Tweet The source code for this post (both Part 1 and Part 2) is available here and you can click here to see my solutions for the other Advent of Code challenges. Description for today’s challenge is here.   First, let’s define the 6 instructions on the computer: and parse the input file (see example below)

Tweet The source code for this post (both Part 1 and Part 2) is available here and you can click here to see my solutions for the other Advent of Code challenges.   Day 22’s challenge essentially a more difficult version of Day 21, so we can roughly follow the same approach we took the last time

Tweet The source code for this post (both Part 1 and Part 2) is available here and you can click here to see my solutions for the other Advent of Code challenges. Description for today’s challenge is here.   Modelling and simulating a RPG, this challenge totally got my nerd brain into overdrive, which is probably

Tweet Series: Algae Pythago­ras Tree Can­tor Dust Koch Curve Sier­pin­ski Triangle Dragon Curve (this) Frac­tal Plant Last time out we imple­mented the Sierpinski Triangle exam­ple from the L-System wikipedia page. Now, let’s con­tinue our jour­ney and see how we can imple­ment the (rather impressive sounding) Dragon Curve exam­ple in Elm.   Example 6 : Dragon

Tweet Series: Algae Pythago­ras Tree Can­tor Dust Koch Curve Sier­pin­ski Triangle (this) Dragon Curve Frac­tal Plant Last time out we imple­mented the Koch Curve exam­ple from the L-System wikipedia page. Now, let’s con­tinue our jour­ney and see how we can imple­ment the Sierpinski Triangle exam­ple in Elm.   Example 5 : Sierpinski Triangle First, let’s