![]() Here is an example of using it using on a standard grid (no axes spans multiple rows / cols): import randomĬol_headers = If (row_headers is not None) and sbs.is_first_col(): If (col_headers is not None) and sbs.is_first_row(): **text_kwargs: forwarded to ax.annotate(.)įunction here, examples below: import numpy as np.rotate_row_headers: whether to rotate by 90° the row headers.row_pad, col_pad: int value to adjust padding.row_headers, col_headers : a sequence of strings to be headers.fig : The figure which contains the axes to work on.# You could automatically calculate them, but it's a pain.īased on Joe Kington's answer, I put up a function that can be reused across a code base: ![]() # tight_layout doesn't take these labels into account. Xycoords=ax.yaxis.label, textcoords='offset points', ![]() Xycoords='axes fraction', textcoords='offset points', import matplotlib.pyplot as pltĬols = ]įig, axes = plt.subplots(nrows=4, ncols=3, figsize=(12, 8)) ![]() If you don't have y-labels on your axes, it's easy to exploit the title and y-label of the first row and column of axes. Alternatively, you can place additional text in the right location with annotate and then make room for it semi-manually. The easy way is to exploit the y-labels and titles of the plot and then use fig.tight_layout() to make room for the labels. ![]()
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