basepna.py 文件源码

def GetAllData(self,keep_uncal=True):
        pars,parnames = self.GetTraceNames()
        self.SetActiveTrace(pars[0])
        names = ['Frequency (Hz)']
        alltrc = [self.GetFrequency()]
        for pp in parnames:
            names.append('%sre ()' % pp)
            names.append('%sim ()' % pp)
            names.append('%sdB (dB)' % pp)
            names.append('%sPh (rad)' % pp)
        for par in pars:
            self.SetActiveTrace(par)
            yyre,yyim = self.GetTraceData()
            alltrc.append(yyre)
            alltrc.append(yyim)
            yydb = 20.*np.log10( np.abs(yyre+1j*yyim) )
            yyph = np.unwrap(np.angle(yyre+1j*yyim))
            alltrc.append(yydb)
            alltrc.append(yyph)
        Cal = self.GetCal()
        if Cal and keep_uncal:
            for pp in parnames:
                names.append('%sre unc ()' % pp)
                names.append('%sim unc ()' % pp)
                names.append('%sdB unc (dB)' % pp)
                names.append('%sPh unc (rad)' % pp)
            self.CalOff()
            for par in pars:
                self.SetActiveTrace(par)
                yyre,yyim = self.GetTraceData()
                alltrc.append(yyre)
                alltrc.append(yyim)
                yydb = 20.*np.log10( np.abs(yyre+1j*yyim) )
                yyph = np.unwrap(np.angle(yyre+1j*yyim))
                alltrc.append(yydb)
                alltrc.append(yyph)
            self.CalOn()
        final = stlabdict()
        for name,data in zip(names,alltrc):
            final[name]=data
        final.addparcolumn('Power (dBm)',self.GetPower())
        return final