = 0;
//sAvgBin = 0;
//sAvgA = 0;
//sAvgb = 0;
//sAvgV = 0;
//sAvgs = 0;
//dbc = 0;
//dc = 0;
//for (int i = 0; i < BgNo * FgNo; i = i + FgNo)
//{
// newRow = dt_DataCollection.NewRow();
// for (int j = i; j < i+FgNo; j++)
// {
// if (j == i)
// {
// AvgBin = Convert.ToDouble(dt_DataCollection.Rows[j][115].ToString());
// AvgA = Convert.ToDouble(dt_DataCollection.Rows[j][113].ToString());
// Avgb = Convert.ToDouble(dt_DataCollection.Rows[j][117].ToString());
// AvgV = Convert.ToDouble(dt_DataCollection.Rows[j][119].ToString());
// Avgs = Convert.ToDouble(dt_DataCollection.Rows[j][121].ToString());
// sAvgBin = Convert.ToDouble(dt_DataCollection.Rows[j][184].ToString());
// sAvgA = Convert.ToDouble(dt_DataCollection.Rows[j][182].ToString());
// sAvgb = Convert.ToDouble(dt_DataCollection.Rows[j][186].ToString());
// sAvgV = Convert.ToDouble(dt_DataCollection.Rows[j][188].ToString());
// sAvgs = Convert.ToDouble(dt_DataCollection.Rows[j][190].ToString());
// dbc = Convert.ToDouble(dt_DataCollection.Rows[j][122].ToString());
// dc=Convert.ToDouble(dt_DataCollection.Rows[j][123].ToString());
// }
// else
// {
// //AvgBin = AvgBin + Convert.ToDouble(dt_DataCollection.Rows[j][115].ToString());
// //AvgA = AvgA+ Convert.ToDouble(dt_DataCollection.Rows[j][113].ToString());
// //Avgb = Avgb+Convert.ToDouble(dt_DataCollection.Rows[j][117].ToString());
// //AvgV = AvgV+Convert.ToDouble(dt_DataCollection.Rows[j][119].ToString());
// //Avgs = Avgs+Convert.ToDouble(dt_DataCollection.Rows[j][121].ToString());
// //sAvgBin = sAvgBin + Convert.ToDouble(dt_DataCollection.Rows[j][184].ToString());
// //sAvgA = sAvgA + Convert.ToDouble(dt_DataCollection.Rows[j][182].ToString());
// //sAvgb = sAvgb + Convert.ToDouble(dt_DataCollection.Rows[j][186].ToString());
// //sAvgV = sAvgV + Convert.ToDouble(dt_DataCollection.Rows[j][188].ToString());
// //sAvgs = sAvgs + Convert.ToDouble(dt_DataCollection.Rows[j][190].ToString());
// //dbc = dbc+Convert.ToDouble(dt_DataCollection.Rows[j][122].ToString());
// //dc =dc+Convert.ToDouble(dt_DataCollection.Rows[j][123].ToString());
// }
// }
// newRow[1] = (AvgBin / FgNo).ToString();
// newRow[2] = (AvgA/ FgNo).ToString();
// newRow[3] = (Avgb/ FgNo).ToString();
// newRow[4] = (AvgV/ FgNo).ToString();
// newRow[5] = (Avgs/ FgNo).ToString();
// newRow[6] = (dbc / FgNo).ToString();
// newRow[7] = (dc / FgNo).ToString();
// newRow[8] = (sAvgBin/ FgNo).ToString();
// newRow[9] = (sAvgA/ FgNo).ToString();
// newRow[10] = (sAvgb/ FgNo).ToString();
// newRow[11] = (sAvgV/ FgNo).ToString();
// newRow[11] = (sAvgs/ FgNo).ToString();
// dt_DataCollection.Rows.Add(newRow);
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
//}
});
btn_ExportGrid.IsEnabled = true;
}
private void Btn_CSGammut_Click(object sender, RoutedEventArgs e)
{
///add this sleep for phone
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\color88ForPhone.txt");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\colorForPhone.txt");
// PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\bin8000.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\bgcolor.csv");
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\binforL.csv");
dtgrid_corrDisplay.IsEnabled = false;
//Thread.Sleep(16500);
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
DataTable dt = new DataTable();
DataTable new_dt = new DataTable();
dt = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
//int connect = PerceptionLib.Cs200Connection.ConnectToCS200();
//if not connected then connect will be 1
BgNo = dt.Rows.Count;
ThreadPool.QueueUserWorkItem(ignored =>
{
DateTime Start = DateTime.Now;
{
//for (int i = 1; i < dt.Rows.Count; i++)
for (int i = 0; i < dt.Rows.Count; i++)
{
mainW.R = Convert.ToByte(dt.Rows[i][0].ToString());
mainW.G = Convert.ToByte(dt.Rows[i][1].ToString());
mainW.B = Convert.ToByte(dt.Rows[i][2].ToString());
// converts rendered RGB to luv and displays the colour in to measure
//NoArgDelegate fetcher = new NoArgDelegate(
// this.ColorCapturedUpdate);
//Dispatcher.BeginInvoke();
// Dispatcher.Invoke(new Action(() => ColorCapturedUpdate()));
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//take it out for any thing other than phone
ColorCapturedUpdate();
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
colorMeasured = StartCapture1();
//Dispatcher.Invoke(DispatcherPriority.Send, new Action(() => DisplayMeasuredValuesFromCs200()));
//Thread.Sleep(500);
//DisplayMeasuredValuesFromCs200();
DifferenceCalculation();
//bradcolor=
// if (i > 0)
// assignes the data to a the datatable
dt.Rows[i][3] = colorToShow.L.ToString();
dt.Rows[i][4] = colorToShow.U.ToString();
dt.Rows[i][5] = colorToShow.V.ToString();
dt.Rows[i][6] = colorToShow.UP.ToString();
dt.Rows[i][7] = colorToShow.VP.ToString();
dt.Rows[i][8] = ColorMeasured.L.ToString();
dt.Rows[i][9] = ColorMeasured.U.ToString();
dt.Rows[i][10] = ColorMeasured.V.ToString();
dt.Rows[i][11] = ColorMeasured.UP.ToString();
dt.Rows[i][12] = ColorMeasured.VP.ToString();
//dt.Rows][13] = ColorDifference.L.ToString();
//dt.Rows][14] = ColorDifference.U.ToString();
//dt.Rows][15] = ColorDifference.V.ToString();
////
dt.Rows[i][13] = colorToShow.LA.ToString();
dt.Rows[i][14] = colorToShow.A.ToString();
dt.Rows[i][15] = colorToShow.B.ToString();
dt.Rows[i][16] = ColorMeasured.LA.ToString();
dt.Rows[i][17] = ColorMeasured.A.ToString();
dt.Rows[i][18] = ColorMeasured.B.ToString();
//
dt.Rows[i][19] = PerceptionLib.Color.ColorDistanceCal(colorToShow, ColorMeasured).ToString();
dt.Rows[i][20] = PerceptionLib.Color.ColorDistanceCalAB(colorToShow, ColorMeasured).ToString();
//
dt.Rows[i][21] = ColorToShowXYZ.X.ToString();
dt.Rows[i][22] = ColorToShowXYZ.Y.ToString();
dt.Rows[i][23] = ColorToShowXYZ.Z.ToString();
dt.Rows[i][24] = ColorMeasuredXYZ.X.ToString();
dt.Rows[i][25] = ColorMeasuredXYZ.Y.ToString();
dt.Rows[i][26] = ColorMeasuredXYZ.Z.ToString();
dt.Rows[i][27] = MR.ToString();
dt.Rows[i][28] = MG.ToString();
dt.Rows[i][29] = MB.ToString();
BradXYZ = Util.CATCalulation.bradford(ColorToShowXYZ);
VonXYZ = Util.CATCalulation.VonKries(ColorToShowXYZ);
ScalingXYZ = Util.CATCalulation.XYZScaling(ColorToShowXYZ);
Bradcolor = PerceptionLib.Color.ToLUV(BradXYZ);
Voncolor = PerceptionLib.Color.ToLUV(VonXYZ);
Scalingcolor = PerceptionLib.Color.ToLUV(ScalingXYZ);
bradRGB = PerceptionLib.Color.ToRBG(Bradcolor);
VonRGB = PerceptionLib.Color.ToRBG(Voncolor);
scalingRGB = PerceptionLib.Color.ToRBG(Scalingcolor);
CalRGB = PerceptionLib.Color.ToRBG(ColorMeasuredXYZ);
dt.Rows[i][30] = BradXYZ.X.ToString();
dt.Rows[i][31] = BradXYZ.Y.ToString();
dt.Rows[i][32] = BradXYZ.Z.ToString();
dt.Rows[i][33] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Bradcolor).ToString();
dt.Rows[i][34] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Bradcolor).ToString();
dt.Rows[i][35] = VonXYZ.X.ToString();
dt.Rows[i][36] = VonXYZ.Y.ToString();
dt.Rows[i][37] = VonXYZ.Z.ToString();
dt.Rows[i][38] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Voncolor).ToString();
dt.Rows[i][39] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Voncolor).ToString();
dt.Rows[i][40] = ScalingXYZ.X.ToString();
dt.Rows[i][41] = ScalingXYZ.Y.ToString();
dt.Rows[i][42] = ScalingXYZ.Z.ToString();
dt.Rows[i][43] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Scalingcolor).ToString();
dt.Rows[i][44] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Scalingcolor).ToString();
dt.Rows[i][45] = bradRGB.R.ToString();
dt.Rows[i][46] = bradRGB.G.ToString();
dt.Rows[i][47] = bradRGB.B.ToString();
dt.Rows[i][48] = VonRGB.R.ToString();
dt.Rows[i][49] = VonRGB.G.ToString();
dt.Rows[i][50] = VonRGB.B.ToString();
dt.Rows[i][51] = scalingRGB.R.ToString();
dt.Rows[i][52] = scalingRGB.G.ToString();
dt.Rows[i][53] = scalingRGB.B.ToString();
dt.Rows[i][54] = CalRGB.R.ToString();
dt.Rows[i][55] = CalRGB.G.ToString();
dt.Rows[i][56] = CalRGB.B.ToString();
dt.Rows[i][57] = Bradcolor.UP.ToString();
dt.Rows[i][58] = Bradcolor.VP.ToString();
dt.Rows[i][59] = Voncolor.UP.ToString();
dt.Rows[i][60] = Voncolor.VP.ToString();
dt.Rows[i][61] = Scalingcolor.UP.ToString();
dt.Rows[i][62] = Scalingcolor.VP.ToString();
dt.Rows[i][63] = ColorMeasuredXYZ.stdx.ToString();
dt.Rows[i][64] = ColorMeasuredXYZ.stdy.ToString();
dt.Rows[i][65] = ColorMeasuredXYZ.stdz.ToString();
//pairs.Clear();
//pairs.Add(new MeasurementPair()
//{
// ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][6].ToString()), VP = Convert.ToDouble(dt.Rows[i][7].ToString()) },
// ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][11].ToString()), VP = Convert.ToDouble(dt.Rows[i][12].ToString()) },
// BradColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dataTable.Rows[i][57].ToString()), VP = Convert.ToDouble(dataTable.Rows[i][58].ToString()) },
// VonColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dataTable.Rows[i][59].ToString()), VP = Convert.ToDouble(dataTable.Rows[i][60].ToString()) },
// Scalingcolor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dataTable.Rows[i][61].ToString()), VP = Convert.ToDouble(dataTable.Rows[i][62].ToString()) }
//});
//if (i == 9)
//{
Dispatcher.Invoke(new Action(() =>
{
dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
dtgrid_corrDisplay.Items.Refresh();
}));
//}
//if (i == (dt.Rows.Count - 1))
//{
// int disconnect = PerceptionLib.Cs200Connection.DisconnectCS200();
//}
}
// System.Threading.Thread.Sleep(10000);
// grid is populated with new datatable which has luv values
Dispatcher.Invoke(new Action(() =>
{
dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
dtgrid_corrDisplay.Items.Refresh();
}));
// to show all the pairs in cie graph
pairs.Clear();
//for (int i = 0; i < dt.Rows.Count; i++)
//{
// pairs.Add(new MeasurementPair()
// {
// ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][6].ToString()), VP = Convert.ToDouble(dt.Rows[i][7].ToString()) },
// ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][11].ToString()), VP = Convert.ToDouble(dt.Rows[i][12].ToString()) }
// });
//}
}
time = DateTime.Now.Subtract(Start).ToString();
});
btn_ExportGrid.IsEnabled = true;
dtgrid_corrDisplay.IsEnabled = true;
dataTable = dt;
}
private void Btn_CSBasicCompensation_Encd_Click(object sender, RoutedEventArgs e)
{
dtgrid_corrDisplay.IsEnabled = true;
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
double X, Y, Z, DeltaA_Luv, DeltaA_LAb, DeltaBin_Luv, DeltaBin_Lab;
double CDeltaA_Luv, CDeltaA_LAb, CDeltaBin_Luv, CDeltaBin_Lab;
int binnumber = 0;
int GammutRangeCheck1, GammutRangeCheck2, GammutRangeCheck3, GammutRangeCheck4;
DataRow newRow;
int connect = PerceptionLib.Cs200Connection.ConnectToCS200();
