Probably a quite good way to solve it is to loop over the possible axis rather than have everything hard coded like it is now.

Also, changing the limits to "Min" and "Max" rather than "Left"/"Bottom" and "Right"/"Top" should be a thing.

This may be a good first issue, but requires quite a bit of understanding of how Python works with naming etc to change it into loops and some understanding of Qt.

Hi @oscargus ! I was taking a look at this and would try to work on it. Is this open for contributions?

Sure! You are very welcome to give it a go!

Thanks! Do you have any suggested starting points for me? I took a look at backend_qt.py and I believe that this is for the Configure subplots tool? The toolbox that sets the Configure subplots tool uses SubplotParams names (top, bottom, left, right) to set attributes.

This is the file that contains the figure options dialog:

https://github.com/matplotlib/matplotlib/blob/main/lib/matplotlib/backends/qt_editor/figureoptions.py

I'd start by making it general so that there is no need to hardcode x and y, so calling functions with a dynamic name and loop over x and y. When that works, it would "just" be to also loop over z as well (if there is a z).

Note that even if you do not pull it off completely, just modifying the code to be more modular would be a step.

From a quick look it seems like the general list could be split into a dictionary containing the general information and then the specific information for each axis.

A problem here is that there are no automatic tests for it, so one will need to manually test after changing something to make sure it still works.

Making a dict may not be a good idea as it seems like the underlying GUI expects a list of tuples:
https://github.com/matplotlib/matplotlib/blob/main/lib/matplotlib/backends/qt_editor/_formlayout.py

So maybe conditionally extend general with zdata if there exists and then try to expand it correctly.

axes._axis_map will get you a dictionary with axis names and axes.

You can replace, say, axes.get_xlabel() with getattr(axes, f"get_{axis}label")() if axis = 'x' and so on.

Thanks, @oscargus, this is really helpful. I'll get to working on it today.

Hi @chahak13 - is this issue fixed by your PR?

Yep! @melissawm