public Geometry intersectionNGFloating(Geometry a, Geometry b)
{
var overlay = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, SpatialFunction.Intersection);
overlay.Optimized = false;
return(overlay.GetResult());
}
static Geometry Overlay(Geometry a, Geometry b, SpatialFunction opCode)
{
var ov = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, opCode);
ov.StrictMode = true;
return(ov.GetResult());
}
static Geometry SymDifference(Geometry a, Geometry b)
{
var ov = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, SpatialFunction.SymDifference);
ov.StrictMode = true;
return(ov.GetResult());
}
static Geometry Intersection(Geometry a, Geometry b)
{
var ov = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, SpatialFunction.Intersection);
ov.StrictMode = true;
return(ov.GetResult());
}
public static Geometry IntersectionNoOpt(Geometry a, Geometry b, double scaleFactor)
{
var pm = new PrecisionModel(scaleFactor);
var ov = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, pm, SpatialFunction.Intersection);
ov.Optimized = false;
return(ov.GetResult());
}
static Geometry Overlay(Geometry a, Geometry b, double scaleFactor, SpatialFunction opCode)
{
var pm = new PrecisionModel(scaleFactor);
var ov = new NetTopologySuite.Operation.OverlayNG.OverlayNG(a, b, pm, opCode);
ov.StrictMode = true;
return(ov.GetResult());
}