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValueWtPt.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValueSet1.csv");
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BgValue.csv");
DataTable dt_Bg = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_Bg = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\BaseBinFile.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\BaseBinFile.csv");
DataTable bin = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
bin = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
double minLLevel = double.MaxValue;
double maxLLevel = double.MinValue;
double minALevel = double.MaxValue;
double maxALevel = double.MinValue;
double minBLevel = double.MaxValue;
double maxBLevel = double.MinValue;
double minL = double.MaxValue;
double maxL = double.MinValue;
double minA = double.MaxValue;
double maxA = double.MinValue;
double minB = double.MaxValue;
double maxB = double.MinValue;
foreach (DataRow dr in bin.Rows)
{
double accountLevel = dr.Field<double>("MLA");
minLLevel = Math.Min(minLLevel, accountLevel);
maxLLevel = Math.Max(maxLLevel, accountLevel);
double ALevel = dr.Field<double>("MA");
minALevel = Math.Min(minALevel, ALevel);
maxALevel = Math.Max(maxALevel, ALevel);
double BLevel = dr.Field<double>("MlaB");
minBLevel = Math.Min(minBLevel, BLevel);
maxBLevel = Math.Max(maxBLevel, BLevel);
double account = dr.Field<double>("LA");
minL = Math.Min(minL, account);
maxL = Math.Max(maxL, account);
double ALvl = dr.Field<double>("A");
minA = Math.Min(minA, ALvl);
maxA = Math.Max(maxA, ALvl);
double BLvl = dr.Field<double>("LB");
minB = Math.Min(minBLevel, BLvl);
maxB = Math.Max(maxBLevel, BLvl);
}
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\RGBgammut.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB88.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB8000Sorted.csv");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\bigProjecor\RGB8000NotSorted.csv");
DataTable dt_RGBGammut = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_RGBGammut = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
BgNo = dt_Bg.Rows.Count;
FgNo = dt_RGBGammut.Rows.Count;
//BgNo = 12;
// FgNo = 100;
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\value\CsBasicCOMPENSATOR.csv");
DataTable dt_DataCollection = new DataTable();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
dtgrid_corrDisplay.Items.Refresh();
dt_DataCollection = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
}));
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 12; i < BgNo; i++)
{
for (int j = 11; j < FgNo; j = j + 20)
{
newRow = dt_DataCollection.NewRow();
BgR = Convert.ToByte(dt_Bg.Rows[i][0].ToString());
BgG = Convert.ToByte(dt_Bg.Rows[i][1].ToString());
BgB = Convert.ToByte(dt_Bg.Rows[i][2].ToString());
X = Convert.ToDouble(dt_Bg.Rows[i][3].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][4].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][5].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
R = Convert.ToByte(dt_RGBGammut.Rows[j][0].ToString());
G = Convert.ToByte(dt_RGBGammut.Rows[j][1].ToString());
B = Convert.ToByte(dt_RGBGammut.Rows[j][2].ToString());
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(R, G, B));
// rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(0, 0, 0));
//}));
//DisplayMeasuredValuesFromCs200();
//ColorDifference = ColorMeasured;
////to measure the color mixture as well
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// //rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(R, G, B));
// rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BgR, BgG, BgB));
//}));
//DisplayMeasuredValuesFromCs200();
////aclor is use tem for mixed color capture
//acolorRGB = PerceptionLib.Color.ToRBGFromLAB(ColorMeasured);
//newRow[132] = ColorMeasured.LA.ToString();
//newRow[133] = ColorMeasured.A.ToString();
//newRow[134] = ColorMeasured.B.ToString();
//newRow[135] = acolorRGB.R.ToString();
//newRow[136] = acolorRGB.G.ToString();
//newRow[137] = acolorRGB.B.ToString();
//newRow[138] = Util.CATCalulation.HueAngle(ColorMeasured).ToString();
//newRow[139] = Util.CATCalulation.hueDifference(ColorMeasured, ColorDifference).ToString();
//direct model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][11].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][12].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][13].ToString());
AcolorXYZ = new CIEXYZ(X, Y, Z);
Acolor = PerceptionLib.Color.ToLUV(AcolorXYZ);
//adding XYZ values
MAcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(AcolorXYZ, ColorBackGroundXYZ);
//converting back to various spaces fpr color difference calculation
MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
acolorRGB = PerceptionLib.Color.ToRBGFromLAB(MAcolor);
newRow[0] = R;
newRow[1] = G;
newRow[2] = B;
newRow[3] = dt_RGBGammut.Rows[j][3].ToString();
newRow[4] = dt_RGBGammut.Rows[j][4].ToString();
newRow[5] = dt_RGBGammut.Rows[j][5].ToString();
newRow[6] = dt_RGBGammut.Rows[j][6].ToString();
newRow[7] = dt_RGBGammut.Rows[j][7].ToString();
newRow[8] = dt_RGBGammut.Rows[j][8].ToString();
newRow[9] = dt_RGBGammut.Rows[j][9].ToString();
newRow[10] = dt_RGBGammut.Rows[j][10].ToString();
newRow[11] = dt_RGBGammut.Rows[j][11].ToString();
newRow[12] = dt_RGBGammut.Rows[j][12].ToString();
newRow[13] = dt_RGBGammut.Rows[j][13].ToString();
newRow[14] = dt_RGBGammut.Rows[j][14].ToString();
newRow[15] = dt_RGBGammut.Rows[j][15].ToString();
newRow[16] = dt_RGBGammut.Rows[j][16].ToString();
newRow[17] = dt_RGBGammut.Rows[j][17].ToString();
newRow[18] = dt_RGBGammut.Rows[j][18].ToString();
newRow[19] = dt_RGBGammut.Rows[j][19].ToString();
newRow[20] = dt_RGBGammut.Rows[j][20].ToString();
newRow[21] = dt_RGBGammut.Rows[j][21].ToString();
newRow[22] = dt_RGBGammut.Rows[j][22].ToString();
newRow[23] = dt_RGBGammut.Rows[j][23].ToString();
newRow[24] = dt_RGBGammut.Rows[j][24].ToString();
newRow[25] = BgR;
newRow[26] = BgG;
newRow[27] = BgB;
newRow[28] = dt_Bg.Rows[i][3].ToString();
newRow[29] = dt_Bg.Rows[i][4].ToString();
newRow[30] = dt_Bg.Rows[i][5].ToString();
newRow[31] = dt_Bg.Rows[i][6].ToString();
newRow[32] = dt_Bg.Rows[i][7].ToString();
newRow[33] = dt_Bg.Rows[i][8].ToString();
newRow[34] = MAcolorXYZ.X.ToString();
newRow[35] = MAcolorXYZ.Y.ToString();
newRow[36] = MAcolorXYZ.Z.ToString();
newRow[37] = MAcolor.LA.ToString();
newRow[38] = MAcolor.A.ToString();
newRow[39] = MAcolor.B.ToString();
GammutRangeCheck1 = 1;
if ((MAcolor.LA >= minL) & (MAcolor.LA <= maxL) & (MAcolor.A >= minA) & (MAcolor.A <= maxA) & (MAcolor.B >= minB) & (MAcolor.B <= maxB))
{
for (int index = 0; index < bin.Rows.Count; index++)
{
double tempL, tempA, tempB;
tempL = Convert.ToDouble(bin.Rows[index][3].ToString());
tempA = Convert.ToDouble(bin.Rows[index][4].ToString());
tempB = Convert.ToDouble(bin.Rows[index][5].ToString());
if ((MAcolor.LA >= tempL - 5) & (MAcolor.LA <= tempL + 5) & (MAcolor.A >= tempA - 5) & (MAcolor.A <= tempA + 5) & (MAcolor.B >= tempB - 5) & (MAcolor.B <= tempB + 5))
{
GammutRangeCheck1 = 0;
break;
}
GammutRangeCheck1 = 1;
}
}
else
GammutRangeCheck1 = 1;
newRow[40] = acolorRGB.R.ToString();
newRow[41] = acolorRGB.G.ToString();
newRow[42] = acolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_BgColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BgR, BgG, BgB));
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(acolorRGB.R, acolorRGB.G, acolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
acolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
newRow[43] = ColorMeasuredXYZ.X.ToString();
newRow[44] = ColorMeasuredXYZ.Y.ToString();
newRow[45] = ColorMeasuredXYZ.Z.ToString();
newRow[46] = ColorMeasured.LA.ToString();
newRow[47] = ColorMeasured.A.ToString();
newRow[48] = ColorMeasured.B.ToString();
newRow[49] = MR.ToString();
newRow[50] = MG.ToString();
newRow[51] = MB.ToString();
ColorToShow.LA = Convert.ToDouble(dt_RGBGammut.Rows[j][19].ToString());
ColorToShow.A = Convert.ToDouble(dt_RGBGammut.Rows[j][20].ToString());
ColorToShow.B = Convert.ToDouble(dt_RGBGammut.Rows[j][21].ToString());
// DeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(MAcolor, ColorMeasured);
DeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
//CDeltaA_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
//X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
//Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
//Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
//ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
//MAcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(AcolorXYZ, ColorBackGroundXYZ);
//MAcolor = PerceptionLib.Color.ToLUV(MAcolorXYZ);
//acolorRGB = PerceptionLib.Color.ToRBGFromLAB(MAcolor);
//newRow[52] = MAcolorXYZ.X.ToString();
//newRow[53] = MAcolorXYZ.Y.ToString();
//newRow[54] = MAcolorXYZ.Z.ToString();
//newRow[55] = MAcolor.LA.ToString();
//newRow[56] = MAcolor.A.ToString();
//newRow[57] = MAcolor.B.ToString();
//newRow[58] = acolorRGB.R.ToString();
//newRow[59] = acolorRGB.G.ToString();
//newRow[60] = acolorRGB.B.ToString();
//GammutRangeCheck2 = 1;
//if ((MAcolor.LA >= minL) & (MAcolor.LA <= maxL) & (MAcolor.A >= minA) & (MAcolor.A <= maxA) & (MAcolor.B >= minB) & (MAcolor.B <= maxB))
//{
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// double tempL, tempA, tempB;
// tempL = Convert.ToDouble(bin.Rows[index][3].ToString());
// tempA = Convert.ToDouble(bin.Rows[index][4].ToString());
// tempB = Convert.ToDouble(bin.Rows[index][5].ToString());
// if ((MAcolor.LA >= tempL - 5) & (MAcolor.LA <= tempL + 5) & (MAcolor.A >= tempA - 5) & (MAcolor.A <= tempA + 5) & (MAcolor.B >= tempB - 5) & (MAcolor.B <= tempB + 5))
// {
// GammutRangeCheck2 = 0;
// break;
// }
// GammutRangeCheck2 = 1;
// }
//}
//else
// GammutRangeCheck2 = 1;
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(acolorRGB.R, acolorRGB.G, acolorRGB.B));
//}));
//DisplayMeasuredValuesFromCs200();
//MacolorRGB = PerceptionLib.Color.ToRBG(MAcolorXYZ);
//newRow[61] = ColorMeasuredXYZ.X.ToString();
//newRow[62] = ColorMeasuredXYZ.Y.ToString();
//newRow[63] = ColorMeasuredXYZ.Z.ToString();
//newRow[64] = ColorMeasured.LA.ToString();
//newRow[65] = ColorMeasured.A.ToString();
//newRow[66] = ColorMeasured.B.ToString();
//newRow[67] = MR.ToString();
//newRow[68] = MG.ToString();
//newRow[69] = MB.ToString();
//newRow[131] = Util.CATCalulation.HueAngle(MAcolor);
//// DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(MAcolor, ColorMeasured);
//DeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
//CDeltaA_LAb = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//bin model
X = Convert.ToDouble(dt_RGBGammut.Rows[j][22].ToString());
Y = Convert.ToDouble(dt_RGBGammut.Rows[j][23].ToString());
