def set_plots(self):
#def get_data(app = self):
# ch1 = app.data["Amplitude"]['channel A']
# ch2 = app.data["Amplitude"]['channel B']
# A = 0.5*(ch1+1j*ch2)*1e3
# return np.real(A), np.imag(A)
#self.plot.add_item(listplot("IQ",
# "I (mV)",
# "Q (mV)",
# get_data),
# ["Amplitude"])
#def get_data(app = self):
# ch1 = app.data["Amplitude"]['channel A']
# ch2 = app.data["Amplitude"]['channel B']
# return np.real(ch1), np.real(ch2)
#self.plot.add_item(listplot("IQ2",
# "I (mV)",
# "Q (mV)",
# get_data),
# ["Amplitude"])
def get_data(app=self):
x = app.data["Rabi"]['Time']
y, e = app.data["Rabi"]['Amplitude']
return x, y
self.plot.add_item(
curve("Rabi", "Time (ns)", "Readout Amplitude (mV)", get_data),
["Rabi"])
def set_plots(self):
#def get_data(app = self):
# ch1 = app.data["Amplitude"]['channel A']
# ch2 = app.data["Amplitude"]['channel B']
# A = 0.5*(ch1+1j*ch2)*1e3
# return np.real(A), np.imag(A)
#self.plot.add_item(listplot("IQ",
# "I (mV)",
# "Q (mV)",
# get_data),
# ["Amplitude"])
#def get_data(app = self):
# ch1 = app.data["Amplitude"]['channel A']
# ch2 = app.data["Amplitude"]['channel B']
# return np.real(ch1), np.real(ch2)
#self.plot.add_item(listplot("IQ2",
# "I (mV)",
# "Q (mV)",
# get_data),
# ["Amplitude"])
def get_data(app = self):
x = app.data["Rabi"]['Time']
y, e = app.data["Rabi"]['Amplitude']
return x, y
self.plot.add_item(curve("Rabi21",
"Time (ns)",
"Readout Amplitude (mV)",
get_data),
["Rabi"])
def set_plots(self):
def get_data(app=self):
x = app.data["CavitySpectrumS1"]['Frequency']
y, e = app.data["CavitySpectrumS1"]['Amplitude']
return x, y
self.plot.add_item(
curve("Cavity Spectrum for |1>", "Frequency (GHz)",
"Readout Amplitude (mV)", get_data), ["CavitySpectrumS1"])
def set_plots(self):
def get_data(app=self):
x = app.data["SteepJumpS0"]['Power']
y, e = app.data["SteepJumpS0"]['Amplitude']
return x, y
self.plot.add_item(
curve("Steep Jump", "Power (dBm)", "Readout Amplitude (mV)",
get_data), ["SteepJumpS0"])
def set_plots(self):
def get_data(app=self):
x = app.data["Ramsey"]['Time']
y, e = app.data["Ramsey"]['Amplitude']
return x, y
self.plot.add_item(
curve("Ramsey", "Time (ns)", "Readout Amplitude (mV)", get_data),
["Ramsey"])
def set_plots(self):
def get_data(app = self):
x = app.data["Ramsey"]['Time']
y, e = app.data["Ramsey"]['Amplitude']
return x, y
self.plot.add_item(curve("Ramsey",
"Time (ns)",
"Readout Amplitude (mV)",
get_data),
["Ramsey"])
def set_plots(self):
def get_data(app = self):
x = app.data["CavitySpectrumS1"]['Frequency']
y, e = app.data["CavitySpectrumS1"]['Amplitude']
return x, y
self.plot.add_item(curve("Cavity Spectrum for |1>",
"Frequency (GHz)",
"Readout Amplitude (mV)",
get_data),
["CavitySpectrumS1"])
def set_plots(self):
def get_data(app = self):
x = app.data["SteepJumpS0"]['Power']
y, e = app.data["SteepJumpS0"]['Amplitude']
return x, y
self.plot.add_item(curve("Steep Jump",
"Power (dBm)",
"Readout Amplitude (mV)",
get_data),
["SteepJumpS0"])