private Dictionary <double, double> GenerateSigmaSeries(Action <double, Thetas> thetasUpdater, Thetas thetas)
{
var results = new Dictionary <double, double>();
var sigma0 = (double)numSigma0.Value;
var tau = (double)numTau.Value;
for (double angle = 0; angle <= 90.0; angle += 0.1)
{
thetasUpdater(angle, thetas);
var thetaI = thetas.I / 180 * Math.PI;
var thetaR = thetas.R / 180 * Math.PI;
var Ki = Math.Tan(thetaI) * MMath.Erfc(tau / (2 * sigma0) / Math.Tan(thetaI));
var Kr = Math.Tan(thetaR) * MMath.Erfc(tau / (2 * sigma0) / Math.Tan(thetaR));
var K = (Ki + Kr) / 4;
var y = 2 * K * K / Math.PI;
var x = solve_xexpx(y);
var sigma = sigma0 / Math.Sqrt(1 + x);
results.Add(angle, sigma);
}
return(results);
}
private void updateZ()
{
var sigma0 = (double)numSigma0.Value;
var thetaI = (double)numThetaI.Value / 180 * Math.PI;
var thetaK = (double)numThetaK.Value / 180 * Math.PI;
var tau = (double)numTau.Value;
var Ki = Math.Tan(thetaI) * MMath.Erfc(tau / (2 * sigma0) / Math.Tan(thetaI));
var Kr = Math.Tan(thetaK) * MMath.Erfc(tau / (2 * sigma0) / Math.Tan(thetaK));
var K = (Ki + Kr) / 4;
var y = 2 * K * K / Math.PI;
var x = solve_xexpx(y);
var zz = x * sigma0 * sigma0;
var z1 = -Math.Sqrt(zz);
var z2 = Math.Sqrt(zz);
numZ.Text = Math.Abs(z1).ToString();
var left1 = Math.Sqrt(Math.PI / 2) * z1;
var left2 = Math.Sqrt(Math.PI / 2) * z2;
var right = sigma0 * K / Math.Sqrt(Math.Exp(zz / (sigma0 * sigma0)));
var d1 = Math.Abs(left1 - right);
var d2 = Math.Abs(left2 - right);
var d = d1 < d2 ? d1 : d2;
verifyZ.Text = string.Format("±{0:p8}", Math.Abs(d / right));
textBoxK.Text = K.ToString();
var sigma = calcedSigma = sigma0 / Math.Sqrt(1 + x);
textBoxSigma.Text = sigma.ToString("0.000000000000");
var sinI = Math.Sin(thetaI);
var sinR = Math.Sin(thetaK);
var vxy = Math.Sqrt(sinI * sinI + sinR * sinR);
numVxy.Value = (decimal)vxy;
var g = (2 * Math.PI * calcedSigma / (double)numLambda.Value) *
(Math.Cos(thetaI) + Math.Cos(thetaK));
g *= g;
numG.Value = (decimal)g;
CalcSums();
}