Z = Convert.ToDouble(dt_RGBGammut.Rows[j][24].ToString());
BINcolorXYZ = new CIEXYZ(X, Y, Z);
BincolorRGB = new RGBValue();
BINColor = PerceptionLib.Color.ToLUV(BINcolorXYZ);
//MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BINcolorXYZ, ColorBackGroundXYZ);
//MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
//GammutRangeCheck3 = 1;
//if ((MBINColor.LA >= minLLevel) & (MBINColor.LA <= maxLLevel) & (MBINColor.A >= minALevel) & (MBINColor.A <= maxALevel) & (MBINColor.B >= minBLevel) & (MBINColor.B <= maxBLevel))
//{
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// double tempL, tempA, tempB;
// tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
// tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
// tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
// if ((MBINColor.LA >= tempL - 5) & (MBINColor.LA <= tempL + 5) & (MBINColor.A >= tempA - 5) & (MBINColor.A <= tempA + 5) & (MBINColor.B >= tempB - 5) & (MBINColor.B <= tempB + 5))
// {
// GammutRangeCheck3 = 0;
// break;
// }
// GammutRangeCheck3 = 1;
// }
//}
//else
// GammutRangeCheck3 = 1;
//binnumber = Util.CATCalulation.MatchWithBinnedColors(MBINColor, bin, ColorBackGroundXYZ, BINColor);
//newRow[124] = Util.CATCalulation.closestColorInsideTheBin.ToString();
//newRow[125] = Util.CATCalulation.closestColorOnAddition.ToString();
////int binnum = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin);
////binnumber = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin, ColorBackGroundXYZ, BINColor);
//MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
//MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
//MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
//MBINColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
//MBINColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
//MBINColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
//BincolorRGB.R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
//BincolorRGB.G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
//BincolorRGB.B = Convert.ToByte(bin.Rows[binnumber][2].ToString());
//newRow[70] = MBINcolorXYZ.X.ToString();
//newRow[71] = MBINcolorXYZ.Y.ToString();
//newRow[72] = MBINcolorXYZ.Z.ToString();
//newRow[73] = MBINColor.LA.ToString();
//newRow[74] = MBINColor.A.ToString();
//newRow[75] = MBINColor.B.ToString();
//newRow[76] = BincolorRGB.R.ToString();
//newRow[77] = BincolorRGB.G.ToString();
//newRow[78] = BincolorRGB.B.ToString();
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B));
//}));
//DisplayMeasuredValuesFromCs200();
//BincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
//newRow[79] = ColorMeasuredXYZ.X.ToString();
//newRow[80] = ColorMeasuredXYZ.Y.ToString();
//newRow[81] = ColorMeasuredXYZ.Z.ToString();
//newRow[82] = ColorMeasured.LA.ToString();
//newRow[83] = ColorMeasured.A.ToString();
//newRow[84] = ColorMeasured.B.ToString();
//newRow[85] = MR.ToString();
//newRow[86] = MG.ToString();
//newRow[87] = MB.ToString();
////DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(MBINColor, ColorMeasured);
//DeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
//CDeltaBin_Luv = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
X = Convert.ToDouble(dt_Bg.Rows[i][6].ToString());
Y = Convert.ToDouble(dt_Bg.Rows[i][7].ToString());
Z = Convert.ToDouble(dt_Bg.Rows[i][8].ToString());
ColorBackGroundXYZ = new CIEXYZ(X, Y, Z);
MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BINcolorXYZ, ColorBackGroundXYZ);
MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(MBINColor);
newRow[140] = MBINColor.LA.ToString();
newRow[141] = MBINColor.A.ToString();
newRow[142] = MBINColor.B.ToString();
binnumber = Util.CATCalulation.MatchWithBinnedColors(MBINColor, bin, ColorBackGroundXYZ, BINColor);
newRow[126] = Util.CATCalulation.closestColorInsideTheBin.ToString();
newRow[127] = Util.CATCalulation.closestColorOnAddition.ToString();
GammutRangeCheck4 = 1;
newRow[143] = Util.CATCalulation.ClosestL.ToString();
newRow[144] = Util.CATCalulation.ClosestA.ToString();
newRow[145] = Util.CATCalulation.ClosestB.ToString();
if ((MBINColor.LA >= minLLevel) & (MBINColor.LA <= maxLLevel) & (MBINColor.A >= minALevel) & (MBINColor.A <= maxALevel) & (MBINColor.B >= minBLevel) & (MBINColor.B <= maxBLevel))
{
for (int index = 0; index < bin.Rows.Count; index++)
{
double tempL, tempA, tempB;
tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
if ((MBINColor.LA >= tempL - 5) & (MBINColor.LA <= tempL + 5) & (MBINColor.A >= tempA - 5) & (MBINColor.A <= tempA + 5) & (MBINColor.B >= tempB - 5) & (MBINColor.B <= tempB + 5))
{
GammutRangeCheck4 = 0;
break;
}
GammutRangeCheck4 = 1;
}
}
else
GammutRangeCheck4 = 1;
//
//binnumber = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin, ColorBackGroundXYZ, BINColor);
MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
MBINColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
MBINColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
MBINColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
BincolorRGB.R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
BincolorRGB.G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
BincolorRGB.B = Convert.ToByte(bin.Rows[binnumber][2].ToString());
newRow[88] = MBINcolorXYZ.X.ToString();
newRow[89] = MBINcolorXYZ.Y.ToString();
newRow[90] = MBINcolorXYZ.Z.ToString();
newRow[91] = MBINColor.LA.ToString();
newRow[92] = MBINColor.A.ToString();
newRow[93] = MBINColor.B.ToString();
newRow[94] = BincolorRGB.R.ToString();
newRow[95] = BincolorRGB.G.ToString();
newRow[96] = BincolorRGB.B.ToString();
Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
{
rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B));
}));
DisplayMeasuredValuesFromCs200();
MBincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
newRow[97] = ColorMeasuredXYZ.X.ToString();
newRow[98] = ColorMeasuredXYZ.Y.ToString();
newRow[99] = ColorMeasuredXYZ.Z.ToString();
newRow[100] = ColorMeasured.LA.ToString();
newRow[101] = ColorMeasured.A.ToString();
newRow[102] = ColorMeasured.B.ToString();
newRow[103] = MR.ToString();
newRow[104] = MG.ToString();
newRow[105] = MB.ToString();
newRow[160] = Util.CATCalulation.HueAngle(ColorMeasured);
newRow[122] = binnumber.ToString();
//DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(MBINColor, ColorMeasured);
DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured);
//CDeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured);
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
////color with closest hue
//MBINcolorXYZ = Util.ColorSpaceConverter.SubtractXYZ(BinXYZ, ColorBackGroundXYZ);
//MBINColor = PerceptionLib.Color.ToLUV(MBINcolorXYZ);
//BincolorRGB = PerceptionLib.Color.ToRBGFromLAB(MBINColor);
//binnumber = Util.CATCalulation.MatchWithBinnedColorsWithHue(MBINColor, bin, ColorBackGroundXYZ, BINColor);
//if ((MBINColor.LA >= minLLevel) & (MBINColor.LA <= maxLLevel) & (MBINColor.A >= minALevel) & (MBINColor.A <= maxALevel) & (MBINColor.B >= minBLevel) & (MBINColor.B <= maxBLevel))
//{
// for (int index = 0; index < bin.Rows.Count; index++)
// {
// double tempL, tempA, tempB;
// tempL = Convert.ToDouble(bin.Rows[index][9].ToString());
// tempA = Convert.ToDouble(bin.Rows[index][10].ToString());
// tempB = Convert.ToDouble(bin.Rows[index][11].ToString());
// if ((MBINColor.LA >= tempL - 5) & (MBINColor.LA <= tempL + 5) & (MBINColor.A >= tempA - 5) & (MBINColor.A <= tempA + 5) & (MBINColor.B >= tempB - 5) & (MBINColor.B <= tempB + 5))
// {
// GammutRangeCheck4 = 0;
// break;
// }
// GammutRangeCheck4 = 1;
// }
//}
//else
// GammutRangeCheck4 = 1;
////
////binnumber = Util.CATCalulation.MatchWithBinnedColorsBasedOn3D(MBINColor, bin, ColorBackGroundXYZ, BINColor);
//MBINcolorXYZ.X = Convert.ToDouble(bin.Rows[binnumber][6].ToString());
//MBINcolorXYZ.Y = Convert.ToDouble(bin.Rows[binnumber][7].ToString());
//MBINcolorXYZ.Z = Convert.ToDouble(bin.Rows[binnumber][8].ToString());
//MBINColor.LA = Convert.ToDouble(bin.Rows[binnumber][3].ToString());
//MBINColor.A = Convert.ToDouble(bin.Rows[binnumber][4].ToString());
//MBINColor.B = Convert.ToDouble(bin.Rows[binnumber][5].ToString());
//BincolorRGB.R = Convert.ToByte(bin.Rows[binnumber][0].ToString());
//BincolorRGB.G = Convert.ToByte(bin.Rows[binnumber][1].ToString());
//BincolorRGB.B = Convert.ToByte(bin.Rows[binnumber][2].ToString());
//newRow[146] = MBINColor.LA.ToString();
//newRow[147] = MBINColor.A.ToString();
//newRow[148] = MBINColor.B.ToString();
//newRow[149] = BincolorRGB.R.ToString();
//newRow[150] = BincolorRGB.G.ToString();
//newRow[151] = BincolorRGB.B.ToString();
//Dispatcher.Invoke(DispatcherPriority.Render, new Action(() =>
//{
// rec_displayColor.Fill = new SolidColorBrush(System.Windows.Media.Color.FromRgb(BincolorRGB.R, BincolorRGB.G, BincolorRGB.B));
//}));
//DisplayMeasuredValuesFromCs200();
//MBincolorRGB = PerceptionLib.Color.ToRBG(MBINcolorXYZ);
//newRow[123] = binnumber.ToString();
//newRow[152] = ColorMeasured.LA.ToString();
//newRow[153] = ColorMeasured.A.ToString();
//newRow[154] = ColorMeasured.B.ToString();
//newRow[155] = MR.ToString();
//newRow[156] = MG.ToString();
//newRow[157] = MB.ToString();
//newRow[158] = Util.CATCalulation.HueAngle(ColorMeasured).ToString();
////DeltaBin_Lab = PerceptionLib.Color.ColorDistanceCalAB(MBINColor, ColorMeasured);
//newRow[159] = PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorMeasured).ToString();
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
newRow[106] = DeltaA_Luv.ToString();
//newRow[107] = DeltaA_LAb.ToString();
//newRow[108] = DeltaBin_Luv.ToString();
newRow[109] = DeltaBin_Lab.ToString();
newRow[110] = GammutRangeCheck1.ToString();
//newRow[111] = GammutRangeCheck2.ToString();
//newRow[112] = GammutRangeCheck3.ToString();
newRow[113] = GammutRangeCheck4.ToString();
//newRow[114] = CDeltaA_Luv.ToString();
//newRow[115] = CDeltaA_LAb.ToString();
//newRow[116] = CDeltaBin_Luv.ToString();
//newRow[117] = CDeltaBin_Lab.ToString();
//newRow[118] = ColorDifference.LA.ToString();
//newRow[119] = ColorDifference.A.ToString();
//newRow[120] = ColorDifference.B.ToString();
////newRow[122] = binnumber.ToString();
////newRow[123] = binnum.ToString();
//newRow[121] = (PerceptionLib.Color.ColorDistanceCalAB(ColorDifference, ColorToShow)).ToString();
newRow[128] = Util.CATCalulation.HueAngeDifference.ToString();
newRow[129] = Util.CATCalulation.HueAngle(ColorToShow).ToString();
newRow[130] = Util.CATCalulation.HueAngle(ColorMeasured).ToString();
dt_DataCollection.Rows.Add(newRow);
R = 0; G = 0; B = 0;
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
//Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt_DataCollection.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
