public CellHint(CellHintType t, CellHintArea a, int n, double ocrd)
{
Number = n;
Area = a;
Type = t;
OCRDistance = ocrd;
}
public CellHint(CellHintType t, CellHintArea a, int n, double ocrd, string adv)
{
Number = n;
Area = a;
Type = t;
OCRDistance = ocrd;
AltDisplayValue = adv;
}
private CellHint GetHexagonHint()
{
if (Type == HexagonType.HIDDEN || Type == HexagonType.UNKNOWN)
{
return(new CellHint());
}
if (Type == HexagonType.INACTIVE)
{
int activePixel;
Bitmap img = GetProcessedImage(false, out activePixel);
if (activePixel == 0)
{
return(new CellHint());
}
double errDistance;
var txt = PatternOCR.Recognize(img, OCRCoupling.NORMAL_COUPLED_SEGMENTS, out errDistance);
StaticDebugSettings.ImageSave(img, txt);
if (Regex.IsMatch(txt, @"^\{[0-9]+\}$"))
{
return(new CellHint(CellHintType.CONSECUTIVE, CellHintArea.DIRECT, int.Parse(txt.Substring(1, txt.Length - 2)), errDistance));
}
if (Regex.IsMatch(txt, @"^-[0-9]+-$"))
{
return(new CellHint(CellHintType.NONCONSECUTIVE, CellHintArea.DIRECT, int.Parse(txt.Substring(1, txt.Length - 2)), errDistance));
}
if (Regex.IsMatch(txt, @"^[0-9]+$"))
{
return(new CellHint(CellHintType.COUNT, CellHintArea.DIRECT, int.Parse(txt), errDistance));
}
if (txt == "?")
{
return(new CellHint());
}
if (Regex.IsMatch(txt, @"^[0-9]+-$")) // special case (pOCR fail)
{
return(new CellHint(CellHintType.NONCONSECUTIVE, CellHintArea.DIRECT, int.Parse(txt.Substring(0, txt.Length - 1)), errDistance));
}
if (Regex.IsMatch(txt, @"^-[0-9]+$")) // special case (pOCR fail)
{
return(new CellHint(CellHintType.NONCONSECUTIVE, CellHintArea.DIRECT, int.Parse(txt.Substring(1, txt.Length - 1)), errDistance));
}
throw new Exception("OCR failed (" + txt + ") :> " + errDistance);
}
if (Type == HexagonType.ACTIVE)
{
int activePixel;
Bitmap img = GetProcessedImage(false, out activePixel);
if (activePixel == 0)
{
return(new CellHint());
}
double errDistance;
var txt = PatternOCR.Recognize(img, OCRCoupling.NORMAL_COUPLED_SEGMENTS, out errDistance);
StaticDebugSettings.ImageSave(img, txt);
if (Regex.IsMatch(txt, @"^[0-9]+$"))
{
return(new CellHint(CellHintType.COUNT, CellHintArea.CIRCLE, int.Parse(txt), errDistance));
}
throw new Exception("OCR failed (" + txt + ") :> " + errDistance);
}
if (Type == HexagonType.NOCELL)
{
int activePixel;
Bitmap img = GetProcessedImage(false, out activePixel);
if (activePixel == 0)
{
return(new CellHint());
}
CellHintArea col = GetHintColumn(img);
if (col == CellHintArea.NONE)
{
throw new Exception("OCR failed (Can't find column)");
}
if (col == CellHintArea.COLUMN_LEFT)
{
img = RotateImage(img, -60, Color.White);
}
else if (col == CellHintArea.COLUMN_RIGHT)
{
img = RotateImage(img, +60, Color.White);
}
double errDistance;
var txt = PatternOCR.Recognize(img, OCRCoupling.NORMAL_COUPLED_SEGMENTS, out errDistance);
StaticDebugSettings.ImageSave(img, txt);
if (Regex.IsMatch(txt, @"^\{[0-9]+\}$"))
{
return(new CellHint(CellHintType.CONSECUTIVE, col, int.Parse(txt.Substring(1, txt.Length - 2)), errDistance));
}
if (Regex.IsMatch(txt, @"^-[0-9]+-$"))
{
return(new CellHint(CellHintType.NONCONSECUTIVE, col, int.Parse(txt.Substring(1, txt.Length - 2)), errDistance));
}
if (Regex.IsMatch(txt, @"^[0-9]+$"))
{
return(new CellHint(CellHintType.COUNT, col, int.Parse(txt), errDistance));
}
if (Regex.IsMatch(txt, @"^[0-9]+-$")) // special case (pOCR fail)
{
return(new CellHint(CellHintType.NONCONSECUTIVE, col, int.Parse(txt.Substring(0, txt.Length - 1)), errDistance));
}
if (Regex.IsMatch(txt, @"^-[0-9]+$")) // special case (pOCR fail)
{
return(new CellHint(CellHintType.NONCONSECUTIVE, col, int.Parse(txt.Substring(1, txt.Length - 1)), errDistance));
}
throw new Exception("OCR failed (" + txt + ") :> " + errDistance);
}
throw new Exception("WTF - Type ==" + Type);
}
