public Sensor(IEnvironment environment, ITimer timer)
{
_environment = environment;
_timer = timer;
_timer.Interval = 1000;
_timer.Tick += TimerTick;
_timer.Start();
SensorSchedule = new SensorSchedule();
}
public SensorSchedule this[Area area]
{
get
{
var sensorSchedule = new SensorSchedule();
switch (area)
{
case Area.AirTemperature:
sensorSchedule.MaxDeviation = double.Parse(AirTempretureSensorMaxDeviation);
sensorSchedule.OptimalValue = double.Parse(AirTempretureSensorOptimalValue);
sensorSchedule.SensorEndTime = AirTempretureSensorEndTime;
sensorSchedule.SensorStartTime = AirTempretureSensorStartTime;
return(sensorSchedule);
case Area.Acid:
sensorSchedule.MaxDeviation = double.Parse(AcidSensorMaxDeviation);
sensorSchedule.OptimalValue = double.Parse(AcidSensorOptimalValue);
sensorSchedule.SensorEndTime = AcidSensorEndTime;
sensorSchedule.SensorStartTime = AcidSensorStartHour;
return(sensorSchedule);
case Area.WaterTemperature:
sensorSchedule.MaxDeviation = double.Parse(WaterTemperatureSensorMaxDeviation);
sensorSchedule.OptimalValue = double.Parse(WaterTemperatureSensorOptimalValue);
sensorSchedule.SensorEndTime = WaterTemperatureSensorEndTime;
sensorSchedule.SensorStartTime = WaterTemperatureSensorStartHour;
return(sensorSchedule);
case Area.Nutrient:
sensorSchedule.MaxDeviation = double.Parse(NutrientSensorMaxDeviation);
sensorSchedule.OptimalValue = double.Parse(NutrientSensorOptimalValue);
sensorSchedule.SensorEndTime = NutrientSensorEndTime;
sensorSchedule.SensorStartTime = NutrientSensorStartHour;
return(sensorSchedule);
default:
throw new NotImplementedException();
}
}
set { }
}