def main():
print("""
Welcome to the Brain Games!
What number is missing in the progression?\n""")
user_name = cli.get_user_name()
attempts = ATTEMPTS
while attempts > 0:
progression, answer = make_progression()
print("Question: {}".format(progression))
user_answer = cli.get_user_answer()
engine.run(user_answer, answer, user_name)
attempts -= 1
def main():
print("""
Welcome to the Brain Games!
Answer "yes" if number even otherwise answer "no"\n""")
user_name = cli.get_user_name()
attempts = ATTEMPTS
while attempts > 0:
questions = engine.get_random_number()
answer = get_correct_answer(questions)
print("Question: {}".format(questions))
user_answer = cli.get_user_answer()
engine.run(user_answer, answer, user_name)
attempts -= 1
def engine(user_name, play):
"""Game engine process."""
correct_answers = 0
while correct_answers < NUMBER_OF_ROUNDS:
question, correct_answer = play()
print(question)
res, msg = check_answer(get_user_answer(), correct_answer)
print(msg)
if not res:
print(f"Let's try again, {user_name}!")
return
correct_answers += 1
print(f'Congratulations, {user_name}!')
def engine(user_name, play):
"""Game engine."""
counter_answer = 0
while counter_answer < NUMBER_OF_ROUNDS:
question, correct_answer = play()
print(question)
res, message = check_answer(get_user_answer(), correct_answer)
print(message)
if not res:
print(f'Let`s try again, {user_name}')
return
counter_answer += 1
print(f'Congratulations, {user_name}!')
def run(game):
print('Welcome to the Brain Games!\n'
f'{game.TASK}\n')
name = get_user_name()
for _ in range(ROUNDS):
question, true_answer = game.get_round()
print(f'Question: {question}')
answer = get_user_answer()
if answer != true_answer:
print(f'{answer} is wrong answer ;(. Correct answer'
f' was {true_answer}.\n' f'Let\'s try again, {name}!\n')
return
print('Correct!\n')
print(f'Congratulations, {name}!\n')
def main():
print("""
Welcome to the Brain Games!
Find the greatest common divisor of given numbers.\n""")
user_name = cli.get_user_name()
attempts = ATTEMPTS
while attempts > 0:
number_first = engine.get_random_number()
number_second = engine.get_random_number()
answer = str(gcd(number_first, number_second))
print("Question: {} {}".format(number_first, number_second))
user_answer = cli.get_user_answer()
engine.run(user_answer, answer, user_name)
attempts -= 1
def game_engine(user_name: str, game: Callable[[], Tuple[str, str]]) -> None:
"""Game engine."""
correct_answers = 0
while correct_answers < NUMBER_OF_ROUNDS:
question, correct_answer = game()
print(question)
res, message = check_answer(get_user_answer(), correct_answer)
print(message)
if res:
correct_answers += 1
else:
print(f"Let's try again, {user_name}!")
return
else:
print(f'Congratulations, {user_name}!')
def main():
print("""
Welcome to the Brain Games!
What is the result of the expression?\n""")
user_name = cli.get_user_name()
attempts = ATTEMPTS
while attempts > 0:
num_first = engine.get_random_number()
num_second = engine.get_random_number()
operation = operation_list[randint(0, len(operation_list) - 1)]
answer = get_correct_answer(num_first, num_second, operation)
print("Question: {} {} {}".format(num_first, operation, num_second))
user_answer = cli.get_user_answer()
engine.run(answer, user_answer, user_name)
attempts -= 1
def main():
print("""
Welcome to the Brain Games!
Answer "yes" if given number is prime. Otherwise answer "no".\n""")
user_name = cli.get_user_name()
attempts = ATTEMPTS
while attempts > 0:
number_prime = engine.get_random_number()
if check_prime_number(number_prime) is False:
answer = 'no'
else:
answer = 'yes'
print("Questions: {}".format(number_prime))
user_answer = cli.get_user_answer()
engine.run(user_answer, answer, user_name)
attempts -= 1
def play(game):
greet()
print_text(game.RULES)
user_name = get_user_name()
answer_count = 0
while answer_count < ROUNDS_COUNT:
question, answer = game.get_question()
print_question(question)
user_answer = get_user_answer()
if user_answer != answer:
print_fail_answer(user_answer, answer, user_name)
return
print_text(RIGHT_ANSWER_TEXT)
answer_count += 1
congratulate(user_name)
