def part2(lines):
    hands = []
    result = 0
    for line in lines:
        string_pair = line.split()
        hands.append((string_pair[0], int(string_pair[1])))
    sorted_hands = sorted(hands, key=custom_sort_joker)
    sorted_hands.reverse()
    print(str(sorted_hands))
    for index,hand in enumerate(sorted_hands):
        result += hand[1] * (index+1)
    return result


def custom_sort_joker(tuple):
    string, _ = tuple
    char_count = {}
    char_order = "AKQT98765432J"
    for char in string:
        char_count[char] = char_count.get(char, 0) + 1

    # Adjust counts for Jokers
    joker_count = char_count.get('J', 0)
    if joker_count > 0:
        for key in char_count:
            if key != 'J':
                count_with_jokers = char_count[key] + joker_count
                char_count[key] = max(char_count[key], count_with_jokers)
    additional_sort = [char_order.find(char) for char in string]
    if 5 in char_count.values():
        return (1, additional_sort)
    elif 4 in char_count.values():
        return (2, additional_sort)
    elif 3 in char_count.values():
        for key in char_count:
            if char_count.get(key) == 3:
                char_count[key] = 0
            break
        if char_count.get('J',0) > 0:
            jokers = char_count.get('J')
            for key in char_count.keys():
                char_count[key] = char_count[key] - jokers
        if 2 in char_count.values():
            return (3, additional_sort)
        else:
            return (4, additional_sort)
    elif list(char_count.values()).count(2) == 2 and char_count.get('J',0) == 0:
        return (5, additional_sort)
    elif 2 in char_count.values():
        return (6, additional_sort)
    else:
        return (7, additional_sort)