def initialise_options(self):
if self.config.get('yaxis.limits') == 'auto':
self.rbYLimAuto.setChecked(True)
else:
self.rbYLimUser.setChecked(True)
self.txtYLimMin.setText(to_float(self.config.get('yaxis.min')))
self.txtYLimMax.setText(to_float(self.config.get('yaxis.max')))
super(YAxisLimits, self).initialise_options()
def initialise_options(self):
if self.config.get('yaxis.limits') == 'auto':
self.rbYLimAuto.setChecked(True)
else:
self.rbYLimUser.setChecked(True)
self.txtYLimMin.setText(to_float(self.config.get('yaxis.min')))
self.txtYLimMax.setText(to_float(self.config.get('yaxis.max')))
super(YAxisLimits, self).initialise_options()
def initialise_options(self):
self.txtXSteps.setText(to_float(self.config.get('xaxis.steps')))
super(XAxisSteps, self).initialise_options()
def initialise_options(self):
super(BrownianNoiseOptions, self).initialise_options()
self.txtTemperature.setText(to_float(self.config.get("analysis.temperature")))
self.txtBeamSize.setText(to_float(self.config.get("analysis.beam_size")))
def initialise_options(self):
super(EFIPlotOptions, self).initialise_options()
self.txtLambda.setText(to_float(self.config.get('analysis.lambda')))
def initialise_options(self):
super(BrownianNoiseOptions, self).initialise_options()
self.txtTemperature.setText(
to_float(self.config.get('analysis.temperature')))
self.txtBeamSize.setText(
to_float(self.config.get('analysis.beam_size')))
def initialise_options(self):
super(EFIPlotOptions, self).initialise_options()
self.txtLambda.setText(to_float(self.config.get('analysis.lambda')))
def initialise_options(self):
self.txtXSteps.setText(to_float(self.config.get('xaxis.steps')))
super(XAxisSteps, self).initialise_options()
