odc.geo.geom.Geometry

class odc.geo.geom.Geometry(geom, crs=None)

2D Geometry with CRS.

This is a wrapper around shapely.geometry.BaseGeometry that adds projection information.

Instantiate with a GeoJSON structure. If 3D coordinates are supplied, they are converted to 2D by dropping the Z points.

__init__(geom, crs=None)

Methods

__init__(geom[, crs])
assign_crs(crs)	Same geometry but with crs changed.
buffer(distance[, resolution])	rtype: Geometry
clone()	rtype: Geometry
contains(other)	rtype: bool
covers(other)	rtype: bool
crosses(other)	rtype: bool
difference(other)	rtype: Geometry
disjoint(other)	rtype: bool
dropna()	Only keep finite points.
explore([map, tiles, attr, map_kwds])	Plot Geometry on an interactive folium leaflet map for rapid data exploration.
filter(pred)	Keep only those points for which pred(x,y) is True.
geojson([properties, simplify, resolution, ...])	Render geometry to GeoJSON.
interpolate(distance)	Returns a point distance units along the line.
intersection(other)	rtype: Geometry
intersects(other)	rtype: bool
overlaps(other)	rtype: bool
segmented(resolution)	Increase resolution of the geometry.
simplify(tolerance[, preserve_topology])	rtype: Geometry
split(splitter)	rtype: Iterable[Geometry]
svg(*args, **kw)	Returns SVG path element (wraps shapely).
svg_path([ndecimal])	Produce SVG path text.
symmetric_difference(other)	rtype: Geometry
to_crs(crs[, resolution, wrapdateline, ...])	Convert geometry to a different Coordinate Reference System.
touches(other)	rtype: bool
transform(func, *[, crs])	Map through arbitrary transform.
union(other)	rtype: Geometry
within(other)	rtype: bool

Attributes

area
boundary
boundingbox
centroid
convex_hull
coords
envelope
exterior
geom_type
geoms
interiors
is_empty
is_multi	True for multi-geometry types.
is_ring
is_valid
json
length
points
type
wkt
xy