Codecademy export

script.py

import random

money = 100

#Write your game of chance functions here
def validate_bet (bet):
  print ("You are betting: $", bet)
  if bet > money:
    print ("You don't have enough money make that bet")
    return False
  if bet <= 0:
    print ("You need to bet money in order to play")
    return False
  return True

def flip_a_coin (bet, side):
  if validate_bet(bet):
    print ("You Choose: ", side)
    print ("Fliping the coin...")
    coin = random.randint(1,2)
    if coin ==1:
      print ("It's Heads!")
    else:
      print ("It's Tails!")
    if coin == 1 and side =="Heads":
      print ("You win!")
      return bet
    elif coin == 2 and side == "Tails":
      print ("You win!")
      return bet
    else:
      print ("You Lost")
      return -bet
  else:
    return 0

def Cho_Han (bet, guess):
  if validate_bet (bet):
    print ("You Choose: ", guess)
    print ("Rolling the dice...")
    dice1 = random.randint(1,6)
    dice2 = random.randint(1,6)
    dice_sum = dice1 + dice2
    print ("Dice#1:", dice1, "Dice#2:", dice2, "Sum:", dice_sum)
    if ((dice_sum) % 2) == 0:
      if guess == "Even":
        print ("You win!")
        return bet
      else:
        print ("You Lost")
        return -bet
    else:
      if guess == "Odd":
        print ("You win!")
        return bet
      else:
        print ("You Lost")
        return -bet
  else:
    return 0

def picking_card (bet):
  if validate_bet (bet):
    """
    Generating the whole card deck (52): 4 times a series from 1 to 13.
    Numbers 11,12,13 represents Joker, Queen, King
    Assume Ace value is always 1
    """
    card_deck = [i for i in range(1,14)]*4
    # picking the first card of the deck
    card1 = card_deck.pop(random.randint(0,52))
    # picking the second card of the deck
    card2 = card_deck.pop(random.randint(0,51))
    print ("Your card is:", card1)
    print ("My card is:", card2)
    # to show that the cards are different
    # use this line -> print (card_deck)
    if card1 < card2:
      print ("You Lost")
      return -bet
    elif card1 > card2:
      print ("You win!")
      return bet
    else:
        print ("It's a Tie!")
        return 0
  else:
    return 0

def roulette (bet, guess):
  if validate_bet (bet):
    print ("You are betting on:", guess)
    print ("Spinning the wheel...")
    # 00 is represented by 37
    number = random.randint(0,37)
    if number == 37:
      print ("The winner number is: 00")
    else:
      print ("The winner number is:", number)
    if number == 0 or number ==37:
      print ("You Lost")
      return -bet
    elif guess == number:
      print ("You win big!")
      return bet * 35
    elif ((number % 2) == 0 and guess == "Even") or ((number %2) == 1 and guess == "Odd"):
      print ("You win!")
      return bet
    else:
      print ("You Lost")
      return -bet
  else:
    return 0
  
#Call your game of chance functions here
"""
# This is the test for flip_a_coin ()

for i in range (1,6):
  print ("Playing FLip_a_Coin...")
  decision = random.randint(1,2)
  if decision == 1:
    money += flip_a_coin (i*10,"Heads")
  else:
    money += flip_a_coin (i*10,"Tails")
  print ("You have now: $", money)
"""
"""
# This is the test for Cho_Han ()

for i in range (1,6):
  print ("Playing Cho_Han...")
  decision = random.randint(1,2)
  if decision == 1:
    money += Cho_Han (i*10,"Even")
  else:
    money += Cho_Han (i*10,"Odd")
  print ("You have now: $", money)
"""
"""

# This is the test for picking_card ()

for i in range (1,6):
  print ("Playing Picking a card...")
  money += picking_card (i*10)
  print ("You have now: $", money)
  
"""
"""
# This is the test for roulette ()

for i in range (1,6):
  print ("Playing Roulette...")
  decision = random.randint(1,3)
  if decision == 1:
    money += roulette (i*10,"Even")
  elif decision == 2:
    money += roulette (i*10,"Odd")
  else:
    # generate a random number between 1 and 36
    # 0 and 00 (37) are no valid to bet
    money += roulette (i*10, random.randint(1,36))
  print ("You have now: $", money)

"""