public virtual void Execute()
{
exchanger.Execute();
ExchangerOut ir = innerExchangerResult;
result.Update(ir.P, ir.R, DefineCorrectionFactor(ir), ir.Mtd);
}
public CompositeBaseExchanger()
{
mathFactorial = new MathFactorialCalculator();
exchanger = new CountercurrentExchanger();
innerExchangerResult = new ExchangerOut();
exchanger.BindResultData(innerExchangerResult);
}
protected override double DefineCorrectionFactor(ExchangerOut data)
{
double rad_r2_1 = Sqrt(Pow(data.R, 2) + 1D);
double P = DefineCorrectionP(data);
double numerator = rad_r2_1 * DefinePartNumerator(P, data.R);
double _2p_1_r = 2D / P - 1D - data.R;
double denominator = Lg((_2p_1_r + rad_r2_1) / (_2p_1_r - rad_r2_1));
return(numerator / denominator);
}
private double DefineCorrectionP(ExchangerOut data)
{
if (data.R == 1D)
{
double denominator = shellCount + data.P - shellCount * data.P;
return(data.P / denominator);
}
double _1_pr = 1D - data.P * data.R;
double _1_p = 1D - data.P;
double quotient = _1_pr / _1_p;
double radical = Pow(quotient, 1D / shellCount);
return((radical - 1D) / (radical - data.R));
}
abstract protected double DefineCorrectionFactor(ExchangerOut data);
public void BindResultData(ExchangerOut data)
{
result = data;
}
protected override double DefineCorrectionFactor(ExchangerOut data)
{
return(r() / r0());
}
