public SingleFFTPlot(ReportNode rp) : base(rp)
{
fs = 1;
AddMenuItem("Frequency", "Spectral Density", delegate { Plot(); });
AddMenuItem("Frequency", "Spectral Density [fs]", delegate
{
InputFormBase ifb = InputFormFactory.GetInstance("Sampling Frequency",
"Sampling Frequency(Fs)");
if (ifb.ShowDialog() == DialogResult.OK)
{
this.fs = ifb.Values["Sampling Frequency(Fs)"];
Plot();
}
}
);
AddMenuItem("Frequency", "Spectral Density [fs,A]", delegate
{
InputFormBase ifb = InputFormFactory.GetInstance("SD Parameters",
"Sampling Frequency(Fs)", "Max Signal Amplitude(A0)");
if (ifb.ShowDialog() == DialogResult.OK)
{
this.fs = ifb.Values["Sampling Frequency(Fs)"];
this.max_amplitude = ifb.Values["Max Signal Amplitude(A0)"];
Plot();
}
}
);
}
public SingleResample(ReportNode rp)
: base(rp)
{
AddMenuItem("Wave functions", "Resample", delegate {
InputFormBase ifb = InputFormFactory.GetInstance("Resample parameters", "X-Step",
"X-Delay{0}",
"X-Uncertainty{1e-10}");
if (ifb.ShowDialog() == DialogResult.OK)
{
x_step = ifb.Values["X-Step"];
x_delay = ifb.Values["X-Delay{0}"];
x_uncert = ifb.Values["X-Uncertainty{1e-10}"];
Plot();
}
});
}
public SingleDynamicParameters(ReportNode rp) : base(rp)
{
AddMenuItem("Calculate", "Dynamic Parameters (SNDR SNR ENOB) [fs,f0,fmin,fmax]", delegate
{
InputFormBase ifb = InputFormFactory.GetInstance("Frequency Information [fs,f0,fmin,fmax]",
"Sampling Frequency(Fs)",
"Input Frequency(F0)",
"Bandlimit noise, lower limit(Fmin)",
"Bandlimit noise, high limit(Fmax)");
if (ifb.ShowDialog() == DialogResult.OK)
{
this.fs = ifb.Values["Sampling Frequency(Fs)"];
this.f0 = ifb.Values["Input Frequency(F0)"];
this.fmin = ifb.Values["Bandlimit noise, lower limit(Fmin)"];
this.fmax = ifb.Values["Bandlimit noise, high limit(Fmax)"];
Plot();
}
});
AddMenuItem("Calculate", "Dynamic Parameters (SNDR SNR ENOB) [fs,f0]", delegate
{
InputFormBase ifb = InputFormFactory.GetInstance("Frequency Information [fs,f0]",
"Sampling Frequency(Fs)",
"Input Frequency(F0)");
if (ifb.ShowDialog() == DialogResult.OK)
{
this.fs = ifb.Values["Sampling Frequency(Fs)"];
this.f0 = ifb.Values["Input Frequency(F0)"];
this.fmin = -1;
this.fmax = -1;
Plot();
}
});
}