mattneary

Y = function(f) {	
	var f_xx = function(x) {
		return f(function(v) { return x(x)(v); });
	};
	return f_xx(f_xx);
};
var factorial = Y(function(self) {
	return function(n) {
		return n == 0 ? 1 : n*self(n - 1);
	};

mattneary

var http = require('http');

process.on("uncaughtException", function(){vote();});

var count = 0;
var vote = function() {
	var fetched = false;
	var poster = [];
	var data = {
		"recaptcha_challenge_field": "03AHJ_Vuu9MDRN0efmOk0w1eyknSbmFJMf2kM3fMCyoR4aX319zjel6Q4YKFIBs9wqXa0zqy8kx8E6DG1dTGRiGAhF3Pe67Zdlnp8mGkTYEPFQTYg9pBYswsnC693eG4oVv9L_4aSUFjbMmaThaETlDMq-S-TlK0Pca7jCsLLivus6ZDFijVxGTSg",

mattneary

// To Access Once Running: `telnet localhost 8124`
var net = require('net');

var users = [];
var red   = '\033[31m';	// command line colors
var reset = '\033[0m';
var server = net.createServer(function(c) {
	// handle new connection
	c.on('end', function() {
		console.log("end");

mattneary

var http = require('http'),
	fs = require('fs');

var fetchShow = function(code) {
	http.get({
		host: "www.j-archive.com",
		port: 80,
		path: "/showgame.php?game_id="+code
	}, function(response) {
		var buffer = [];

mattneary

var app = require('route');

app.get({
	path: /\/api\//,
	cb: function(req, res) {
		res.end(JSON.stringify({success: true}));
	}
}, {
	path: /\/home\//,
	cb: function(req, res) {

mattneary

<!-- Socket.io Library Include -->
<script src="https://raw.github.com/LearnBoost/socket.io-client/master/dist/socket.io.min.js"></script>
<!-- Page Structure -->
<ol id="messages"></ol>
<input type="text" id="message">
<input type="button" id="send" value="Send">
<!-- Styling -->
<style>
	.msg_to, .msg_from {
		list-style: none;

mattneary

var Queue = function(parts) {
  var index = 0;
	
	this.read = function() {
		var part = parts[index];
		index++;		
		return part;
	};
	this.next = function() {
		var thiz = this;

mattneary

var color = function(wavelength) {
  var bounds = [380,  440,  490,  510,  580,  645, 780];
	var pairs  = ["BR", "BG", "GB", "GR", "RG", "R"]
	var colorGen = function(combo, borders, wl) {
		var RGB = {R:0,G:0,B:0};
		RGB[combo[0]] = 255;
		RGB[combo[1]] = 255 * (borders[1] - wl)/(borders[1] - borders[0]);
		return RGB;
	};
	var residuals = bounds.map(function(bound){return bound-wavelength}).map(Math.abs);

mattneary

#pragma config(Sensor, S1, IR, sensorI2CCustom)
//#pragma config(Motor,  mtr_S1_C1_1,     motorD,        tmotorNormal, openLoop)
//#pragma config(Motor,  mtr_S1_C1_2,     motorE,        tmotorNormal, openLoop, reversed)

/*
TO-DO
- find real value of timeEnd
- find motor strengths
- find left and right motors
*/

mattneary

module Main where
 
grid range = [[i,j] | i <- range, j <- range] -- construct grid of number pairs
multiplicationTable grid = map (\l -> foldl (*) 1 l) grid		-- multiply said pairs
isPrime number = not $ any (==number) $ (multiplicationTable . grid) [2 .. number]	-- check for presence in table
main = print $ map (\p -> (fst p, (isPrime . fst) p)) [(i, b) | i <- [1 .. 100], b <- [True]]		-- map all numbers to primeness