private void ShowOutputDataObject()
{
try
{
Text = OutputDataObject.ToString();
}
catch (NullReferenceException exp)
{
Text = string.Empty;
}
}
public static void Process()
{
OutputDataObject = new OutputDataObject();
double Fd, gamma, Q, Qk, qa, qr, coord;
int i;
//int arrSize = (int)(inpDObj.L / inpDObj.step) + 1;
//if ((arrSize * inpDObj.step) < (inpDObj.L + inpDObj.step / 2))
// arrSize++;
var T = new List <double>();
var X = new List <double>();
var nu = new List <double>();
var V = new List <double>();
//// Расчеты
Fd = 0.125 * (InputDataObject.GeometryVector.H / InputDataObject.GeometryVector.W) * (InputDataObject.GeometryVector.H / InputDataObject.GeometryVector.W)
- 0.625 * (InputDataObject.GeometryVector.H / InputDataObject.GeometryVector.W) + 1;
//// скорость диффер. вывода
gamma = InputDataObject.ModeVector.Vu / InputDataObject.GeometryVector.H;
//// производительность канала
Q = (InputDataObject.GeometryVector.W * InputDataObject.GeometryVector.H / 2) * InputDataObject.ModeVector.Vu * Fd;
Qk = InputDataObject.MaterialProperties.Ro * Q;
////Расчёт удельных тепловых потоков
qa = InputDataObject.GeometryVector.W * (InputDataObject.EmpiricalVector.alphaU / InputDataObject.EmpiricalVector.b - InputDataObject.EmpiricalVector.alphaU * InputDataObject.ModeVector.Tu
+ InputDataObject.EmpiricalVector.alphaU * InputDataObject.EmpiricalVector.Tgamma); //heatFluxW
qr = InputDataObject.GeometryVector.W * InputDataObject.GeometryVector.H * InputDataObject.EmpiricalVector.Mu * Math.Pow(gamma, InputDataObject.EmpiricalVector.n + 1); //heatFluxN
coord = 0;
i = 0;
while (coord < (InputDataObject.GeometryVector.L + InputDataObject.DiscretizationStep / 2))
{
X.Add(coord);
T.Add(Temperature(Q, qa, qr, coord, InputDataObject));
V.Add(Viscosity(T[i], InputDataObject));
coord += InputDataObject.DiscretizationStep;
i++;
}
//// Запись данных в объект
OutputDataObject.lengthCoordinates = X;
OutputDataObject.temperature = T;
OutputDataObject.viscosity = V;
OutputDataObject.Qk = Qk;
OutputDataObject.Tend = T[i - 1];
OutputDataObject.Vend = V[i - 1];
}
private List <OutputDataObjectView> ConvertOutputDataObjectToOutputDataObjectView(OutputDataObject outputDataObject)
{
return(outputDataObject.lengthCoordinates.Select((t, i) => new OutputDataObjectView
{
lengthCoordinates = t, temperature = outputDataObject.temperature[i], viscosity = outputDataObject.viscosity[i]
}).ToList());
}
public static void Clear()
{
InputDataObject = ConstantInputDataObject;
OutputDataObject = null;
}
