bradorego

/// from https://www.health.ny.gov/statistics/cancer/registry/appendix/neighborhoods.htm

// fancypants class version
class ZipCode {
  constructor(label, code) {
    this.label = label;
    this.code = code;
  }
}
let zipCodes = {

bradorego

var uploadVideo = function (file, title, description) {
  var d = $q.defer();
  youtube.videos.insert({
    part: 'snippet,status',
    resource: {
      snippet: {
        title: title,
        description: description
      },
      status: {

bradorego

Element.prototype.hasClass = function (name) {
	var classes = this.className.split(" "),
		hasClass = false;
	for (var i = 0; i < classes.length; i++) {
		if (classes[i] === name) {
			return true;
		}
	}
	return false;
};

bradorego

# Written by Brad Orego, Dijkstra's implementation adapted from http://rosettacode.org/wiki/Dijkstra%27s_algorithm#Ruby
# Ruby implementation of Dijkstra's algorithm intended to be run in Sonic Pi
# Define a graph with random arc weights, traverse the graph, playing a note for each node, then at the end, play the shortest path
# Repeat for 30 seconds, then stop after that run finishes
Vertex = Struct.new(:name, :neighbours, :dist, :prev)
def init_graph(graph)
  @vertices = Hash.new{|h,k| h[k]=Vertex.new(k,[],Float::INFINITY)}
  @edges = {}
  graph.each do |(v1, v2, dist)|
    @vertices[v1].neighbours << v2

bradorego

# Coded by Sam Aaron, modified by Brad Orego
use_debug false
load_sample :bd_fat

8.times do
  sample :bd_fat, amp: (line 0.5, 5, steps: 8).tick
  sleep 0.5
end

live_loop :drums do

bradorego

# A small snippet in Sonic Pi that lets you randomly select functions 
# from an array, then remove them, and stops the loop when you run 
# out of functions.
#
# The purpose being you can define the sections of your song/composition
# as functions, and then let rPI randomly select the order in which those
# sections happen.
#
# This is part of an exploration for a dance piece I will be choreographing
# for Kanopy Dance Company's April 2016 show.

bradorego

if (pg_android) {
	var exdate = new Date();
	exdate.setDate(exdate.getDate() + 365);
	/// I tried it on the request, too, but it got weird...
	// req.headers().set("Cookie", headers.getAll('Cookie').toString() + ";pg_android=1; path=/; expires=" + exdate.toUTCString());
	req.response.putHeader("Cookie", "pg_android=1; path=/; expires=" + exdate.toUTCString());
}

bradorego

function sendAJAX(url, method, callback, data, headers) {
	var xhReq = new XMLHttpRequest();
	if (method !== "POST" && method !== "GET" && method !== "PUT" && method !== "DELETE") {
		return false;
	}
	xhReq.open(method, url);
	if (typeof(headers) != "undefined") {
		for (var i = 0; i < headers.headers.length; i++) {
			xhReq.setRequestHeader(headers.headers[i].type, headers.headers[i].value);
		}

bradorego

var vertx = require('vertx'),
    console = require('vertx/console'),
	client = vertx.createHttpClient().host('google.com'),
	rm = new vertx.RouteMatcher();
rm.get('/', function(req) {
  console.log("rm1");
  req.bodyHandler(function (body) {
  	console.log("rm2");
  	req.response.end("Hello, World");
  });

bradorego

if (windowPathname.indexOf("/upcoming") > -1) {
    	var $calRadios = document.getElementsByTagName('input'),
			$lastActive = document.getElementsByClassName('active')[0],
			$calList = document.getElementById('planIdeaList'),
			$couldDoIndicator = document.getElementById('indicator'),
			$couldDo = document.getElementById('couldDo')
			$couldDoWrap = document.getElementById('couldDoWrap');
		addActionButtonListeners(document.getElementsByClassName('actionButton'));
		if ($couldDoWrap) {
			$couldDoWrap.addEventListener(touchEvent, function (e) {