pysteps.visualization¶
Methods for plotting precipitation and motion fields.
pysteps.visualization.animations¶
Functions to produce animations for pysteps.
animate (R_obs[, nloops, timestamps, R_fct, …]) |
Function to animate observations and forecasts in pysteps. |
pysteps.visualization.motionfields¶
Functions to plot motion fields.
quiver (UV[, ax, map, geodata, …]) |
Function to plot a motion field as arrows. |
streamplot (UV[, ax, map, geodata, …]) |
Function to plot a motion field as streamlines. |
pysteps.visualization.precipfields¶
Methods for plotting precipitation fields.
plot_precip_field (R[, type, map, geodata, …]) |
Function to plot a precipitation intensity or probability field with a colorbar. |
get_colormap (type[, units, colorscale]) |
Function to generate a colormap (cmap) and norm. |
pysteps.visualization.spectral¶
Methods for plotting Fourier spectra.
plot_spectrum1d (fft_freq, fft_power[, …]) |
Function to plot in log-log a radially averaged Fourier spectrum. |
pysteps.visualization.utils¶
Miscellaneous utility functions for the visualization module.
parse_proj4_string (proj4str) |
Construct a dictionary from a PROJ.4 projection string. |
proj4_to_basemap (proj4str) |
Convert a PROJ.4 projection string into a dictionary that can be expanded as keyword arguments to mpl_toolkits.basemap.Basemap.__init__. |
proj4_to_cartopy (proj4str) |
Convert a PROJ.4 projection string into a Cartopy coordinate reference system (crs) object. |
reproject_geodata (geodata, t_proj4str[, …]) |
Reproject geodata and optionally create a grid in a new projection. |