private VerificationStatus VerifyElasto(ref Elastogram workingElasto, out ElastoBlob workingBlob)
{
workingElasto.GetFibroLine();
_fibroline = workingElasto.Fibroline;
workingElasto.PaintOverFibroline();
workingElasto = new Elastogram(new SimpleGrayImage(workingElasto.Image.Bitmap.GrayscaleKuwahara(KuwaharaKernel)));
_workingElasto = new Elastogram(new SimpleGrayImage(_workingElasto.Image.Bitmap.MorphologyNiblackBinarization(
MorphologyBin_K, MorphologyBinLocalRadius, MorphologyBinGlobalRadius, MorphologyBinThreshold)));
workingElasto.RemoveEdgeObjects(LeftEdgeDistance1, LeftCentralEdgeDist1,
LeftEdgeDistance2, LeftCentralEdgeDist2,
RightEdgeDistance, RightCentralEdgeDist);
workingElasto = new Elastogram(new SimpleGrayImage(workingElasto.Image.Bitmap.MorphologyOpening(MorphologyOpeningKernel)));
workingElasto.CropObjects(CropSteps, CropDistance);
workingElasto.ChooseContour(AreaProportion, AreaMinLimit, HeightProportion);
workingBlob = workingElasto.TargetObject;
if (workingBlob == null)
{
return(VerificationStatus.NotCalculated);
}
workingBlob.Approximate(ElastogramTopIndention, SampleShare, OutliersShare, RansacIterations);
return((new OldElastoClassificator()).Classiffy(workingBlob, _fibroline));
}
public VerificationStatus Classiffy(ElastoBlob targetObject, Segment fibroLine)
{
TargetObject = targetObject;
FibroLine = fibroLine;
if (CheckForNull())
{
return(VerificationStatus.NotCalculated);
}
int area = TargetObject.Blob.Area;
ReflectionedLine leftLine = TargetObject.LeftApproximation;
ReflectionedLine rightLine = TargetObject.RightApproximation;
double rSquareLeft = TargetObject.RSquareLeft;
double rSquareRight = TargetObject.RSquareRight;
double aLeft = TargetObject.RelativeEstimationLeft;
double aRight = TargetObject.RelativeEstimationRight;
if (area < 4000)
{
return(VerificationStatus.Uncertain);
}
if (area < 6000)
{
if ((IsStrongAngleClose(leftLine, fibroLine.Equation)) &&
IsStrongAngleClose(leftLine, rightLine) &&
(IsGoodTilt(leftLine)) &&
IsGoodApproximation(leftLine, rSquareLeft, aLeft) &&
IsGoodApproximation(rightLine, rSquareRight, aRight))
{
return(VerificationStatus.Correct);
}
return(VerificationStatus.Uncertain);
}
if (area < 12000)
{
if (!IsGoodApproximation(leftLine, rSquareLeft, aLeft) ||
!IsGoodApproximation(rightLine, rSquareRight, aRight))
{
return(VerificationStatus.Uncertain);
}
if ((IsWeakAngleClose(leftLine, fibroLine.Equation)) &&
IsWeakAngleClose(leftLine, rightLine) &&
(IsGoodTilt(leftLine)))
{
return(VerificationStatus.Correct);
}
return(VerificationStatus.Incorrect);
}
if (area < 21000)
{
if (IsGoodApproximation(leftLine, rSquareLeft, aLeft) &&
IsGoodApproximation(rightLine, rSquareRight, aRight))
{
return(VerificationStatus.Incorrect);
}
return(VerificationStatus.Uncertain);
}
return(VerificationStatus.Uncertain);
//Reserved code for classify
if ((area < 8000) || (area > 6000))
{
if (IsGoodApproximation(leftLine, rSquareLeft, aLeft) &&
IsGoodApproximation(rightLine, rSquareRight, aRight))
{
return(VerificationStatus.Correct);
}
return(VerificationStatus.Incorrect);
}
if ((area < 17500) || (area > 12000))
{
if (IsGoodApproximation(leftLine, rSquareLeft, aLeft) &&
IsGoodApproximation(rightLine, rSquareRight, aRight))
{
return(VerificationStatus.Uncertain);
}
return(VerificationStatus.Incorrect);
}
}
