def set_pyramids(pyramid, hand):
    ways_to_place = itertools.combinations(hand, 2)
    empty_slots = [
        5 - len(pyramid[0]),
        5 - len(pyramid[1]),
        3 - len(pyramid[2])
    ]

    all_pyramids = []

    for card_pair in ways_to_place:
        this_hand = list(card_pair)
        # Create placeholder pyramid so we don't alter
        placeholder_pyramid = copy.deepcopy(pyramid)

        first_hand_order = copy.deepcopy(this_hand)

        for idx, empty in enumerate(empty_slots):
            if empty > 0:
                for _ in range(empty):
                    placeholder_pyramid[idx].append(first_hand_order.pop())

        all_pyramids.append(copy.deepcopy(placeholder_pyramid))

        # Create placeholder pyramid so we don't alter
        placeholder_pyramid = copy.deepcopy(pyramid)
        second_hand_order = copy.deepcopy(this_hand)
        # Reverse the list so we append the other possible order
        second_hand_order.reverse()

        for idx, empty in enumerate(empty_slots):
            if empty > 0:
                for _ in range(empty):
                    placeholder_pyramid[idx].append(second_hand_order.pop())

        all_pyramids.append(copy.deepcopy(placeholder_pyramid))

    return all_pyramids