import random

line_symbol = '1234567890-=qwertyuiop[]asdfghjkl;zxcvbnm,./~!@#$%^&*()_+QWERTYUIOP{}ASDFGHJKL:"ZXCVBNM<>?'


def random_hex():
    result = ""
    for i in range(16):
        result += line_symbol[random.randint(0, len(line_symbol) - 1)]
    return result


CHAR_HEX = {
    'а': random_hex(),
    'б': random_hex(),
    'в': random_hex(),
    'г': random_hex(),
    'д': random_hex(),
    'е': random_hex(),
    'ё': random_hex(),
    'ж': random_hex(),
    'з': random_hex(),
    'и': random_hex(),
    'й': random_hex(),
    'к': random_hex(),
    'л': random_hex(),
    'м': random_hex(),
    'н': random_hex(),
    'о': random_hex(),
    'п': random_hex(),
    'р': random_hex(),
    'с': random_hex(),
    'т': random_hex(),
    'у': random_hex(),
    'ф': random_hex(),
    'х': random_hex(),
    'ц': random_hex(),
    'ч': random_hex(),
    'ш': random_hex(),
    'щ': random_hex(),
    'ъ': random_hex(),
    'ы': random_hex(),
    'ь': random_hex(),
    'э': random_hex(),
    'ю': random_hex(),
    'я': random_hex(),
    ' ': random_hex(),
    '1': random_hex(),
    '2': random_hex(),
    '3': random_hex(),
    '4': random_hex(),
    '5': random_hex(),
    '6': random_hex(),
    '7': random_hex(),
    '8': random_hex(),
    '9': random_hex(),
    '0': random_hex(),
}


def complite_to_hex(line):
    result = ""
    for char in str(line):
        result += CHAR_HEX.get(char)
    return result


def value_for_dict(item):
    for key, value in CHAR_HEX.items():
        if value == item:
            return key
    return None


def decode_hex(line):
    list_items = list(line)
    symbol = ''
    result = ''
    for index in range(len(list_items)):
        symbol += line[index]
        if len(symbol) == 16:
            result += value_for_dict(symbol)
            symbol = ''
    return result


input_string = "привет приветствую"
hex_result = complite_to_hex(input_string)


# print(hex_result)
# print(decode_hex(hex_result))

def distribute_price(amount, num):
    if not num:
        return []
    amount = int(decode_hex(amount))
    return [amount // num] * num, float(f'0.{str(amount / num).split(".")[1]}') * num


total_amount = complite_to_hex(100000000000)
total_people = 101
total, seven = distribute_price(total_amount, total_people)
print(total, seven)
print(seven / 24)