class TrainView(cocos.layer.ColorLayer):
is_event_handler = True
def __init__(self, scene, test=False, phase_source = None, train_end_callables = None):
cocos.layer.ColorLayer.__init__(self, 0, 0, 0, 0)
self.scene = scene
self.msg = MessageLayer()
longMsg = 60 if not test else 3
shortMsg = 3 if not test else 1
self.phases = [
Phase('DISTRACT', "Look around,\nget distracted", longMsg, self.nextPhase),
Phase('RELAXOPEN', "Relax (with eyes open)", longMsg, self.nextPhase),
Phase('RELAXCLOSED', "Relax (with eyes closed)", longMsg, self.nextPhase),
Phase('CASUAL', "Play casually\n(but towards the objective)", shortMsg, lambda: self.play(1)),
Phase('INTENSE', "Match as fast as possible\n(forget the objective)", shortMsg, lambda: self.play(0))
]
assert all(name in [phase.name for phase in self.phases] for name in phase_names) #selfcheck...
if phase_source:
phase_source.upstream = self.getPhase
self.train_end_callables = train_end_callables or []
self.phase = 0
self.phaseLogger = logging.getLogger('data.train.phase')
self.nextPhase()
def getPhase(self):
if self.phase < len(phase_names):
return phase_names[self.phase]
else:
return "DISTRACT"
def nextPhase(self):
if not self.phase == len(self.phases):
current = self.phases[self.phase]
self.phase += 1
self.phaseLogger.info(current.name)
self.msg.show_message(
current.msg,
callback=current.callback,
msg_duration=current.duration)
else:
for c in self.train_end_callables:
c()
director.director.pop()
def play(self, level):
game = get_newgame(level)
def on_exit():
self.nextPhase()
game.on_exit = on_exit
director.director.push(game)
def __init__(self, scene, test=False, phase_source = None, train_end_callables = None):
cocos.layer.ColorLayer.__init__(self, 0, 0, 0, 0)
self.scene = scene
self.msg = MessageLayer()
longMsg = 60 if not test else 3
shortMsg = 3 if not test else 1
self.phases = [
Phase('DISTRACT', "Look around,\nget distracted", longMsg, self.nextPhase),
Phase('RELAXOPEN', "Relax (with eyes open)", longMsg, self.nextPhase),
Phase('RELAXCLOSED', "Relax (with eyes closed)", longMsg, self.nextPhase),
Phase('CASUAL', "Play casually\n(but towards the objective)", shortMsg, lambda: self.play(1)),
Phase('INTENSE', "Match as fast as possible\n(forget the objective)", shortMsg, lambda: self.play(0))
]
assert all(name in [phase.name for phase in self.phases] for name in phase_names) #selfcheck...
if phase_source:
phase_source.upstream = self.getPhase
self.train_end_callables = train_end_callables or []
self.phase = 0
self.phaseLogger = logging.getLogger('data.train.phase')
self.nextPhase()