Абдикашева Вилена Ринатовна, 411 группа PokeMon 8070			Алдабергенов Руслан Даниярович, 411 PokeMon 7994
n	1	def handle_input():	n	1	def process_input():
	2	player_data = {}		2	players = {}
	3	deck_data = {}		3	decks = {}
	4	while True:		4	while True:
n	5	line = input()	n	5	inp = input()
	6	if not line:		6	if not inp:
	7	break		7	break
n	8	process_line(line, player_data, deck_data)	n	8	parse_input(inp, players, decks)
	9	return (player_data, deck_data)		9	return (players, decks)
	10			10
n	11	def process_line(line, player_data, deck_data):	n	11	def parse_input(line, players, decks):
	12	first, second = line.split(' / ')		12	part1, part2 = line.split(' / ')
	13	if first.isdigit():		13	if part1.isdigit():
	14	store_card_in_deck(first, second, deck_data)		14	add_card_to_deck(part1, part2, decks)
	15	else:		15	else:
n	16	assign_deck_to_player(first, second, player_data)	n	16	add_deck_to_player(part1, part2, players)
	17			17
n	18	def store_card_in_deck(deck_id, card_name, deck_data):	n	18	def add_card_to_deck(deck_num, card_name, decks):
	19	if deck_id not in deck_data:		19	if deck_num not in decks:
	20	deck_data[deck_id] = set()		20	decks[deck_num] = set()
	21	deck_data[deck_id].add(card_name)		21	decks[deck_num].add(card_name)
	22			22
n	23	def assign_deck_to_player(player_name, deck_id, player_data):	n	23	def add_deck_to_player(player_name, deck_num, players):
	24	if player_name not in player_data:		24	if player_name not in players:
	25	player_data[player_name] = set()		25	players[player_name] = set()
	26	player_data[player_name].add(deck_id)		26	players[player_name].add(deck_num)
	27			27
n	28	def identify_largest_pack(player_data, deck_data):	n	28	def find_largest_pack(players, decks):
	29	largest_pack = 0		29	max_size = 0
	30	top_players = []		30	result = []
	31	for player, decks in player_data.items():		31	for player, player_decks in players.items():
	32	unique_cards = collect_unique_cards(decks, deck_data)		32	unique_cards = gather_unique_cards(player_decks, decks)
	33	current_pack_size = len(unique_cards)		33	pack_size = len(unique_cards)
	34	if current_pack_size > largest_pack:		34	if pack_size > max_size:
	35	largest_pack = current_pack_size		35	max_size = pack_size
	36	top_players = [player]		36	result = [player]
	37	elif current_pack_size == largest_pack:		37	elif pack_size == max_size:
	38	top_players.append(player)		38	result.append(player)
	39	return sorted(top_players)		39	return sorted(result)
	40			40
n	41	def collect_unique_cards(player_decks, deck_data):	n	41	def gather_unique_cards(player_decks, decks):
	42	all_cards = set()		42	unique_cards = set()
	43	for deck in player_decks:		43	for deck in player_decks:
n	44	if deck in deck_data:	n	44	if deck in decks:
	45	all_cards.update(deck_data[deck])		45	unique_cards.update(decks[deck])
	46	return all_cards		46	return unique_cards
	47			47
t	48	def run_program():	t	48	def main():
	49	player_data, deck_data = handle_input()		49	players, decks = process_input()
	50	top_players = identify_largest_pack(player_data, deck_data)		50	result = find_largest_pack(players, decks)
	51	for player in top_players:		51	for name in result:
	52	print(player)		52	print(name)
	53	run_program()		53	main()

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