def __init__(self, game, worldsize, objlistener=None):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
objlistener: initial listner callback function
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(
begin=self.__beginCollideObject,
post_solve=self.__collideObject,
separate=self.__endCollideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__influential = []
if objlistener == None:
self.__objectListener = []
else:
self.__objectListener = [objlistener]
self.__toremove = []
self.__toadd = []
self.__active = False
self.__started = False
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
self.__created = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament",
"reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game",
"disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game",
"reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game",
"points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean(
"Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean(
"Game", "secondary_victory_highest")
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tmanager = eval(cfgobj.get("Tournament", "manager"))(
cfgobj, self.game_get_current_leader_list)
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = GameWorld(self, (cfgobj.getint(
"World", "width"), cfgobj.getint("World", "height")),
self.world_add_remove_object)
self.spawnmanager = SpawnManager(cfgobj, self.world)
if self.__autostart:
self.round_start()
def __init__(self, cfgobj):
self._outposts = ThreadSafeDict()
super(DiscoveryQuestGame, self).__init__(cfgobj)
self._missions = cfgobj.get("DiscoveryQuest", "mission_objectives").split(",")
self.scantime = cfgobj.getfloat("DiscoveryQuest", "scan_time")
self.scanrange = cfgobj.getint("DiscoveryQuest", "scan_range")
self.outpostdist = cfgobj.getint("DiscoveryQuest", "ship_spawn_dist")
self.limitwarp = cfgobj.getboolean("DiscoveryQuest", "disable_warp_in_nebula")
def __init__(self, cfgobj):
self._respawn = cfgobj.getboolean("BaubleHunt",
"respawn_bauble_on_collect")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self._mv = BaseBaubleGame.VALUE_TABLE[-1][1]
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def __init__(self, cfgobj):
bb = cfgobj.getfloat("BaubleHunt", "bauble_percent_blue")
yb = cfgobj.getfloat("BaubleHunt", "bauble_percent_yellow")
rb = cfgobj.getfloat("BaubleHunt", "bauble_percent_red")
self._mv = cfgobj.getint("BaubleHunt", "bauble_points_red")
self.__valuetable = [(bb, cfgobj.getint("BaubleHunt", "bauble_points_blue")), (bb+yb, cfgobj.getint("BaubleHunt", "bauble_points_yellow")), (bb+yb+rb, self._mv)]
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def __init__(self, cfgobj):
bb = cfgobj.getfloat("BaubleHunt", "bauble_percent_blue")
yb = cfgobj.getfloat("BaubleHunt", "bauble_percent_yellow")
rb = cfgobj.getfloat("BaubleHunt", "bauble_percent_red")
self._mv = cfgobj.getint("BaubleHunt", "bauble_points_red")
BaubleHuntGame.VALUE_TABLE = [(bb, cfgobj.getint("BaubleHunt", "bauble_points_blue")), (bb+yb, cfgobj.getint("BaubleHunt", "bauble_points_yellow")), (bb+yb+rb, self._mv)]
self._respawn = cfgobj.getboolean("BaubleHunt", "respawn_bauble_on_collect")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def __init__(self, game, worldsize, objlistener=None):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
objlistener: initial listner callback function
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(begin=self.__beginCollideObject, post_solve=self.__collideObject, separate=self.__endCollideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__influential = []
if objlistener == None:
self.__objectListener = []
else:
self.__objectListener = [objlistener]
self.__toremove = []
self.__toadd = []
self.__active = False
self.__started = False
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
def __init__(self, game, worldsize, pys=True):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(begin=self.__beginCollideObject, post_solve=self.__collideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__planets = []
self.__nebulas = []
self.__objectListener = []
self.__toremove = []
self.__toadd = []
self.__active = True
self.__pys = pys
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
if pys:
logging.debug("Started gameloop for World %s", repr(self))
threading.Thread(None, self.__THREAD__gameloop, "WorldMap_gameloop_" + repr(self)).start()
def __init__(self, cfgobj):
self._outposts = ThreadSafeDict()
super(DiscoveryQuestGame, self).__init__(cfgobj)
self._missions = cfgobj.get("DiscoveryQuest", "mission_objectives").split(",")
self.scantime = cfgobj.getfloat("DiscoveryQuest", "scan_time")
self.scanrange = cfgobj.getint("DiscoveryQuest", "scan_range")
self.outpostdist = cfgobj.getint("DiscoveryQuest", "ship_spawn_dist")
self.limitwarp = cfgobj.getboolean("DiscoveryQuest", "disable_warp_in_nebula")
def __init__(self, cfgobj):
self._respawn = cfgobj.getboolean("BaubleHunt",
"respawn_bauble_on_collect")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
self.__initialized = False
super(BaubleHuntGame, self).__init__(cfgobj)
# Find all High-Value Baubles once we've loaded that info from the BaseBaubleGame
self._maxvalue = BaseBaubleGame.VALUE_TABLE[-1][1]
for wobj in self.world:
if isinstance(wobj, Bauble) and wobj.value == self._maxvalue:
self.__baubles[wobj.id] = wobj
self.__initialized = True
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament", "reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game", "disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game", "reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game", "points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean("Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean("Game", "secondary_victory_highest")
# TODO: Create Tournament Class
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tournamentinitialized = False
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self._tournamentnumgroups = cfgobj.getint("Tournament", "tournament_groups")
self._tournamentgroups = []
self._tournamentcurrentgroup = 0
self._tournamentfinalgroup = []
self._tournamentfinalround = False
self._tournamentfinalwinner = None
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = self.world_create()
self.world.registerObjectListener(self.world_add_remove_object)
if self.__autostart:
self.round_start()
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
self.__created = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament", "reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game", "disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game", "reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game", "points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean("Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean("Game", "secondary_victory_highest")
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tmanager = eval(cfgobj.get("Tournament", "manager"))(cfgobj, self.game_get_current_leader_list)
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = GameWorld(self, (cfgobj.getint("World","width"), cfgobj.getint("World","height")), self.world_add_remove_object)
self.spawnmanager = SpawnManager(cfgobj, self.world)
if self.__autostart:
self.round_start()
def startGame(windowcaption, game, fullscreen=True, resolution=None, cfg=None, testcase=None):
try:
#region Initialization
logging.info("Initiating PyGame...")
