TylerLeite

'''Pacman Checkers Hero Deathmatch 2013
A game by Tyler Leite
'''
 
# This app is made using Pythonista, an iOS application for creating Python programs
# with audio, graphics, and touch input.
# Documentation for Pythonista can be found here: http://omz-software.com/pythonista/docs/ios/

from scene import *
from random import seed, randrange

TylerLeite

class Game:
    def __init__(self):
        self.flags = '1 0 0 0 0 0 0 0'.split()
    
    def check_flags(self, line):
        flags = line.split()[1].replace('flags:', '')
        if flags == 'none':
            return True
        for f in range(len(flags)):
            if flags[f] == '1' and self.flags[f] == '0':

TylerLeite

from math import atan2, sin, cos, sqrt, pi, floor

class Vec2:
	def __init__(self, x=0, y=0, form='rect'):
		self.x = x
		self.y = y
		if form == 'rect' or form == 'polar':
			self.form = form
		else:
			print('Invalid Vec2 form: %s' % form)

TylerLeite

from random import *

def one_liner():
    while raw_input('You %s. ' % choice('win lose draw'.split())).lower() not in 'stop exit quit'.split(): party_time = True
  
def pro_strats():
    wins  = dict(zip('rock paper scissors'.split(), 'scissors rock paper'.split())) #what beats what
    loses = dict(zip('rock paper scissors'.split(), 'paper scissors rock'.split())) #what loses to what
    hist = list()
    clever = False

TylerLeite

from datetime import datetime
from hashlib import *
from bcrypt import hashpw, gensalt

def super_hash_bros(string, salt):
    if salt is None:
        salt = gensalt()
    return (hashpw(string, salt), salt) # not technically how this is used, 
                                        # salt already returned by hashpw

TylerLeite

from os import remove
from uuid import uuid4

def get_xml_tag(line):
    tag = line = line.strip(' ').strip('<')
    tag = tag.split(' ')[0]
    if '>' in tag:
        tag = tag.split('>')[0]
    return tag

TylerLeite

#include <ctime>

class Random {
    public:
        Random(int seed=time(NULL)) : m_seed(seed) {}
        
        //Return a random number from 0 to range-1
        int next(const int range){
            m_seed = (1028597*m_seed + 488249) % 1737017;
            return m_seed % range;

TylerLeite

import random as r

# Probability distribution of each syllable
syllables = list('11111222222222222222222222333333333333333344456')

# Consonants that can start a word
c_s = "w,wr,r,t,tw,th,thr,y,p,ph,pr,d,dr,f,fr,fl,g,gl,gr,gh,h,j,k,kl,kr,c,ch,cl,cr,z,v,b,br,n,m,s,sl,sk,sm,sn,st,fr,l".split(',')

# Consonants in the middle of a word
c_m = "w,ws,wd,wr,wt,wth,wp,wk,wn,wm,wb,r,rt,rp,rm,rn,rc,rb,rl,rk,rd,rs,rth,rch,t,th,thr,tch,t,ts,y,ys,p,pl,pr,ps,s,sh,sch,st,sm,sn,dr,ddl,dd,f,ff,fr,fl,mp,mn,gs,gl,j,k,kl,kr,kw,l,ll,lm,ls,sl,sk,z,zz,ch,cr,ct,cl,ck,v,b,br,bs,bl,n,ns,m,ms,nth".split(',')

TylerLeite

import random

class TicTacToeNode:
    def __init__(self):
        self.board = ['.'] * 9
        self.win_states = (\
            [0,1,2], [3,4,5], [6,7,8],\
            [0,3,6], [1,4,7], [2,5,8],\
            [0,4,8], [2,4,6]\
        )

TylerLeite

#disgusting code dont try to read

from PIL import Image, ImageFilter

import os
import sys
import random
import math

def fill(arr, x, y):