Thanks for the tips, tried to solve it for way too long, was impossible without the theorems.

thank you god bless you TT

no need any except this, that here. Just round down the entire damn thing!

same

keep on seeing you in the katas that I do! Keep it going!

Just a hint for those of you that are stuck: using index() with duplicates will always go back to the first occurence in the list. For example, you might be having this [0,2,2,2,5,6] simply because using s2[s1.index(elemnt)] will loop back to the first occurence.

if you're looking at this discourse for some hints, here are some:

Fermat's theorm

Lagrange 4 square theorom.

Research!

A year is a little extreme, but glad to see you did it!

Everyone who is stuck on one test case at the end of basic tests, the kata states that there are no fractional people. In other words, round down. No, not the whole expression. Every component has to be rounded down, except percentage, aug, and p. Thank me later.

quite annoying to solve

wassup chris

Jules

any ideas so far? I feel like training an AI model to try find the sequence would be easier that brute forcing it lol

brainstroming. lol.

That is actually just- 6 lines???? HOWWWWW