public static FinderPatternPair LocateFinderPatternPair(Bitmap sourceImage, int patternRadius)
{
int minPatternRadius = (int)Math.Floor((double)patternRadius * 0.9);
int maxPatternRadius = (int)Math.Ceiling((double)patternRadius * 1.1);
List <Point3> finderPatterns = FinderCircleHoughTransform.LocateFinderCircles(
sourceImage, minPatternRadius, maxPatternRadius, 2);
FinderPatternPair fp = new FinderPatternPair();
fp.p1 = new Point(finderPatterns[0].X, finderPatterns[0].Y);
fp.size1 = finderPatterns[0].Z;
fp.p2 = new Point(finderPatterns[1].X, finderPatterns[1].Y);
fp.size2 = finderPatterns[1].Z;
return(fp);
}
public static Option <Tuple <uint, DataMatrixExtraction> > ExtractCodeExt(Bitmap sourceImage, int minPatternRadius, int maxPatternRadius)
{
List <Point3> finderCircles = FinderCircleHoughTransform.LocateFinderCircles(sourceImage, minPatternRadius, maxPatternRadius, 2);
var fpp = new FinderPatternPair();
fpp.p1 = new Point(finderCircles[0].X, finderCircles[0].Y);
fpp.size1 = finderCircles[0].Z;
fpp.p2 = new Point(finderCircles[1].X, finderCircles[1].Y);
fpp.size2 = finderCircles[1].Z;
var dme = new DataMatrixExtraction(sourceImage, fpp);
Option <uint> extractedCode = DataMarshaller.UnMarshallInt(dme.extractedData);
if (extractedCode.NonEmpty())
{
return(new Some <Tuple <uint, DataMatrixExtraction> >(new Tuple <uint, DataMatrixExtraction>(extractedCode.Get(), dme)));
}
else
{
return(new None <Tuple <uint, DataMatrixExtraction> >());
}
}