xoa.geo

Geographic utilities

Functions

bearing(lon0, lat0, lon1, lat1)	Compute the bearing angle (forward azimuth)
cdist(XA, XB[, radius])	A scipy-distance like cdist function for the haversine method
clusterize(obj, npmax[, split])	Split data into clouds of points of max size npmax
deg2m(deg[, lat, radius])	Convert to meters a zonal or meridional distance in degrees
get_distances(da0[, da1, radius, units])	Compute the haversine distance between two datasets/data arrays
get_extent(extent[, margin, square, min_extent])	Compute the geographic extent in degrees
haversine(lon0, lat0, lon1, lat1[, radius])	Haversine distance between two points
m2deg(met[, lat, radius])	Convert to degrees a zonal or meridional distance in meters
pdist(X[, compact, radius])	A scipy-distance like pdist function for the haversine method

Classes

ScipyDistContext([cdist, pdist, force])	Context to switch the scipy.spatial.distance.cdist() fonction to cdist()
distance_units([value])	Supported units of distance