wkta

import random
graal = [104, 101, 108, 108, 111, 32, 119, 111, 114, 108, 100]
binf,bsup = min(graal),max(graal)
k = 0 
while( k<len(graal) ):
    attempt = list()
    for i in xrange(len(graal)):
        attempt.append( random.randint( binf, bsup))
    if (graal[k] ==attempt[k]):
        print '   '.join( [chr(code) for code in attempt] )

wkta

# -*- coding: utf-8 -*-
import random
chars=[' ','┌','┐','└','┘','─','│']
N,M = 32,16
matr = list()
for i in xrange(M):
    line = list()
    for i in xrange(N):
        line.append( random.choice( chars) );
    matr.append(line)

wkta

import string, random
print 'enter a list of movies you\'ve watched, separated by comas'
movies = string.split( raw_input() , ',')

# initializing var. for movie ranking
scores = dict();
for mov in movies:
    scores[mov]={ 'won':1, 'lost':1, 'better_th':list()  }

for i in xrange( int(round(len(movies)*1.5)) ): # 50% extra questions

wkta

# imports the sleep function; it will add some suspense
from time import sleep
import random

score = 0
reasonable_player = False
print '*** tough guy simulator ***'
invite_msg = 'so you want to play the russian roulette, hu?'
while(not reasonable_player):
    # this inner loop aims at validating the answer

wkta

import os
from time import sleep
WIDTH = 32;
def old_school_disp( x_pos, velocity):
    os.system('clear')# replace by os.system('cls') on windows systems
    pos = int(x_pos )
    for i in xrange(WIDTH):
        if(pos == i ):
            print 'O',
        else:

wkta

from datetime import timedelta, date, datetime
import random
import time
import os
import string #for the split function

def respPositiveTo( question ):
    """
    this function aims at displaying a question
    & validating the Y/N answer

wkta

import random
import sys # for exit function
import pygame
from pygame import Rect

#   DEFINITIONS
################################################
BLACK = ( 0, 0, 0)
DISP_COLOR=(230, 190, 230) #gray with a violet touch
DISP_COLOR_2=(69, 0, 82) #violet

wkta

import random
import sys # for exit function
import time
import pygame
from pygame import Rect

#   DEFINITIONS
################################################
DISP_COLOR=(230, 190, 230) #gray with a violet touch
PREDEF_RADIUS = 8

wkta

import os
import random
from time import sleep

def disp_word_letter_up( word, ind_letter=-1 ):
    chars = list(word)
    os.system('clear')# replace by os.system('cls') on windows systems
    #upper row
    for i in xrange( len(chars)):
        if(ind_letter == i ):

wkta

# As you know there's no such thing as a switch statement in python
# but it can be easily simulated using functions

def switch_simu( val, funct_dict):
    if( not val in funct_dict.keys()):
        funct_dict[ 'default']()
        return 
    funct_dict[ val]()

def below2Message():