def set_plots(self):
def get_data(app=self):
x = app.data["ATS_fp_fc"]['Probe Frequency']
y = app.data["ATS_fp_fc"]['Coupler Frequency']
z, e = app.data["ATS_fp_fc"]['P0']
return x, y, z
self.plot.add_item(
image("ATS P0", "Probe Frequency (GHz)", "Coupler Frequency (GHz)",
get_data), ["ATS_fp_fc"])
def get_data(app=self):
x = app.data["ATS_fp_fc"]['Probe Frequency']
y = app.data["ATS_fp_fc"]['Coupler Frequency']
z, e = app.data["ATS_fp_fc"]['P1']
return x, y, z
self.plot.add_item(
image("ATS P1", "Probe Frequency (GHz)", "Coupler Frequency (GHz)",
get_data), ["ATS_fp_fc"])
def get_data(app=self):
x = app.data["ATS_fp_fc"]['Probe Frequency']
y = app.data["ATS_fp_fc"]['Coupler Frequency']
z, e = app.data["ATS_fp_fc"]['P2']
return x, y, z
self.plot.add_item(
image("ATS P2", "Probe Frequency (GHz)", "Coupler Frequency (GHz)",
get_data), ["ATS_fp_fc"])
def set_plots(self):
def get_data(app=self):
x = app.data["Rabi2D"]['Frequency']
y = app.data["Rabi2D"]['Time']
z, e = app.data["Rabi2D"]['Amplitude']
return x, y, z
self.plot.add_item(
image("Rabi", "Probe Frequency (GHz)", "Time (ns)", get_data),
["Rabi2D"])
def set_plots(self):
def get_data(app = self):
x = app.data["Rabi2D"]['Frequency']
y = app.data["Rabi2D"]['Time']
z, e = app.data["Rabi2D"]['Amplitude']
return x, y, z
self.plot.add_item(image("Rabi",
"Frequency (GHz)",
"Time (ns)",
get_data),
["Rabi2D"])
def set_plots(self):
def get_data(app = self):
x = app.data["ATS_fp_fc"]['Probe Frequency']
y = app.data["ATS_fp_fc"]['Coupler Frequency']
z, e = app.data["ATS_fp_fc"]['P0']
return x, y, z
self.plot.add_item(image("EIT P0",
"Probe Frequency (GHz)",
"Coupler Frequency (GHz)",
get_data),
["ATS_fp_fc"])
def set_plots(self):
def get_data(app = self):
x = app.data["ATS_pp_pc"]['Probe Frequency']
y = app.data["ATS_pp_pc"]['Probe Power']
z, e = app.data["ATS_pp_pc"]['P0']
return x, y, z
self.plot.add_item(image("ATS P0",
"Probe Frequency (GHz)",
"Probe Power (dBm)",
get_data),
["ATS_pp_pc"])
def get_data(app = self):
x = app.data["ATS_pp_pc"]['Probe Frequency']
y = app.data["ATS_pp_pc"]['Probe Power']
z, e = app.data["ATS_pp_pc"]['P1']
return x, y, z
self.plot.add_item(image("ATS P1",
"Probe Frequency (GHz)",
"Probe Power (dBm)",
get_data),
["ATS_pp_pc"])
def get_data(app = self):
x = app.data["ATS_pp_pc"]['Probe Frequency']
y = app.data["ATS_pp_pc"]['Probe Power']
z, e = app.data["ATS_pp_pc"]['P2']
return x, y, z
self.plot.add_item(image("ATS P2",
"Probe Frequency (GHz)",
"Probe Power (dBm)",
get_data),
["ATS_pp_pc"])
def set_plots(self):
def get_data(app=self):
x = app.data["CavitySpectrum2D"]['Frequency']
y = app.data["CavitySpectrum2D"]['Power']
z, e = app.data["CavitySpectrum2D"]['Amplitude']
z = 20 * np.log10(z)
return x, y, z.clip(-25, z.max())
self.plot.add_item(
image("Cavity Spectrum",
xlabel="Frequency (GHz)",
ylabel="Power (dBm)",
zlabel="20 log(A/1 mV)",
get_data=get_data,
cmap='terrain'), ["CavitySpectrum2D"])
def set_plots(self):
def get_data(app = self):
x = app.data["CavitySpectrum2D"]['Frequency']
y = app.data["CavitySpectrum2D"]['Power']
z, e = app.data["CavitySpectrum2D"]['Amplitude']
z = 20*np.log10(z)
return x, y, z.clip(-25,z.max())
self.plot.add_item(image("Cavity Spectrum",
xlabel = "Frequency (GHz)",
ylabel = "Power (dBm)",
zlabel = "20 log(A/1 mV)",
get_data = get_data,
cmap = 'terrain'),
["CavitySpectrum2D"])
