public void UpdateAir(Pressure pressure,
Temperature WetBulbTemperature = null,
Temperature DewPointTemperature = null,
SpecificEnergy Enthalpy = null,
double?RelativeHumidity = null,
SpecificEntropy Entropy = null,
Temperature DryBulbTemperature = null,
Density Density = null,
double?HumidityRatio = null)
{
string input1 = "P";
double input1Value = pressure.SI;
string input2 = "";
double input2Value = 0;
string input3 = "";
double input3Value = 0;
if (WetBulbTemperature is object)
{
if (input1 == "")
{
input1 = "B";
input1Value = WetBulbTemperature.SI;
}
else if (input2 == "")
{
input2 = "B";
input2Value = WetBulbTemperature.SI;
}
else if (input3 == "")
{
input3 = "B";
input3Value = WetBulbTemperature.SI;
}
}
if (DewPointTemperature is object)
{
if (input1 == "")
{
input1 = "D";
input1Value = DewPointTemperature.SI;
}
else if (input2 == "")
{
input2 = "D";
input2Value = DewPointTemperature.SI;
}
else if (input3 == "")
{
input3 = "D";
input3Value = DewPointTemperature.SI;
}
}
if (Enthalpy is object)
{
if (input1 == "")
{
input1 = "Hha";
input1Value = Enthalpy.SI;
}
else if (input2 == "")
{
input2 = "Hha";
input2Value = Enthalpy.SI;
}
else if (input3 == "")
{
input3 = "Hha";
input3Value = Enthalpy.SI;
}
}
if (RelativeHumidity is object)
{
if (input1 == "")
{
input1 = "R";
input1Value = (double)RelativeHumidity;
}
else if (input2 == "")
{
input2 = "R";
input2Value = (double)RelativeHumidity;
}
else if (input3 == "")
{
input3 = "R";
input3Value = (double)RelativeHumidity;
}
}
if (Entropy is object)
{
if (input1 == "")
{
input1 = "Sha";
input1Value = Entropy.SI;
}
else if (input2 == "")
{
input2 = "Sha";
input2Value = Entropy.SI;
}
else if (input3 == "")
{
input3 = "Sha";
input3Value = Entropy.SI;
}
}
if (DryBulbTemperature is object)
{
if (input1 == "")
{
input1 = "T";
input1Value = DryBulbTemperature.SI;
}
else if (input2 == "")
{
input2 = "T";
input2Value = DryBulbTemperature.SI;
}
else if (input3 == "")
{
input3 = "T";
input3Value = DryBulbTemperature.SI;
}
}
if (Density is object)
{
if (input1 == "")
{
input1 = "Vha";
input1Value = Density.SI;
}
else if (input2 == "")
{
input2 = "Vha";
input2Value = Density.SI;
}
else if (input3 == "")
{
input3 = "Vha";
input3Value = Density.SI;
}
}
if (HumidityRatio is object)
{
if (input1 == "")
{
input1 = "W";
input1Value = (double)HumidityRatio;
}
else if (input2 == "")
{
input2 = "W";
input2Value = (double)HumidityRatio;
}
else if (input3 == "")
{
input3 = "W";
input3Value = (double)HumidityRatio;
}
}
this.WetBulbTemperature = Temperature.FromSI(AbstractState.updateAir("Twb", input1, input1Value, input2, input2Value, input3, input3Value));
this.Cp = SpecificEntropy.FromSI(AbstractState.updateAir("cp_ha", input1, input1Value, input2, input2Value, input3, input3Value));
this.Cv = SpecificEntropy.FromSI(AbstractState.updateAir("cv_ha", input1, input1Value, input2, input2Value, input3, input3Value));
this.DewPointTemperature = Temperature.FromSI(AbstractState.updateAir("Tdp", input1, input1Value, input2, input2Value, input3, input3Value));
this.Enthalpy = SpecificEnergy.FromSI(AbstractState.updateAir("Hha", input1, input1Value, input2, input2Value, input3, input3Value));
this.Conductivity = ThermalConductivity.FromSI(AbstractState.updateAir("Conductivity", input1, input1Value, input2, input2Value, input3, input3Value));
this.DynamicViscosity = DynamicViscosity.FromSI(AbstractState.updateAir("Visc", input1, input1Value, input2, input2Value, input3, input3Value));
this.Pressure = Pressure.FromSI(AbstractState.updateAir("P", input1, input1Value, input2, input2Value, input3, input3Value));
this.RelativeHumidity = AbstractState.updateAir("R", input1, input1Value, input2, input2Value, input3, input3Value);
this.Entropy = SpecificEntropy.FromSI(AbstractState.updateAir("Sha", input1, input1Value, input2, input2Value, input3, input3Value));
this.Temperature = Temperature.FromSI(AbstractState.updateAir("T", input1, input1Value, input2, input2Value, input3, input3Value));
this.Density = Density.FromSI(AbstractState.updateAir("Vha", input1, input1Value, input2, input2Value, input3, input3Value));
this.HumidityRatio = AbstractState.updateAir("W", input1, input1Value, input2, input2Value, input3, input3Value);
this.Compressibility = AbstractState.updateAir("Z", input1, input1Value, input2, input2Value, input3, input3Value);
//Vi mangler Humidity Ratio
}
