s = input()
left_pos = [i for i, k in enumerate(s) if k == '(']

def left_solve():
	res = 0
	is_first = None
	tmp_stock = None
	for i in left_pos:
		tmp = s[i+1:]
		if is_first is not None and i < is_first:
			if tmp_stock is not None:
				res += tmp_stock
			continue
		is_first = None
		count = 0
		for j, elm in enumerate(tmp):
			if count < 2:
				if elm == '^':
					if is_first is None: is_first = j + i
					count += 1
			else:
				if elm == '*':
					ttmp = tmp[j+1:]
					tmp_stock = ttmp.count(')')
					res += tmp_stock
					break
	return res

def right_solve():
	res = 0
	is_first = None
	tmp_stock = None
	for i in left_pos:
		tmp = s[i+1:]
		if is_first is not None and i < is_first:
			if tmp_stock is not None:
				res += tmp_stock
			continue
		is_first = None
		count = 0
		for j, elm in enumerate(tmp):
			if count < 1:
				if elm == '*':
					count += 1
					if is_first is None: is_first = j + i
			elif count < 2:
				if elm == '^':
					count += 1
			else:
				if elm == '^':
					ttmp = tmp[j+1:]
					tmp_stock = ttmp.count(')')
					res += tmp_stock
					break
	return res

print(left_solve(), right_solve())