private static void SaveOCRResult(ocrItem cell, Tuple <string, int> resV2, Tuple <string, string, string> resV3, Bitmap bSprite)
{
return;
var prefixName = $"{cell.x:00}-{cell.y:00}";
bSprite.Save($"{ocrResultsPath}/{prefixName}.png", System.Drawing.Imaging.ImageFormat.Png);
using (var file = new StreamWriter($"{ocrResultsPath}/{ocrReportName}", true))
{
file.WriteLine($"{cell.x:00};{cell.y:00};{resV2.Item1};{resV2.Item2};{resV3.Item1};{""};{(resV3.Item3 != null ? "excepted" : "")}");
}
}
static public List <List <ocrItem> > OCR(List <MarkedLineInfo> markedLinesX, List <MarkedLineInfo> markedLinesY, Func <int, int, Color> getPixel)
{
int descrXwidth, descrYheight;
SearchDataBounds(markedLinesX, markedLinesY, out descrXwidth, out descrYheight);
var res = new List <List <ocrItem> >();
var fullWidthResultSprite = 0;
var maxHeightResultSprite = 0;
var maxWidthResultSprite = 0;
var fullHeightResultSprite = 0;
for (int iy = 0; iy < markedLinesY.Count - 1; iy++)
{
var resX = new List <ocrItem>();
for (int ix = 0; ix < markedLinesX.Count - 1; ix++)
{
var newDescriptor = new ocrItem {
x = ix, y = iy
};
if ((ix < descrXwidth && iy >= descrYheight) || (iy < descrYheight && ix >= descrXwidth))
{
newDescriptor.isDescriptor = true;
var widthX = markedLinesX[ix + 1].start - markedLinesX[ix].after;
var widthY = markedLinesY[iy + 1].start - markedLinesY[iy].after;
newDescriptor.bitmapX = markedLinesX[ix].after;
newDescriptor.bitmapY = markedLinesY[iy].after;
newDescriptor.width = widthX;
newDescriptor.height = widthY;
fullWidthResultSprite += widthX;
maxHeightResultSprite = widthY > maxHeightResultSprite ? widthY : maxHeightResultSprite;
fullHeightResultSprite += widthY;
maxWidthResultSprite = widthX > maxWidthResultSprite ? widthX : maxWidthResultSprite;
long fullnessI = 0;
for (int y = 0; y < widthY; y++)
{
for (int x = 0; x < widthX; x++)
{
var pixColor = getPixel(x + markedLinesX[ix].after, y + markedLinesY[iy].after);
fullnessI += 255 - pixColor.R;
}
}
var fullness = fullnessI / widthY / widthX;
if (fullness > 10)
{
newDescriptor.hasNumber = true;
}
}
resX.Add(newDescriptor);
}
res.Add(resX);
}
var fullBmpH = new Bitmap(fullWidthResultSprite, maxHeightResultSprite);
var fullBmpV = new Bitmap(maxWidthResultSprite, fullHeightResultSprite);
var grH = Graphics.FromImage(fullBmpH);
var grV = Graphics.FromImage(fullBmpV);
var currentX = 0;
var currentY = 0;
foreach (var line in res)
{
foreach (var cell in line)
{
if (cell.isDescriptor && cell.hasNumber)
{
var bSprite = new Bitmap(cell.width, cell.height);
long fullnessI = 0;
for (int y = 0; y < cell.height; y++)
{
for (int x = 0; x < cell.width; x++)
{
var pixColor = getPixel(x + cell.bitmapX, y + cell.bitmapY);
if (x == 0 || y == 0 || y == cell.height - 1 || x == cell.width - 1)
{
pixColor = Color.White;
}
if (pixColor.R > 192)
{
pixColor = Color.White;
}
else
{
pixColor = Color.Black;
}
fullnessI += 255 - pixColor.R;
bSprite.SetPixel(x, y, pixColor);
}
}
var fullness = fullnessI / cell.height / cell.width;
if (fullness < 10)
{
continue;
}
var resV2 = OCRBitmapV2(bSprite);
var resV3 = OCRBitmapV3(bSprite);
var value = 0;
if (resV2.Item1 == "~")
{
value = 8;
//value = string.IsNullOrWhiteSpace(resV3.Item1) ? resV2.Item2 : Int32.Parse(resV3.Item1);
}
else
{
value = resV2.Item2;
var val2 = string.IsNullOrWhiteSpace(resV3.Item1) ? value : Int32.Parse(resV3.Item1);
if (value != val2)
{
}
}
cell.value = value;
SaveOCRResult(cell, resV2, resV3, bSprite);
grH.DrawImage(bSprite, currentX, 0);
currentX += cell.width;
grV.DrawImage(bSprite, 0, currentY);
currentY += cell.height;
}
}
}
return(res);
}
