1234567891011121314151617181920212223242526272829303132333435363738394041424344454647484950515253545556575859606162636465666768697071727374 ``````# A ledger and calculator for Monopoly games # Enables equal distributions to all (other) players # This was the original experiment numPlayers = 0 accounts = [] # accounts[0] is the pot, players are after that def printBalances(): for account in accounts: print(account[0] + ": " + str(account[1])) def initialize(): global numPlayers global accounts numPlayers = int(input("How many players (>1)? ")) if numPlayers < 2: initialize() return startingValue = int(input("How much for each player? ")) accounts.append(["Pot",0]) while len(accounts) < numPlayers + 1: i = len(accounts) accounts.append(["Player " + str(i), startingValue]) print ("Created:\n") printBalances() print("Let the game begin!\n") def play(): global accounts playing = True while playing: option = input("[b]alances, [s]end, [q]uit: ") if option == "q": print("Game over!") playing = False if option == "b": printBalances() if option == "s": fromAcc = input("From (Choose pot, bank, or 1-" + str(numPlayers) + " for players): ") toAcc = input("To (Choose pot, bank, 1-" + str(numPlayers) + " for players, or all): ") amount = int((input("Amount (integer): "))) #DEBIT if fromAcc != "bank": if fromAcc == "pot": fromAcc = 0 else: fromAcc = int(fromAcc) accounts[fromAcc][1] = accounts[fromAcc][1] - amount #CREDIT if toAcc != "bank": if toAcc == "all": remainder = amount i = 1 while remainder > 0: if i != fromAcc: remainder -= 1 accounts[i][1] += 1 i += 1 if i > numPlayers: i = 1 else: if toAcc == "pot": toAcc = 0 else: toAcc = int(toAcc) accounts[toAcc][1] = accounts[toAcc][1] + amount printBalances() initialize() play() ``````