});
btn_ExportGrid.IsEnabled = true;
}
/// <summary>
/// To find which quadrant
/// </summary>
/// <param name="colorToShow"></param>
/// <returns></returns>
public static ColorRegion ToFindColorRegion(Color colorToShow)
{
ColorRegion ColorValues = new ColorRegion();
// to find if its within nuteral region
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
double CylinderRadius = 23; //3 JND
double NuetralL = Convert.ToInt32(colorToShow.LA);
// nuetral color near the input color
Color NuetralValue = new Color();
NuetralValue.LA = NuetralL;
NuetralValue.A = 0;
NuetralValue.B = 0;
double Distacne = ColorDistanceCalAB(colorToShow, NuetralValue);
//NetralValueFlag=0 for for inside the nuetral region and 1 for other wise
if (Distacne <= CylinderRadius)
{
ColorValues.NetralValueFlag = 0;
}
else if (Distacne <= 40)
{
ColorValues.NetralValueFlag = 1;
}
else if (Distacne <= 60)
{
ColorValues.NetralValueFlag = 2;
}
else if (Distacne <= 80)
{
ColorValues.NetralValueFlag = 3;
}
else if (Distacne <= 100)
{
ColorValues.NetralValueFlag = 4;
}
else
{
ColorValues.NetralValueFlag = 5;
}
//else
// ColorValues.NetralValueFlag = 1;
// to find L region (High or Low)
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
//LValueFlag=0 for L Less than 50 and 1 for other wise
if (NuetralL < 50)
{
ColorValues.LValueFlag = 0;
}
else
{
ColorValues.LValueFlag = 1;
}
// to find which Quadrant color belongs to
//////////////////////////////////////////////////////////////////////////////////////////////////////////////
// to calculate the hue angle
/// <summary>
/// RegionValue=1 then RegionValue =Red-Yellow
/// RegionValue=2 then RegionValue =Yellow-Green
/// RegionValue=3 then RegionValue =Green-Cyan
/// RegionValue=4 then RegionValue =Cyan-Blue
/// RegionValue=5 then RegionValue =Blue-Magenta
/// RegionValue=6 then RegionValue =Magenta-Red
/// RegionValue=6 then RegionValue =ERROR
/// </summary>
///
RGBValue ColorVal = new RGBValue();
ColorVal = ToRBGFromLAB(colorToShow);
if (ColorVal.R >= ColorVal.G && ColorVal.G >= ColorVal.B)
{
ColorValues.RegionValue = 1;
}
else if (ColorVal.G > ColorVal.R && ColorVal.R >= ColorVal.B)
{
ColorValues.RegionValue = 2;
}
else if (ColorVal.G >= ColorVal.B && ColorVal.B > ColorVal.R)
{
ColorValues.RegionValue = 3;
}
else if (ColorVal.B > ColorVal.G && ColorVal.G > ColorVal.R)
{
ColorValues.RegionValue = 4;
}
else if (ColorVal.B > ColorVal.R && ColorVal.R >= ColorVal.G)
{
ColorValues.RegionValue = 5;
}
else if (ColorVal.R >= ColorVal.B && ColorVal.B > ColorVal.G)
{
ColorValues.RegionValue = 6;
}
//error check
else
{
ColorValues.RegionValue = 0;
}
//calculation using lab hue formula -- found not working for the Preucil circle
//double Hue = HueAngle(colorToShow);
//if (0 <= Hue && Hue < 60)
// ColorValues.QuatarentValue = 1;
//else if(60 <= Hue && Hue < 120)
// ColorValues.QuatarentValue = 2;
//else if (120 <= Hue && Hue < 180)
// ColorValues.QuatarentValue = 3;
//else if (180 <= Hue && Hue < 240)
// ColorValues.QuatarentValue = 4;
//else if (240 <= Hue && Hue < 300)
// ColorValues.QuatarentValue = 5;
//else if (300 <= Hue && Hue < 0)
// ColorValues.QuatarentValue = 6;
// //error check
//else
// ColorValues.QuatarentValue = 0;
return(ColorValues);
}
/// <summary>
/// funtion for LAb To RGB
/// </summary>
/// <param name="PassedLab"></param>
/// <returns></returns>
public static RGBValue ToRBGFromLAB(Color PassedLab)
{
int tempr, tempg, tempb;
CIEXYZ xyz = LABToXYZ(PassedLab);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
Clinear[0] = xyz.X * 3.2404542 - xyz.Y * 1.5371385 - xyz.Z * 0.4985314; // red
Clinear[1] = -xyz.X * 0.9692660 + xyz.Y * 1.8760108 + xyz.Z * 0.0415560; // green
Clinear[2] = xyz.X * 0.0556434 - xyz.Y * 0.2040259 + xyz.Z * 1.0572252; // blue
//gamma companding
for (int i = 0; i < 3; i++)
{
Clinear[i] = Math.Pow(Clinear[i], (1.0 / 2.2));
}
tempr = (int)Math.Round(Clinear[0] * 255.0);
tempg = (int)Math.Round(Clinear[1] * 255.0);
tempb = (int)Math.Round(Clinear[2] * 255.0);
if (tempr > 255 || tempg > 255 || tempb > 255)
rgb.gmt = 1;
else
rgb.gmt = 0;
//make sure rgb is not over 255
if (tempr > 255)
{
tempr = 255;
}
if (tempg > 255)
{
tempg = 255;
}
if (tempb > 255)
{
tempb = 255;
}
rgb.R = (byte)(tempr);
rgb.G = (byte)(tempg);
rgb.B = (byte)(tempb);
return rgb;
}
public static Color ToLAB(RGBValue cRGB)
{
double Fx, Fy, Fz;
Color rColor = new Color();
CIEXYZ xyz = RGBToXYZ(cRGB);
double yr = xyz.Y / CIEXYZ.D65.Y;
double xr = xyz.X / CIEXYZ.D65.X;
double zr = xyz.Z / CIEXYZ.D65.Z;
Fx = FX(xr);
Fy = FX(yr);
Fz = FX(zr);
rColor.LA = Lxyz(yr);
rColor.A = 500 * (Fx - Fy);
rColor.B = 200 * (Fy - Fz);
return rColor;
}
private void Btn_ManualBinCalculator_Click(object sender, RoutedEventArgs e)
{
int connect = 0;
///add this sleep for phone
int i = BinNo;
if (i == 0)
{
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\color88ForPhone.txt");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\colorForPhone.txt");
//PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\bin8000.csv");
dtgrid_corrDisplay.IsEnabled = false;
//Thread.Sleep(16800);
btn_StartMeasurment.IsEnabled = false;
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
DataTable new_dt = new DataTable();
dt = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
connect = PerceptionLib.Cs200Connection.ConnectToCS200();
//if not connected then connect will be 1
BgNo = dt.Rows.Count;
}
DateTime Start = DateTime.Now;
if (connect == 0)
{
mainW.R = Convert.ToByte(dt.Rows[i][0].ToString());
mainW.G = Convert.ToByte(dt.Rows[i][1].ToString());
mainW.B = Convert.ToByte(dt.Rows[i][2].ToString());
DisplayMeasuredValuesFromCs200();
DifferenceCalculation();
// assignes the data to a the datatable
dt.Rows[i][3] = colorToShow.L.ToString();
dt.Rows[i][4] = colorToShow.U.ToString();
dt.Rows[i][5] = colorToShow.V.ToString();
dt.Rows[i][6] = colorToShow.UP.ToString();
dt.Rows[i][7] = colorToShow.VP.ToString();
dt.Rows[i][8] = ColorMeasured.L.ToString();
dt.Rows[i][9] = ColorMeasured.U.ToString();
dt.Rows[i][10] = ColorMeasured.V.ToString();
dt.Rows[i][11] = ColorMeasured.UP.ToString();
dt.Rows[i][12] = ColorMeasured.VP.ToString();
//dt.Rows][13] = ColorDifference.L.ToString();
//dt.Rows][14] = ColorDifference.U.ToString();
//dt.Rows][15] = ColorDifference.V.ToString();
////
dt.Rows[i][13] = colorToShow.LA.ToString();
dt.Rows[i][14] = colorToShow.A.ToString();
dt.Rows[i][15] = colorToShow.B.ToString();
dt.Rows[i][16] = ColorMeasured.LA.ToString();
dt.Rows[i][17] = ColorMeasured.A.ToString();
dt.Rows[i][18] = ColorMeasured.B.ToString();
//
dt.Rows[i][19] = PerceptionLib.Color.ColorDistanceCal(colorToShow, ColorMeasured).ToString();
dt.Rows[i][20] = PerceptionLib.Color.ColorDistanceCalAB(colorToShow, ColorMeasured).ToString();
//
dt.Rows[i][21] = ColorToShowXYZ.X.ToString();
dt.Rows[i][22] = ColorToShowXYZ.Y.ToString();
dt.Rows[i][23] = ColorToShowXYZ.Z.ToString();
dt.Rows[i][24] = ColorMeasuredXYZ.X.ToString();
dt.Rows[i][25] = ColorMeasuredXYZ.Y.ToString();
dt.Rows[i][26] = ColorMeasuredXYZ.Z.ToString();
dt.Rows[i][27] = MR.ToString();
dt.Rows[i][28] = MG.ToString();
dt.Rows[i][29] = MB.ToString();
BradXYZ = Util.CATCalulation.bradford(ColorToShowXYZ);
VonXYZ = Util.CATCalulation.VonKries(ColorToShowXYZ);
ScalingXYZ = Util.CATCalulation.XYZScaling(ColorToShowXYZ);
Bradcolor = PerceptionLib.Color.ToLUV(BradXYZ);
Voncolor = PerceptionLib.Color.ToLUV(VonXYZ);
Scalingcolor = PerceptionLib.Color.ToLUV(ScalingXYZ);
bradRGB = PerceptionLib.Color.ToRBG(Bradcolor);
VonRGB = PerceptionLib.Color.ToRBG(Voncolor);
scalingRGB = PerceptionLib.Color.ToRBG(Scalingcolor);
CalRGB = PerceptionLib.Color.ToRBG(ColorMeasuredXYZ);
dt.Rows[i][30] = BradXYZ.X.ToString();
dt.Rows[i][31] = BradXYZ.Y.ToString();
dt.Rows[i][32] = BradXYZ.Z.ToString();
dt.Rows[i][33] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Bradcolor).ToString();
dt.Rows[i][34] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Bradcolor).ToString();
dt.Rows[i][35] = VonXYZ.X.ToString();
dt.Rows[i][36] = VonXYZ.Y.ToString();
dt.Rows[i][37] = VonXYZ.Z.ToString();
dt.Rows[i][38] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Voncolor).ToString();
dt.Rows[i][39] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Voncolor).ToString();
dt.Rows[i][40] = ScalingXYZ.X.ToString();
dt.Rows[i][41] = ScalingXYZ.Y.ToString();
dt.Rows[i][42] = ScalingXYZ.Z.ToString();
dt.Rows[i][43] = PerceptionLib.Color.ColorDistanceCal(ColorMeasured, Scalingcolor).ToString();
dt.Rows[i][44] = PerceptionLib.Color.ColorDistanceCalAB(ColorMeasured, Scalingcolor).ToString();
dt.Rows[i][45] = bradRGB.R.ToString();
dt.Rows[i][46] = bradRGB.G.ToString();
dt.Rows[i][47] = bradRGB.B.ToString();
dt.Rows[i][48] = VonRGB.R.ToString();
dt.Rows[i][49] = VonRGB.G.ToString();
dt.Rows[i][50] = VonRGB.B.ToString();
dt.Rows[i][51] = scalingRGB.R.ToString();
dt.Rows[i][52] = scalingRGB.G.ToString();
dt.Rows[i][53] = scalingRGB.B.ToString();
dt.Rows[i][54] = CalRGB.R.ToString();
dt.Rows[i][55] = CalRGB.G.ToString();
dt.Rows[i][56] = CalRGB.B.ToString();
dt.Rows[i][57] = Bradcolor.UP.ToString();
dt.Rows[i][58] = Bradcolor.VP.ToString();
dt.Rows[i][59] = Voncolor.UP.ToString();
dt.Rows[i][60] = Voncolor.VP.ToString();
dt.Rows[i][61] = Scalingcolor.UP.ToString();
dt.Rows[i][62] = Scalingcolor.VP.ToString();
dt.Rows[i][63] = ColorMeasuredXYZ.stdx.ToString();
dt.Rows[i][64] = ColorMeasuredXYZ.stdy.ToString();
dt.Rows[i][65] = ColorMeasuredXYZ.stdz.ToString();
//if (i == 9)
//{
// Dispatcher.Invoke(new Action(() =>
// {
// dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
// dtgrid_corrDisplay.Items.Refresh();
// }));
//}
//if (i == (dt.Rows.Count - 1))
//{
// int disconnect = PerceptionLib.Cs200Connection.DisconnectCS200();
//}
}
// System.Threading.Thread.Sleep(10000);
// grid is populated with new datatable which has luv values
//Dispatcher.Invoke(new Action(() =>
//{
dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
dtgrid_corrDisplay.Items.Refresh();
//}));
// to show all the pairs in cie graph
//pairs.Clear();
//for (int i = 0; i < dt.Rows.Count; i++)
//{
// pairs.Add(new MeasurementPair()
// {
// ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][6].ToString()), VP = Convert.ToDouble(dt.Rows[i][7].ToString()) },
// ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[i][11].ToString()), VP = Convert.ToDouble(dt.Rows[i][12].ToString()) }
// });
//}
BinNo++;
btn_ExportGrid.IsEnabled = true;
dtgrid_corrDisplay.IsEnabled = true;
dataTable = dt;
}
public static RGBValue ToRBG(CIEXYZ xyz)
{
double tempr, tempg, tempb;
//CIEXYZ xyz = LUVToXYZ(PassedLUV);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
double[] linear = new double[3];
