def create_ac_state_data_frame(self):
# reset UpdateRequestMask flags
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.AC_STATE)
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.POWER_STATE)
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.TARGET_TEMP)
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.FAN_STATE)
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.ZONE)
data = C_DaikinDataAcState
data[7] = self._DaikinClimateSettings_Object.AcStateModeValue +\
(self._DaikinClimateSettings_Object.PowerOnState << 3)
data[8] = self._DaikinClimateSettings_Object.CoolSetTemp
data[10] = self._DaikinClimateSettings_Object.HeatSetTemp
data[12] = (self._DaikinClimateSettings_Object.CoolFanState.FanMode.value << 4) + \
(resolve_fan_speed_for_data_frame(self._DaikinClimateSettings_Object.CoolFanState.FanSpeed) & 0x0F)
data[13] = (self._DaikinClimateSettings_Object.HeatFanState.FanMode << 4) + \
(resolve_fan_speed_for_data_frame(self._DaikinClimateSettings_Object.HeatFanState.FanSpeed) & 0x0F)
data[14] = get_zone_bit_mask_from_zone_state(self)
return data
def set_climate_fan_speed(self, fan_speed):
# Check FanSpeed is valid
if isinstance(fan_speed, FanSpeed) and (fan_speed != FanSpeed.NA):
# Check for current mode (cool/heat). Default (0) is FAN, so no need to check for 'init' value.
# Check FanMode based on FanSpeed
if (fan_speed == FanSpeed.LOW) or (fan_speed == FanSpeed.MED) or (
fan_speed == FanSpeed.HIGH):
fan_mode = FanMode.FAN
elif (fan_speed == FanSpeed.AUTO_LOW) or (
fan_speed == FanSpeed.AUTO_MED) or (fan_speed
== FanSpeed.AUTO_HIGH):
fan_mode = FanMode.AUTO
else:
fan_mode = FanMode.MULTI_ZONING
# HEAT
if get_climate_mode(self) == AcStateMode.MODE_HEAT:
# Update 'heat' variables
if self._DaikinClimateSettings_Object.HeatFanState.FanSpeed != fan_speed or \
self._DaikinClimateSettings_Object.HeatFanState.FanMode != fan_mode:
self._DaikinClimateSettings_Object.HeatFanState.FanSpeed = fan_speed
self._DaikinClimateSettings_Object.HeatFanState.FanMode = fan_mode
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.FAN_STATE)
# COOL / FAN
elif get_climate_mode(
self) == AcStateMode.MODE_COOL or get_climate_mode(
self) == AcStateMode.MODE_FAN:
# Update 'cool' variables
if self._DaikinClimateSettings_Object.CoolFanState.FanSpeed != fan_speed or \
self._DaikinClimateSettings_Object.CoolFanState.FanMode != fan_mode:
self._DaikinClimateSettings_Object.CoolFanState.FanSpeed = fan_speed
self._DaikinClimateSettings_Object.CoolFanState.FanMode = fan_mode
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.FAN_STATE)
# AUTO/FAN
elif get_climate_mode(self) == AcStateMode.MODE_AUTO:
# Update both (as per app)
if self._DaikinClimateSettings_Object.CoolFanState.FanSpeed != fan_speed or \
self._DaikinClimateSettings_Object.CoolFanState.FanMode != fan_mode or \
self._DaikinClimateSettings_Object.HeatFanState.FanSpeed != fan_speed or \
self._DaikinClimateSettings_Object.HeatFanState.FanMode != fan_mode:
self._DaikinClimateSettings_Object.CoolFanState.FanSpeed = fan_speed
self._DaikinClimateSettings_Object.CoolFanState.FanMode = fan_mode
self._DaikinClimateSettings_Object.HeatFanState.FanSpeed = fan_speed
self._DaikinClimateSettings_Object.HeatFanState.FanMode = fan_mode
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.FAN_STATE)
# DRY/OFF
else:
