EightAndAHalfTails

size = 9
top = "63742AKRT"
bot = "3547RAQKT"

def score(t, b):
  #print t
  #print b
  # No remaining cards to match
  if len(t) == 0 or len(b) == 0:
    #print "End"

EightAndAHalfTails

autoload -U compinit promptinit
compinit
promptinit

## Include my private settings ##

if [[ -f $HOME/.zshrc.private ]]; then
    . $HOME/.zshrc.private
fi
## Aliases ##

EightAndAHalfTails

#! /usr/bin/env python3

# Warning: Hackish maths
# I sure wish I knew Haskell
# Grass always greener?

tx = 100e-6
tc = 2e-6
tu = 5e-6
ideal = False

EightAndAHalfTails

#!/usr/bin/env python

"""Extract animated gifs from mkv files

Usage:
  mkv2gif.py [options] <input> <output>
  mkv2gif.py (-h | --help)
  mkv2gif.py --version

Options:

EightAndAHalfTails

I ::= "title: Anime Titles\n"
    ^ "author: Jake Humphrey\n"
    ^ "language: english\n"
    ^ "status: Basic\n"
    ^ "topic: Anime\n"
    ^ "created: 22/01/2013\n"; 

S ::= +++++++++++++(\Object [and Object][^"!"])
      | \Exclamation ^ "!"[^"!"[^"!"]] \Name
      | '^\Object "Can't Possibly be this" \Adjective ^'

EightAndAHalfTails

I ::=   "title:    Course Names\n"
      ^ "author:   Jake Humphrey\n"
      ^ "language: english\n"
      ^ "status:   Basic\n"
      ^ "topic:    EIE\n"
      ^ "created:  21/01/2013\n";

S ::= ["Introduction to"] ComboModule;

ComboModule ::= Module [Conjunction Module];

EightAndAHalfTails

#include <iostream>

#define HEIGHT 16
#define WIDTH 16

using namespace std;

int main(void)
{
  bool done = false;

EightAndAHalfTails

use Lingua::Shakespeare;

On a popular drinking game.

Tybalt, the player of today's game.
Romeo, who keeps butting in.
Balthazar, a limiting factor.

		       Act I: Before the game.
	

EightAndAHalfTails

#!/bin/bash

case "$1" in
	start)
    until pgrep pulseaudio &>/dev/null; do
      sleep 0.5
    done
    sleep 1
    rc.d start mpd >>/home/jake/log.txt
    mpc pause >>/home/jake/log.txt

EightAndAHalfTails

#include<stdio.h>

  typedef enum bool {false, true} boolean ;

/*  Input: an integer n > 1
 *
 *  Let A be an array of Boolean values, indexed by integers 2 to n,
 *  initially all set to true.
 *
 *  for i = 2, 3, 4, ..., while i ≤ n/2: