3 ms·

I understand. I was just checking for my own curiosity. May be there is no literature on this because the 6k method is very widely known and seems to be quite a

by pavanky 13y ago

I understand. I was just checking for my own curiosity. May be there is no literature on this because the 6k method is very widely known and seems to be quite a bit faster. There may be minor tweaks to your algorithm that can make it significantly faster. I'll let you know if I can think of anything :)

old_sound 13y ago
Cool. The thing is I arrived to this method by checking some Permutation Groups for something completely tangential, but again, Number Theory is so vast this probably exists somewhere :) About speed ups, I'm happy to accept pull requests, even if you want to do it in Python. The Erlang bits are just because I wanted to play with the concepts from "chemical programming"