protected void PlotGammaXY(ComplexXY gammaXY, Color c, bool reset = true)
{
//Reset chart.
if (reset)
{
this.smithChart.PlotImpedanceChart();
}
//Plot.
this.smithChart.plotGammaSpace(gammaXY, c, 1.0);
//Invalidate.
this.smithChart_pb.Invalidate();
}
public void plotGammaSpace(ComplexXY gammaXY, Color cc, double minMagnitudeShown)
{
//this.MarkPoint(0,0 , Color.White, 100);
for (int row = 0; row < gammaXY.inputs.Mag.N; row++)
{
for (int col = 0; col < gammaXY.inputs.Phase.N; col++)
{
if (gammaXY.outputs[row, col].Magnitude > minMagnitudeShown)
{
this.plotGamma(gammaXY.inputs.Access(row, col), cc);
}
}
}
}
protected void PlotGammaFn(Func <ComplexLinearSpace, Complex[, ]> gammaMapFn, Color c, int N_magGammaLS = 200, int N_angleGammaLS = 200, bool reset = true)
{
//Sweep and calculate.
ComplexLinearSpace gammaLS_Sweep = new ComplexLinearSpace(
new LinearSpace(0.0, 1.0, (int)N_magGammaLS),
new LinearSpace(0.0, 360, (int)N_angleGammaLS)
);
ComplexXY gammaXY = new ComplexXY(gammaLS_Sweep, gammaMapFn);
//Reset chart.
if (reset)
{
this.smithChart.PlotImpedanceChart();
}
//Plot.
this.smithChart.plotGammaSpace(gammaXY, Color.Red, 1.0);
//Invalidate.
this.smithChart_pb.Invalidate();
}
