Hi, I'm Dan Petitt! 👋
Senior Software Engineer at PA Media Group 
Co-founder of digiguide.tv 
A little more about me...
const dan = {
pronouns: 'he' | 'him',
code: ['C#', 'Typescript', 'Javascript', 'HTML', 'CSS', 'C++', 'C'],
frameworks: ['.net', '.net core', 'NodeJS'],
platforms: ['Azure', 'AWS'],
databases: ['SQL Server', 'mySQL'],
devOps: ['Docker', 'Serverless'],
tools: ['Jest', 'Cypress', 'Swagger'],
}My GitHub contributions as a Game of Life
(Be sure to click on it for the infinite scrolling version.)
What's this?
This takes my GitHub contribution graph and uses it as the initial state for Conway's Game of Life, a popular cellular automaton that is often built by beginning software developers as an easy-to-implement but interesting piece of software.
Conway's Game of Life only defines two initial states for cells, but there are multi-color variants. This is a variant of "Quad Life" (chosen because the GitHub contribution graph has four colors that represent the intensity of contributions for a given day): in the typical Game of Life rules, a graph with a lot of contribution would die out in the first iteration (because the cells would be overcrowded), which seems to punish those with a lot of contributions, giving them a boring Game of Life. Intead, this variant "decays" the level of contribution, so cells will fade away instead of dying immediately.
How does it work?
This uses a JavaScript library called contributions to create a data structure with a GitHub contribution graph, and uses that as the initial state for another JavaScript library called dat-life.