def adjustment_vector_iterator(n, adjustment):
current = int("".join(map(str, [1 for i in range(n)])))
high = int("".join(map(str, [n for i in range(n)])))
while current <= high:
if runutility.find(lambda digit: int(digit) > (2 * adjustment + 1) or int(digit) < 1, str(current)):
yield map(lambda n : int(n) - adjustment - 1, str(current))
current += 1
def is_rule2_satisfied(inputs):
return runutility.find(lambda length: sum(inputs[-1 * length:]) >= sum(inputs[:length+1]), range(1, len(inputs))) is None
