public Matrix <double> Calculate(Matrix <double> a, Matrix <double> n)
{
int order = 28;
Matrix <double> U = new MatrixDouble(a.Col, a.Row);
Matrix <double> S = new MatrixDouble(a.Col, a.Row);
U = U.Unity();
S = S.Unity();
U = U * 20.98637;
var Inv = (a - U).Inverse();
var At = (a + U) * Inv;
var N = n * Globals.MMPA_a28[0];
var dx = 100.0 / (order + 1.0);
ExpStatusChangedEvent?.Invoke((int)(dx));
for (int i = 1; i <= order; i++)
{
S = At * S;
N = N + S * n * Globals.MMPA_a28[i];
ExpStatusChangedEvent?.Invoke((int)((i + 1) * dx));
}
N.RemoveMinuses();
return(N);
}
public Matrix <double> Calculate(Matrix <double> a, Matrix <double> n)
{
Matrix <double> _exp = a.Clone();
int counter = 0;
do
{
_exp = _exp / 2.0;
counter++;
} while (_exp.MaxValueAbs() >= 0.5);
_exp = exp(_exp);
var dx = 100.0 / counter;
for (int i = 0; i < counter; i++)
{
if (double.IsInfinity(_exp.Arr[9, 9]) || double.IsInfinity(_exp.Arr[8, 8]) || double.IsInfinity(_exp.Arr[7, 7]))
{
Console.WriteLine("");
}
_exp = _exp.Pow(2);
ExpStatusChangedEvent?.Invoke((int)(dx * i));
}
n = _exp * n;
return(n);
}
public Matrix <double> Calculate(Matrix <double> a, Matrix <double> n)
{
Matrix <Complex> U = new MatrixComplex(a.Col, a.Row);
Matrix <Complex> N = new MatrixComplex(n.Col, n.Row);
//Matrix<Complex> N = n * Globals.Alpha[0].Real;
var aa = a.Cast <Complex>();
var nn = n.Cast <Complex>();
U = U.Unity();
var dx = 100.0 / 7.0;
for (int i = 1; i <= 7; i++)
{
var temp = aa - (U * Globals.Theta[i]);
var temp1 = temp.Inverse();
var _n = temp1 * nn * Globals.Alpha[i];
var str = "";
N = N + _n;
ExpStatusChangedEvent?.Invoke((int)(i * dx));
//if (i == 1)
//{
// for (int k = 0; k < temp1.Col; k++)
// {
// for (int j = 0; j < temp1.Row; j++)
// {
// str += temp1.Arr[k, j].Real + " " + temp1.Arr[k, j].Imaginary + "\t";
// }
// str += "\n";
// }
// str += "\n";
// File.AppendAllText("F://testmatrix.txt", str);
//}
}
Matrix <double> result = N.Cast <double>();
result *= 2;
result += n * Globals.Alpha[0].Real;
result.RemoveMinuses();
return(result);
}