world = game.world
pygame.init()
fpsClock = pygame.time.Clock()
logging.debug("Initiating Screen...")
if cfg.getboolean("Application", "sound"):
logging.info("Starting Sound...")
pygame.mixer.init()
SCache(True)
else:
logging.info("Sound Disabled")
SCache(False)
ipaddress = getIPAddress()
if resolution == None:
resolution = detect_resolution(cfg)
fullscreen = str2bool(fullscreen)
if fullscreen in [True, False]:
windowSurface = pygame.display.set_mode(resolution, (pygame.FULLSCREEN * fullscreen) | pygame.HWSURFACE | pygame.DOUBLEBUF)
elif fullscreen == "window":
os.environ['SDL_VIDEO_WINDOW_POS'] = '0,0'
windowSurface = pygame.display.set_mode(resolution, pygame.NOFRAME | pygame.HWSURFACE | pygame.DOUBLEBUF)
os.environ['SDL_VIDEO_WINDOW_POS'] = '' # Reset back
else:
raise ValueError("Invalid Fullscreen Windowing Mode")
pygame.display.set_caption(windowcaption)
logging.debug("Game GUI CFG...")
# Let game initialize any GUI objects independently
game.gui_initialize()
colorBlack = pygame.Color(0, 0, 0)
mt = 0
#shipw = ShipGUI(Ship((100, 100)))
#shipw.ship.velocity.magnitude = 5
#region World Registration
bgobjects = ThreadSafeDict() # items we want always in the background
objects = ThreadSafeDict()
trackplayer = None
def addorremove(obj, added):
logging.debug("GUI: Add/Remove Obj %s (%s) [%d]", repr(obj), repr(added), thread.get_ident())
try:
if added:
# TODO: #18 - Clean-up this by auto creating wrapper on name...
if isinstance(obj, Ship):
logging.debug("GUI: Adding Ship #%d", obj.id)
objects[obj.id] = ShipGUI(obj, world)
logging.debug("GUI: Added Ship #%d", obj.id)
elif isinstance(obj, Nebula):
logging.debug("GUI: Adding Nebula #%d", obj.id)
bgobjects[obj.id] = NebulaGUI(obj, world)
logging.debug("GUI: Added Nebula #%d", obj.id)
elif isinstance(obj, Planet) or isinstance(obj, Constellation):
logging.debug("GUI: Adding Planet #%d", obj.id)
bgobjects[obj.id] = PlanetGUI(obj, world)
logging.debug("GUI: Added Planet #%d", obj.id)
elif isinstance(obj, WormHole):
logging.debug("GUI: Adding WormHole #%d", obj.id)
bgobjects[obj.id] = WormHoleGUI(obj, world)
logging.debug("GUI: Added WormHole #%d", obj.id)
elif isinstance(obj, Asteroid):
logging.debug("GUI: Adding Asteroid #%d", obj.id)
objects[obj.id] = AsteroidGUI(obj, world)
logging.debug("GUI: Added Asteroid #%d", obj.id)
elif isinstance(obj, Dragon):
logging.debug("GUI: Adding Dragon #%d", obj.id)
objects[obj.id] = DragonGUI(obj, world)
logging.debug("GUI: Added Dragon #%d", obj.id)
elif isinstance(obj, Torpedo):
logging.debug("GUI: Adding Torpedo #%d", obj.id)
objects[obj.id] = TorpedoGUI(obj, world)
logging.debug("GUI: Added Torpedo #%d", obj.id)
elif isinstance(obj, SpaceMine):
logging.debug("GUI: Adding SpaceMine #%d", obj.id)
objects[obj.id] = SpaceMineGUI(obj, world)
logging.debug("GUI: Added SpaceMine #%d", obj.id)
else:
logging.debug("GUI: Adding %s #%d", repr(obj), obj.id)
objects[obj.id] = obj.WRAPPERCLASS(obj, world)
logging.debug("GUI: Added %s %d", repr(obj), obj.id)
#eif
else:
if isinstance(obj, Ship):
logging.debug("GUI: Ship #%d Dying", obj.id)
ship = objects.get(obj.id, None)
if ship != None:
ship.dying = True
logging.debug("GUI: Ship #%d Set Dying", obj.id)
elif obj.id in objects:
logging.debug("GUI: Removing Object #%d", obj.id)
del objects[obj.id]
logging.debug("GUI: Removed Object #%d", obj.id)
elif obj.id in bgobjects:
logging.debug("GUI: Removing BG Object #%d", obj.id)
del bgobjects[obj.id]
logging.debug("GUI: Removed BG Object #%d", obj.id)
#eif
#eif
except:
logging.error("GUI ERROR")
logging.info(traceback.format_exc())
logging.error(traceback.format_exc())
print traceback.format_exc()
#logging.debug("GUI: Add/Remove Done [%d]", thread.get_ident())
#endregion
logging.debug("Register World Listener...")
