public async Task Update()
{
var automationType = await InputSelect.LoadFromEntityId(connector, InputSelect.Name.AirPurifier2sAutomationType);
if (automationType.State != AutomationType)
{
ClearConditions();
return;
}
var airPurifier = await XiaomiAirPurifier.LoadFromEntityId(connector, XiaomiAirPurifier.Name.AirPurifier2S);
if (turnOffCondition.CheckFulfilled(airPurifier.Aqi <= turningOffValue))
{
if (airPurifier.State == "on")
{
logger.LogInformation("Turning off {EntityId}, because aqi is lower or equal than {TurningOffValue} for {ForTime} minutes",
airPurifier.EntityId, turningOffValue, forTurnOnTime);
await airPurifier.TurnOff();
}
}
if (turnOnCondition.CheckFulfilled(airPurifier.Aqi > turningOffValue))
{
if (airPurifier.State == "off")
{
logger.LogInformation("Turning on {EntityId}, because aqi is lower or equal than {TurningOffValue} for {ForTime} minutes",
airPurifier.EntityId, turningOffValue, forTurnOnTime);
await airPurifier.TurnOn();
}
}
if (airPurifier.State == "on")
{
var level = Math.Min((airPurifier.Aqi / 10) + 3, 16);
if (airPurifier.PresetMode != AirPurifierPresetMode.Favorite ||
airPurifier.FavoriteLevel != level)
{
logger.LogInformation("Changing speed of {EntityId} to {Level}",
airPurifier.EntityId, level);
await airPurifier.SetFavoriteLevel(level);
await airPurifier.SetPresetMode(AirPurifierPresetMode.Favorite);
}
}
}
public async Task Update()
{
var automationType = await InputSelect.LoadFromEntityId(connector, InputSelect.Name.AirPurifier2sAutomationType);
if (automationType.State != AutomationType)
{
ClearConditions();
return;
}
var airPurifier = await XiaomiAirPurifier.LoadFromEntityId(connector, XiaomiAirPurifier.Name.AirPurifier2S);
if (dateTimeHelper.Now.Between(new TimeSpan(9, 30, 0), new TimeSpan(12, 0, 0)))
{
if (airPurifier.State == "on")
{
logger.LogInformation("Turning off {EntityId}, because of no one in the room", airPurifier.EntityId);
await airPurifier.TurnOff();
}
ClearConditions();
}
else
{
if (turnOffCondition.CheckFulfilled(airPurifier.Aqi <= turningOffValue))
{
if (airPurifier.State == "on")
{
logger.LogInformation("Turning off {EntityId}, because aqi is lower or equal than {TurningOffValue} for {ForTime} minutes",
airPurifier.EntityId, turningOffValue, forTurnOnTime);
await airPurifier.TurnOff();
}
}
if (turnOnCondition.CheckFulfilled(airPurifier.Aqi > turningOffValue))
{
if (airPurifier.State == "off")
{
logger.LogInformation("Turning on {EntityId}, because aqi is greater or equal than {TurningOffValue} for {ForTime} minutes",
airPurifier.EntityId, turningOffValue, forTurnOnTime);
await airPurifier.TurnOn();
if (airPurifier.PresetMode != AirPurifierPresetMode.Silent)
{
logger.LogInformation("Changing speed of {EntityId} to {Speed} after turning on",
airPurifier.EntityId, AirPurifierPresetMode.Silent);
await airPurifier.SetPresetMode(AirPurifierPresetMode.Silent);
}
}
}
if (airPurifier.State == "on")
{
if (dateTimeHelper.Now.Between(new TimeSpan(18, 0, 0), new TimeSpan(20, 0, 0)))
{
var level = Math.Min(airPurifier.Aqi / 10 + 2, 16);
if (airPurifier.PresetMode != AirPurifierPresetMode.Favorite ||
airPurifier.FavoriteLevel != level)
{
logger.LogInformation("Changing speed of {EntityId} to {Level}",
airPurifier.EntityId, level);
await airPurifier.SetFavoriteLevel(level);
await airPurifier.SetPresetMode(AirPurifierPresetMode.Favorite);
}
}
else
{
if (silentSpeedCondition.CheckFulfilled(airPurifier.Aqi <= 20))
{
if (airPurifier.PresetMode != AirPurifierPresetMode.Silent)
{
logger.LogInformation("Changing speed of {EntityId} to {Speed}",
airPurifier.EntityId, AirPurifierPresetMode.Silent);
await airPurifier.SetPresetMode(AirPurifierPresetMode.Silent);
}
}
if (autoSpeedCondition.CheckFulfilled(airPurifier.Aqi > 20))
{
var level = Math.Min(airPurifier.Aqi / 10, 16);
if (airPurifier.PresetMode != AirPurifierPresetMode.Favorite ||
airPurifier.FavoriteLevel != level)
{
logger.LogInformation("Changing speed of {EntityId} to {Level}",
airPurifier.EntityId, level);
await airPurifier.SetFavoriteLevel(level);
await airPurifier.SetPresetMode(AirPurifierPresetMode.Favorite);
}
}
}
}
}
}
