def proceed_packet(self, dt: float):
units, timestamp = self.game_client.get_message()
if not units: return
ping = time() - timestamp
print(ping)
t_units = {}
#self.units.clear()
for p in units:
id = int(p['id'])
new_dir = Point(float(p['dx']), float(p['dy']))
new_pos = Point(float(p['x']), float(
p['y'])) + new_dir * ping * 0.5
unit = self.units.get(id)
if unit:
if new_dir != unit.dir:
unit.dir = new_dir
if new_pos.distance(unit.pos) > MOVE_DIST:
unit.pos = new_pos
else:
arg = {
'id': id,
'cls': p['cls'],
'pos': new_pos,
'dir': new_pos
}
if p['cls'] in CHARACTERS:
arg['name'] = p['name']
unit = Character(**arg)
else:
unit = Unit(**arg)
if p['cls'] in CHARACTERS:
unit.hp = p['hp']
t_units[id] = unit
self.units = t_units
def init_game_view(self, loaded_map, init_response):
self.players = {} # Player replicas.
for player in init_response['players']:
if player[1] == init_response['id']: # Local player
self.char = Character(nick=player[0],
playerid=player[1],
team=player[2])
self.players[player[1]] = self.char
else:
self.players[player[1]] = Replica(nick=player[0],
playerid=player[1],
team=player[2],
pos=(-42, -42))
self.mv = MapView(loaded_map, self.char, self.players)
self.add_widget(self.mv)
# self.add_widget(self.char) # after the map to keep it always visible!
self.char.bind(offset=self.mv.update_pos)
self.char.set_game_pos(init_response['pos']) # Also updates the map
def init_game_view(self, loaded_map, init_response):
self.players = {} # Player replicas.
for player in init_response['players']:
if player[1] == init_response['id']: # Local player
self.char = Character(nick=player[0], playerid=player[1],
team=player[2])
self.players[player[1]] = self.char
else:
self.players[player[1]] = Replica(nick=player[0],
playerid=player[1],
team=player[2],
pos=(-42, -42))
self.mv = MapView(loaded_map, self.char, self.players)
self.add_widget(self.mv)
# self.add_widget(self.char) # after the map to keep it always visible!
self.char.bind(offset=self.mv.update_pos)
self.char.set_game_pos(init_response['pos']) # Also updates the map
class SpylightGame(Widget):
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_game_view(self, loaded_map, init_response):
self.players = {} # Player replicas.
for player in init_response['players']:
if player[1] == init_response['id']: # Local player
self.char = Character(nick=player[0], playerid=player[1],
team=player[2])
self.players[player[1]] = self.char
else:
self.players[player[1]] = Replica(nick=player[0],
playerid=player[1],
team=player[2],
pos=(-42, -42))
self.mv = MapView(loaded_map, self.char, self.players)
self.add_widget(self.mv)
# self.add_widget(self.char) # after the map to keep it always visible!
self.char.bind(offset=self.mv.update_pos)
self.char.set_game_pos(init_response['pos']) # Also updates the map
def update(self, data):
"""
Dispatches the updates coming from the server to the concerned objects
The events (shots, pirating initiation, etc.) are handled in
self._display_events()
"""
Logger.debug('SL|SLGame: update parameter: %s', data)
if data['type'] == 'update':
if data['s'] == 1:
Logger.info('SL|Game: Dead! dead! dead!')
# TODO remove listeners
self.char.update(data)
self.hud.update(data)
self.mv.update(data)
player_updates = {}
for vp in data['vp']:
player_updates[vp[0]] = vp
for i in self.players:
if i != self.char.playerid:
p = self.players[i]
try:
p.visible = True
p.update(player_updates[i])
except KeyError:
p.visible = False
self._display_events(data['ev'])
elif data['type'] == 'end':
self._am.unbind()
self._ni.disconnect()
Logger.info('SL|Game: %s', data)
self.screenMgr.goToPostGameScreen(data)
else:
Logger.warn('SL|Game: frame type not recognized: %s', data['type'])
def _display_events(self, evts):
"""
Dispatches the display of events to the concerned objects. Will
eventually be merged with update() once the events and stuff are
properly defined.
"""
if evts:
self.hud.evt_log.update('TODO')
# Shots
# Term pirating start
# Term pirating end
pass
class SpylightGame(Widget):
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_game_view(self, loaded_map, init_response):
self.players = {} # Player replicas.
for player in init_response['players']:
if player[1] == init_response['id']: # Local player
self.char = Character(nick=player[0],
playerid=player[1],
team=player[2])
self.players[player[1]] = self.char
else:
self.players[player[1]] = Replica(nick=player[0],
playerid=player[1],
team=player[2],
pos=(-42, -42))
self.mv = MapView(loaded_map, self.char, self.players)
self.add_widget(self.mv)
# self.add_widget(self.char) # after the map to keep it always visible!
self.char.bind(offset=self.mv.update_pos)
self.char.set_game_pos(init_response['pos']) # Also updates the map
def update(self, data):
"""
Dispatches the updates coming from the server to the concerned objects
The events (shots, pirating initiation, etc.) are handled in
self._display_events()
"""
Logger.debug('SL|SLGame: update parameter: %s', data)
if data['type'] == 'update':
if data['s'] == 1:
Logger.info('SL|Game: Dead! dead! dead!')
# TODO remove listeners
self.char.update(data)
self.hud.update(data)
self.mv.update(data)
player_updates = {}
for vp in data['vp']:
player_updates[vp[0]] = vp
for i in self.players:
if i != self.char.playerid:
p = self.players[i]
try:
p.visible = True
p.update(player_updates[i])
except KeyError:
p.visible = False
self._display_events(data['ev'])
elif data['type'] == 'end':
self._am.unbind()
self._ni.disconnect()
Logger.info('SL|Game: %s', data)
self.screenMgr.goToPostGameScreen(data)
else:
Logger.warn('SL|Game: frame type not recognized: %s', data['type'])
def _display_events(self, evts):
"""
Dispatches the display of events to the concerned objects. Will
eventually be merged with update() once the events and stuff are
properly defined.
"""
if evts:
self.hud.evt_log.update('TODO')
# Shots
# Term pirating start
# Term pirating end
pass