def aktualisieren(self, _):
n = self.n()
self.plotter.leeren()
if self.get_object('amplitude').get_active():
self.plotter.plot(frequenzen_voll(self.par), self.amplitude[n])
self.plotter.plot(frequenzen(self.par), amp_verlauf(self.par, self.erg[n]))
else:
self.plotter.plot(frequenzen_voll(self.par), self.phase[n])
try:
self.plotter.plot(frequenzen(self.par), phase_verlauf(self.par, self.erg[n]))
except ValueError:
# Geglättete Phase oder kein Fit
pass
self.plotter.draw()
def aktualisieren(self, _):
n = self.n()
self.plotter.leeren()
if self.get_object('amplitude').get_active():
self.plotter.plot(frequenzen_voll(self.par), self.amplitude[n])
self.plotter.plot(frequenzen(self.par), amp_verlauf(self.par, self.erg[n]))
else:
self.plotter.plot(frequenzen_voll(self.par), self.phase[n])
try:
self.plotter.plot(frequenzen(self.par), phase_verlauf(self.par, self.erg[n]))
except ValueError:
# Geglättete Phase oder kein Fit
pass
self.plotter.draw()
def amp_verlauf(par, erg):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type erg: Ergebnis
:rtype: list[float]
"""
return [
fkt_amp[par.nr_fkt_amp](freq, erg.resfreq, erg.amp, erg.guete_amp,
erg.untergrund) for freq in frequenzen(par)
]
def amp_verlauf(par, erg):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type erg: Ergebnis
:rtype: list[float]
"""
return [
fkt_amp[par.nr_fkt_amp](freq, erg.resfreq, erg.amp, erg.guete_amp, erg.untergrund)
for freq in frequenzen(par)
]
def __init__(self, par, amplitude_voll, phase_voll, puls):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type amplitude_voll: numpy.multiarray.ndarray
:type phase_voll: numpy.multiarray.ndarray
:type puls: () -> None
"""
self.par = par
self.amplitude_voll = amplitude_voll
self.phase_voll = phase_voll
self.puls = puls
self.frequenz = frequenzen(par)
def __init__(self, par, amplitude_voll, phase_voll, puls):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type amplitude_voll: numpy.multiarray.ndarray
:type phase_voll: numpy.multiarray.ndarray
:type puls: () -> None
"""
self.par = par
self.amplitude_voll = amplitude_voll
self.phase_voll = phase_voll
self.puls = puls
self.frequenz = frequenzen(par)
def phase_verlauf(par, erg):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type erg: Ergebnis
:rtype: list[float]
"""
fkt = fkt_ph[par.nr_fkt_ph]
if type(fkt) is int:
return None
else:
return [
fkt(freq, erg.resfreq, erg.guete_amp, erg.phase_rel)
for freq in frequenzen(par)
]
def phase_verlauf(par, erg):
"""
:type par: SpeckView.BE.Parameter.Parameter
:type erg: Ergebnis
:rtype: list[float]
"""
fkt = fkt_ph[par.nr_fkt_ph]
if type(fkt) is int:
return None
else:
return [
fkt(freq, erg.resfreq, erg.guete_amp, erg.phase_rel)
for freq in frequenzen(par)
]