Clinear[0] = (xyz.X) * 3.2404542 - (xyz.Y) * 1.5371385 - (xyz.Z) * 0.4985314; // red
Clinear[1] = -(xyz.X) * 0.9692660 + (xyz.Y) * 1.8760108 + (xyz.Z) * 0.0415560; // green
Clinear[2] = (xyz.X) * 0.0556434 - (xyz.Y) * 0.2040259 + (xyz.Z) * 1.0572252; // blue
// if ( var_R > 0.0031308 ) var_R = 1.055 * ( var_R ^ ( 1 / 2.4 ) ) - 0.055
//else var_R = 12.92 * var_R
//if ( var_G > 0.0031308 ) var_G = 1.055 * ( var_G ^ ( 1 / 2.4 ) ) - 0.055
//else var_G = 12.92 * var_G
//if ( var_B > 0.0031308 ) var_B = 1.055 * ( var_B ^ ( 1 / 2.4 ) ) - 0.055
//else var_B = 12.92 * var_B
if (Clinear[0] > 0.0031308)
{
Clinear[0] = 1.055 * Math.Pow(Clinear[0], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[0] = 12.92 * Clinear[0];
rgb.gmt = 0;
}
if (Clinear[1] > 0.0031308)
{
Clinear[1] = 1.055 * Math.Pow(Clinear[1], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[1] = 12.92 * Clinear[1];
rgb.gmt = 0;
}
if (Clinear[2] > 0.0031308)
{
Clinear[2] = 1.055 * Math.Pow(Clinear[2], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[2] = 12.92 * Clinear[2];
rgb.gmt = 0;
}
////gamma companding
//for (int i = 0; i < 3; i++)
//{
// if (Clinear[i] <= 0.0031308)
// {
// linear[i] = Clinear[i] * 12.92;
// }
// else
// {
// linear[i] = (1.055 * Math.Pow(Clinear[i], (1.0 / 2.2))) - 0.055;
// //linear[i] = ( Math.Pow((Clinear[i]), (1.0 / 2.2)));
// }
//}
tempr = (Math.Round(Clinear[0] * 255));
tempg = (Math.Round(Clinear[1] * 255));
tempb = (Math.Round(Clinear[2] * 255));
//if (tempr > 255 || tempg > 255 || tempb > 255)
// rgb.gmt = 1;
//else
// rgb.gmt = 0;
// make sure rgb is not over 255
//if (tempr > 255)
//{
// tempr = 255;
//}
//if (tempg > 255)
//{
// tempg = 255;
//}
//if (tempb > 255)
//{
// tempb = 255;
//}
//if (tempr < 0)
//{
// tempr = 0;
//}
//if (tempg < 0)
//{
// tempg = 0;
//}
//if (tempb < 0)
//{
// tempb = 0;
//}
rgb.R = (byte)(tempr);
rgb.G = (byte)(tempg);
rgb.B = (byte)(tempb);
return(rgb);
}
/// <summary>
/// Function to go from LUV to RGB
/// </summary>
/// <param name="a"></param>
/// <returns></returns>
public static RGBValue ToRBG(Color PassedLUV)
{
double tempr, tempg, tempb;
CIEXYZ xyz = LUVToXYZ(PassedLUV);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
Clinear[0] = xyz.X * 3.2404542 - xyz.Y * 1.5371385 - xyz.Z * 0.4985314; // red
Clinear[1] = -xyz.X * 0.9692660 + xyz.Y * 1.8760108 + xyz.Z * 0.0415560; // green
Clinear[2] = xyz.X * 0.0556434 - xyz.Y * 0.2040259 + xyz.Z * 1.0572252; // blue
//gamma companding
for (int i = 0; i < 3; i++)
{
Clinear[i] = Math.Pow(Clinear[i], (1.0 / 2.2));
}
tempr = Math.Round(Clinear[0] * 255.0);
tempg = Math.Round(Clinear[1] * 255.0);
tempb = Math.Round(Clinear[2] * 255.0);
rgb.R = (byte)tempr;
rgb.G = (byte)tempg;
rgb.B = (byte)tempb;
return rgb;
}
public static RGBValue ToRBG(CIEXYZ xyz)
{
double tempr, tempg, tempb;
//CIEXYZ xyz = LUVToXYZ(PassedLUV);
RGBValue rgb = new RGBValue();
double[] Clinear = new double[3];
double[] linear = new double[3];
Clinear[0] = (xyz.X) * 3.2404542 - (xyz.Y) * 1.5371385 - (xyz.Z) * 0.4985314; // red
Clinear[1] = -(xyz.X) * 0.9692660 + (xyz.Y) * 1.8760108 + (xyz.Z) * 0.0415560; // green
Clinear[2] = (xyz.X) * 0.0556434 - (xyz.Y) * 0.2040259 + (xyz.Z) * 1.0572252; // blue
// if ( var_R > 0.0031308 ) var_R = 1.055 * ( var_R ^ ( 1 / 2.4 ) ) - 0.055
//else var_R = 12.92 * var_R
//if ( var_G > 0.0031308 ) var_G = 1.055 * ( var_G ^ ( 1 / 2.4 ) ) - 0.055
//else var_G = 12.92 * var_G
//if ( var_B > 0.0031308 ) var_B = 1.055 * ( var_B ^ ( 1 / 2.4 ) ) - 0.055
//else var_B = 12.92 * var_B
if (Clinear[0] > 0.0031308)
{
Clinear[0] = 1.055 * Math.Pow(Clinear[0], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[0] = 12.92 * Clinear[0];
rgb.gmt = 0;
}
if (Clinear[1] > 0.0031308)
{
Clinear[1] = 1.055 * Math.Pow(Clinear[1], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[1] = 12.92 * Clinear[1];
rgb.gmt = 0;
}
if (Clinear[2] > 0.0031308)
{
Clinear[2] = 1.055 * Math.Pow(Clinear[2], (1 / (2.2))) - 0.055;
rgb.gmt = 1;
}
else
{
Clinear[2] = 12.92 * Clinear[2];
rgb.gmt = 0;
}
////gamma companding
//for (int i = 0; i < 3; i++)
//{
// if (Clinear[i] <= 0.0031308)
// {
// linear[i] = Clinear[i] * 12.92;
// }
// else
// {
// linear[i] = (1.055 * Math.Pow(Clinear[i], (1.0 / 2.2))) - 0.055;
// //linear[i] = ( Math.Pow((Clinear[i]), (1.0 / 2.2)));
// }
//}
tempr = (Math.Round(Clinear[0] * 255));
tempg = (Math.Round(Clinear[1] * 255));
tempb = (Math.Round(Clinear[2] * 255));
//if (tempr > 255 || tempg > 255 || tempb > 255)
// rgb.gmt = 1;
//else
// rgb.gmt = 0;
// make sure rgb is not over 255
//if (tempr > 255)
//{
// tempr = 255;
//}
//if (tempg > 255)
//{
// tempg = 255;
//}
//if (tempb > 255)
//{
// tempb = 255;
//}
//if (tempr < 0)
//{
// tempr = 0;
//}
//if (tempg < 0)
//{
// tempg = 0;
//}
//if (tempb < 0)
//{
// tempb = 0;
//}
rgb.R = (byte)(tempr);
rgb.G = (byte)(tempg);
rgb.B = (byte)(tempb);
return rgb;
}
private void Btn_ColorPredictor_Click(object sender, RoutedEventArgs e)
{
// PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\StdColor.txt");
PopulateGrid(@"C:\see-through-project\gt\STColorCorrection\Src\STColorPerception\bin\predictor.csv");
txt_R.IsEnabled = false;
txt_G.IsEnabled = false;
txt_B.IsEnabled = false;
txt_BgNo.IsEnabled = false;
txt_FgNo.IsEnabled = false;
btn_MixedColour.IsEnabled = false;
DataTable dt = new DataTable();
// DataTable new_dt = new DataTable();
DataRow newRow;
dt = ((DataView)dtgrid_corrDisplay.ItemsSource).ToTable();
// to create a random number
//BgNo = 5;
BgNo = 24;
//FgNo = 27;
FgNo = dt.Rows.Count;
// this loop is too changfe the bg color
// for (int i = 0; i < 5; i++)
ThreadPool.QueueUserWorkItem(ignored =>
{
PerceptionLib.RGBValue rgb = new PerceptionLib.RGBValue();
for (int i = 0; i < BgNo; i++)
{
// for the first set of vaule it tahes balck as the bg colour
switch (i)
{
// black bg
case 0:
BgR = 0;
BgG = 0;
BgB = 0;
break;
//Brick
case 1:
BgR = 115;
BgG = 80;
BgB = 64;
break;
case 2:
BgR = 195;
BgG = 151;
BgB = 130;
break;
//Pavement
case 3:
BgR = 94;
BgG = 123;
BgB = 156;
break;
//vaiants of blue
case 4:
BgR = 88;
BgG = 108;
BgB = 65;
break;
case 5:
BgR = 100;
BgG = 190;
BgB = 171;
break;
case 6:
BgR = 217;
BgG = 122;
BgB = 37;
break;
case 7:
BgR = 72;
BgG = 91;
BgB = 165;
break;
//variants of green
case 8:
BgR = 194;
BgG = 84;
BgB = 98;
break;
case 9:
BgR = 91;
BgG = 59;
BgB = 107;
break;
case 10:
BgR = 115;
BgG = 80;
BgB = 64;
break;
case 11:
BgR = 160;
BgG = 188;
BgB = 60;
break;
//yellow
case 12:
BgR = 230;
BgG = 163;
BgB = 42;
break;
case 13:
BgR = 46;
BgG = 60;
BgB = 153;
break;
case 14:
BgR = 71;
BgG = 150;
BgB = 69;
break;
//red
case 15:
BgR = 177;
BgG = 44;
BgB = 56;
break;
case 16:
BgR = 238;
BgG = 200;
BgB = 27;
break;
case 17:
BgR = 187;
BgG = 82;
BgB = 148;
break;
case 18:
BgR = 243;
BgG = 242;
BgB = 237;
break;
case 19:
BgR = 201;
BgG = 201;
BgB = 201;
break;
case 20:
BgR = 161;
BgG = 161;
BgB = 161;
break;
case 21:
BgR = 122;
BgG = 122;
BgB = 121;
break;
case 22:
BgR = 83;
BgG = 83;
BgB = 83;
break;
case 23:
BgR = 50;
BgG = 49;
BgB = 50;
break;
}
for (int j = 0; j < FgNo; j++)
{
//if (i == 0)
//{
// mainW.R = Convert.ToByte(dt.Rows[j][0].ToString());
// mainW.G = Convert.ToByte(dt.Rows[j][1].ToString());
// mainW.B = Convert.ToByte(dt.Rows[j][2].ToString());
//}
//else
//{
mainW.R = Convert.ToByte(dt.Rows[j][0].ToString());
mainW.G = Convert.ToByte(dt.Rows[j][1].ToString());
mainW.B = Convert.ToByte(dt.Rows[j][2].ToString());
//}
//if (i != 0)
// System.Threading.Thread.Sleep(500);
Dispatcher.Invoke(new Action(() => ColorUpdateOnScreenWithBG()));
// System.Windows.Forms.Application.DoEvents();
colorMeasured = StartCapture1();
Dispatcher.Invoke(new Action(() => DisplayMeasuredValues()));
Dispatcher.Invoke(new Action(() => progress(i)));
DifferenceCalculation();
BradXYZ = Util.CATCalulation.bradford(ColorToShowXYZ);
VonXYZ = Util.CATCalulation.VonKries(ColorToShowXYZ);
ScalingXYZ = Util.CATCalulation.XYZScaling(ColorToShowXYZ);
Bradcolor = PerceptionLib.Color.ToLUV(BradXYZ);
Voncolor = PerceptionLib.Color.ToLUV(VonXYZ);
Scalingcolor = PerceptionLib.Color.ToLUV(ScalingXYZ);
bradRGB = PerceptionLib.Color.ToRBG(BradXYZ);
VonRGB = PerceptionLib.Color.ToRBG(VonXYZ);
scalingRGB = PerceptionLib.Color.ToRBG(ScalingXYZ);
CalRGB = PerceptionLib.Color.ToRBG(ColorMeasuredXYZ);
if (i == 0)
{
//dt.Rows[j][0] = R.ToString();
//dt.Rows[j][1] = G.ToString();
//dt.Rows[j][2] = B.ToString();
//dt.Rows[j][3] = colorToShow.L.ToString();
//dt.Rows[j][4] = colorToShow.U.ToString();
//dt.Rows[j][5] = colorToShow.V.ToString();
//dt.Rows[j][6] = colorToShow.UP.ToString();
//dt.Rows[j][7] = colorToShow.VP.ToString();
//dt.Rows[j][8] = ColorMeasured.L.ToString();
//dt.Rows[j][9] = ColorMeasured.U.ToString();
//dt.Rows[j][10] = ColorMeasured.V.ToString();
//dt.Rows[j][11] = ColorMeasured.UP.ToString();
//dt.Rows[j][12] = ColorMeasured.VP.ToString();
//dt.Rows[j][13] = MR.ToString();
//dt.Rows[j][14] = MG.ToString();
//dt.Rows[j][15] = MB.ToString();
//dt.Rows[j][16] = colorDifference.L.ToString();
//dt.Rows[j][17] = colorDifference.U.ToString();
//dt.Rows[j][18] = colorDifference.V.ToString();
//dt.Rows[j][19] = BgR.ToString();
//dt.Rows[j][20] = BgG.ToString();
//dt.Rows[j][21] = BgB.ToString();
//dt.Rows[j][22] = 0;
//dt.Rows[j][23] = 0;
//dt.Rows[j][24] = 0;
//dt.Rows[j][25] = 0;
//dt.Rows[j][26] = 0;
//dt.Rows[j][27] = 0;
//dt.Rows[j][28] = 0;
//dt.Rows[j][29] = 0;
//dt.Rows[j][30] = 0;
//dt.Rows[j][31] = 0;
//dt.Rows[j][32] = 0;
//dt.Rows[j][33] = 0;
//dt.Rows[j][34] = 0;
//dt.Rows[j][35] = 0;
//dt.Rows[j][36] = 0;
//dt.Rows[j][37] = 0;
dt.Rows[j][0] = R.ToString();
dt.Rows[j][1] = G.ToString();
dt.Rows[j][2] = B.ToString();
dt.Rows[j][3] = colorToShow.L.ToString();
dt.Rows[j][4] = colorToShow.U.ToString();
dt.Rows[j][5] = colorToShow.V.ToString();
dt.Rows[j][6] = colorToShow.UP.ToString();
dt.Rows[j][7] = colorToShow.VP.ToString();
dt.Rows[j][8] = colorToShow.LA.ToString();
dt.Rows[j][9] = colorToShow.A.ToString();
dt.Rows[j][10] = colorToShow.B.ToString();
dt.Rows[j][11] = ColorToShowXYZ.X.ToString();
dt.Rows[j][12] = ColorToShowXYZ.Y.ToString();
dt.Rows[j][13] = ColorToShowXYZ.Z.ToString();
dt.Rows[j][14] = MR.ToString();
dt.Rows[j][15] = MG.ToString();
dt.Rows[j][16] = MB.ToString();
dt.Rows[j][17] = ColorMeasured.L.ToString();
dt.Rows[j][18] = ColorMeasured.U.ToString();
dt.Rows[j][19] = ColorMeasured.V.ToString();
dt.Rows[j][20] = ColorMeasured.UP.ToString();
dt.Rows[j][21] = ColorMeasured.VP.ToString();
dt.Rows[j][22] = ColorMeasured.LA.ToString();
dt.Rows[j][23] = ColorMeasured.A.ToString();
dt.Rows[j][24] = ColorMeasured.B.ToString();
dt.Rows[j][25] = ColorMeasuredXYZ.X.ToString();
dt.Rows[j][26] = ColorMeasuredXYZ.Y.ToString();
