def on_power_clicked(self, button: Gtk.Button) -> None:
serial_message = 'fl'
status = str(int(button.get_active()))
if self.fan_index == -1:
config.new("front", "power_status", status * 3)
else:
config.set_to_index("front", "power_status", status,
self.fan_index)
serial_message += config.parser.get("front", "power_status")
self.application.send_serial(serial_message)
def on_multiplier_change(self, scale: Gtk.Scale, type_: str,
value: str) -> None:
serial_message = 'fm'
pulse = int(value)
if pulse < 1: pulse = 1
if self.fan_index == -1:
config.new("front", "multiplier", '{0:0=3d}'.format(pulse) * 3)
else:
config.set_to_index("front", "multiplier",
'{0:0=3d}'.format(pulse), self.fan_index)
serial_message += config.parser.get("front", "multiplier")
self.application.send_serial(serial_message)
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_led_color_changed(self,
color_selection: Gtk.ColorSelection) -> None:
serial_message = 'fc'
raw_color = color_selection.get_current_rgba().to_string()
color_string = [
'{0:0=3d}'.format(int(color))
for color in raw_color[4:-1].split(',')
]
if self.fan_index == -1:
config.new("front", "led_colors", ''.join(color_string) * 3)
else:
config.set_to_index("front", "led_colors", ''.join(color_string),
self.fan_index)
serial_message += config.parser.get("front", "led_colors")
self.application.send_serial(serial_message)