If this isn't best practice, I don't know what is.

How did you come up with the hardcoded strings?

If you didn't know them ahead of time, how would you approach this coding challenge?

All in all... It's just a matter of reading through the lines for the ordering of the entry vectors...
And IMHO, the 'idea' of a 3D to 2D projection is... weird => should be more specific in the description.

how is it supposed to work?

what is this AHAHAHHAHA

Most readable code of year award goes to..

Is this a joke? 🤐

when i looking it i'm smile) Thank you)

that was crazy dude ;)

I mean if it works it works.

Input: 1638 | Harmonic mean: 9 | Expected: true | Output: false

Input: 18600 | Harmonic mean: 15 | Expected: true | Output: false

Input: 105664 | Harmonic mean: 13 | Expected: true | Output: false

Input: 950976 | Harmonic mean: 27 | Expected: true | Output: false

Input: 4713984 | Harmonic mean: 48 | Expected: true | Output: false

It takes less than 8ms to generate all permutations. why would you

I see what you did there. Maybe not a true solution, but still clever, and it did make me laugh.

The code will not work correctly for double digit scores. But this particular kata only tests for scores from 0 to 4 on each side.

This made my day aha