def Refresh_PSD(p1):
loadpsd = empty_like(loaddata, dtype=float)
if issim == 0:
loadpsd[1:5] = dsp_core.normalize(loaddata[1], loaddata[2],
loaddata[3], loaddata[4])
else:
loadpsd = loaddata
fs = get_freq()
psd1 = PSD.plotpsd(loadpsd[1], fs)
print(len(psd1[0]))
print(len(psd1[1]))
plotrefresh(pl8[0],
pl8[1],
psd1[0],
psd1[1],
1,
ylab="PSD(rad^2/Hz)",
xlab="frequency (Hz)")
psd2 = PSD.plotpsd(loadpsd[2], fs)
plotrefresh(pl9[0],
pl9[1],
psd2[0],
psd2[1],
1,
ylab="PSD(rad^2/Hz)",
xlab="frequency (Hz)")
psd3 = PSD.plotpsd(loadpsd[3], fs)
plotrefresh(pl10[0],
pl10[1],
psd3[0],
psd3[1],
1,
ylab="PSD(rad^2/Hz)",
xlab="frequency (Hz)")
psd4 = PSD.plotpsd(loadpsd[4], fs)
plotrefresh(pl11[0],
pl11[1],
psd4[0],
psd4[1],
1,
ylab="PSD(rad^2/Hz)",
xlab="frequency (Hz)")
def psd_phi(p1):
fs = get_freq()
psd13 = PSD.plotpsd(phil, fs)
plotrefresh(pl13[0],
pl13[1],
psd13[0],
psd13[1],
1,
ylab="PSD(rad^2/Hz)",
xlab="frequency (Hz)")
sys.stdout.flush()
def phipsd_pressed(p1):
psd00 = PSD.plotpsd(f_ph, 1 / float(st_de.get()))
f = figure()
ax = f.add_subplot(111)
ax.plot(psd00[0], psd00[1])
locmaj = matplotlib.ticker.LogLocator(base=10, numticks=12)
ax.xaxis.set_major_locator(locmaj)
ax.loglog()
ax.grid()
ax.set_ylabel("Phase PSD (V^2/Hz)")
ax.set_xlabel("frequency (Hz)")
f.show()
sys.stdout.flush()
f.show()
sys.stdout.flush()
