modelCreateState

Create state signal as output

Extends from ThermofluidStream.Utilities.DropOfCommonsPlus.

Information

Create a Thermodynamic state signal from T,p,Xi.

Type	Name	Default	Description
Boolean	displayP	displayPressure and not PFromInput
Boolean	displayT	displayTemperature and not TFromInput and not setEnthalpy
String	displayPos1	if displayP then "p = %p_par" elseif displayT then "T = %T_par" else ""
String	displayPos2	if displayP and displayT then "T = %T_par" else ""
Pressure
Boolean	PFromInput	false	= true, if pressure input connector is enabled
Medium.AbsolutePressure	p_par	Medium.p_default	Pressure set value
Temperature
Boolean	TFromInput	false	= true, if temperature input connector is enabled
Medium.Temperature	T_par	Medium.T_default	Temperature set value
Mass fractions
Boolean	XiFromInput	false	= true, if mass fractions input connector is enabled
Medium.MassFraction[Medium.nXi]	Xi_par	Medium.X_default[1:Medium.nXi]	Mass fraction set value
Specific enthalpy
Boolean	setEnthalpy	false	= true to set specific enthalpy, (= false to set temperature)
Boolean	hFromInput	false	= true, if specific enthalpy input connector is enabled
Medium.SpecificEnthalpy	h0_par	Medium.h_default	Specific enthalpy set value
Advanced
Utilities.Units.Inertance	L	dropOfCommons.L	Inertance
Layout › Display parameters
Boolean	displayPressure	true	= true to display the pressure set value p_par
Boolean	displayTemperature	true	= true to display the temperature set value T_par

Type	Name	Description
Interfaces.StateOutput	y
Modelica.Blocks.Interfaces.RealInput	p_inp	Input for pressure [Pa]
Modelica.Blocks.Interfaces.RealInput	T_inp	Input for Temperature [K]
Modelica.Blocks.Interfaces.RealInput	h0_var	Enthalpy input connector [J/kg]
Modelica.Blocks.Interfaces.RealInput[Medium.nXi]	Xi_inp	Vector input for Mass fraction [kg/kg]

Name	Description
Medium	Medium model