Hi Steve,
> Is the tolerance that you speak of referring only to Geometry.buffer()? I've
> tried setting Geometry.buffer but it had no effect on my line string
> comparison.
Calling geomA.buffer(dist) does not modify geomA, it returns a new
buffered geometry...
double dist = ...
Geometry geomB =
Is the tolerance that you speak of referring only to Geometry.buffer()?
I've tried setting Geometry.buffer but it had no effect on my line string
comparison.
geometryA.buffer(100);
geometryA.contains(geometryB) --> false, except when geometryB is an exact
subset of points from geometryA.
geometry
Hello Steve,
If you can define a tolerance within which geometries should be
treated as coincident you could use Geometry.buffer and then test for
intersection etc.
Michael
On 15 November 2012 03:07, Steve Mitchell wrote:
> Trying to find the right way to test line overlap when the points are n
Trying to find the right way to test line overlap when the points are not
common. I have a set of lines containing points collected from a GPS
receiver. I need to find which of those lines travel a particular stretch
of the route. The functions geometryA.contains(geometryB)
and geometryB.within(geo
