class Simon_Says:
    matrix = Matrix()
    buttons = Button_Array()

    def __init__(self, maximum_rounds):
        self.actual_list = []
        self.answer_list = []
        self.maximum_rounds = maximum_rounds
        self.current_round = 0
        return

    def add_element(self):
        self.actual_list.append(random.randrange(4))

    def receive_list(self):
        matrix.display_message("Ronda " + str(len(self.actual_list)))
        for i in range(0, len(self.actual_list)):
            input = buttons.get_input()
            if self.actual_list[i] == input:
                matrix.display_letter(input, '*')
            else:
                matrix.display_letter(input, 'x')
        return True

    def show_actual_list(self):
        matrix.clear_screen()
        for element in self.actual_list:
            matrix.display_letter(element, "*")
            time.sleep(2)


    def run(self):
        aux = 0
        while self.maximum_rounds >= self.current_round:
            while aux < self.current_round:
                self.add_element()
                aux += 1
            self.show_actual_list()
            coorect = self.receive_list()
            if not correct:
                print "perdiste"
                break
            self.actual_list = []
            aux = 0
            self.current_round += 1
        print "Ganaste"





simon = Simon_Says(8)
simon.run()