private void ComputeIntersection(LineTopology lineTopo)
{
SegmentIntersectionDetector intDetector = new SegmentIntersectionDetector(li);
intDetector.FindAllIntersectionTypes = true;
// prepPoly.getIntersectionFinder().intersects(lineSegStr, intDetector);
}
///<summary>
/// Computes the intersection of this geometry with the given geometry.
///</summary>
/// <param name="geom">The test geometry</param>
/// <returns>A geometry corresponding to the intersection point set</returns>
public IGeometry Intersection(IGeometry geom)
{
// only handle A/L case for now
if (!(geom is ILineString))
return _prepPoly.Geometry.Intersection(geom);
// TODO: handle multilinestrings
ICoordinate[] pts = geom.Coordinates;
LineTopology lineTopo = new LineTopology(pts, geom.Factory);
ComputeIntersection(lineTopo);
return lineTopo.Result;
}
///<summary>
/// Computes the intersection of this geometry with the given geometry.
///</summary>
/// <param name="geom">The test geometry</param>
/// <returns>A geometry corresponding to the intersection point set</returns>
public IGeometry Intersection(IGeometry geom)
{
// only handle A/L case for now
if (!(geom is ILineString))
{
return(_prepPoly.Geometry.Intersection(geom));
}
// TODO: handle multilinestrings
ICoordinate[] pts = geom.Coordinates;
LineTopology lineTopo = new LineTopology(pts, geom.Factory);
ComputeIntersection(lineTopo);
return(lineTopo.Result);
}
private void ComputeIntersection(LineTopology lineTopo)
{
SegmentIntersectionDetector intDetector = new SegmentIntersectionDetector(li);
intDetector.FindAllIntersectionTypes = true;
// prepPoly.getIntersectionFinder().intersects(lineSegStr, intDetector);
}