# Speed/Fan settings ignored.
pass
def create_sensor_set_data_frame(self):
# Reset UpdateRequestMask flag
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.reset_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.TEMP_SENSOR)
data = C_DaikinDataSensorSelect
data[7] = resolve_sensor_name_to_index(
self, self._DaikinClimateInfo_Object.TempSensorName[
self._DaikinClimateSettings_Object.SelectedSensor])
return data
def set_climate_temp_sensor(self, sensor_index):
if isinstance(sensor_index, SensorIndex):
if self._DaikinClimateSettings_Object.SelectedSensor != sensor_index:
# limit value to Sensor2, as Outdoor/Refrigerant are not part of frame
# and only used for internal indexing of temperatures.
if sensor_index <= SensorIndex.Sensor2:
self._DaikinClimateSettings_Object.SelectedSensor = sensor_index
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.TEMP_SENSOR)
def set_target_climate_temp(self, temp):
# HEAT
if get_climate_mode(self) == AcStateMode.MODE_HEAT:
# check temp is with heating range.
if is_temp_within_heat_range(self, temp):
# update 'heat' variables
if self._DaikinClimateSettings_Object.HeatSetTemp != temp:
self._DaikinClimateSettings_Object.HeatSetTemp = temp
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.TARGET_TEMP)
# COOL
elif get_climate_mode(self) == AcStateMode.MODE_COOL:
# check temp is within cooling range
if is_temp_within_cool_range(self, temp):
# update 'cool' variables
if self._DaikinClimateSettings_Object.CoolSetTemp != temp:
self._DaikinClimateSettings_Object.CoolSetTemp = temp
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.TARGET_TEMP)
# AUTO
elif get_climate_mode(self) == AcStateMode.MODE_AUTO:
# check temp is within heat/cool range.
if is_temp_within_cool_range(self, temp) and is_temp_within_heat_range(
self, temp):
# update both
if self._DaikinClimateSettings_Object.HeatSetTemp != temp or \
self._DaikinClimateSettings_Object.CoolSetTemp != temp:
self._DaikinClimateSettings_Object.HeatSetTemp = temp
self._DaikinClimateSettings_Object.CoolSetTemp = temp
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask,
UpdateRequest.TARGET_TEMP)
# DRY/FAN/OFF
else:
# Temp setting ignored.
pass
def set_climate_mode(self, ac_mode):
if ac_mode == AcStateMode.MODE_OFF:
# Turn off unit
if self._DebugModeLevel >= 1:
_LOGGER.debug('TurnOff AC')
update_power_state(self, AcPowerState.OFF)
# leave AcStateModeValue as previous
else:
# turn on unit and set mode
if self._DaikinClimateSettings_Object.AcStateModeValue != ac_mode or \
self._DaikinClimateSettings_Object.PowerOnState != AcPowerState.ON:
self._DaikinClimateSettings_Object.AcStateModeValue = ac_mode
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.AC_STATE)
update_power_state(self, AcPowerState.ON)
def update_zone_state(self, zone_index, zone_state):
# Check each bit and set corresponding zone. Check for 'max' zones supported
if isinstance(zone_state, ZoneState):
if zone_index < self._DaikinClimateInfo_Object.NumberOfZones:
if self._DaikinClimateSettings_Object.Zone[
zone_index] != zone_state:
self._DaikinClimateSettings_Object.Zone[
zone_index] = zone_state
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.ZONE)
# Check to make sure all zones are not switched off
any_zone_active = False
for x in range(0, self._DaikinClimateInfo_Object.NumberOfZones):
if self._DaikinClimateSettings_Object.Zone[x] == ZoneState.ACTIVE:
any_zone_active = True
if not any_zone_active:
_LOGGER.error(
'No Zone selected. This may cause permanent damage to your AC system!'
)
def update_power_state(self, ac_power_state):
if self._DaikinClimateSettings_Object.PowerOnState != ac_power_state:
self._DaikinClimateSettings_Object.PowerOnState = ac_power_state
# Set mask that update has occurred and to ignore current update if in progress
self._DaikinClimateSettings_Object.UpdateRequestMask = \
UpdateRequest.set_flag(self._DaikinClimateSettings_Object.UpdateRequestMask, UpdateRequest.POWER_STATE)