def serialize(self) -> bytearray:
serial_self = self.as_serial
serial_bytes = [0 for x in range(5)]
serial_bytes[0] = to_pacing_mode_id(self.NAME)
serial_bytes[1] = serial_self.lower_rate_limit
serial_bytes[2] = serial_self.upper_rate_limit
serial_bytes[3] = serial_self.atrial_amplitude
serial_bytes[4] = serial_self.atrial_pulse_width
return flatten_to_26_bytearray(serial_bytes)
def serialize(self) -> bytearray:
serial_self = self.as_serial
serial_bytes = [0 for x in range(7)]
serial_bytes[0] = to_pacing_mode_id(self.NAME)
serial_bytes[1] = serial_self.lower_rate_limit
serial_bytes[2] = serial_self.upper_rate_limit
serial_bytes[3] = serial_self.ventricular_amplitude
serial_bytes[4] = serial_self.ventricular_pulse_width
serial_bytes[5] = serial_self.vrp
serial_bytes[6] = serial_self.ventricular_sensitivity
return flatten_to_26_bytearray(serial_bytes)
def serialize(self) -> bytearray:
serial_self = self.as_serial
serial_bytes = [0 for x in range(10)]
serial_bytes[0] = to_pacing_mode_id(self.NAME)
serial_bytes[1] = serial_self.lower_rate_limit
serial_bytes[2] = serial_self.upper_rate_limit
serial_bytes[3] = serial_self.ventricular_amplitude
serial_bytes[4] = serial_self.ventricular_pulse_width
serial_bytes[5] = serial_self.activity_threshold
serial_bytes[6] = serial_self.reaction_time
serial_bytes[7] = serial_self.recovery_time
serial_bytes[8] = serial_self.max_sensor_rate
serial_bytes[9] = serial_self.response_factor
return flatten_to_26_bytearray(serial_bytes)
def serialize(self):
serial_atrium = to_serial_byte(self.atrium, PM_LIMIT.ATRIAL_AMPLITUDE["max"])
serial_ventricle = to_serial_byte(self.ventricle, PM_LIMIT.VENTRICULAR_AMPLITUDE["max"])
serial_period = to_serial_byte(self.period)
return flatten_to_26_bytearray([serial_period, serial_atrium, serial_ventricle])