Another day, a slightly better way to implement Lunar Arithmetic in Rust. Give the previous post a read if you need a quick refresher on what Lunar integers are. Otherwise, here are two better (I hope) ways to solve the same problem.
.), east movers (
>), and south movers (
v). Each step, move all east movers than all south movers (only if they can this iteration). Wrap east/west and north/south. How many steps does it take the movers to get stuck?
z) and instructions defined below. Find the largest 14 digit number with no 0 digits which result in
What feels like a million years and a lifetime ago, I wrote up a library for perlin and simple noise in Racket. Inspired by Jens Axel Søgaard’s new Sketching library (processing in Racket) and a conversation thereabout, I figure it’s about time to push noise to the
raco package manager!
Quick post today. Let’s implement Tupper's self-referential formula in Racket!
That’s the result of graphing the above function at a point rather far away from the origin. Specifically, where
y is around that crazy big number. Look familiar?