public void SeedData()
{
ReportDateTime = DateTimeOffset.Now;
CabinStatus = Modes.Uncrewed;
HumidityLevel = 40;
HumiditySetLevel = 40;
Temperature = 19;
SetTemperatureDay = 19;
SetTemperatureNight = 17;
ReprocessBafflePosition = DiverterValvePositions.Accept;
FanSpeed = 40;
LiquidInOutflow = false;
Pressure = 14;
SetPressure = 14;
SeperatorSpeed = 0;
SeperatorFull = false;
TempControlBafflePosition = 60;
}
public AtmosphereData(AtmosphereData other)
{
ReportDateTime = other.ReportDateTime;
CabinStatus = other.CabinStatus;
AmbientNoiseLevel = other.AmbientNoiseLevel;
HumidityLevel = other.HumidityLevel;
HumiditySetLevel = other.HumiditySetLevel;
Temperature = other.Temperature;
SetTemperatureDay = other.SetTemperatureDay;
SetTemperatureNight = other.SetTemperatureNight;
ReprocessBafflePosition = other.ReprocessBafflePosition;
FanSpeed = other.FanSpeed;
LiquidInOutflow = other.LiquidInOutflow;
Pressure = other.Pressure;
SetPressure = other.SetPressure;
SeperatorSpeed = other.SeperatorSpeed;
SeperatorFull = other.SeperatorFull;
TempControlBafflePosition = other.TempControlBafflePosition;
}
public void ProcessData()
{
GenerateData();
if (IsManualMode)
{
return;
}
// too hot or humid
if (Temperature > (SetTemperatureDay + tempControlIncrement) ||
HumidityLevel > (HumiditySetLevel + cabinHumidityLevelTolerance))
{
DecreaseTemperature();
}
// too cold or dry
if (CabinStatus == Modes.Crewed)
{
if (Temperature < (SetTemperatureDay - tempControlIncrement) ||
(HumidityLevel < (HumiditySetLevel - cabinHumidityLevelTolerance)))
{
IncreaseTemperature();
}
}
if (CabinStatus == Modes.Uncrewed)
{
if (Temperature < (cabinTemperatureUncrewedLowerLimit - tempControlIncrement) ||
(HumidityLevel < (HumiditySetLevel - cabinHumidityLevelTolerance)))
{
IncreaseTemperature();
}
}
if (LiquidInOutflow)
{
ReprocessBafflePosition = DiverterValvePositions.Reprocess;
}
else
{
ReprocessBafflePosition = DiverterValvePositions.Accept;
}
}