starepandas.STAREDataFrame

A STAREDataFrame object is a pandas.DataFrame that has a special column with STARE indices and optionally a special column holding the trixel representation.

Constructor

STAREDataFrame(*args[, sids, add_sids, ...])

Bootstrapping

STAREDataFrame.make_sids(level[, convex, ...])	Generates and returns the STARE representation of each feauture.
STAREDataFrame.set_sids(col[, inplace])	Set the StareDataFrame spatial indices using either an existing column or the specified input.
STAREDataFrame.make_trixels([sid_column, ...])	Returns a Polygon or Multipolygon GeoSeries containing the trixels referred by the STARE indices
STAREDataFrame.set_trixels(col[, inplace])	Set the trixel column

Geoprocessing

STAREDataFrame.stare_intersects(other[, ...])	Returns a Series of dtype('bool') with value True for each geometry that intersects other.
STAREDataFrame.stare_disjoint(other[, ...])	Returns a Series of dtype('bool') with value True for each geometry that is disjoint from other.
STAREDataFrame.stare_intersection(other)	Returns a STARESeries of the (STARE) spatial intersection of self with other.
STAREDataFrame.stare_dissolve([by, ...])	Dissolves a dataframe subject to a field.

STARE manipulation

STAREDataFrame.to_stare_level(level[, ...])	Changes level of STARE index values to level; optionally clears location bits up to level.
STAREDataFrame.clear_to_level([inplace])	Clears location bits to level
STAREDataFrame.hex()	Returns the hex16 representation of the stare column

Trixel Functions

STAREDataFrame.trixel_vertices()	Returns the vertices and centerpoints of the trixels.
STAREDataFrame.trixel_centers([vertices])	Returns the trixel centers.
STAREDataFrame.trixel_centers_ecef([vertices])	Returns the trixel centers as ECEF vectors.
STAREDataFrame.trixel_centerpoints([vertices])	Returns the trixel centers as shapely points.
STAREDataFrame.trixel_corners([vertices, ...])	Returns corners of trixels as lon/lat.
STAREDataFrame.trixel_corners_ecef([vertices])	Returns ECEF norm vectors of great circles constraining the trixels.
STAREDataFrame.trixel_grings([vertices])	Returns corners of trixels as ECEF.
STAREDataFrame.split_antimeridian([inplace, ...])	Splits trixels at the antimeridian

IO

STAREDataFrame.write_pods(pod_root, level, ...)	Writes dataframe into a STAREPods hierarchy.
STAREDataFrame.to_scidb(connection)
STAREDataFrame.to_array(column[, shape, pivot])	Converts the 'column' to a numpy array.
STAREDataFrame.to_arrays([shape, pivot])	Converts a STAREDataFrame into a dictionary of arrays; one array per column/field.

Plotting

STAREDataFrame.plot([trixels, boundary])

Generate a plot with matplotlib.