| // USAGE | |
| // node port-reachable.js google.com 80 | |
| // NOTE: if you want to get the file onto a machine without a text editor then try | |
| // `echo "<copy & paste code here>" > port-reachable.js` | |
| const dns = require('dns') | |
| const net = require('net') | |
| /** |
| ;; https://brilliant.org/practice/cellular-automaton | |
| (defn offset [x size] | |
| (map (fn [idx] (if (and (>= idx 0) (< idx size)) ind nil)) | |
| [(- x 1) x (+ x 1)])) | |
| (defn calc-cell [elems] | |
| (case (map #(or % false) elems) | |
| [true true true] true | |
| [true true false] false |
Process
I decided to take this project as an opportunity to explore some new territory.
Looking at my ps4 glyph8, I realised that some iterations weren't overly aesthetically pleasing, I decided I wanted to explore form and colour in a more graphic design type context. I am currently learning to skate and decided that drawing a skateboard was as good a glyph to draw as any. I started by sketching different skateboards from both internet images and freehand.
| license: mit |
| license: mit |
| license: mit |
| license: mit |
| license: mit |