def __init__(self, *args, **kwargs):
self.previouslyFocused = None
self.device = kwargs['device']
self.parent = kwargs['parent']
self.vera = self.parent.vera
self.temperatureUnit = self.vera.data['temperature']
self.heat = Temperature( self.device['heatsp'], self.temperatureUnit )
self.cool = Temperature( self.device['coolsp'], self.temperatureUnit )
self.mode = Cycle(vera.device.HVAC_MODES)
self.mode.current = self.device['mode']
self.fanMode = Cycle(vera.device.HVAC_FAN_MODES)
try:
self.fanMode.current = self.device['fan']
except KeyError:
self.fanMode.current = 'Auto'
class HVAC( xbmcgui.WindowXMLDialog ):
def __init__(self, *args, **kwargs):
self.previouslyFocused = None
self.device = kwargs['device']
self.parent = kwargs['parent']
self.vera = self.parent.vera
self.temperatureUnit = self.vera.data['temperature']
self.heat = Temperature( self.device['heatsp'], self.temperatureUnit )
self.cool = Temperature( self.device['coolsp'], self.temperatureUnit )
self.mode = Cycle(vera.device.HVAC_MODES)
self.mode.current = self.device['mode']
self.fanMode = Cycle(vera.device.HVAC_FAN_MODES)
try:
self.fanMode.current = self.device['fan']
except KeyError:
self.fanMode.current = 'Auto'
def onInit(self):
self.update()
def slider_heat(self):
return self.getControl(controlid.hvac.SLIDER_HEAT)
def slider_cool(self):
return self.getControl(controlid.hvac.SLIDER_COOL)
def label_heat(self):
return self.getControl(controlid.hvac.LABEL_HEAT)
def label_cool(self):
return self.getControl(controlid.hvac.LABEL_COOL)
def button_fan(self):
return self.getControl(controlid.hvac.FAN)
def button_mode(self):
return self.getControl(controlid.hvac.MODE)
def onAction(self, action):
try:
focusedControl = self.getFocus()
except TypeError:
return
if action == ACTION_PREVIOUS_MENU:
self.close()
elif action == ACTION_ENTER:
self.commit()
self.close()
else:
if focusedControl == self.slider_heat():
if action in (ACTION_MOUSE_CLICK + ACTION_MOUSE_WHEEL) or \
action == ACTION_MOUSE_DRAG:
percent_heat = self.slider_heat().getPercent()
self.heat.k = \
T_MIN + percent_heat*( ( T_MAX - T_MIN ) / 100.0 )
self.update_heat(slider=False)
elif action == ACTION_MOVE_LEFT:
self.heat.k -= T_STEP
self.update_heat()
elif action == ACTION_MOVE_RIGHT:
self.heat.k += T_STEP
self.update_heat()
elif focusedControl == self.slider_cool():
if action in (ACTION_MOUSE_CLICK + ACTION_MOUSE_WHEEL) or \
action == ACTION_MOUSE_DRAG:
percent_cool = self.slider_cool().getPercent()
self.cool.k = \
T_MIN + percent_cool*( ( T_MAX - T_MIN ) / 100.0 )
self.update_cool(slider=False)
if action == ACTION_MOVE_LEFT:
self.cool.k -= T_STEP
self.update_cool()
elif action == ACTION_MOVE_RIGHT:
self.cool.k += T_STEP
self.update_cool()
elif focusedControl == self.previouslyFocused == self.button_fan():
if action in \
(ACTION_MOVE_DOWN, ACTION_MOVE_RIGHT, ACTION_MOUSE_LEFT_CLICK):
self.fanMode.cycle()
self.update_fan()
elif action == ACTION_MOVE_LEFT:
self.fanMode.cycle_back()
self.update_fan()
elif focusedControl == self.previouslyFocused == self.button_mode():
if action in \
(ACTION_MOVE_UP, ACTION_MOVE_RIGHT, ACTION_MOUSE_LEFT_CLICK):
self.mode.cycle()
self.update_mode()
elif action == ACTION_MOVE_LEFT:
self.mode.cycle_back()
self.update_mode()
self.previouslyFocused = focusedControl
def update(self):
self.update_heat()
self.update_cool()
self.update_mode()
self.update_fan()
def update_heat(self, slider=True):
if slider:
if self.heat.k < T_MIN:
self.slider_heat().setPercent(0)
elif self.heat.k > T_MAX:
self.slider_heat().setPercent(100)
else:
percent = int ( round( \
( (self.heat.k - T_MIN) / (T_MAX - T_MIN) ) * 100 \
) )
self.slider_heat().setPercent(percent)
self.label_heat().setLabel( \
u'%.1f \xb0%s' % (self.heat.value, self.heat.unit) )
def update_cool(self, slider=True):
if slider:
if self.cool.k < T_MIN:
self.slider_cool().setPercent(0)
elif self.cool.k > T_MAX:
self.slider_cool().setPercent(100)
else:
percent = int ( round( \
( (self.cool.k - T_MIN) / (T_MAX - T_MIN) ) * 100 \
) )
self.slider_cool().setPercent(percent)
self.label_cool().setLabel( \
u'%.1f \xb0%s' % (self.cool.value, self.cool.unit) )
def update_mode(self):
_msg = message.hvac.button_mode( self.mode.current )
self.button_mode().setLabel( _msg.upper() )
def update_fan(self):
_msg = message.hvac.button_fan( self.fanMode.current )
self.button_fan().setLabel( _msg.upper() )
def commit(self):
try:
vera.device.hvac_set_mode( \
self.device, self.vera, self.mode.current )
vera.device.hvac_set_fan( \
self.device, self.vera, self.fanMode.current )
heatsp = self.heat.value
coolsp = self.cool.value
vera.device.hvac_set_points( \
self.device, self.vera, heat=heatsp, cool=coolsp )
except socket.error as e:
msg = 'socket: %s' % e.__str__()
error_dialog = xbmcgui.Dialog()
error_dialog.ok( 'Network Connection Error', msg )