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script.py

import random
#num = random.randint(1,10) #generates a random of [1,10] and stores it in variable <num>
money = 100

#Write your game of chance functions here

#Coin flipping simulation
num_coin = random.randint(1,2)
def coin_flip(guess, bet):
  if bet > money:
    return "Oh Honey you ain't rich enough"
  elif bet <= 0:
    return "Have you lost your mind?"
  elif guess == num_coin:
    return money + bet
  elif guess != num_coin:
    return money - bet

#Cho-Han simulation: guessing "0" is even, "1" is odd
num_dice_1 = random.randint(1,6)
num_dice_2 = random.randint(1,6)
cho_han_boolean = (num_dice_1+num_dice_2) % 2
def cho_han(guess, bet):
  if bet > money:
    return "Oh Honey you ain't rich enough"
  elif bet <= 0:
    return "Have you lost your mind?"
  elif guess == cho_han_boolean:
    return money + bet
  elif guess != cho_han_boolean:
    return money - bet
  else:
    return "You better check on that"

#Card-picking simulation
num_card_1 = random.randint(1,10)
num_card_2 = random.randint(1,10)
def card_picking(bet):
  if bet > money:
    return "Oh Honey you ain't rich enough"
  elif bet <= 0:
    return "Have you lost your mind?"
  elif num_card_1 > num_card_2:
    return money + bet
  elif num_card_1 < num_card_2:
    return money - bet
  elif num_card_1 == num_card_2:
    return 0

#Roulette simulation
ball_number = random.randint(0,36)
roulette_boolean = ball_number % 2
def roulette(guess, bet):
  if bet > money:
    return "Oh Honey you ain't rich enough"
  elif bet <= 0:
    return "Have you lost your mind?"
  elif guess == "Even" and roulette_boolean == 0:
    return money + bet
  elif guess == "Even" and roulette_boolean == 1:
    return money
  elif guess == "Odd" and roulette_boolean == 1:
    return money + bet
  elif guess == "Odd" and roulette_boolean == 0:
    return money
  elif guess == ball_number:
    return money + bet*35
  elif guess != ball_number:
    return money
  
#Call your game of chance functions here
print (coin_flip(1,50))
money += coin_flip(1,50)
#print (cho_han(0,30))
#money += cho_han (0,30)
#print (card_picking(40))
#money += card_picking(40)
#print(roulette("Even", 200))
#money += roulette("Even", 200)