Matrix predicates
geos_disjoint_matrix(geom, tree)
geos_touches_matrix(geom, tree)
geos_intersects_matrix(geom, tree)
geos_crosses_matrix(geom, tree)
geos_within_matrix(geom, tree)
geos_contains_matrix(geom, tree)
geos_contains_properly_matrix(geom, tree)
geos_overlaps_matrix(geom, tree)
geos_equals_matrix(geom, tree)
geos_equals_exact_matrix(geom, tree, tolerance = .Machine$double.eps^2)
geos_covers_matrix(geom, tree)
geos_covered_by_matrix(geom, tree)
geos_disjoint_any(geom, tree)
geos_touches_any(geom, tree)
geos_intersects_any(geom, tree)
geos_crosses_any(geom, tree)
geos_within_any(geom, tree)
geos_contains_any(geom, tree)
geos_contains_properly_any(geom, tree)
geos_overlaps_any(geom, tree)
geos_equals_any(geom, tree)
geos_equals_exact_any(geom, tree, tolerance = .Machine$double.eps^2)
geos_covers_any(geom, tree)
geos_covered_by_any(geom, tree)
The maximum separation of vertices that should be considered equal.
A list()
of integer vectors containing the indices of tree
for which the predicate would return TRUE.