Small game about copyright (It's an RIAA world after all)

It's_an_RIAA_world_after_all.py

# From http://ars.userfriendly.org/cartoons/?id=20080727
import os, random

def screen_clear():
	# for mac and linux(here, os.name is 'posix')
	os.system('clear') if os.name == 'posix' else os.system('cls')

# Diamond, Heart, Club, Spades, in this order.
suits_map = { "D": True, "H": True, "C": False, "S": False, }

values_map = { "A": 1, "J": 11, "Q": 12, "K": 13, }
for x in range(2, 10 + 1):
	values_map[str(x)] = x

cards = [(suit, value) for suit in suits_map.keys() for value in values_map.keys()]

gameboard_map = {
	0: (0, "DISASTER", "Copyright for 40 Years; Fair Use Exists"),
	1: (500, "TROUBLE", "Copyright for 70 Years; Fair Use Exists"),
	2: (500, "CONCERN", "Copyright for Life + 25 Years; Fair Use Exists"),
	3: (1000, "IRRITANT", "Copyright for Life + 50 Years; Fair Use Limited"),
	4: (1500, "PROGRESS", "Copyright for Life + 75 Years; Fair Use Rare"),
	5: (2000, "BLUE SKY!", "Copyright for FOREVAR; What's Fair Use?"),
}

money = 500
position = 2  # Start on 'CONCERN'

def wait_until_input(prompt, choices):
	result = input(f"{prompt} ({'/'.join(choices)})")
	while not result or len(result) < 1 or result[0].lower() not in "".join(choices).lower():
		result = input(f"{prompt} ({'/'.join(choices)})")
		continue
	return result.upper()

def reset():
	global money, position
	money = 500
	position = 2

def display_game_status():
	print(f"Money: {money} \nGameboard:")
	for s in range(6):
		print(f"[{('', '*')[s == position]}] {gameboard_map[s][1]} - {gameboard_map[s][2]}")

def game_check():
	global position, money
	while money <= 0:
		position, money = position - 1, money + 1000
		print(f"It seems that you're out of money... \nMoving to {gameboard_map[position][1]}")
	if position == 0:
		return True

	if money >= gameboard_map[position + 1][0]:
		choice = wait_until_input(f"Do you want to lobby to {gameboard_map[position + 1][1]}?", ['Y', 'N'])
		if choice[0] == "Y":
			money, position = money - gameboard_map[position + 1][0], position + 1
			print(f"Lobbied up to {gameboard_map[position][1]}")
	return False


quit_game = False
while not quit_game:
	if position in [0, 5]:
		if position == 0:
			print("You've lost... The Public Good has & is protected now.")
		else:
			print("You've won! Go afford yourself another Trophy Wife/Husband")
		i = wait_until_input("Want to play again?", ['Y', 'N'])
		if i[0] == "N":
			quit_game = True
		reset()
	if not quit_game:
		deck = list(cards)
		random.shuffle(deck)
		screen_clear()
		display_game_status()
		infringement = deck.pop()
		print(f"Infringement card: {infringement}")
		litigate_flag = True
		choice_1 = wait_until_input("Litigate or Bully?", ['L', 'B'])
		if choice_1[0] == "B":
			card_2 = deck.pop()
			print(f"Bully card: {card_2}")
			if suits_map[card_2[0]]:  # If card suit is red
				winnings = values_map[infringement[1]] * 10
				print(f"You've won ${winnings} from the settlement!")
				money += winnings
				litigate_flag = False
			else:
				damages = values_map[infringement[1]] * 25
				print("They stood up to you...")
				print(f"You're forced to pay ${damages} in fees & PR damage control.")
				money -= damages
		if choice_1[0] != "L":
			lost = game_check()
			if lost:
				continue
		# Litigate phase
		if litigate_flag:
			ruling = deck.pop()
			print(f"Ruling card: {ruling}")
			if values_map[ruling[1]] > values_map[infringement[1]]:
				winnings = (values_map[ruling[1]] - values_map[infringement[1]]) * 100
				print(f"You've won ${winnings} from the lawsuit!")
				money += winnings
			else:
				loss = values_map[ruling[1]] * 100
				print(f"You've lost the lawsuit... You're forced to pay ${loss}")
				money -= loss
		lost = game_check()
		if lost:
			continue
		input("(Press enter to begin next round...)")