Most probably no one thought of using Z for big numbers at the time (I definitely did not, because I did not even knew that Z exists), and this challenge already uses finite integers in many languages. Besides, maybe solving it for n up to 66 might be good eneough and would not differ much form solving it for arbitrary n? Or maybe you think it would be a good exercise to get familiar with Z?

Why not just Z?

(Yes I know this is ancient)

Approved some time ago

Approved

Approved

Approved

Approved

there are empty matrices ([]) in the random tests. I personally think it's a valid edge case, but it's not aligned with the other languages which never generate them

I like your fork good fellow Glinator :)

You are correct, thank you, - I completely forgot about those. Alas, I don't get to code in OCaml as much as I'd like - I might actually attempt to translate some of my favorite katas into OCaml. :)

Forked for merge conflict and approved. Thanks!

thsi is a test, do not reply, ignor this

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approved

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