def _store_entry(self, source):
"""
When the textfield of `source` has been edited (flag `self.spec_edited` = True),
transform the amplitude spec back to linear unit setting and store it
in filter dict.
This is triggered by `QEvent.focusOut`
Spec entries are *always* stored in linear units; only the
displayed values are adapted to the amplitude unit, not the dictionary!
"""
if self.spec_edited:
unit = str(self.cmbUnitsA.currentText())
filt_type = fb.fil[0]['ft']
amp_label = str(source.objectName())
amp_value = safe_eval(source.text(), fb.data_old)
fb.fil[0].update({amp_label:unit2lin(amp_value, filt_type, amp_label, unit)})
self.sigSpecsChanged.emit() # -> filter_specs
self.spec_edited = False # reset flag
self.load_dict()
def _store_entry(self, source):
"""
When the textfield of `source` has been edited (flag `self.spec_edited` = True),
transform the amplitude spec back to linear unit setting and store it
in filter dict.
This is triggered by `QEvent.focusOut`
Spec entries are *always* stored in linear units; only the
displayed values are adapted to the amplitude unit, not the dictionary!
"""
if self.spec_edited:
unit = str(self.cmbUnitsA.currentText())
filt_type = fb.fil[0]['ft']
amp_label = str(source.objectName())
amp_value = safe_eval(source.text(), fb.data_old)
fb.fil[0].update({amp_label:unit2lin(amp_value, filt_type, amp_label, unit)})
self.sigSpecsChanged.emit() # -> filter_specs
self.spec_edited = False # reset flag
self.load_dict()