We provide a Sphinx extension for including GMT/Python
figures in your documentation. The extension defines the
gmt-plot directive that
will take execute the given code and insert the generated figure into the document.
For example, the following rst code:
.. gmt-plot:: import gmt fig = gmt.Figure() fig.basemap(region="g", projection="W0/10i", frame="afg") fig.show()
will be rendered into the following in the compiled HTML pages:
import gmt fig = gmt.Figure() fig.basemap(region="g", projection="W0/10i", frame="afg") fig.show()
The last statement of the code-block should contain a call to
Anything printed to STDOUT will be captured and included between the figure and the
code. For example:
print("The variables from the previous block are preserved.") fig.coast(land="gray") fig.show()
The variables from the previous block are preserved.
The HTML rich display features that work in Jupyter notebooks also work for the extension:
quakes = gmt.datasets.load_usgs_quakes() fig2 = gmt.Figure() fig2.plot(x=quakes.longitude, y=quakes.latitude, region=[-180, 180, -90, 90], projection="X10id", color="yellow", style="c0.2c", pen="black") fig2.show(method="globe")
The extension comes with GMT/Python. All you have to do is enable it in your
extensions = [ ..., "gmt.sphinxext.gmtplot", ]
However, you will need to have IPython installed for the extension to work.
The directive has the following options:
.. gmt-plot:: :width: size # Set the width of the image (should contain a unit, like 400px) :center: # If set, will center the output image :hide-code: # If set, then hide the code and only show the plot :namespace: # Specify a plotting namespace that is persistent within the page