def __init__(self, serverip, serverport, team, nick, screenMgr):
super(SpylightGame, self).__init__()
self.screenMgr = screenMgr
# Register to the server
self._ni = NetworkInterface(serverip, serverport)
init_response = self._ni.connect(MessageFactory.init(team, nick))
# Parse server init message
self.team = init_response['team']
self.playerid = init_response['id']
# Init environment
loaded_map = SpyLightMap(init_response['map'])
Logger.info("SL|SLGame: Map loaded: %s", loaded_map.title)
Logger.info("SL|SLGame: Map size: %s", loaded_map.size)
if init_response['map_hash'] != loaded_map.get_hash():
Logger.error("SL|SLGame: Wrong map hash. Expected %s",
loaded_map.get_hash())
sys.exit()
self.init_game_view(loaded_map, init_response)
self.hud = SpylightHUD(self, max_hp=init_response['max_hp'])
self.add_widget(self.hud)
# Register input listeners
kbMgr = KeyboardManager()
kbMgr.bind(quit=screenMgr.goToPauseScreen)
self._am = ActionManager(self._ni, kbMgr, self)
# Game client ready
self._ni.on_message_recieved = self.update
self._ni.ready()
def __init__(self, serverip, serverport, team, nick, screenMgr):
super(SpylightGame, self).__init__()
self.screenMgr = screenMgr
# Register to the server
self._ni = NetworkInterface(serverip, serverport)
init_response = self._ni.connect(MessageFactory.init(team, nick))
# Parse server init message
self.team = init_response['team']
self.playerid = init_response['id']
# Init environment
loaded_map = SpyLightMap(init_response['map'])
Logger.info("SL|SLGame: Map loaded: %s", loaded_map.title)
Logger.info("SL|SLGame: Map size: %s", loaded_map.size)
if init_response['map_hash'] != loaded_map.get_hash():
Logger.error("SL|SLGame: Wrong map hash. Expected %s",
loaded_map.get_hash())
sys.exit()
self.init_game_view(loaded_map, init_response)
self.hud = SpylightHUD(self, max_hp=init_response['max_hp'])
self.add_widget(self.hud)
# Register input listeners
kbMgr = KeyboardManager()
kbMgr.bind(quit=screenMgr.goToPauseScreen)
self._am = ActionManager(self._ni, kbMgr, self)
# Game client ready
self._ni.on_message_recieved = self.update
self._ni.ready()
def notify_movement_event(self, keyPressed, keyboardState):
# Angle calculation @TODO: replace with tangent method?
dir_to_angle = {
11: 45,
10: 0,
9: 315,
1: 90,
0: 0,
-1: 270,
-9: 135,
-10: 180,
-11: 225
}
dir_values = [10, 1, -10, -1]
s = 0
for i in xrange(len(dir_values)):
if keyboardState[i]:
s = s + dir_values[i]
direction = float(dir_to_angle[s])
speed = 0.0 if s == 0 else 1.0 if keyboardState[4] else self._WALK_SPEED
# Send direction, run state
Logger.debug("SL|Action: direction: %s, speed: %s", direction, speed)
self._ni.send(MessageFactory.move(direction, speed))
def notify_orientation(self, *param):
'''
The maximum send frequency is the same as the server step frequency
'''
delta = datetime.now() - self.last_turn_notification
if delta.microseconds / 1000000. >= const.STEP_STATE_INTERVAL:
self._ni.send(MessageFactory.turn(
self._get_angle_with_char(Window.mouse_pos)))
self.last_turn_notification = datetime.now()
def notify_shoot(self, window, mouseevent):
self.game.mv.draw_shot(Window.mouse_pos) # TODO: test only, to remove
self._ni.send(MessageFactory.shoot(
self._get_angle_with_char(Window.mouse_pos)))
def notify_action(self, mgr, data):
if data:
self._ni.send(MessageFactory.action(True))