dt.Rows[j][27] = ColorMeasuredXYZ.Z.ToString();
BradXYZ = Util.CATCalulation.bradford(ColorToShowXYZ);
VonXYZ = Util.CATCalulation.VonKries(ColorToShowXYZ);
ScalingXYZ = Util.CATCalulation.XYZScaling(ColorToShowXYZ);
Bradcolor = PerceptionLib.Color.ToLUV(BradXYZ);
Voncolor = PerceptionLib.Color.ToLUV(VonXYZ);
Scalingcolor = PerceptionLib.Color.ToLUV(ScalingXYZ);
bradRGB = PerceptionLib.Color.ToRBG(BradXYZ);
VonRGB = PerceptionLib.Color.ToRBG(VonXYZ);
scalingRGB = PerceptionLib.Color.ToRBG(ScalingXYZ);
dt.Rows[j][28] = Bradcolor.L.ToString();
dt.Rows[j][29] = Bradcolor.U.ToString();
dt.Rows[j][30] = Bradcolor.V.ToString();
dt.Rows[j][31] = Bradcolor.UP.ToString();
dt.Rows[j][32] = Bradcolor.VP.ToString();
dt.Rows[j][33] = Bradcolor.LA.ToString();
dt.Rows[j][34] = Bradcolor.A.ToString();
dt.Rows[j][35] = Bradcolor.B.ToString();
dt.Rows[j][36] = BradXYZ.X.ToString();
dt.Rows[j][37] = BradXYZ.Y.ToString();
dt.Rows[j][38] = BradXYZ.Z.ToString();
dt.Rows[j][39] = bradRGB.R.ToString();
dt.Rows[j][40] = bradRGB.G.ToString();
dt.Rows[j][41] = bradRGB.B.ToString();
dt.Rows[j][42] = Voncolor.L.ToString();
dt.Rows[j][43] = Voncolor.U.ToString();
dt.Rows[j][44] = Voncolor.V.ToString();
dt.Rows[j][45] = Voncolor.UP.ToString();
dt.Rows[j][46] = Voncolor.VP.ToString();
dt.Rows[j][47] = Voncolor.LA.ToString();
dt.Rows[j][48] = Voncolor.A.ToString();
dt.Rows[j][49] = Voncolor.B.ToString();
dt.Rows[j][50] = VonXYZ.X.ToString();
dt.Rows[j][51] = VonXYZ.Y.ToString();
dt.Rows[j][52] = VonXYZ.Z.ToString();
dt.Rows[j][53] = VonRGB.R.ToString();
dt.Rows[j][54] = VonRGB.G.ToString();
dt.Rows[j][55] = VonRGB.B.ToString();
dt.Rows[j][57] = Scalingcolor.L.ToString();
dt.Rows[j][57] = Scalingcolor.U.ToString();
dt.Rows[j][58] = Scalingcolor.V.ToString();
dt.Rows[j][59] = Scalingcolor.UP.ToString();
dt.Rows[j][60] = Scalingcolor.VP.ToString();
dt.Rows[j][61] = Scalingcolor.LA.ToString();
dt.Rows[j][62] = Scalingcolor.A.ToString();
dt.Rows[j][63] = Scalingcolor.B.ToString();
dt.Rows[j][64] = ScalingXYZ.X.ToString();
dt.Rows[j][65] = ScalingXYZ.Y.ToString();
dt.Rows[j][66] = ScalingXYZ.Z.ToString();
dt.Rows[j][67] = scalingRGB.R.ToString();
dt.Rows[j][68] = scalingRGB.G.ToString();
dt.Rows[j][69] = scalingRGB.B.ToString();
dt.Rows[j][71] = BgR.ToString();
dt.Rows[j][71] = BgG.ToString();
dt.Rows[j][72] = BgB.ToString();
dt.Rows[j][73] = ColorBackGround.L.ToString();
dt.Rows[j][74] = ColorBackGround.U.ToString();
dt.Rows[j][75] = ColorBackGround.V.ToString();
dt.Rows[j][76] = ColorBackGround.UP.ToString();
dt.Rows[j][77] = ColorBackGround.VP.ToString();
dt.Rows[j][78] = ColorBackGround.LA.ToString();
dt.Rows[j][79] = ColorBackGround.A.ToString();
dt.Rows[j][80] = ColorBackGround.B.ToString();
dt.Rows[j][81] = ColorBackGroundXYZ.X.ToString();
dt.Rows[j][82] = ColorBackGroundXYZ.Y.ToString();
dt.Rows[j][83] = ColorBackGroundXYZ.Z.ToString();
dt.Rows[j][84] = 0;
dt.Rows[j][85] = 0;
dt.Rows[j][86] = 0;
dt.Rows[j][87] = 0;
dt.Rows[j][88] = 0;
dt.Rows[j][89] = 0;
dt.Rows[j][90] = 0;
dt.Rows[j][91] = 0;
dt.Rows[j][92] = 0;
dt.Rows[j][93] = 0;
dt.Rows[j][94] = 0;
dt.Rows[j][95] = 0;
dt.Rows[j][96] = 0;
dt.Rows[j][97] = 0;
dt.Rows[j][98] = 0;
dt.Rows[j][99] = 0;
dt.Rows[j][100] = 0;
dt.Rows[j][101] = 0;
dt.Rows[j][102] = 0;
dt.Rows[j][103] = 0;
dt.Rows[j][104] = 0;
dt.Rows[j][105] = 0;
dt.Rows[j][106] = 0;
dt.Rows[j][107] = 0;
dt.Rows[j][108] = 0;
dt.Rows[j][109] = 0;
dt.Rows[j][110] = 0;
dt.Rows[j][111] = 0;
dt.Rows[j][112] = 0;
dt.Rows[j][113] = 0;
dt.Rows[j][114] = 0;
dt.Rows[j][115] = 0;
dt.Rows[j][116] = 0;
dt.Rows[j][117] = 0;
dt.Rows[j][118] = 0;
dt.Rows[j][119] = 0;
dt.Rows[j][120] = 0;
dt.Rows[j][121] = 0;
dt.Rows[j][122] = 0;
dt.Rows[j][123] = 0;
dt.Rows[j][124] = 0;
dt.Rows[j][125] = 0;
dt.Rows[j][126] = 0;
dt.Rows[j][127] = 0;
dt.Rows[j][128] = 0;
dt.Rows[j][129] = 0;
dt.Rows[j][130] = 0;
dt.Rows[j][131] = 0;
dt.Rows[j][132] = 0;
dt.Rows[j][133] = 0;
dt.Rows[j][134] = 0;
dt.Rows[j][135] = 0;
dt.Rows[j][136] = 0;
dt.Rows[j][137] = 0;
dt.Rows[j][138] = 0;
dt.Rows[j][139] = 0;
dt.Rows[j][140] = 0;
dt.Rows[j][141] = 0;
dt.Rows[j][142] = 0;
dt.Rows[j][143] = 0;
dt.Rows[j][144] = 0;
dt.Rows[j][145] = 0;
dt.Rows[j][146] = 0;
dt.Rows[j][147] = 0;
dt.Rows[j][148] = 0;
dt.Rows[j][149] = 0;
dt.Rows[j][150] = 0;
dt.Rows[j][151] = 0;
dt.Rows[j][152] = 0;
dt.Rows[j][153] = 0;
dt.Rows[j][154] = 0;
dt.Rows[j][155] = 0;
dt.Rows[j][156] = 0;
dt.Rows[j][157] = 0;
dt.Rows[j][158] = 0;
dt.Rows[j][159] = 0;
dt.Rows[j][160] = 0;
dt.Rows[j][161] = 0;
dt.Rows[j][162] = 0;
dt.Rows[j][163] = 0;
dt.Rows[j][164] = 0;
dt.Rows[j][165] = 0;
dt.Rows[j][166] = 0;
dt.Rows[j][167] = 0;
dt.Rows[j][168] = 0;
dt.Rows[j][169] = 0;
dt.Rows[j][170] = 0;
dt.Rows[j][171] = 0;
dt.Rows[j][172] = 0;
dt.Rows[j][173] = 0;
dt.Rows[j][174] = 0;
dt.Rows[j][175] = 0;
dt.Rows[j][176] = 0;
dt.Rows[j][177] = 0;
dt.Rows[j][178] = 0;
dt.Rows[j][179] = 0;
dt.Rows[j][180] = 0;
/////////////////
pairs.Clear();
pairs.Add(new MeasurementPair()
{
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(colorToShow.UP.ToString()), VP = Convert.ToDouble(colorToShow.VP.ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
else
{
newRow = dt.NewRow();
//newRow[0] = R.ToString();
//newRow[1] = G.ToString();
//newRow[2] = B.ToString();
//newRow[3] = colorToShow.L.ToString();
//newRow[4] = colorToShow.U.ToString();
//newRow[5] = colorToShow.V.ToString();
//newRow[6] = colorToShow.UP.ToString();
//newRow[7] = colorToShow.VP.ToString();
//newRow[8] = dt.Rows[j][8].ToString();
//newRow[9] = dt.Rows[j][9].ToString();
//newRow[10] = dt.Rows[j][10].ToString();
//newRow[11] = dt.Rows[j][11].ToString();
//newRow[12] = dt.Rows[j][12].ToString();
//newRow[13] = dt.Rows[j][13].ToString();
//newRow[14] = dt.Rows[j][14].ToString();
//newRow[15] = dt.Rows[j][15].ToString();
//newRow[16] = colorDifference.L.ToString();
//newRow[17] = colorDifference.U.ToString();
//newRow[18] = colorDifference.V.ToString();
//newRow[19] = BgR.ToString();
//newRow[20] = BgG.ToString();
//newRow[21] = BgB.ToString();
//newRow[22] = 0;
//newRow[23] = 0;
//newRow[24] = 0;
//newRow[25] = 0;
//newRow[26] = 0;
//newRow[27] = 0;
//newRow[28] = 0;
//newRow[29] = 0;
//newRow[30] = ColorMeasured.L.ToString();
//newRow[31] = ColorMeasured.U.ToString();
//newRow[32] = ColorMeasured.V.ToString();
//newRow[33] = ColorMeasured.UP.ToString();
//newRow[34] = ColorMeasured.VP.ToString();
//newRow[35] = MR.ToString();
//newRow[36] = MG.ToString();
//newRow[37] = MB.ToString();
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = colorToShow.L.ToString();
newRow[4] = colorToShow.U.ToString();
newRow[5] = colorToShow.V.ToString();
newRow[6] = colorToShow.UP.ToString();
newRow[7] = colorToShow.VP.ToString();
newRow[8] = colorToShow.LA.ToString();
newRow[9] = colorToShow.A.ToString();
newRow[10] = colorToShow.B.ToString();
newRow[11] = ColorToShowXYZ.X.ToString();
newRow[12] = ColorToShowXYZ.Y.ToString();
newRow[13] = ColorToShowXYZ.Z.ToString();
newRow[14] = dt.Rows[j][14].ToString();
newRow[15] = dt.Rows[j][15].ToString();
newRow[16] = dt.Rows[j][16].ToString();
newRow[17] = dt.Rows[j][17].ToString();
newRow[18] = dt.Rows[j][18].ToString();
newRow[19] = dt.Rows[j][19].ToString();
newRow[20] = dt.Rows[j][20].ToString();
newRow[21] = dt.Rows[j][21].ToString();
newRow[22] = dt.Rows[j][22].ToString();
newRow[23] = dt.Rows[j][23].ToString();
newRow[24] = dt.Rows[j][24].ToString();
newRow[25] = dt.Rows[j][25].ToString();
newRow[26] = dt.Rows[j][26].ToString();
newRow[27] = dt.Rows[j][27].ToString();
newRow[28] = dt.Rows[j][28].ToString();
newRow[29] = dt.Rows[j][29].ToString();
newRow[30] = dt.Rows[j][30].ToString();
newRow[31] = dt.Rows[j][31].ToString();
newRow[32] = dt.Rows[j][32].ToString();
newRow[33] = dt.Rows[j][33].ToString();
newRow[34] = dt.Rows[j][34].ToString();
newRow[35] = dt.Rows[j][35].ToString();
newRow[36] = dt.Rows[j][36].ToString();
newRow[37] = dt.Rows[j][37].ToString();
newRow[38] = dt.Rows[j][38].ToString();
newRow[39] = dt.Rows[j][39].ToString();
newRow[40] = dt.Rows[j][40].ToString();
newRow[41] = dt.Rows[j][41].ToString();
newRow[42] = dt.Rows[j][42].ToString();
newRow[43] = dt.Rows[j][43].ToString();
newRow[44] = dt.Rows[j][44].ToString();
newRow[45] = dt.Rows[j][45].ToString();
newRow[46] = dt.Rows[j][46].ToString();
newRow[47] = dt.Rows[j][47].ToString();
newRow[48] = dt.Rows[j][48].ToString();
newRow[49] = dt.Rows[j][49].ToString();
newRow[50] = dt.Rows[j][50].ToString();
newRow[51] = dt.Rows[j][51].ToString();
newRow[52] = dt.Rows[j][52].ToString();
newRow[53] = dt.Rows[j][53].ToString();
newRow[54] = dt.Rows[j][54].ToString();
newRow[55] = dt.Rows[j][55].ToString();
newRow[56] = dt.Rows[j][56].ToString();
newRow[57] = dt.Rows[j][57].ToString();
newRow[58] = dt.Rows[j][58].ToString();
newRow[59] = dt.Rows[j][59].ToString();
newRow[60] = dt.Rows[j][60].ToString();
newRow[61] = dt.Rows[j][61].ToString();
newRow[62] = dt.Rows[j][62].ToString();
newRow[63] = dt.Rows[j][63].ToString();
newRow[64] = dt.Rows[j][64].ToString();
newRow[65] = dt.Rows[j][65].ToString();
newRow[66] = dt.Rows[j][66].ToString();
newRow[67] = dt.Rows[j][67].ToString();
newRow[68] = dt.Rows[j][68].ToString();
newRow[69] = dt.Rows[j][69].ToString();
newRow[70] = BgR.ToString();
newRow[71] = BgG.ToString();
newRow[72] = BgB.ToString();
newRow[73] = ColorBackGround.L.ToString();
newRow[74] = ColorBackGround.U.ToString();
newRow[75] = ColorBackGround.V.ToString();
newRow[76] = ColorBackGround.UP.ToString();
newRow[77] = ColorBackGround.VP.ToString();
newRow[78] = ColorBackGround.LA.ToString();
newRow[79] = ColorBackGround.A.ToString();
newRow[80] = ColorBackGround.B.ToString();
newRow[81] = ColorBackGroundXYZ.X.ToString();
newRow[82] = ColorBackGroundXYZ.Y.ToString();
newRow[83] = ColorBackGroundXYZ.Z.ToString();
newRow[84] = 0;
newRow[85] = 0;
newRow[86] = 0;
newRow[87] = 0;
newRow[88] = 0;
newRow[89] = 0;
newRow[90] = 0;
newRow[91] = 0;
newRow[92] = 0;
newRow[93] = 0;
newRow[94] = 0;
newRow[95] = 0;
newRow[96] = 0;
newRow[97] = 0;
newRow[98] = ColorMeasured.L.ToString();
newRow[99] = ColorMeasured.U.ToString();
newRow[100] = ColorMeasured.V.ToString();
newRow[101] = ColorMeasured.UP.ToString();
newRow[102] = ColorMeasured.VP.ToString();
newRow[103] = ColorMeasured.LA.ToString();
newRow[104] = ColorMeasured.A.ToString();
newRow[105] = ColorMeasured.B.ToString();
newRow[106] = ColorMeasuredXYZ.X.ToString();
newRow[107] = ColorMeasuredXYZ.Y.ToString();
newRow[108] = ColorMeasuredXYZ.Z.ToString();
newRow[109] = MR.ToString();
newRow[110] = MG.ToString();
newRow[111] = MB.ToString();
newRow[112] = 0;
newRow[113] = 0;
newRow[114] = 0;
newRow[115] = 0;
newRow[116] = 0;
newRow[117] = 0;
newRow[118] = 0;
newRow[119] = 0;
newRow[120] = 0;
