Calculates AMR and ACR using CAN-ID as parameter.

        :param bool extended:
            if True parameters from_id and to_id contains 29-bit CAN-ID

        :param int from_id:
            first CAN-ID which should be received

        :param int to_id:
            last CAN-ID which should be received

        :param bool rtr_only:
            if True only RTR-Messages should be received, and rtr_too will be ignored

        :param bool rtr_too:
            if True CAN data frames and RTR-Messages should be received

        :return: Returns list with one filter containing a "can_id", a "can_mask" and "extended" key.

def create_filter(extended, from_id, to_id, rtr_only, rtr_too):
        """
        Calculates AMR and ACR using CAN-ID as parameter.

        :param bool extended:
            if True parameters from_id and to_id contains 29-bit CAN-ID

        :param int from_id:
            first CAN-ID which should be received

        :param int to_id:
            last CAN-ID which should be received

        :param bool rtr_only:
            if True only RTR-Messages should be received, and rtr_too will be ignored

        :param bool rtr_too:
            if True CAN data frames and RTR-Messages should be received

        :return: Returns list with one filter containing a "can_id", a "can_mask" and "extended" key.
        """
        return [{
            "can_id": Ucan.calculate_acr(extended, from_id, to_id, rtr_only, rtr_too),
            "can_mask": Ucan.calculate_amr(extended, from_id, to_id, rtr_only, rtr_too),
            "extended": extended
        }]