public static ComplexCar TanPiDelta2K(double delta, double tanPi)//Delta in deg
{
ComplexCar complexCar = new ComplexCar();
double r = 1 / tanPi;
double theta = -1 * CMath.Deg2Red(delta);
complexCar.real = r * Math.Cos(theta);
complexCar.imag = r * Math.Sin(theta);
return(complexCar);
}
static void Main(string[] args)
{
//Mesure();
double[] values1 = Utility.SC2EybyExDelta(Utility.text_SC1);
double[] values2 = Utility.SC2EybyExDelta(Utility.text_SC2);
double[] values3 = Utility.SC2EybyExDelta(Utility.text_SC3);
ComplexCar k1 = Utility.TanPiDelta2K(values1[1], values1[2]);
ComplexCar k2 = Utility.TanPiDelta2K(values2[1], values2[2]);
ComplexCar k3 = Utility.TanPiDelta2K(values3[1], values3[2]);
JonesMatCar mat = Utility.K2JonesMat(k1, k2, k3);
CMath.Print(mat);
Console.Read();
}
public static double[] DGD(JonesMatCar J1, JonesMatCar J2, double w1, double w2)
{
JonesMatCar J1Inv = CMath.Inverse(J1);
JonesMatCar J2_J1Inv = J2 * J1Inv;
ComplexCar[] complexCars = CMath.Eigenvalues(J2_J1Inv);
ComplexPol[] complexPols = new ComplexPol[2];
complexPols[0] = CMath.Car2Pol(complexCars[0]);
complexPols[1] = CMath.Car2Pol(complexCars[1]);
double Ang = complexPols[0].ang - complexPols[1].ang;
double f1 = Wavelength2Frequency(w1);
double f2 = Wavelength2Frequency(w2);
double[] DGD_WL = { CMath.Abs(Ang / (f1 - f2)), (w1 + w2) / 2 };
return(DGD_WL);
}
