GeoDataFrame Accessor

General methods and attributes

xy(df, /[, reverse, frame, drop, name])	Return the x and y location of Point geometries in a GeoDataFrame.
radius(df, /)	Return the radius of geometry.
geoarea(df, /)	Returns a Series containing the geographic area (m2) of each geometry.
geodistance(df, /, other[, align, radius])	Returns a Series containing the `great-circle`__ distance to aligned other via haversine formula.
geodistance_matrix(df, /[, other, radius])	Returns a DataFrame containing the `great-circle`__ distances matrix between in s and other via haversine formula.
geobuffer(df, distance, /, **kwargs)	Creates geographic buffers for GeoDataFrame.
geocentroid(df, /[, weights, max_iter, tol])	Return the centroid of all points via the center of gravity method.
coordinates(df, /, **kwargs)	Gets coordinates from each geometry of GeoDataFrame.
count_coordinates(df, /)	Counts the number of coordinate pairs in each geometry of GeoDataFrame.
has_hole(df, /)	Check if each Polygon geometries have holes.
hole_counts(df, /)	Return the number of holes in each Polygon geometries.
toposimplify(df, /, tolerance[, ...])	Returns a GeoDataFrame containing a simplified representation of each geometry.

Conversion

to_h3(df, /, resolution[, int_dtype])	Convert Point or Polygon to H3 cell index.
voronoi(df, /[, boundary, only_edges])	Computes a Voronoi diagram from Point geometry.

Projection handling

cncrs_offset(df, /, from_crs, to_crs)

Fix the offset of the coordinates in China.

Active geometry handling

drop_geometry(df, /)	Drop the activate geometry column from the GeoDataFrame to return a normal DataFrame.
drop_duplicates_geometry(df, /[, predicate, ...])	Remove duplicate geometry rows.
duplicated_geometry(df, /[, predicate, keep])	Return boolean Series denoting duplicate geometries.
duplicated_geometry_groups(df, /[, predicate])	Labels of duplicate geometries.

Selection

select_geom_type(df, geom_type, /[, complement])

Binary operator functions

filter_geometry(df, /, other, predicate[, ...])

Filter GeoDataFrame via the spatial relationship between GeoDataFrame and geometry.

Address handling

reverse_geocode(df, /[, address, provider, ...])

Reverse geocode Point type GeoDataFrame and get the corresponding addresses.