Using the topologyTestPoints returned by splitGeometry instead of the
new geometries themselves dramatically speeds up the process of
splitting large polygons in large layers.
Tests showed performance increases by a factor of 200
(60 MB Shapefile, Polygon with 3900 vertices).
Using the topologyTestPoints returned by splitGeometry instead of the new geometries themselves dramatically speeds up the process of splitting large polygons in large layers.
Tests showed performance increases by a factor of 200 (60 MB Shapefile, Polygon with 3900 vertices).