protected override void OnCalculate()
{
double zTemperature = InputPort.Temperature;
double zPressure = InputPort.Pressure;
double zEnthalpy = InputPort.Enthalpy;
double zTotalFlow = InputPort.TotalFlow;
double[] zFraction = InputPort.Fraction;
double zFractionSplit = SplitFractionValue;
OutputPort1.Temperature = zTemperature;
OutputPort2.Temperature = zTemperature;
OutputPort1.Pressure = zPressure;
OutputPort2.Pressure = zPressure;
OutputPort1.Enthalpy = zEnthalpy;
OutputPort2.Enthalpy = zEnthalpy;
OutputPort1.TotalFlow = zTotalFlow * zFractionSplit;
OutputPort2.TotalFlow = zTotalFlow * (1.0 - zFractionSplit);
OutputPort1.Fraction = zFraction;
OutputPort2.Fraction = zFraction;
try
{
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.PH);
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
}
catch
{
}
}
protected override void OnCalculate()
{
LogClass.WriteLog("Entro");
double zTemperature1In = InputPort1.Temperature;
double zPressure1In = InputPort1.Pressure;
double zEnthalpy1In = InputPort1.Enthalpy;
LogClass.WriteLog("Dopo Enth");
double zTotalFlow1In = InputPort1.TotalFlow;
double[] zFraction1In = InputPort1.Fraction;
LogClass.WriteLog("Prima di porta 2");
double zTemperature2In = InputPort2.Temperature;
double zPressure2In = InputPort2.Pressure;
double zEnthalpy2In = InputPort2.Enthalpy;
double zTotalFlow2In = InputPort2.TotalFlow;
double[] zFraction2In = InputPort2.Fraction;
//double zTemperature1Out;
//double zPressure1Out;
//double zEnthalpy1Out;
//double zTotalFlow1Out;
//double[] zFraction1Out;
//double zTemperature2Out;
//double zPressure2Out;
//double zEnthalpy2Out;
//double zTotalFlow2Out;
//double[] zFraction2Out;
double zDuty;
LogClass.WriteLog("Temperatura T1= " + zTemperature1In.ToString() + " Temperatura T2= " + zTemperature2In.ToString());
if (zTemperature1In >= zTemperature2In)
{
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Temperature = 250;
//OutputPort1.Temperature = InputPort1.Temperature;
LogClass.WriteLog("Prima di calc equilibrium porta 1 x");
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.TP);
LogClass.WriteLog("DOPO di calc equilibrium porta 1");
LogClass.WriteLog("Enthalpy IN1 = " + zEnthalpy1In.ToString() + "Enthalpy OUT1 = " + OutputPort1.Enthalpy.ToString());
zDuty = zTotalFlow1In * (OutputPort1.Enthalpy - zEnthalpy1In);
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
LogClass.WriteLog("Prima di set Enth");
OutputPort2.Enthalpy = zEnthalpy2In + zDuty;
LogClass.WriteLog("DOPO di set Enth");
//OutputPort2.Enthalpy = 1199.8816;
//OutputPort2.Temperature = 300;
//OutputPort2.Temperature = InputPort2.Temperature;
//OutputPort2.CalculateProperty(CapeOpenThermoMaterialPropertyType.Volume, CapeOpenPhaseType.Overall);
//LogClass.WriteLog("Prima di calc equilibrium porta 2; Enthalpy IN2 = " + zEnthalpy2In.ToString() + " Duty = " + zDuty.ToString() + " EnthaplyOut2 = " + OutputPort2.Enthalpy);
//OutputPort2.CalculateProperty(CapeOpenThermoMaterialPropertyType.Temperature, CapeOpenPhaseType.Overall, CapeOpenCalculationType.Nothing);
//LogClass.WriteLog("Temperatura = " + OutputPort2.Temperature.ToString());
//string[] zProps = new string[1];
//zProps[0] = "Temperature";
//OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH,zProps);
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
//LogClass.WriteLog("Temperatura = " + OutputPort2.Temperature.ToString() + " EnthaplyOut2 = " + OutputPort2.Enthalpy);
//OutputPort2.Enthalpy = 1199.8816;
LogClass.WriteLog("Dopo di calc equilibrium porta 2");
}
}
protected override void OnCalculate()
{
double zTemperature1In = InputPort1.Temperature;
double zPressure1In = InputPort1.Pressure;
double zEnthalpy1In = InputPort1.Enthalpy;
double zTotalFlow1In = InputPort1.TotalFlow;
double[] zFraction1In = InputPort1.Fraction;
double zTemperature2In = InputPort2.Temperature;
double zPressure2In = InputPort2.Pressure;
double zEnthalpy2In = InputPort2.Enthalpy;
double zTotalFlow2In = InputPort2.TotalFlow;
double[] zFraction2In = InputPort2.Fraction;
double zDuty;
switch (Operation)
{
case OperationType.HotOuttetTemp:
if (zTemperature1In > zTemperature2In)
{
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Temperature = ParameterValue;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.TP);
zDuty = (zTotalFlow1In) * (OutputPort1.Enthalpy - zEnthalpy1In);
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Enthalpy = zEnthalpy2In - (zDuty / zTotalFlow2In);
OutputPort2.Temperature = 400;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
}
else //(zTemperature1In < zTemperature2In)
{
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Temperature = ParameterValue;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.TP);
zDuty = (zTotalFlow2In) * (OutputPort2.Enthalpy - zEnthalpy2In);
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Enthalpy = zEnthalpy1In - (zDuty / zTotalFlow1In);
OutputPort1.Temperature = 400;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.PH);
}
break;
case OperationType.ColdOutletTemp:
if (zTemperature1In < zTemperature2In)
{
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Temperature = ParameterValue;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.TP);
zDuty = (zTotalFlow1In) * (OutputPort1.Enthalpy - zEnthalpy1In);
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Enthalpy = zEnthalpy2In - (zDuty / zTotalFlow2In);
OutputPort2.Temperature = 400;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
}
else //(zTemperature1In > zTemperature2In)
{
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Temperature = ParameterValue;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.TP);
zDuty = (zTotalFlow2In) * (OutputPort2.Enthalpy - zEnthalpy2In);
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Enthalpy = zEnthalpy1In - (zDuty / zTotalFlow1In);
OutputPort1.Temperature = 400;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.PH);
}
break;
case OperationType.Duty:
zDuty = ParameterValue;
if (zTemperature1In > zTemperature2In)
{
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Enthalpy = zEnthalpy1In - zDuty;
OutputPort1.Temperature = 100;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.PH);
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Enthalpy = zEnthalpy2In + zDuty;
OutputPort2.Temperature = 400;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
}
else //(zTemperature1In < zTemperature2In)
{
OutputPort1.Pressure = zPressure1In;
OutputPort1.TotalFlow = zTotalFlow1In;
OutputPort1.Fraction = zFraction1In;
OutputPort1.Enthalpy = zEnthalpy1In + zDuty;
OutputPort1.Temperature = 100;
OutputPort1.CalculateEquilibrium(CapeOpenFlashType.PH);
OutputPort2.Pressure = zPressure2In;
OutputPort2.TotalFlow = zTotalFlow2In;
OutputPort2.Fraction = zFraction2In;
OutputPort2.Enthalpy = zEnthalpy2In - zDuty;
OutputPort2.Temperature = 400;
OutputPort2.CalculateEquilibrium(CapeOpenFlashType.PH);
}
break;
}
}