public MerkelInputData(bool isDemo, bool isInternationalSystemOfUnits_IS_)
{
IsDemo = isDemo;
IsInternationalSystemOfUnits_IS = isInternationalSystemOfUnits_IS_;
IsElevation = true;
HotWaterTemperatureDataValue = new HotWaterTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
ColdWaterTemperatureDataValue = new ColdWaterTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
WetBulbTemperatureDataValue = new WetBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
ElevationDataValue = new ElevationDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
LiquidToGasRatioDataValue = new LiquidToGasRatioDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
BarometricPressureDataValue = new BarometricPressureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
}
public bool ConvertValues(bool isIS, bool isElevation)
{
bool isChanged = false;
if (IsInternationalSystemOfUnits_IS != isIS)
{
IsInternationalSystemOfUnits_IS = isIS;
HotWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
ColdWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
LiquidToGasRatioDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
ElevationDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
WetBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
BarometricPressureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
isChanged = true;
}
if (IsElevation != isElevation)
{
IsElevation = isElevation;
double value = 0.0;
string message;
if (IsElevation)
{
if (IsInternationalSystemOfUnits_IS)
{
value = UnitConverter.ConvertKilopascalToElevationInMeters(BarometricPressureDataValue.Current);
}
else
{
value = UnitConverter.ConvertBarometricPressureToElevationInFeet(UnitConverter.CalculatePressureCelcius(BarometricPressureDataValue.Current));
}
ElevationDataValue.UpdateCurrentValue(value, out message);
}
else
{
if (IsInternationalSystemOfUnits_IS)
{
value = UnitConverter.ConvertElevationInMetersToKilopascal(ElevationDataValue.Current);
}
else
{
value = UnitConverter.CalculatePressureFahrenheit(UnitConverter.ConvertElevationInFeetToBarometricPressure(ElevationDataValue.Current));
}
BarometricPressureDataValue.UpdateCurrentValue(value, out message);
}
isChanged = true;
}
return(isChanged);
}
public PsychrometricsInputData(bool isDemo, bool isInternationalSystemOfUnits_IS_)
{
IsDemo = isDemo;
IsInternationalSystemOfUnits_IS_ = isInternationalSystemOfUnits_IS_;
IsElevation = true;
CalculationType = PsychrometricsCalculationType.Psychrometrics_WetBulbTemperature_DryBulbTemperature;
EnthalpyDataValue = new EnthalpyDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
ElevationDataValue = new ElevationDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
BarometricPressureDataValue = new BarometricPressureDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
RelativeHumidityDataValue = new RelativeHumidityDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
WetBulbTemperatureDataValue = new WetBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
DryBulbTemperatureDataValue = new DryBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS_);
}
public MechanicalDraftPerformanceCurveDesignInputData(bool isDemo, bool isInternationalSystemOfUnits_IS_)
{
IsDemo = isDemo;
IsInternationalSystemOfUnits_IS = IsInternationalSystemOfUnits_IS;
WaterAirFlowRateDataValue = new WaterAirFlowRateDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
HotWaterTemperatureDataValue = new HotWaterTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
ColdWaterTemperatureDataValue = new ColdWaterTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
WetBulbTemperatureDataValue = new WetBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
DryBulbTemperatureDataValue = new DryBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
FanDriverPowerDataValue = new FanDriverPowerDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
BarometricPressureDataValue = new BarometricPressureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
LiquidToGasRatioRateDataValue = new LiquidToGasRatioDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
}
public bool ConvertValues(bool isInternationalSystemOfUnits_IS_)
{
if (IsInternationalSystemOfUnits_IS_ != isInternationalSystemOfUnits_IS_)
{
IsInternationalSystemOfUnits_IS_ = isInternationalSystemOfUnits_IS_;
EnthalpyDataValue.ConvertValue(IsInternationalSystemOfUnits_IS_);
ElevationDataValue.ConvertValue(IsInternationalSystemOfUnits_IS_);
BarometricPressureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS_);
WetBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS_);
DryBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS_);
return(true);
}
return(false);
}
public DemandCurveInputData(bool isDemo, bool isInternationalSystemOfUnits_IS_)
{
IsDemo = isDemo;
IsInternationalSystemOfUnits_IS = isInternationalSystemOfUnits_IS_;
IsElevation = true;
WetBulbTemperatureDataValue = new WetBulbTemperatureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
RangeDataValue = new RangeDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
ElevationDataValue = new ElevationDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
BarometricPressureDataValue = new BarometricPressureDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
C1DataValue = new C1DataValue(IsDemo, IsInternationalSystemOfUnits_IS);
SlopeDataValue = new SlopeDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
MinimumDataValue = new MinimumDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
MaximumDataValue = new MaximumDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
LiquidToGasRatioDataValue = new LiquidToGasRatioDataValue(IsDemo, IsInternationalSystemOfUnits_IS);
}
public bool ConvertValue(bool isInternationalSystemOfUnits_IS_, bool doConversion = false)
{
bool isChanged = false;
if (IsInternationalSystemOfUnits_IS != isInternationalSystemOfUnits_IS_)
{
IsInternationalSystemOfUnits_IS = isInternationalSystemOfUnits_IS_;
WaterAirFlowRateDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
HotWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
ColdWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
WetBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
DryBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
FanDriverPowerDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
BarometricPressureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
LiquidToGasRatioRateDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
isChanged = true;
}
return(isChanged);
}
public bool ConvertValues(bool isIS)
{
bool isChanged = false;
if (IsInternationalSystemOfUnits_IS != isIS)
{
IsInternationalSystemOfUnits_IS = isIS;
WaterFlowRateDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
HotWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
ColdWaterTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
WetBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
DryBulbTemperatureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
FanDriverPowerDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
BarometricPressureDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
LiquidToGasRatioDataValue.ConvertValue(IsInternationalSystemOfUnits_IS, true);
//MechanicalDraftPerformanceCurveDesignInputData.ConvertValue(IsInternationalSystemOfUnits_IS, true);
isChanged = true;
}
return(isChanged);
}