mattdodge

def solve(n, nums, solveStr='x'):
    ''' Play 24 with nums 1,3,4,6 like so:  
        >>> solve(24, [1,3,4,6])
        (6/(1-(3/4)))                       '''
    n = float(n)
    solved = False

    if len(nums) == 1: 
        return (solveStr.replace('x', str(int(n))) if n == float(nums[0]) else False)

mattdodge

def solve(n, nums, solveStr='x'):
    ''' Solve the game 24 for any solution target and any numbers
    n = The target number (e.g. 24)
    nums = Array of numbers (floating point ok) to use
    solveStr = A helper string for this recursive method that returns a formula
    
    This method will return the first (not exhaustive!) possible solution to the game, or False if none exists
    
    Example: For the 24 game 1,3,4,6 call it the following way:
        solve(24, [1,3,4,6])

mattdodge

'''
Created on Mar 18, 2013

@author: Matt Dodge
'''

from bs4 import BeautifulSoup as BS
from httplib2 import Http
from urllib import urlencode
import json

mattdodge

'''
Created on Mar 18, 2013

@author: Matt Dodge
'''


'''
You can put your own probabilities here. It is a dict where the key is the lower seed
(lower by number, not by rank) followed by the higher seed, separated by comma, no space.

mattdodge

<?php
$the_file = "file.txt";

if (isset($_POST['content'])) {
    $content = stripslashes($_POST['content']);

    $fp = fopen($the_file,"w") or die ("Error opening file in write mode!");
    fputs($fp,$content);
    fclose($fp) or die ("Error closing file!");
}

mattdodge

function timeAgo(num_seconds) {
	function numberEnding (number) {
		return (number > 1) ? 's ago' : ' ago';
	}
	if (num_seconds <= 0) {
		return 'just now!';
	}
	var years = Math.floor(num_seconds / 31536000);
	if (years) {
		return years + ' yr' + numberEnding(years);