public ShortSubpartError([NotNull] SegmentsSubpart segmentsSubpart, double length,
double minLength)
{
SegmentsSubpart = segmentsSubpart;
Length = length;
MinLength = minLength;
}
public AngleEndError([NotNull] SegmentsSubpart segmentsSubpart,
[NotNull] IPnt at,
[NotNull] IPnt otherEnd)
{
SegmentsSubpart = segmentsSubpart;
At = at;
OtherEnd = otherEnd;
}
private int VerifyAngle([NotNull] SegmentProxyInfo first,
[NotNull] SegmentProxyInfo compare,
double lineWidth,
[NotNull] SegmentsSubpart subpart)
{
if (ReportAngledEndError == null)
{
return(0);
}
double dir0;
IPnt pnt0;
double dir1;
IPnt pnt1;
if (first.SegmentProxy.SegmentIndex < compare.SegmentProxy.SegmentIndex)
{
dir0 = first.SegmentProxy.GetDirectionAt(0);
pnt0 = first.SegmentProxy.GetPointAt(0);
dir1 = compare.SegmentProxy.GetDirectionAt(0);
pnt1 = compare.SegmentProxy.GetPointAt(0);
}
else
{
dir0 = first.SegmentProxy.GetDirectionAt(1);
pnt0 = first.SegmentProxy.GetPointAt(1);
dir1 = compare.SegmentProxy.GetDirectionAt(1);
pnt1 = compare.SegmentProxy.GetPointAt(1);
}
// TODO revise length/angle calculation in case of intermittent segments
double dx = pnt0.X - pnt1.X;
double dy = pnt0.Y - pnt1.Y;
double segmentLength = Math.Sqrt(dx * dx + dy * dy);
return(HasInconsistentLineEnd(lineWidth, dir0, dir1, segmentLength)
? ReportAngledEndError(new AngleEndError(subpart, pnt1, pnt0))
: 0);
}
