ArcticLight

abstract class Shape {
    PVector p,v,g;
    float r,rv;
    int radius;
    color fc, sc;
    
    public Shape() {
        this.fc = color((int)random(0,256),(int)random(0,256),(int)random(0,256),(int)random(0,256));
        this.sc = color((int)random(0,256),(int)random(0,256),(int)random(0,256),(int)random(100,256));
        //this.p = new PVector(width/2 + random(-width/8,width/8), height/2 + random(-height/8,height/8));

ArcticLight

void fancyCirclePercentWidget(int percent) {
    float p = percent/50.;
    pushMatrix();
    translate(50,50);
    rotate(radians(270));
    ellipseMode(CENTER);
    stroke(0);
    strokeWeight(1);
    noFill();
    ellipse(0,0,30,30);

ArcticLight

Keybase proof

I hereby claim:

• I am ArcticLight on github.
• I am arcticlight (https://keybase.io/arcticlight) on keybase.
• I have a public key whose fingerprint is 0EA9 26B3 C776 0F6D 3F12 31ED B2E8 F0E4 2D56 473F

To claim this, I am signing this object:

ArcticLight

# chat server using multicast
# python fork of the original ruby implementation
# http://tx.pignata.com/2012/11/multicast-in-ruby-building-a-peer-to-peer-chat-system.html
# receiver.py
# usage : $ python receiver.py # wait for messages to come in

import socket
import struct

multicast_addr = '224.0.0.1'

ArcticLight

Engrish

Imagine a world where everything was written in simple statements that a four year old could understand. Obviously, this is not the world we live in, but try to imagine it. What if you could come up with a gently structured syntax using all English keywords that read like a terrible preschool-level book, but could then be machine parsed to produce useful insight and knowledge? What if this graph could then be traversed and matched in order to produce new facts and insight, then queried like a database? This is Engrish.

ArcticLight

class ClobberTable<K, T> {
	ClobberTable parent;
	HashTable<K, T> my;
        ArrayList<K> whites;

	public ClobberTable() {
		parent = null;
		my = new HashTable<K, T>();
                whites = new ArrayList<K>();
	}

ArcticLight

import java.util.ArrayList;

public class Main {

    /***************************************
     * First, here's the complete code for an example that doesn't work.
     * This is necessary so you can look at it and compare it with the
     * patches we make so it *does* work.
     ***************************************/

ArcticLight

/**
 * USL - Useless Stack Language
 */

import scala.collection.mutable

object USL {
  /********************
    * Handling USL Data
    ********************/

ArcticLight

int lastS;
float munge;

void setup() {
    size(300,300);
    lastS = second();
    munge = 0;
}

void draw() {

ArcticLight

// This is a snippet that may or may not eventually make it live to my wobsite.
// This is the shortest code I currently know how to write that triggers my
// in/out animations correctly on toggle - every time - in the browser.
// The "Every Time" bit is the hardest bit.

function toggleReq() {
  requirementsOpen = !requirementsOpen;
  if(requirementsOpen) {
    req.style.height=document.getElementById("reqcontent").offsetHeight+8+"px";