def apply_B0_stat(self):
value_stat = self.gui.checkBox_B0.checkState()
if value_stat == 2:
yw.yaml_writer_hanle(active_B0='true')
print('[SET] B0 active: true')
else:
yw.yaml_writer_hanle(active_B0='false')
print('[SET] B0 active: false')
def apply_method_B1(self):
method = self.gui.comboBox_method_B1.currentText()
yw.yaml_writer_hanle(method_B1=method)
print('[SET] B1 measuring method: ' + method)
if method == 'const':
self.gui.spinBox_freq_stop_B1.setEnabled(False)
self.gui.spinBox_freq_step_B1.setEnabled(False)
self.gui.spinBox_ampl_stop_B1.setEnabled(False)
self.gui.spinBox_ampl_step_B1.setEnabled(False)
self.gui.spinBox_off_stop_B1.setEnabled(False)
self.gui.spinBox_off_step_B1.setEnabled(False)
def apply_downsampling(self):
downsamples = self.gui.spinBox_downsampling.value()
yw.yaml_writer_hanle(downsampling=downsamples)
print('[SET] downsampling factor: ' + str(downsamples))
def apply_samples(self):
samples = self.gui.spinBox_samples.value()
yw.yaml_writer_hanle(samples=samples)
print('[SET] sample rate: ' + str(samples))
def apply_diode_gain(self):
gain = self.gui.spinBox_diode_gain.value()
yw.yaml_writer_hanle(diode_gain=gain)
print('[SET] photo diode gain: ' + str(gain))
def apply_lpower(self):
power = self.gui.spinBox_lpower.value()
yw.yaml_writer_hanle(power=power)
print('[SET] laser power [uW] : ' + str(power))
def apply_temp(self):
temp = self.gui.spinBox_temp.value()
yw.yaml_writer_hanle(temp=temp)
print('[SET] temperature [°C] : ' + str(temp))
def apply_freq_start_B1(self):
value_freq_start = self.gui.spinBox_freq_start_B1.value()
yw.yaml_writer_hanle(freq_start_B1=value_freq_start)
print('[SET] B1 freqency start value: ' + str(value_freq_start))
def apply_off_step_B1(self):
value_off_step = self.gui.spinBox_off_step_B1.value()
yw.yaml_writer_hanle(off_step_B1=value_off_step)
print('[SET] B1 offset step value: ' + str(value_off_step))
def apply_off_stop_B0(self):
value_off_stop = self.gui.spinBox_off_stop_B0.value()
yw.yaml_writer_hanle(off_stop_B0=value_off_stop)
print('[SET] B0 offset stop value: ' + str(value_off_stop))
def apply_ampl_step_B1(self):
value_ampl_step = self.gui.spinBox_ampl_step_B1.value()
yw.yaml_writer_hanle(ampl_step_B1=value_ampl_step)
print('[SET] B1 amplitude step value: ' + str(value_ampl_step))
def apply_ampl_stop_B0(self):
value_ampl_stop = self.gui.spinBox_ampl_stop_B0.value()
yw.yaml_writer_hanle(ampl_stop_B0=value_ampl_stop)
print('[SET] B0 amplitude stop value: ' + str(value_ampl_stop))
def apply_freq_step_B1(self):
value_freq_step = self.gui.spinBox_freq_step_B1.value()
yw.yaml_writer_hanle(freq_step_B1=value_freq_step)
print('[SET] B1 freqency step size: ' + str(value_freq_step))
def apply_freq_stop_B0(self):
value_freq_stop = self.gui.spinBox_freq_stop_B0.value()
yw.yaml_writer_hanle(freq_stop_B0=value_freq_stop)
print('[SET] B0 freqency stop value: ' + str(value_freq_stop))
def apply_measure_time(self):
mtime = self.gui.spinBox_mtime.value()
yw.yaml_writer_hanle(meas_time=mtime)
print('[SET] measurement time [s]: ' + str(mtime))
def apply_method_B0(self):
method = self.gui.comboBox_method_B0.currentText()
yw.yaml_writer_hanle(method_B0=method)
print('[SET] B0 measuring method: ' + method)
def apply_meas_no(self):
meas_no = self.gui.spinBox_measure_no.value()
yw.yaml_writer_hanle(measurement=meas_no)
print('[SET] measurement number: ' + str(meas_no))
def apply_cell_id(self):
cell_id = self.gui.spinBox_cell_id.value()
yw.yaml_writer_hanle(cell=cell_id)
print('[SET] cell\'s id: ' + str(cell_id))
import yaml_writer as yw yw.yaml_writer_hanle()
