def __choice(self,v):
choice = utils.key_to_lists(v)
if not choice: return
if not choice[2]: return
# remove the hardness so that it's not part of the identity of the choice
del choice[2]
# if this choice is the same as the previous one
# stop choose mode and store the new mapping
if self.__choices and choice==self.__choices[-1]:
self.__stop_choosing()
self.__add_choices()
return
# if this is a new choice, store it and adapt the status leds
if not choice in self.__choices:
self.__choices.append(choice)
if self.__choosemusical:
key = choice[1]
else:
key = choice[0]
self.status_buffer.set_status(self.__choosemusical,piw.coordinate(key[0],key[1]),self.__colour_to_int(self.__choosecolour))
self.status_buffer.send()
def __make_key_coordinate(self):
return piw.coordinate(self[1].get_value(), self[2].get_value(),
self[3].get_value(), self[4].get_value())
def __update_event_key(self):
if self.control:
self.control.set_key(
piw.coordinate(self[1].get_value(), self[2].get_value(),
self[3].get_value(), self[5].get_value()))
def __add_lights(self,musical,v):
mapping = logic.parse_clause(v)
for m in mapping:
if 2 == len(m) and 2 == len(m[0]):
self.status_buffer.set_status(musical,piw.coordinate(int(m[0][0]),int(m[0][1])),self.__colour_to_int(m[1]))
def __make_key_coordinate(self):
return piw.coordinate(
self.get_internal(248).get_value(),
self.get_internal(249).get_value(),
self.get_internal(245).get_value(),
self.get_internal(246).get_value())