TST, DOC: Added Broadcasting Tests in test_random.py - #7082
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is the "Otherwise..." really needed? I feel that given the explanation on the size parameter, this is more confusing than helpful. Also, size=None does not necessarily mean a single return if the other parameters are arrays, right? Again, I'd make that change in size, not here.
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Indeed, that is true. I think the documentation needs to be more standardized IMO, so I'll go through the doc strings for these broadcasting functions to make sure that that they properly explain how the size of the output varies depending on size and the size of the inputs.
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Travis + Appveyor are happy, and the broadcasting + documentation (I think) have been hammered out pretty thoroughly now. Ready to merge. |
Added a whole new suite of tests to ensure that functions in mtrand.pyx which are broadcastable actually broadcast their arguments properly.
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This is not exactly correct: if scale is a 2D array, len(scale) is its number of rows, and this function returns scale.size items. If we wanted to write it in code, np.array(scale).size is probably the most accurate representation, but it may be better to come up with a description in prose, not sure...
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Done. I prefer np.array(scale).size because it's more concise and should get the point across clear enough given the intended audience. I had tried to describe these size-related values in more prose when working on this PR, but I couldn't come up with anything clear enough.
Clarified the output size depending on whether scalar or non-scalar inputs are passed to functions in mtrand.pyx that can broadcast their arguments.
TST, DOC: Added Broadcasting Tests in test_random.py
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Thanks for your patience with my finding incremental nitpicks, in it goes! |
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No problem. It's easier to fix a PR before it's merged than after. 😄 |
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Follow-up from #6997 in which I found that there was almost no testing for the broadcasting behavior of methods defined to broadcast in
mtrand.pyx. Clarified documentation for these broadcastable functions with regards to output size depending on whethersizeisNoneand whether the inputs are all scalars.