subplots

Module Contents

Classes

Subplot
SubplotFormatter

Functions

extract_reduced_gg(data, domain)
extract_scalar(data, domain)
extract_vector(data, domain)

class subplots.Subplot(superplot, *args, domain=None, crs=None, **kwargs)

property distinct_legend_layers

Group layers by style.

property fig

shaded_contour

add_geometries(shapes, *args, crs=None, labels=False, label_kwargs=None, **kwargs)

borders(*args, resolution='auto', labels=False, label_kwargs=None, **kwargs)

Add country boundary polygons from Natural Earth.

Parameters:

resolution ((str, optional)) – One of “low”, “medium” or “high”, or a named resolution from the Natrual Earth dataset.

coastlines(*args, resolution='auto', **kwargs)

Add coastal outlines from the Natural Earth “coastline” collection.

Parameters:

resolution ((str, optional)) – One of “low”, “medium” or “high”, or a named resolution from the Natrual Earth dataset.

contour(*args, style=None, **kwargs)

contourf(*args, style=None, **kwargs)

format_string(string, unique=True, grouped=True)

classmethod from_data(superplot, data, *args, domain=None, crs=None, **kwargs)

gridded_scalar()

gridlines(*args, **kwargs)

Add gridlines to the map.

land(*args, resolution='auto', **kwargs)

Add land polygons from the Natural Earth collection.

Parameters:

resolution ((str, optional)) – One of “low”, “medium” or “high”, or a named resolution from the Natrual Earth dataset.

legend(*args, **kwargs)

ocean(*args, resolution='auto', **kwargs)

Add ocean polygons from the Natural Earth collection.

Parameters:

resolution ((str, optional)) – One of “low”, “medium” or “high”, or a named resolution from the Natrual Earth dataset.

pcolormesh(*args, style=None, **kwargs)

plot(*args, **kwargs)

polygonal()

polygons(*args, style=None, **kwargs)

scatter(*args, style=None, **kwargs)

stock_img(*args, **kwargs)

title(label=None, unique=True, wrap=True, **kwargs)

class subplots.SubplotFormatter(subplot, unique=True)

Bases: earthkit.maps.layers.metadata.BaseFormatter

convert_field(value, conversion)

format_field(value, format_spec)

format_key(key)

subplots.extract_reduced_gg(data, domain)

subplots.extract_scalar(data, domain)

subplots.extract_vector(data, domain)