Roman Slots

main.py

"""
################ HINTS #####################################

Create an app that models a slot machine.

    - Our user needs tokens to play the slot machine, so create a variable to hold
    these tokens and store as many as you wish at the start of the app.
    - Track the number of rounds the user plays in a variable as well.
    - Create a loop that runs while the user has tokens.

In the loop:

    - Display the number of tokens left
    - Check to see if the user wants to keep playing
        - If they don't, break out of the loop immediately
    - Take away a token during each loop
    - Get three random numbers between 1 and a value of your choosing. These 
    represent the slots of your slot machine.
        - The larger the range, the harder it is to win
    - Display these three numbers (slots) in a manner of your choosing.
        - Ex: | 2 | 1 | 2 |
        - Ex: ## 3 ## 4 ## 1 ##
    - Check the slots to see if:
        - All three slots are equivalent
            - Print a message telling the user they've doubled their tokens 
            and double the tokens the user has
        - A pair of adjacent slots are equivalent
            - Print a message telling the user they've got a pair and get two 
            more tokens. Also, increase the tokens by two.
        - For any other situation, display a message saying something like:
        "No matches..."
    - At the end of the loop, increase the number of rounds played
    
After the loop exits, print the number of rounds played and the number of 
tokens the user has left.

Example output:
-------------------------------------------------------------------------------
You have 5 tokens.
Spend 1 token to play? (y/n) y
1 | 4 | 1
No matches...
You have 4 tokens.
Spend 1 token to play? (y/n) y
3 | 3 | 1
Pair, not bad. You earned 2 tokens!
You have 5 tokens.
Spend 1 token to play? (y/n) y
4 | 2 | 4
No matches...
You have 4 tokens.
Spend 1 token to play? (y/n) y
3 | 2 | 3
No matches...
You have 3 tokens.
Spend 1 token to play? (y/n) y
4 | 4 | 4
3 in a row! You doubled your tokens!
You have 4 tokens.
Spend 1 token to play? (y/n) n
You played 5 rounds and finished with 4 tokens.
-------------------------------------------------------------------------------

############################################################
"""
from random import randint

user_tokens = 4
max_num = 4

print("You have 4 tokens.")

while max_num >= 0:
    
    print("Spend one token to play?")
    user_choice = int(input("Choose (1) Yes or (2) No: "))
    
    if user_choice == 2:
        break
        
    slot_num = randint(1,max_num)
    slot_numb = randint(1,max_num)
    slot_numbe = randint(1,max_num)
    
    user_tokens -= 1
    
    print(f"## {slot_num} ## {slot_numb} ## {slot_numbe} ##")
    
    if slot_num == slot_numb == slot_numbe:
        user_tokens *= 2
        print(f"Tokens that remain: {user_tokens}")
    elif slot_num == slot_numb or ___ == ___:
        user_tokens += 2
        print(f"Tokens that remain: {user_tokens}")