newRow[121] = 0;
newRow[122] = 0;
newRow[123] = 0;
newRow[124] = 0;
newRow[125] = 0;
newRow[126] = 0;
newRow[127] = 0;
newRow[128] = 0;
newRow[129] = 0;
newRow[130] = 0;
newRow[131] = 0;
newRow[132] = 0;
newRow[133] = 0;
newRow[134] = 0;
newRow[135] = 0;
newRow[136] = 0;
newRow[137] = 0;
newRow[138] = 0;
newRow[139] = 0;
newRow[140] = 0;
newRow[141] = 0;
newRow[142] = 0;
newRow[143] = 0;
newRow[144] = 0;
newRow[145] = 0;
newRow[146] = 0;
newRow[147] = 0;
newRow[148] = 0;
newRow[149] = 0;
newRow[150] = 0;
newRow[151] = 0;
newRow[152] = 0;
newRow[153] = 0;
newRow[154] = 0;
newRow[155] = 0;
newRow[156] = 0;
newRow[157] = 0;
newRow[158] = 0;
newRow[159] = 0;
newRow[160] = 0;
newRow[161] = 0;
newRow[162] = 0;
newRow[163] = 0;
newRow[164] = 0;
newRow[165] = 0;
newRow[166] = 0;
newRow[167] = 0;
newRow[168] = 0;
newRow[169] = 0;
newRow[170] = 0;
newRow[171] = 0;
newRow[172] = 0;
newRow[173] = 0;
newRow[174] = 0;
newRow[175] = 0;
newRow[176] = 0;
newRow[177] = 0;
newRow[178] = 0;
newRow[179] = 0;
newRow[180] = 0;
MixedColor = ColorMeasured;
pairs.Clear();
pairs.Add(new MeasurementPair()
{
// HERE 11 AND 12 ARE THE COLOUR CATPTURED BY THE CAMERA FOR DISPLAY 33 AND 34 ARE MIXED COLOURS
ColorToShow = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(dt.Rows[j][20].ToString()), VP = Convert.ToDouble(dt.Rows[j][21].ToString()) },
ColorCaptured = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
dt.Rows.Add(newRow);
}
R = 0; G = 0; B = 0;
//dt.Rows.Add(newRow);
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
}
// dtgrid_corrDisplay.ItemsSource = dt.DefaultView;
//dtgrid_corrDisplay.Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
// for caluclating just bg colour,.. with fg & bg white conditions so this for loop should be 3 more than loop for bg color change
for (int i = 1; i < BgNo + 3; i++)
{
if (i < BgNo)
{
R = 0;
G = 0;
B = 0;
BgR = Convert.ToByte(dt.Rows[i * FgNo][70].ToString());
BgG = Convert.ToByte(dt.Rows[i * FgNo][71].ToString());
BgB = Convert.ToByte(dt.Rows[i * FgNo][72].ToString());
}
// both white
else if (i == BgNo)
{
R = 255;
G = 255;
B = 255;
BgR = 255;
BgG = 255;
BgB = 255;
}
// fg white
else if (i == BgNo + 1)
{
R = 255;
G = 255;
B = 255;
BgR = 0;
BgG = 0;
BgB = 0;
}
// bg white
else
{
R = 0;
G = 0;
B = 0;
BgR = 255;
BgG = 255;
BgB = 255;
}
////if (i != 0)
//System.Threading.Thread.Sleep(500);
//ColorCaptureJustBG();
//System.Windows.Forms.Application.DoEvents();
////does all the caputure and difference calculations
//System.Threading.Thread.Sleep(500);
//// StartCapture();
Dispatcher.Invoke(new Action(() => ColorCaptureJustBG()));
// System.Windows.Forms.Application.DoEvents();
colorMeasured = StartCapture1();
Dispatcher.Invoke(new Action(() => DisplayMeasuredValues()));
DifferenceCalculation();
//just bg capture
newRow = dt.NewRow();
if (i < BgNo)
{
//newRow[0] = R.ToString();
//newRow[1] = G.ToString();
//newRow[2] = B.ToString();
//newRow[3] = 0;
//newRow[4] = 0;
//newRow[5] = 0;
//newRow[6] = 0;
//newRow[7] = 0;
//newRow[8] = 0;
//newRow[9] = 0;
//newRow[10] = 0;
//newRow[11] = 0;
//newRow[12] = 0;
//newRow[13] = 0;
//newRow[14] = 0;
//newRow[15] = 0;
//newRow[16] = 0;
//newRow[17] = 0;
//newRow[18] = 0;
//newRow[19] = BgR.ToString();
//newRow[20] = BgG.ToString();
//newRow[21] = BgB.ToString();
//newRow[22] = MR.ToString();
//newRow[23] = MG.ToString();
//newRow[24] = MB.ToString();
//newRow[25] = ColorMeasured.L.ToString();
//newRow[26] = ColorMeasured.U.ToString();
//newRow[27] = ColorMeasured.V.ToString();
//newRow[28] = ColorMeasured.UP.ToString();
//newRow[29] = ColorMeasured.VP.ToString();
//newRow[30] = 0;
//newRow[31] = 0;
//newRow[32] = 0;
//newRow[33] = 0;
//newRow[34] = 0;
//newRow[35] = 0;
//newRow[36] = 0;
//newRow[37] = 0;
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = 0;
newRow[4] = 0;
newRow[5] = 0;
newRow[6] = 0;
newRow[7] = 0;
newRow[8] = 0;
newRow[9] = 0;
newRow[10] = 0;
newRow[11] = 0;
newRow[12] = 0;
newRow[13] = 0;
newRow[14] = 0;
newRow[15] = 0;
newRow[16] = 0;
newRow[17] = 0;
newRow[18] = 0;
newRow[19] = 0;
newRow[20] = 0;
newRow[21] = 0;
newRow[22] = 0;
newRow[23] = 0;
newRow[24] = 0;
newRow[25] = 0;
newRow[26] = 0;
newRow[27] = 0;
newRow[28] = 0;
newRow[29] = 0;
newRow[30] = 0;
newRow[31] = 0;
newRow[32] = 0;
newRow[33] = 0;
newRow[34] = 0;
newRow[35] = 0;
newRow[36] = 0;
newRow[37] = 0;
newRow[38] = 0;
newRow[39] = 0;
newRow[40] = 0;
newRow[41] = 0;
newRow[42] = 0;
newRow[43] = 0;
newRow[44] = 0;
newRow[45] = 0;
newRow[46] = 0;
newRow[47] = 0;
newRow[48] = 0;
newRow[49] = 0;
newRow[50] = 0;
newRow[51] = 0;
newRow[52] = 0;
newRow[53] = 0;
newRow[54] = 0;
newRow[55] = 0;
newRow[56] = 0;
newRow[57] = 0;
newRow[58] = 0;
newRow[59] = 0;
newRow[60] = 0;
newRow[61] = 0;
newRow[62] = 0;
newRow[63] = 0;
newRow[64] = 0;
newRow[65] = 0;
newRow[66] = 0;
newRow[67] = 0;
newRow[68] = 0;
newRow[69] = 0;
newRow[70] = BgR.ToString();
newRow[71] = BgG.ToString();
newRow[72] = BgB.ToString();
newRow[73] = ColorBackGround.L.ToString();
newRow[74] = ColorBackGround.U.ToString();
newRow[75] = ColorBackGround.V.ToString();
newRow[76] = ColorBackGround.UP.ToString();
newRow[77] = ColorBackGround.VP.ToString();
newRow[78] = ColorBackGround.LA.ToString();
newRow[79] = ColorBackGround.A.ToString();
newRow[80] = ColorBackGround.B.ToString();
newRow[81] = ColorBackGroundXYZ.X.ToString();
newRow[82] = ColorBackGroundXYZ.Y.ToString();
newRow[83] = ColorBackGroundXYZ.Z.ToString();
newRow[84] = MR.ToString();
newRow[85] = MG.ToString();
newRow[86] = MB.ToString();
newRow[87] = ColorMeasured.L.ToString();
newRow[88] = ColorMeasured.U.ToString();
newRow[89] = ColorMeasured.V.ToString();
newRow[90] = ColorMeasured.UP.ToString();
newRow[91] = ColorMeasured.VP.ToString();
newRow[92] = ColorMeasured.LA.ToString();
newRow[93] = ColorMeasured.A.ToString();
newRow[94] = ColorMeasured.B.ToString();
newRow[95] = ColorMeasuredXYZ.X.ToString();
newRow[96] = ColorMeasuredXYZ.Y.ToString();
newRow[97] = ColorMeasuredXYZ.Z.ToString();
newRow[98] = 0;
newRow[99] = 0;
newRow[100] = 0;
newRow[101] = 0;
newRow[102] = 0;
newRow[103] = 0;
newRow[104] = 0;
newRow[105] = 0;
newRow[106] = 0;
newRow[107] = 0;
newRow[108] = 0;
newRow[109] = 0;
newRow[110] = 0;
newRow[111] = 0;
newRow[112] = 0;
newRow[113] = 0;
newRow[114] = 0;
newRow[115] = 0;
newRow[116] = 0;
newRow[117] = 0;
newRow[118] = 0;
newRow[119] = 0;
newRow[120] = 0;
newRow[121] = 0;
newRow[122] = 0;
newRow[123] = 0;
newRow[124] = 0;
newRow[125] = 0;
newRow[126] = 0;
newRow[127] = 0;
newRow[128] = 0;
newRow[129] = 0;
newRow[130] = 0;
newRow[131] = 0;
newRow[132] = 0;
newRow[133] = 0;
newRow[134] = 0;
newRow[135] = 0;
newRow[136] = 0;
newRow[137] = 0;
newRow[138] = 0;
newRow[139] = 0;
newRow[140] = 0;
newRow[141] = 0;
newRow[142] = 0;
newRow[143] = 0;
newRow[144] = 0;
newRow[145] = 0;
newRow[146] = 0;
newRow[147] = 0;
newRow[148] = 0;
newRow[149] = 0;
newRow[150] = 0;
newRow[151] = 0;
newRow[152] = 0;
newRow[153] = 0;
newRow[154] = 0;
newRow[155] = 0;
newRow[156] = 0;
newRow[157] = 0;
newRow[158] = 0;
newRow[159] = 0;
newRow[160] = 0;
newRow[161] = 0;
newRow[162] = 0;
newRow[163] = 0;
newRow[164] = 0;
newRow[165] = 0;
newRow[166] = 0;
newRow[167] = 0;
newRow[168] = 0;
newRow[169] = 0;
newRow[170] = 0;
newRow[171] = 0;
newRow[172] = 0;
newRow[173] = 0;
newRow[174] = 0;
newRow[175] = 0;
newRow[176] = 0;
newRow[177] = 0;
newRow[178] = 0;
newRow[179] = 0;
newRow[180] = 0;
pairs.Clear();
BgColor = ColorMeasured;
pairs.Add(new MeasurementPair()
{//THE COLOUR DISPLAYED HERE ARE THE BG COLOUR CAPTURED
BgColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
//white point capture
else
{
//newRow[0] = R.ToString();
//newRow[1] = G.ToString();
//newRow[2] = B.ToString();
//newRow[3] = 0;
//newRow[4] = 0;
//newRow[5] = 0;
//newRow[6] = 0;
//newRow[7] = 0;
//newRow[8] = 0;
//newRow[9] = 0;
//newRow[10] = 0;
//newRow[11] = 0;
//newRow[12] = 0;
//newRow[13] = 0;
//newRow[14] = 0;
//newRow[15] = 0;
//newRow[16] = 0;
//newRow[17] = 0;
//newRow[18] = 0;
//newRow[19] = BgR.ToString();
//newRow[20] = BgG.ToString();
//newRow[21] = BgB.ToString();
//newRow[22] = 0;
//newRow[23] = 0;
//newRow[24] = 0;
//newRow[25] = 0;
//newRow[26] = 0;
//newRow[27] = 0;
//newRow[28] = 0;
//newRow[29] = 0;
//newRow[30] = ColorMeasured.L.ToString();
//newRow[31] = ColorMeasured.U.ToString();
//newRow[32] = ColorMeasured.V.ToString();
//newRow[33] = ColorMeasured.UP.ToString();
//newRow[34] = ColorMeasured.VP.ToString();
//newRow[35] = MR.ToString();
//newRow[36] = MG.ToString();
//newRow[37] = MB.ToString();
newRow[0] = R.ToString();
newRow[1] = G.ToString();
newRow[2] = B.ToString();
newRow[3] = 0;
newRow[4] = 0;
newRow[5] = 0;
newRow[6] = 0;
newRow[7] = 0;
newRow[8] = 0;
newRow[9] = 0;
newRow[10] = 0;
newRow[11] = 0;
newRow[12] = 0;
newRow[13] = 0;
newRow[14] = 0;
newRow[15] = 0;
newRow[16] = 0;
newRow[17] = 0;
newRow[18] = 0;
newRow[19] = 0;
newRow[20] = 0;
newRow[21] = 0;
newRow[22] = 0;
newRow[23] = 0;
newRow[24] = 0;
newRow[25] = 0;
newRow[26] = 0;
newRow[27] = 0;
newRow[28] = 0;
newRow[29] = 0;
newRow[30] = 0;
newRow[31] = 0;
newRow[32] = 0;
newRow[33] = 0;
newRow[34] = 0;
newRow[35] = 0;
newRow[36] = 0;
newRow[37] = 0;
newRow[38] = 0;
newRow[39] = 0;
newRow[40] = 0;
newRow[41] = 0;
newRow[42] = 0;
newRow[43] = 0;
newRow[44] = 0;
newRow[45] = 0;
newRow[46] = 0;
newRow[47] = 0;
newRow[48] = 0;
newRow[49] = 0;
newRow[50] = 0;
newRow[51] = 0;
newRow[52] = 0;
newRow[53] = 0;
newRow[54] = 0;
newRow[55] = 0;
newRow[56] = 0;
newRow[57] = 0;
newRow[58] = 0;
newRow[59] = 0;
newRow[60] = 0;
newRow[61] = 0;
newRow[62] = 0;
newRow[63] = 0;
newRow[64] = 0;
newRow[65] = 0;
newRow[66] = 0;
newRow[67] = 0;
newRow[68] = 0;
newRow[69] = 0;
newRow[70] = BgR.ToString();
newRow[71] = BgG.ToString();
newRow[72] = BgB.ToString();
newRow[73] = 0;
newRow[74] = 0;
newRow[75] = 0;
newRow[76] = 0;
newRow[77] = 0;
newRow[78] = 0;
newRow[79] = 0;
newRow[80] = 0;
newRow[81] = 0;
newRow[82] = 0;
newRow[83] = 0;
newRow[84] = 0;
newRow[85] = 0;
newRow[86] = 0;
newRow[87] = 0;
newRow[88] = 0;
newRow[89] = 0;
newRow[90] = 0;
newRow[91] = 0;
newRow[92] = 0;
newRow[93] = 0;
newRow[94] = 0;
newRow[95] = 0;
newRow[96] = 0;
newRow[97] = 0;
newRow[98] = ColorMeasured.L.ToString();
newRow[99] = ColorMeasured.U.ToString();
newRow[100] = ColorMeasured.V.ToString();
newRow[101] = ColorMeasured.UP.ToString();
newRow[102] = ColorMeasured.VP.ToString();
newRow[103] = ColorMeasured.LA.ToString();
newRow[104] = ColorMeasured.A.ToString();
newRow[105] = ColorMeasured.B.ToString();
newRow[106] = ColorMeasuredXYZ.X.ToString();
newRow[107] = ColorMeasuredXYZ.Y.ToString();
newRow[108] = ColorMeasuredXYZ.Z.ToString();
newRow[109] = MR.ToString();
newRow[110] = MG.ToString();
