DataFrame Accessor#

Conversion#

`from_xy`(df, /, x, y[, z, crs])	Generate `GeoDataFrame` of `Point` geometries from columns of `DataFrame`.
`from_wkt`(df, /, geometry[, crs])	Generate `GeoDataFrame` of geometries from 'WKT' column of `DataFrame`.
`from_wkb`(df, /, geometry[, crs])	Generate `GeoDataFrame` of geometries from 'WKB' column of `DataFrame`.
`to_geoframe`(df, /[, geometry, crs])	Transform a `DataFrame` to a `GeoDataFrame`.

Address handling#

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

Geocode Series(string) and get a GeoDataFrame of the resulting points.

H3 accessor#

DataFrame.h3 can be used to access the index of string or int64 and apply several methods to it. These can be accessed like DataFrame.h3.<function/property>.

`is_h3`(df, /)	Validate whether the Series is H3 cell index.
`H3`(df, /)	Hexagonal hierarchical geospatial indexing system.
`H3.area`	Compute the spherical surface area of a specific H3 cell.
`H3.resolution`	Return the resolution of H3 cell.
`H3.is_valid`	Validates H3 cell (hexagon or pentagon).
`H3.is_pentagon`	Identify if H3 cell is a pentagon.
`H3.to_int`()	Converts hexadecimal string H3 cell index to 64-bit integer.
`H3.to_str`()	Converts 64-bit integer H3 cell index to hexadecimal string.
`H3.to_center_child`([resolution])	Get the center child of cell.
`H3.to_children`([resolution])	Get the children of cell.
`H3.to_parent`([resolution])	Get the parent of cell.
`H3.to_points`()	Return the center `Point` of H3 cell.
`H3.to_polygons`()	Return `Polygon` to describe the cell boundary.