def __init__(self): try: import mpi4py as MPI import MPIWrapper __MPIEnabled = True self.comm = MPI.COMM_WORLD() self.rank = comm.Get_rank() self.size = comm.Get_size() wrap = MPIWrapper.wrap(comm, rank, size) #may not be needed, just being careful with scope except: ########################################### ################################################### try: import multiprocessing temp = multiprocessing.cpu_count() if(temp > 1): __multiProcessEnabled = True __processCount = temp import multiPer as per import MPlayer as lay import MPneuron as neu else: import singlePer as per import layer as lay import neuron as neu except NotImplementedError: __multiProcessEnabled = False import singlePer as per neuron = neu.neuron_gen() layer = lay.layer_gen(neuron) _createNet = per.createNet_gen(layer)
def create_bot(self, active_splayer):
name = "bot_" + str(active_splayer.get_id())
debug(name + " is created")
active_splayer.set_cheated(False)
rmplayer = MPlayer(name)
rmplayer.set_strategy(Strategy.RANDOM)
rmplayer.loc = active_splayer.get_location()
rmplayer.initialize(active_splayer.get_id(), self.all_colors) # all_players_color?, resolve color conflict
rmplayer.state = Player_state.READY
return rmplayer
def start_tournament():
num_players = 8
server = Server.Server.reset_get_instance()
server.build_deck()
m_players = [None] * num_players
for i in range(num_players):
m_players[i] = MPlayer(str(i))
server.init_splayers(m_players)
server.start_game()
def next(self):
self.reset()
self.mp = MPlayer()
song = self.lib.rand()
self.ui.pplayer('next'+song.path())
self.mp.loadfile(song.path());
self.lastSong = song
try:
length = float(self.mp.get_property("length"))
self.alarm.set(self.next, length)
except:
self.ui.pplayer('No length found'+song.path())
# default to 250s
self.alarm.set(self.next, 250.0)
self.notifier(song.name());
class Player:
def go(q):
while (True):
item = q.get()
item()
q.task_done()
def __init__(self, ui):
MPlayer.populate()
# Handle actions asynchronously
self.player_q = queue.Queue()
t = threading.Thread(target=Player.go, args=(self.player_q,))
t.daemon = True
t.start()
# rather static..
self.ui = ui
self.lib = Library()
self.notifier = Notifier();
self.alarm = AlarmClock()
# Really stateful variables
self.lastSong = None
self.mp = None
def get_queue(self):
return self.player_q
def play(self, path):
pass
def next(self):
self.reset()
self.mp = MPlayer()
song = self.lib.rand()
self.ui.pplayer('next'+song.path())
self.mp.loadfile(song.path());
self.lastSong = song
try:
length = float(self.mp.get_property("length"))
self.alarm.set(self.next, length)
except:
self.ui.pplayer('No length found'+song.path())
# default to 250s
self.alarm.set(self.next, 250.0)
self.notifier(song.name());
def pause(self):
self.mp.pause()
def reset(self):
self.alarm.cancel()
if self.mp:
self.mp.quit()
def quit(self):
self.reset()
Library.save(self.lib)
def put(self, action):
self.player_q.put(action)
def delete(self):
if self.lastSong:
self.lastSong.delete()
self.next()
def init_player_mat():
mplayer = MPlayer("Mat")
mplayer.initialize("green", [])
return mplayer
def init_player_john():
mplayer = MPlayer("John")
mplayer.initialize("red", [])
return mplayer