newRow[111] = MB.ToString();
newRow[112] = 0;
newRow[113] = 0;
newRow[114] = 0;
newRow[115] = 0;
newRow[116] = 0;
newRow[117] = 0;
newRow[118] = 0;
newRow[119] = 0;
newRow[120] = 0;
newRow[121] = 0;
newRow[122] = 0;
newRow[123] = 0;
newRow[124] = 0;
newRow[125] = 0;
newRow[126] = 0;
newRow[127] = 0;
newRow[128] = 0;
newRow[129] = 0;
newRow[130] = 0;
newRow[131] = 0;
newRow[132] = 0;
newRow[133] = 0;
newRow[134] = 0;
newRow[135] = 0;
newRow[136] = 0;
newRow[137] = 0;
newRow[138] = 0;
newRow[139] = 0;
newRow[140] = 0;
newRow[141] = 0;
newRow[142] = 0;
newRow[143] = 0;
newRow[144] = 0;
newRow[145] = 0;
newRow[146] = 0;
newRow[147] = 0;
newRow[148] = 0;
newRow[149] = 0;
newRow[150] = 0;
newRow[151] = 0;
newRow[152] = 0;
newRow[153] = 0;
newRow[154] = 0;
newRow[155] = 0;
newRow[156] = 0;
newRow[157] = 0;
newRow[158] = 0;
newRow[159] = 0;
newRow[160] = 0;
newRow[161] = 0;
newRow[162] = 0;
newRow[163] = 0;
newRow[164] = 0;
newRow[165] = 0;
newRow[166] = 0;
newRow[167] = 0;
newRow[168] = 0;
newRow[169] = 0;
newRow[170] = 0;
newRow[171] = 0;
newRow[172] = 0;
newRow[173] = 0;
newRow[174] = 0;
newRow[175] = 0;
newRow[176] = 0;
newRow[177] = 0;
newRow[178] = 0;
newRow[179] = 0;
newRow[180] = 0;
pairs.Add(new MeasurementPair()
{
// HERE 11 AND 12 ARE THE COLOUR CATPTURED BY THE CAMERA FOR DISPLAY 33 AND 34 ARE MIXED COLOURS
BgColor = new PerceptionLib.Color() { L = 0, UP = Convert.ToDouble(ColorMeasured.UP.ToString()), VP = Convert.ToDouble(ColorMeasured.VP.ToString()) }
});
}
R = 10;
dt.Rows.Add(newRow);
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
}
//taking back the measured value of bg to all the data set
// adding mixed valued for cat and absolute back to all
int totalRow = BgNo * FgNo;
for (int i = 1; i < BgNo; i++)
{
for (int j = 0; j < fgNo; j++)
{
int rowNo = (i * FgNo) + j;
// i am doing -1 cos the data set starts from 0 ,.. so in the first one it will still b e bg*fg but i value will be 0
dt.Rows[rowNo][84] = dt.Rows[(totalRow) + i - 1][84].ToString();
dt.Rows[rowNo][85] = dt.Rows[(totalRow) + i - 1][85].ToString();
dt.Rows[rowNo][86] = dt.Rows[(totalRow) + i - 1][86].ToString();
dt.Rows[rowNo][87] = dt.Rows[(totalRow) + i - 1][87].ToString();
dt.Rows[rowNo][88] = dt.Rows[(totalRow) + i - 1][88].ToString();
dt.Rows[rowNo][89] = dt.Rows[(totalRow) + i - 1][89].ToString();
dt.Rows[rowNo][90] = dt.Rows[(totalRow) + i - 1][90].ToString();
dt.Rows[rowNo][91] = dt.Rows[(totalRow) + i - 1][91].ToString();
dt.Rows[rowNo][92] = dt.Rows[(totalRow) + i - 1][92].ToString();
dt.Rows[rowNo][93] = dt.Rows[(totalRow) + i - 1][93].ToString();
dt.Rows[rowNo][94] = dt.Rows[(totalRow) + i - 1][94].ToString();
dt.Rows[rowNo][95] = dt.Rows[(totalRow) + i - 1][95].ToString();
dt.Rows[rowNo][96] = dt.Rows[(totalRow) + i - 1][96].ToString();
dt.Rows[rowNo][97] = dt.Rows[(totalRow) + i - 1][97].ToString();
ColorToShowXYZ.X = Convert.ToDouble(dt.Rows[rowNo][11].ToString());
ColorToShowXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][12].ToString());
ColorToShowXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][13].ToString());
ColorMeasuredXYZ.X = Convert.ToDouble(dt.Rows[rowNo][25].ToString());
ColorMeasuredXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][26].ToString());
ColorMeasuredXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][27].ToString());
ColorBackGroundXYZ.X = Convert.ToDouble(dt.Rows[rowNo][81].ToString());
ColorBackGroundXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][82].ToString());
ColorBackGroundXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][83].ToString());
//
//McolorBackGroundXYZ.X = Convert.ToDouble(dt.Rows[rowNo][95].ToString());
//McolorBackGroundXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][96].ToString());
//McolorBackGroundXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][97].ToString());
ColorToShow.L = Convert.ToDouble(dt.Rows[rowNo][3].ToString());
ColorToShow.U = Convert.ToDouble(dt.Rows[rowNo][4].ToString());
ColorToShow.V = Convert.ToDouble(dt.Rows[rowNo][5].ToString());
ColorToShow.LA = Convert.ToDouble(dt.Rows[rowNo][8].ToString());
ColorToShow.A = Convert.ToDouble(dt.Rows[rowNo][9].ToString());
ColorToShow.B = Convert.ToDouble(dt.Rows[rowNo][10].ToString());
ColorMeasured.L = Convert.ToDouble(dt.Rows[rowNo][17].ToString());
ColorMeasured.U = Convert.ToDouble(dt.Rows[rowNo][18].ToString());
ColorMeasured.V = Convert.ToDouble(dt.Rows[rowNo][19].ToString());
ColorMeasured.LA = Convert.ToDouble(dt.Rows[rowNo][22].ToString());
ColorMeasured.A = Convert.ToDouble(dt.Rows[rowNo][23].ToString());
ColorMeasured.B = Convert.ToDouble(dt.Rows[rowNo][24].ToString());
// HERE I CHOSE TO USE BG COLOR IN PLACES OF MEASURE COLOR !!
BgColor.L = Convert.ToDouble(dt.Rows[rowNo][98].ToString());
BgColor.U = Convert.ToDouble(dt.Rows[rowNo][99].ToString());
BgColor.V = Convert.ToDouble(dt.Rows[rowNo][100].ToString());
BgColor.LA = Convert.ToDouble(dt.Rows[rowNo][103].ToString());
BgColor.A = Convert.ToDouble(dt.Rows[rowNo][104].ToString());
BgColor.B = Convert.ToDouble(dt.Rows[rowNo][105].ToString());
BradXYZ.X = Convert.ToDouble(dt.Rows[rowNo][36].ToString());
BradXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][37].ToString());
BradXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][38].ToString());
VonXYZ.X = Convert.ToDouble(dt.Rows[rowNo][50].ToString());
VonXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][51].ToString());
VonXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][52].ToString());
ScalingXYZ.X = Convert.ToDouble(dt.Rows[rowNo][64].ToString());
ScalingXYZ.Y = Convert.ToDouble(dt.Rows[rowNo][65].ToString());
ScalingXYZ.Z = Convert.ToDouble(dt.Rows[rowNo][66].ToString());
AcolorXYZ = Util.ColorSpaceConverter.AddXYZ(ColorToShowXYZ, ColorBackGroundXYZ);
Acolor = Util.ColorSpaceConverter.XYZToLABLUV(ColorToShowXYZ, ColorBackGroundXYZ);
acolorRGB = Util.ColorSpaceConverter.XYZToRGB(ColorToShowXYZ, ColorBackGroundXYZ);
// i use original bg color not captured bg color
MBradXYZ = Util.ColorSpaceConverter.AddXYZ(BradXYZ, ColorBackGroundXYZ);
MBradcolor = Util.ColorSpaceConverter.XYZToLABLUV(BradXYZ, ColorBackGroundXYZ);
MbradRGB = Util.ColorSpaceConverter.XYZToRGB(BradXYZ, ColorBackGroundXYZ);
MVonXYZ = Util.ColorSpaceConverter.AddXYZ(VonXYZ, ColorBackGroundXYZ);
MVoncolor = Util.ColorSpaceConverter.XYZToLABLUV(VonXYZ, ColorBackGroundXYZ);
MVonRGB = Util.ColorSpaceConverter.XYZToRGB(VonXYZ, ColorBackGroundXYZ);
MScalingXYZ = Util.ColorSpaceConverter.AddXYZ(ScalingXYZ, ColorBackGroundXYZ);
MScalingcolor = Util.ColorSpaceConverter.XYZToLABLUV(ScalingXYZ, ColorBackGroundXYZ);
MscalingRGB = Util.ColorSpaceConverter.XYZToRGB(ScalingXYZ, ColorBackGroundXYZ);
dt.Rows[rowNo][112] = Acolor.L.ToString();
dt.Rows[rowNo][113] = Acolor.U.ToString();
dt.Rows[rowNo][114] = Acolor.V.ToString();
dt.Rows[rowNo][115] = Acolor.UP.ToString();
dt.Rows[rowNo][116] = Acolor.VP.ToString();
dt.Rows[rowNo][117] = Acolor.LA.ToString();
dt.Rows[rowNo][118] = Acolor.A.ToString();
dt.Rows[rowNo][119] = Acolor.B.ToString();
dt.Rows[rowNo][120] = AcolorXYZ.X.ToString();
dt.Rows[rowNo][121] = AcolorXYZ.Y.ToString();
dt.Rows[rowNo][122] = AcolorXYZ.Z.ToString();
dt.Rows[rowNo][123] = acolorRGB.R.ToString();
dt.Rows[rowNo][124] = acolorRGB.G.ToString();
dt.Rows[rowNo][125] = acolorRGB.B.ToString();
dt.Rows[rowNo][126] = MBradcolor.L.ToString();
dt.Rows[rowNo][127] = MBradcolor.U.ToString();
dt.Rows[rowNo][128] = MBradcolor.V.ToString();
dt.Rows[rowNo][129] = MBradcolor.UP.ToString();
dt.Rows[rowNo][130] = MBradcolor.VP.ToString();
dt.Rows[rowNo][131] = MBradcolor.LA.ToString();
dt.Rows[rowNo][132] = MBradcolor.A.ToString();
dt.Rows[rowNo][133] = MBradcolor.B.ToString();
dt.Rows[rowNo][134] = MBradXYZ.X.ToString();
dt.Rows[rowNo][135] = MBradXYZ.Y.ToString();
dt.Rows[rowNo][136] = MBradXYZ.Z.ToString();
dt.Rows[rowNo][137] = MbradRGB.R.ToString();
dt.Rows[rowNo][138] = MbradRGB.G.ToString();
dt.Rows[rowNo][139] = MbradRGB.B.ToString();
dt.Rows[rowNo][140] = MVoncolor.L.ToString();
dt.Rows[rowNo][141] = MVoncolor.U.ToString();
dt.Rows[rowNo][142] = MVoncolor.V.ToString();
dt.Rows[rowNo][143] = MVoncolor.UP.ToString();
dt.Rows[rowNo][144] = MVoncolor.VP.ToString();
dt.Rows[rowNo][145] = MVoncolor.LA.ToString();
dt.Rows[rowNo][146] = MVoncolor.A.ToString();
dt.Rows[rowNo][147] = MVoncolor.B.ToString();
dt.Rows[rowNo][148] = MVonXYZ.X.ToString();
dt.Rows[rowNo][149] = MVonXYZ.Y.ToString();
dt.Rows[rowNo][150] = MVonXYZ.Z.ToString();
dt.Rows[rowNo][151] = MVonRGB.R.ToString();
dt.Rows[rowNo][152] = MVonRGB.G.ToString();
dt.Rows[rowNo][153] = MVonRGB.B.ToString();
dt.Rows[rowNo][154] = MScalingcolor.L.ToString();
dt.Rows[rowNo][155] = MScalingcolor.U.ToString();
dt.Rows[rowNo][156] = MScalingcolor.V.ToString();
dt.Rows[rowNo][157] = MScalingcolor.UP.ToString();
dt.Rows[rowNo][158] = MScalingcolor.VP.ToString();
dt.Rows[rowNo][159] = MScalingcolor.LA.ToString();
dt.Rows[rowNo][160] = MScalingcolor.A.ToString();
dt.Rows[rowNo][161] = MScalingcolor.B.ToString();
dt.Rows[rowNo][162] = MScalingXYZ.X.ToString();
dt.Rows[rowNo][163] = MScalingXYZ.Y.ToString();
dt.Rows[rowNo][164] = MScalingXYZ.Z.ToString();
dt.Rows[rowNo][165] = MscalingRGB.R.ToString();
dt.Rows[rowNo][166] = MscalingRGB.G.ToString();
dt.Rows[rowNo][167] = MscalingRGB.B.ToString();
dt.Rows[rowNo][168] = 0;
dt.Rows[rowNo][169] = acolorRGB.gmt;
dt.Rows[rowNo][170] = MbradRGB.gmt;
dt.Rows[rowNo][171] = MVonRGB.gmt;
dt.Rows[rowNo][172] = MscalingRGB.gmt;
dt.Rows[rowNo][173] = PerceptionLib.Color.ColorDistanceCal(BgColor, Acolor).ToString();
dt.Rows[rowNo][174] = PerceptionLib.Color.ColorDistanceCalAB(BgColor, Acolor).ToString();
dt.Rows[rowNo][175] = PerceptionLib.Color.ColorDistanceCal(BgColor, Bradcolor).ToString();
dt.Rows[rowNo][176] = PerceptionLib.Color.ColorDistanceCalAB(BgColor, Bradcolor).ToString();
dt.Rows[rowNo][177] = PerceptionLib.Color.ColorDistanceCal(BgColor, Voncolor).ToString();
dt.Rows[rowNo][178] = PerceptionLib.Color.ColorDistanceCalAB(BgColor, Voncolor).ToString();
dt.Rows[rowNo][179] = PerceptionLib.Color.ColorDistanceCal(BgColor, Scalingcolor).ToString();
dt.Rows[rowNo][180] = PerceptionLib.Color.ColorDistanceCalAB(BgColor, Scalingcolor).ToString();
dt.Rows[rowNo][181] = PerceptionLib.Color.ColorDistanceCalAB(ColorToShow, ColorMeasured).ToString();
dt.Rows[rowNo][182] = PerceptionLib.Color.ColorDistanceCalAB(BgColor, ColorMeasured).ToString();
}
}
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.ItemsSource = dt.DefaultView));
Dispatcher.Invoke(new Action(() => dtgrid_corrDisplay.Items.Refresh()));
dataTable = dt;
});
cmb_graph.IsEnabled = true;
btn_ExportGrid.IsEnabled = true;
// captureDevice.Dispose();
}