public void Analysis()
{
if (m_bitmap != null)
{
double[, ,] rgb = m_pipeline.bmp2rgb(m_bitmap);
double[, ,] XYZ = m_pipeline.rgb2xyz(rgb);
switch (m_panel)
{
case ColorPanel.White:
case ColorPanel.Black:
this.Luminance = m_pipeline.getlv(XYZ);
this.Uniformity5 = m_pipeline.getuniformity(XYZ);
this.Mura = m_pipeline.getmura(XYZ);
break;
case ColorPanel.Red:
case ColorPanel.Green:
case ColorPanel.Blue:
{
double[] xyY = m_pipeline.getxyY(XYZ);
CIE1931xyY.x = xyY[0];
CIE1931xyY.y = xyY[1];
CIE1931xyY.Y = xyY[2];
}
break;
}
}
}
private void DrawZone(Bitmap binImage, ColorPanel panel)
{
string imageName = string.Format("{0}{1}{2:yyyyMMddHHmmss}_{3}", IMAGE_SAVE_PATH, SerialNumber, DateTime.Now, panel.ToString());
zoneresult zr = new zoneresult();
Graphics g = Graphics.FromImage(binImage);
for (int i = 1; i < 6; i++)
{
// get corner coordinates
List <IntPoint> flagPoints = zr.zonecorners(i, 10, ip.bmp2rgb(binImage));
// zone image
g = ZoneImage(g, flagPoints);
binImage.Save(IMAGE_SAVE_PATH + i.ToString() + "_" + panel.ToString() + "_bin_zone.bmp");
flagPoints.Clear();
}
binImage.Save(imageName + "_bin_zone1-5.bmp");
//refreshtestimage(binImage, picturebox_test);
args.Image = binImage;
dataChange.Invoke(this, args);
g.Dispose();
}
