aoc VS adventofcode

Full code at GitHub.

Edit: you don't need to determine the type of hand, but you can directly compare the card counts. Second version @GitHub.

New version @GitHub.

So, a new version with a lot less almost-duplicate code @GitHub.

@GitHub

Completed part 2, see GitHub. I couldn't really use the same `DiracDice` class and simply use another `Die`, but had to create a separate `DiracDice2` class.Basically, just keep track of the possible universe state and their counts, and try all possible combinations of die rolls. Keep playing until all universes have a winner.

The rest is the same as my first attempt, but full code at GitHub.

I spent way too much time on this, but I completed my original attempt with the proper object model, see GitHub

On GitHub.

My Scala solution – to be cleaned up.

Welcome back to my series of Advent of Code solutions in MiniScript! Day 18 was pretty straightforward, though it presents some interesting choices in how to represent the data -- choices I'm not sure I made optimally.

My Scala solution.

And I've solved all of the Advent of Code problems so far this year, which is utterly unimportant but still brings me joy.

If you'd enjoy some coding challenges, advent of code (https://adventofcode.com/) is currently going on.

Welcome back to my series of Advent of Code solutions in MiniScript! In Day 17 we got to (sort of) play Tetris. Five different Tetris-like shapes fall into a pit, moved left or right on each step according to the input. The first task is to see how high this stack will grow after 2022 blocks have been dropped in.

Welcome back to my series of Advent of Code solutions in MiniScript! Day 16 was... how to put this?