def set_radio_button_boolean(radio_button: Gtk.RadioButton,
checked: bool) -> None:
"""
Sets the state of a radio button widget
:param radio_button: The radio button widget to be modified
:param checked: flag to determine if the radio button should be activated or not:
True: Selected, False: Deselected
:return: void
"""
radio_button.set_active(checked)
def on_autotempradio_toggled(self, button: Gtk.RadioButton):
active = button.get_active()
self.builder.get_object('autotempgrid').set_sensitive(active)
if active:
dayadj = self.builder.get_object('daytempadj')
nightadj = self.builder.get_object('nighttempadj')
self.helper.temperature = (dayadj.get_value(),
nightadj.get_value())
def on_effect_changed(self, radio_button: Gtk.RadioButton,
effect: int) -> None:
if not radio_button.get_active():
return
serial_message = 'be'
config.new("back", "effect", str(effect))
serial_message += config.parser.get("back", "effect")
self.application.send_serial(serial_message)
def go_to_quarter(self, button: Gtk.RadioButton) -> None:
if self.is_updating \
or not button.get_active():
return
radio_quarters = self.container_quarter.get_children()
for index, radio in enumerate(radio_quarters):
if button == radio:
glob.quarter_number = index
self.update('quarter-number')
break
def on_change_rotation_ref(self, widget: Gtk.RadioButton):
for w in widget.get_group():
if w.get_active():
self.rotation_ref = {
'rotate-ref-obj-center': RotationRef.CENTER,
'rotate-ref-origin': RotationRef.ORIGIN,
'rotate-ref-abs': RotationRef.ABSOLUTE,
}[w.get_name()]
if w.get_name() == 'rotate-ref-abs':
for _id in 'rotation-ref-x', 'rotation-ref-y':
self.builder.get_object(_id).set_editable(True)
def on_rotation_ref(self, widget: Gtk.RadioButton):
for w in widget.get_group():
if w.get_active():
self.rotation_ref = {
'rotate-obj-center': RotationRef.CENTER,
'rotate-origin': RotationRef.ORIGIN,
'rotate-arb': RotationRef.ARBITRARY,
}[w.get_name()]
if w.get_name() == 'rotate-arb':
for _id in 'rot_x', 'rot_y':
self.builder.get_object(_id).set_editable(True)
def on_radio_reference_toggled(self, w: Gtk.RadioButton):
if w.get_active():
cb_reference = self.builder.get_object('cb_reference')
cb_reference.set_sensitive(True)
model, cbiter = cb_reference.get_model(), cb_reference.get_active_iter()
if model is not None and cbiter is not None and cbiter != []:
if self.dialog_drawer:
self.dialog_drawer.set_editing(self._markers[model[cbiter][0]], hide=self._edited_marker)
else:
self.builder.get_object('cb_reference').set_sensitive(False)
if self.dialog_drawer and self._edited_marker and self._edited_pos:
self.dialog_drawer.set_editing(self._edited_marker, editing_pos=self._edited_pos)
def on_theme_choice_changed(choice: Gtk.RadioButton, *args):
"""
@brief Handler for theme choice change.
@details This is called when status of any theme choice radio button is
changed.
@param choice Gtk.RadioButton
@param args place holder list
@return None
"""
name: str = choice.get_name()
selected: bool = choice.get_active()
if selected:
# print(f"Selected theme: {name}")
dark_checkbox: Gtk.CheckButton = BUILDER.get_object(
THEME_DARK_CHECKBOX, )
dark_mode: bool = dark_checkbox.get_active()
apply_theme(theme=name, dark=dark_mode)
def on_effect_changed(self, radio_button: Gtk.RadioButton,
effect: int) -> None:
if not radio_button.get_active():
return
serial_message = 'fe'
if self.fan_index == -1:
config.new("front", "effect", str(effect) * 3)
else:
config.set_to_index("front", "effect", str(effect), self.fan_index)
serial_message += config.parser.get("front", "effect")
self.application.send_serial(serial_message)
def _on_parser_set_cyk(self, radio: Gtk.RadioButton) -> None:
if radio.get_active():
self.watcher.set_parameters(parser="cyk")
def get_boolean_from_radio_button(radio_button: Gtk.RadioButton) -> bool:
"""
Checks if a radio button is currently selected and returns the value
:return: True if the radio button is selected, False otherwise
"""
return radio_button.get_active()
