def on_actor_joined(self, actor):
self._actors.append(actor)
self._send_all('actor_joined', (actor, self))
self._send(actor, 'arena_actors', (self._actors,))
if len(self._actors) >= 2:
self._send_all('game_ready')
self._real_arena = RealArena()
self._send_all('arena_layout', (self._real_arena.get_all_objects(),))
self._change_turn()
class Arena(object):
def __init__(self):
self.inbox = Queue(0)
self._actors = []
self._turn = None
def run(self):
for event, args in self.inbox:
fun = getattr(self, 'on_'+event)
fun(*args)
def on_actor_joined(self, actor):
self._actors.append(actor)
self._send_all('actor_joined', (actor, self))
self._send(actor, 'arena_actors', (self._actors,))
if len(self._actors) >= 2:
self._send_all('game_ready')
self._real_arena = RealArena()
self._send_all('arena_layout', (self._real_arena.get_all_objects(),))
self._change_turn()
def on_chat(self, actor, txt):
self._send_all('chat', (actor, txt))
def on_shot(self, actor, force, angle):
if actor != self._turn:
return
# physics!
if actor == self._actors[0]:
actorid = 0
else:
actorid = 1
self._real_arena.shot(actorid, force, angle)
self._update_physics()
self._change_turn()
def _update_physics(self):
result = []
time = 0
i = 0
for l in xrange(3600):
r = self._real_arena.tick()
if r == []:
break
result.append({'time': time, 'objects': r})
time = time + 1.0/60
i = i + 1
if i % 60 == 0:
gevent.sleep(0)
self._send_all('arena_update', (result,))
def _change_turn(self):
if self._turn == self._actors[0]:
self._turn = self._actors[1]
self._send(self._actors[0], 'turn_change', (False,))
else:
self._turn = self._actors[0]
self._send(self._actors[1], 'turn_change', (False,))
self._send(self._turn, 'turn_change', (True,))
def _send(self, actor, event, args=()):
actor.inbox.put((event, args))
def _sendbyid(self, actorid, event, args=()):
self._actors[actorid].inbox.put((event, args))
def _send_all(self, event, args=()):
for actor in self._actors:
self._send(actor, event, args)
