def run():
keep_going = True
while keep_going:
_print_welcome()
base, height = _ask_for_arguments()
_ask_for_type_of_triangle(base, height)
keep_going = ask_to_continue('Le gustaría calcular otra área')
def run():
while True:
welcome()
lower, higher, comp = ask_for_ranges()
run_comparison(lower, higher, comp)
if not screen.ask_to_continue('Quieres volver a intentarlo'):
break
def run():
while True:
welcome()
print_options()
option = select_option()
figure, requirements = ask_for_requirements(option)
get_calculated_volume(figure, requirements)
if not screen.ask_to_continue('Desea calcular otro volumen'):
break
def run():
while True:
welcome()
option, conversion_option = ask_for_conversion_option()
value = ask_for_value(option)
conv_value = convert(value, conversion_option)
show_converted_value(option, value, conv_value)
print()
if not screen.ask_to_continue('Desea hacer otra conversión'):
break
def run():
while True:
welcome_screen()
games_to_win, max_games = quantity_of_plays_option()
computer = play_against_computer()
print(
f'\nExcelente entonces gana el que tenga {games_to_win} puntos de {max_games}...'
)
print('¡Empecemos!\n')
winner = play(games_to_win, max_games, computer)
print_winner(winner)
if not ask_to_continue('Otro juego'):
break