Games of Chance [Codecademy project: https://www.codecademy.com/practice/projects/games-of-chance]

games_of_chance.py

import random

# Starting amount of money
money = 100

# Flip a coin game
def coin_flip(choice, bet):
    print("Welcome to the Flip a Coin Game!")
    if bet > 0:
        print("Your choice is " + choice + ", your bet is " + str(bet) + " USD.")
    else:
        print("Your bet should be above 0 USD.")
        return 0
    win = 0
    coin = random.randint(0, 1)
    if coin == 1:
        print("We've flipped and it is Heads!")
    else:
        print("We've flipped and it is Tails")
     # coin = 1 -- Heads
     # coint = 0 -- Tails
    if choice == "Heads" and coin == 1:
        win += bet
        print("Congrats! You've won " + str(win) + " USD.\n")
    elif choice == "Tails" and coin == 0:
        win += bet
        print("Congrats! You've won " + str(win) + " USD.\n")
    else:
        win -= bet
        print("You've lost " + str(bet) + " USD." + " Give it one more chance to win!\n")
    return win
  

# Cho-Han game  
def cho_han(choice, bet):
  print("Welcome to the Cho-Han Game!")
  if bet > 0:
    print("Your choice is " + choice + ", your bet is " + str(bet) + " USD.")
  else:
    print("Your bet should be above 0 USD.")
    return 0

  win = 0

  dice1 = random.randint(1, 6)
  print("Dice #1 is " + str(dice1) + ".")
  dice2 = random.randint(1, 6)
  print("Dice #2 is " + str(dice2) + ".")
  summ = dice1 + dice2
  print("The sum of two dices is " + str(summ) + ".")

  if choice == "Even" and summ % 2 == 0:
    win += bet
    print("Congrats! You've won " + str(win) + " USD.\n")
  elif choice == "Odd" and summ % 2 != 0:
    win += bet
    print("Congrats! You've won " + str(win) + " USD.\n")
  else:
    win -= bet
    print("You've lost " + str(bet) + " USD." + " Give it one more chance to win!\n")
  return win


# Cards Game
def cards(bet):
    print("Welcome to the Cards Game!")
    if bet > 0:
        print("Your bet is " + str(bet) + " USD.")
    else:
        print("Your bet should be above 0 USD.")
        return 0

    win = 0

    all_hearts = ["2H", "2D", "2C", "2S", "3H", "3D", "3C", "3S", "4H", "4D", "4C", "4S", "5H", "5D", "5C", "5S", "6H", "6D", "6C", "6S", "7H", "7D", "7C", "7S", "8H", "8D", "8C", "8S", "9H", "9D", "9C", "9S", "10H", "10D", "10C", "10S", "JH", "JD", "JC", "JS", "QH", "QD", "QC", "QS", "KH", "KD", "KC", "KS", "AH", "AD", "AC", "AS"]
    hearts = ["2H", "2D", "2C", "2S", "3H", "3D", "3C", "3S", "4H", "4D", "4C", "4S", "5H", "5D", "5C", "5S", "6H", "6D", "6C", "6S", "7H", "7D", "7C", "7S", "8H", "8D", "8C", "8S", "9H", "9D", "9C", "9S", "10H", "10D", "10C", "10S", "JH", "JD", "JC", "JS", "QH", "QD", "QC", "QS", "KH", "KD", "KC", "KS", "AH", "AD", "AC", "AS"]
    cards = [("2H", "2D", "2C", "2S"), ("3H", "3D", "3C", "3S"), ("4H", "4D", "4C", "4S"), ("5H", "5D", "5C", "5S"), ("6H", "6D", "6C", "6S"), ("7H", "7D", "7C", "7S"), ("8H", "8D", "8C", "8S"), ("9H", "9D", "9C", "9S"), ("10H", "10D", "10C", "10S"), ("JH", "JD", "JC", "JS"), ("QH", "QD", "QC", "QS"), ("KH", "KD", "KC", "KS"), ("AH", "AD", "AC", "AS")]
    card1 = random.choice(hearts)
    print("Your card is: " + card1 + ".")
    hearts.remove(card1)
    # print(hearts)
    card2 = random.choice(hearts)
    print("Your opponent card is: " + card2 + ".")
    card1_indx = all_hearts.index(card1)
    card2_indx = all_hearts.index(card2)
    #print(card1_indx)
    #print(card2_indx)
    list_no_card1 = 0
    list_no_card2 = 0
    pos_card1 = 0
    pos_card2 = 0
    for list_no_card1 in range(0, len(cards)):
        try:
            pos_card1 = cards[list_no_card1].index(card1)
            break
        except:
            pass
        
    for list_no_card2 in range(0, len(cards)):
        try:
            pos_card2 = cards[list_no_card2].index(card2)
            break
        except:
            pass  
    
    #print(list_no_card1)
    #print(list_no_card2)
    
    if list_no_card1 == list_no_card2:
        print("It's a tie!\n")
    elif card1_indx > card2_indx:
        print("You won!\n")
        win += bet
    else:
        print("You lost!\n")
        win -= bet
    return win


# Roulette Odd or Even Game
def roulette_1_to_1(choice, bet):
    print("Welcome to the Roulette Odd or Even Game!")
    if bet > 0:
        print("Your choice is " + choice + ", your bet is " + str(bet) + " USD.")
    else:
        print("Your bet should be above 0 USD.")
        return 0

    win = 0

    ball = random.randint(0, 36)
    print("The ball is at " + str(ball) + ".")
    
    if ball == 0:
        win -= bet
        print("You've lost " + str(bet) + " USD." + " Give it one more chance to win!\n")
    elif choice == "Even" and ball % 2 == 0:
        win += bet
        print("Congrats! You've won " + str(win) + " USD.\n")
    elif choice == "Odd" and ball % 2 != 0:
        win += bet
        print("Congrats! You've won " + str(win) + " USD.\n")
    else:
        win -= bet
        print("You've lost " + str(bet) + " USD." + " Give it one more chance to win!\n")
    return win



# Roulette Pick a number Game
def roulette(choice, bet):
    print("Welcome to the Roulette Pick a Number Game!")
    if bet > 0:
        print("Your choice is " + str(choice) + ", your bet is " + str(bet) + " USD.")
    else:
        print("Your bet should be above 0 USD.")
        return 0

    win = 0

    ball = random.randint(0, 36)
    print("The ball is at " + str(ball) + ".")
    
    if choice == ball:
        win += bet * 35
        print("Congrats! You've won " + str(win) + " USD.\n")
    else:
        win -= bet
        print("You've lost " + str(bet) + " USD." + " Give it one more chance to win!\n")
    return win



#Call your game of chance functions here
# Flip a coin round
money += coin_flip("Heads", 10)
# Cho-Han round
money += cho_han("Even", 50)
# Card Game round
money += cards(20)
# Roulette Odd or Even Game
money += roulette_1_to_1("Even", 15)
# Roulette Pick a number Game
money += roulette(23, 10)
print("Your total amount of money after played rounds is " + str(money) + " USD.")