Open LucaMarconato opened 2 months ago
Plotting a single categorical variable works great. This code plots two categorical variables together.
Problems:
from spatialdata.datasets import blobs import spatialdata_plot import matplotlib.pyplot as plt from numpy.random import default_rng RNG = default_rng(0) sdata = blobs() sdata['table'].obs['cat0'] = RNG.choice(['A', 'B'], size=len(sdata['table'])) sdata['table'].obs['cat0'] = sdata['table'].obs['cat0'].astype('category') sdata['table'].obs['cat1'] = RNG.choice(['C', 'D'], size=len(sdata['table'])) sdata['table'].obs['cat1'] = sdata['table'].obs['cat1'].astype('category') ( sdata .pl.render_labels("blobs_labels", color='cat0') .pl.render_labels("blobs_labels", color='cat1') .pl.show() ) plt.show()
How does it look like if you create an ax and then push two separate calls onto it?
ax
The same plot is produced.
hm, meh. Yeah, the legends/colorbars for two plots on the same axis are lacking
Plotting a single categorical variable works great. This code plots two categorical variables together.
Problems: