Guessing game for computers

guess_game.py

# guess number game for computers
import random as rd


# def guess_number():
#     user_input = int(input('Enter a number for computer to guess btw 1 and 10 (inclusive): '))
#     attempts = 2
#
#     while attempts >= 0:
#         is_wrong = compare_guess(user_input, attempts)
#         if is_wrong:
#             print(is_wrong)
#         else:
#             print('Guessed right')
#             break
#         attempts -= 1
#     else:
#         print('Computer failed')
#
#
# def compare_guess(user_input, attempts):
#     if attempts < 2:
#         print('trying again...')
#     else:
#         print('guessing...')
#
#     # a minor delay, just to make the game interesting
#     i = 0
#     while i < 30000000:
#         i += 1
#
#     computer_input = rd.randint(1, 10)
#
#     if computer_input == user_input:
#         return False
#     elif computer_input > user_input:
#         return f'Computer guessed {computer_input}\nToo high. Computer has {attempts} more trials'
#     else:
#         return f'Computer guessed {computer_input}\nToo low. Computer has {attempts} more trials'
#
#
# guess_number()

# refactoring everything to make more sense and provide more features

# algorithm of the game
# 1. get the user's input, the number to guess
# 2. generate a random number for the computer to guess with
# 3. if computer's number is equal, jump out of recursion
# 4. if computer's number is too high, make the randint range between the initial/modified start and the guessed number
# 5. if computer's number is too low, make the randint range between the guessed number and the initial/modified end

user_input = int(input('Enter a number for computer to guess btw 1 and 10 (inclusive): '))


def guess_number(start, end, attempts=2):
    if attempts < 0:
        return print('Game over bro')  # comment this out to see how the algorithm works
    elif attempts < 2:
        print('trying again...')
    else:
        print('Guessing...')

    # a minor delay, just to make the game transparent and interesting
    i = 0
    while i < 30000000:
        i += 1

    computer_input = rd.randint(start, end)

    if user_input == computer_input:
        return print(f'Guessed right {computer_input}')
    elif user_input > computer_input:
        start = computer_input + 1  # incrementing because computer input is of no use
        print(f'Computer guessed {computer_input}\nToo low. Computer has {attempts} more trials')
        guess_number(start, end, attempts - 1)
    else:
        end = computer_input - 1  # decrementing because computer input is of no use
        print(f'Computer guessed {computer_input}\nToo high. Computer has {attempts} more trials')
        guess_number(start, end, attempts - 1)


guess_number(1, 10)