/// <summary>
/// Updates the values of the <see cref="Fluid"/> after an update
/// </summary>
protected virtual void UpdateValues()
{
try
{
if (Media.BackendType == "HEOS")
{
//Mixed fluids does not have these properties
SoundSpeed = REF.speed_sound();
MolarMass = REF.molar_mass();
Compressibility = REF.compressibility_factor();
}
Enthalpy = REF.hmass();
Temperature = REF.T();
Pressure = REF.p();
Entropy = REF.smass();
Quality = REF.Q();
Density = REF.rhomass();
Cp = REF.cpmass();
Cv = REF.cvmass();
DynamicViscosity = REF.viscosity();
Prandtl = REF.Prandtl();
SurfaceTension = REF.surface_tension();
InternalEnergy = REF.umass();
Conductivity = REF.conductivity();
Phase = (Phases)REF.phase();
FailState = false;
}
catch (Exception e)
{
Log.Error($"SharpFluid -> UpdateValues -> {e}");
throw new Exception("UpdateValues", e);
}
}
/// <summary>
/// Updates the constants of the <see cref="Fluid"/>
/// <br><see cref="Fluid"/> constants are Limits and Criticalpoint values</br>
/// </summary>
protected virtual void UpdateFluidConstants()
{
FailState = true;
if (Media.BackendType == "CustomFluid")
{
return;
}
try
{
//Setting the constant values up
LimitTemperatureMax = REF.Tmax();
LimitTemperatureMin = REF.Tmin();
if (REF.backend_name() == "HelmholtzEOSBackend")
{
CriticalTemperature = REF.T_critical();
CriticalPressure = REF.p_critical();
LimitPressureMin = REF.p_triple();
LimitPressureMax = REF.pmax();
//Finding H_crit
REF.update(input_pairs.PQ_INPUTS, CriticalPressure.Pascals, 1);
CriticalEnthalpy = REF.hmass();
}
//Fraction
FractionMin = REF.keyed_output(parameters.ifraction_min);
FractionMax = REF.keyed_output(parameters.ifraction_max);
}
catch (Exception e)
{
Log.Error($"SharpFluid -> UpdateFluidConstants -> {e}");
}
}
