def calc_pressure(self):
fit_x = self.wavelength
fit_y = self.intensity
self.pressure_gauge = self.gauge_selection_window.currentIndex()
# Ruby: 0, Samarium: 1
if self.pressure_gauge == 0:
self.lambda0 = self.ruby_lambda0_btn.text()
self.lambda0 = float(self.lambda0)
self.fit_param, self.fit_data = pressure.ruby_fit(fit_x, fit_y)
self.R1_peak = self.fit_param["x0"].value
self.fluorescence_peak = self.R1_peak
self.temperature = self.temp_spin_btn.value()
if self.ruby_hydro_btn.isChecked():
self.pressure = pressure.pressure_Datchi_Dewaele(
self.lambda0, self.R1_peak, self.temperature)
self.pressure_formula = "Hydrostatic Dewaele 2008"
elif self.ruby_non_hydro_btn.isChecked():
self.pressure = pressure.pressure_Mao_NH(
self.lambda0, self.R1_peak, self.temperature)
self.pressure_formula = "Non-hydrostatic Mao 1986"
elif self.pressure_gauge == 1:
self.lambda0 = self.Samarium_lambda0_btn.text()
self.lambda0 = float(self.lambda0)
self.fit_param, self.fit_data = pressure.samarium_fit(fit_x, fit_y)
self.Samarium_peak = self.fit_param["x0"].value
self.fluorescence_peak = self.Samarium_peak
if self.Samarium_hydro_btn.isChecked():
self.pressure = pressure.pressure_Rashchenko_H(
self.lambda0, self.Samarium_peak)
self.pressure_formula = "Hydrostatic Rashchenko 2015"
elif self.Samarium_non_hydro_btn.isChecked():
self.pressure = pressure.pressure_Jing_NH(
self.lambda0, self.Samarium_peak)
self.pressure_formula = "Non-hydrostatic Jing 2013"
self.pressure_list.append(self.pressure)
timestamp = time.time()
self.pressure_time_list.append(timestamp)
if self.fit_plot is not None:
self.ax.lines.remove(self.fit_plot_[0])
self.fit_plot_ = self.ax.plot(fit_x, self.fit_data, "b-", lw=1.5)
self.fit_plot = 1
self.canvas.draw()
self.display_fit_results()
def calc_pressure(self):
fit_x = self.wavelength
fit_y = self.intensity
self.pressure_gauge = self.gauge_selection_window.currentIndex()
# Ruby: 0, Samarium: 1
if self.pressure_gauge == 0:
self.lambda0 = self.ruby_lambda0_btn.text()
self.lambda0 = float(self.lambda0)
self.fit_param,self.fit_data = pressure.ruby_fit(fit_x, fit_y)
self.R1_peak = self.fit_param["x0"].value
self.fluorescence_peak = self.R1_peak
self.temperature = self.temp_spin_btn.value()
if self.ruby_hydro_btn.isChecked():
self.pressure = pressure.pressure_Datchi_Dewaele(self.lambda0, self.R1_peak, self.temperature)
self.pressure_formula = "Hydrostatic Dewaele 2008"
elif self.ruby_non_hydro_btn.isChecked():
self.pressure = pressure.pressure_Mao_NH(self.lambda0, self.R1_peak, self.temperature)
self.pressure_formula = "Non-hydrostatic Mao 1986"
elif self.pressure_gauge == 1:
self.lambda0 = self.Samarium_lambda0_btn.text()
self.lambda0 = float(self.lambda0)
self.fit_param,self.fit_data = pressure.samarium_fit(fit_x, fit_y)
self.Samarium_peak = self.fit_param["x0"].value
self.fluorescence_peak = self.Samarium_peak
if self.Samarium_hydro_btn.isChecked():
self.pressure = pressure.pressure_Rashchenko_H(self.lambda0, self.Samarium_peak)
self.pressure_formula = "Hydrostatic Rashchenko 2015"
elif self.Samarium_non_hydro_btn.isChecked():
self.pressure = pressure.pressure_Jing_NH(self.lambda0, self.Samarium_peak)
self.pressure_formula = "Non-hydrostatic Jing 2013"
self.pressure_list.append(self.pressure)
timestamp = time.time()
self.pressure_time_list.append(timestamp)
if self.fit_plot is not None:
self.ax.lines.remove(self.fit_plot_[0])
self.fit_plot_ = self.ax.plot(fit_x, self.fit_data, "b-", lw=1.5)
self.fit_plot = 1
self.canvas.draw()
self.display_fit_results()