Alex Pilafian sikanrong

## stricmp_bitwise.js
//Microsoft Interview Question

function stricmp(a, b){
  var i = 0;
  var aAscii, bAscii;

  while(!isNaN(a.charCodeAt(i)) && !isNaN(b.charCodeAt(i))){
    aAscii = a.charCodeAt(i);
    bAscii = b.charCodeAt(i);
    i++;

## parabolic_arclength_solver.js
//Finds an unknown point distance L along a quadratic curve from a known point.
//Alex Pilafian 2017 - sikanrong@gmail.com - github.com/sikanrong
//If you reuse this code please give me attribution, my dude! I worked hard on this.

//parabola defined by ax^2 + bx + c, a and b are passed in to constructor while c is omitted because it isn't relevant to our calculations.
//u is known point x-value
//L is known length to travel down the curve for our unknown point.
//v is the unknown point x-value, once we have v we can calculate the correspondiing unknown y just by pluging it
//back into our parabola function

## reflection.js
//y = ax + c; reflection line

var reflected = {};
var d = (point.x + (point.y - c)*a)/(1 + a^2);
reflected.x = 2*d - point.x;
reflected.y = 2*d*a - point.y + (2*c);

## untranslate.js
var untranslate = function(){
  var angle = Math.atan(slope);

  var x1 = point.x - center.x;
  var y1 = point.y - center.y;

  var x2 = x1 * Math.cos(angle) - y1 * Math.sin(angle));
  var y2 = x1 * Math.sin(angle) + y1 * Math.cos(angle));

  var translated = {};

## server.rb
def get_balls
  respond_to do |format|
    response_obj = { :balls=>"sack" }
    format.json  { render :json => response_obj } # don't do response_obj.to_json
  end
end

## ex04_input.json

{
	"cities": [
		{
			"name": "Madrid",
			"Country": 1,
			"lat": 40.429203,
			"lng": -3.694986
		},


## zopim.js
zE(function(){$zopim(function(){
  $zopim.livechat.window.setOffsetHorizontal(100);
  $zopim.livechat.window.setOffsetVertical(200);
});});

zE(function(){$zopim(function() {
  $zopim.livechat.setLanguage('sv');
})});

zE(function(){$zopim(function() {

## gist:6de296e2a3a9c4d80ecc
<html>
  <body>
    <script type="text/javascript">
      var newDiv = $('<div/>', {
        id: 'elementID',
        class: 'className'
      }).appendTo('body');
    </script>
  </body>
</html>

## animate.js
var animate = function(){
  var frameDuration = 1000; //milliseconds
  var my = this;
  setTimeout(function(){
    //do animate stuff here. Use "my" in place of "this" to access the outer object scope within the setTimeout function, if needed.
    animate(); //re-calls itself.
  }, frameDuration);
}

## ola_manunited.rb
scores = "Manchester United 1 Chelsea 0, Arsenal 1 Manchester United 1, Manchester United 3 Fulham 1, Liverpool 2 Manchester United 1, Swansea 2 Manchester United 4"

games_won = 0
games_lost = 0
games_drawn = 0

goals_scored = 0
goals_conceded = 0

scores_array = scores.split(",")
	//Microsoft Interview Question

	function stricmp(a, b){
	var i = 0;
	var aAscii, bAscii;

	while(!isNaN(a.charCodeAt(i)) && !isNaN(b.charCodeAt(i))){
	aAscii = a.charCodeAt(i);
	bAscii = b.charCodeAt(i);
	i++;
	//Finds an unknown point distance L along a quadratic curve from a known point.
	//Alex Pilafian 2017 - sikanrong@gmail.com - github.com/sikanrong
	//If you reuse this code please give me attribution, my dude! I worked hard on this.

	//parabola defined by ax^2 + bx + c, a and b are passed in to constructor while c is omitted because it isn't relevant to our calculations.
	//u is known point x-value
	//L is known length to travel down the curve for our unknown point.
	//v is the unknown point x-value, once we have v we can calculate the correspondiing unknown y just by pluging it
	//back into our parabola function
	//y = ax + c; reflection line

	var reflected = {};
	var d = (point.x + (point.y - c)*a)/(1 + a^2);
	reflected.x = 2*d - point.x;
	reflected.y = 2da - point.y + (2*c);
	var untranslate = function(){
	var angle = Math.atan(slope);

	var x1 = point.x - center.x;
	var y1 = point.y - center.y;

	var x2 = x1 * Math.cos(angle) - y1 * Math.sin(angle));
	var y2 = x1 * Math.sin(angle) + y1 * Math.cos(angle));

	var translated = {};
	def get_balls
	respond_to do \|format\|
	response_obj = { :balls=>"sack" }
	format.json { render :json => response_obj } # don't do response_obj.to_json
	end
	end

	{
	"cities": [
	{
	"name": "Madrid",
	"Country": 1,
	"lat": 40.429203,
	"lng": -3.694986
	},
	zE(function(){$zopim(function(){
	$zopim.livechat.window.setOffsetHorizontal(100);
	$zopim.livechat.window.setOffsetVertical(200);
	});});

	zE(function(){$zopim(function() {
	$zopim.livechat.setLanguage('sv');
	})});

	zE(function(){$zopim(function() {
	<html>
	<body>
	<script type="text/javascript">
	var newDiv = $('<div/>', {
	id: 'elementID',
	class: 'className'
	}).appendTo('body');
	</script>
	</body>
	</html>
	var animate = function(){
	var frameDuration = 1000; //milliseconds
	var my = this;
	setTimeout(function(){
	//do animate stuff here. Use "my" in place of "this" to access the outer object scope within the setTimeout function, if needed.
	animate(); //re-calls itself.
	}, frameDuration);
	}
	scores = "Manchester United 1 Chelsea 0, Arsenal 1 Manchester United 1, Manchester United 3 Fulham 1, Liverpool 2 Manchester United 1, Swansea 2 Manchester United 4"

	games_won = 0
	games_lost = 0
	games_drawn = 0

	goals_scored = 0
	goals_conceded = 0

	scores_array = scores.split(",")