world.registerObjectListener(addorremove)
logging.debug("Add Objects to GUI...")
# Create objects for all items in world
for obj in world:
addorremove(obj, True)
#efor
# Create Stars
#stars = []
#for i in xrange((world.width / STAR_DENSITY * world.height / STAR_DENSITY)):
# stars.append(Star((random.randint(4, world.width - 4), random.randint(4, world.height - 4))))
logging.debug("Create Fonts...")
# Start Main Loop
font = pygame.font.Font("freesansbold.ttf", 12)
bigfont = pygame.font.Font("freesansbold.ttf", 44)
logging.debug("Load Textures...")
spacetexture = Cache().getImage("Backgrounds/space")
scalefactorx = float(world.size[0]) / resolution[0]
scalefactory = float(world.size[1]) / resolution[1]
offsetx = 0
maxoffsetx = -world.width + resolution[0]
offsety = 0
maxoffsety = -world.height + resolution[1]
def centerViewOnWorld(pos):
return -pos[0] + resolution[0]/2, -pos[1] + resolution[1]/2
#keyboard repeat rate
pygame.key.set_repeat(75, 25)
zoomout = True
mouselock = True
MOUSELOCK_RANGE = resolution[0] / 8
logintercept = False
mlh = MessageLogHandler(50)
dynamiccamera = False
mousemode = None
prevzoom = zoomout
showip = cfg.getboolean("Application", "showip")
showplayerlist = cfg.getboolean("Application", "showstats")
showroundtime = cfg.getboolean("Tournament", "tournament")
tournamentinfo = cfg.getboolean("Tournament", "tournament")
flags = {"DEBUG":False,
"STATS":cfg.getboolean("Application", "showstats"),
"NAMES":True,
"GAME":cfg.getboolean("Application", "showstats"),
"THREADS":False}
logging.info("Create Main Surface...")
#TODO: Optimize by only drawing objects in viewport...
worldsurface = pygame.Surface((world.size[0], world.size[1]), flags=HWSURFACE)
logging.debug("Game Start!")
obj = None
notexit = True
# In test case we only care about test being done
if testcase != None:
notexit = False
#endregion
# Get spawnable items in alphabetical order
SPAWN_TYPES = SpawnManager.ENTITY_TYPES.keys()
SPAWN_TYPES.sort()
while notexit or (testcase != None and not testcase.donetest):
t = pygame.time.get_ticks() / 1000.0
#for star in stars:
# star.draw(windowSurface)
# TODO: figure out abstraction for pygame or method in order to get objwrapper to figure out if it needs
# to draw in the screen or be no-op, ideally objwrapper just does what it does now...
worldsurface.fill(colorBlack)
#for x in xrange(offsetx, resolution[0], 512):
# for y in xrange(offsety, resolution[1], 512):
# worldsurface.blit(spacetexture, (x, y))
# draw background items first in specific z-order
for obj in sorted(bgobjects.values(), key=attrgetter('zorder')):
obj.draw(worldsurface, flags)
if obj.dead:
del bgobjects[obj._worldobj.id]
# draw active objects
for obj in objects:
obj.draw(worldsurface, flags)
if hasattr(obj._worldobj, "player") and obj._worldobj.player.sound != None:
#print "Trying to play sound", obj._worldobj.player.sound
SCache().play(obj._worldobj.player.sound)
obj._worldobj.player.sound = None
if obj.dead:
del objects[obj._worldobj.id]
if flags["GAME"]:
game.gui_draw_game_world_info(worldsurface, flags, trackplayer)
#region Key/Mouse Event Handling
for event in pygame.event.get():
if event.type == QUIT:
notexit = False
elif (event.type == KEYDOWN and event.key == K_a) or (event.type == MOUSEBUTTONDOWN and event.button in (4, 5)):
if mousemode == None or not mousemode.startswith("Add"):
if event.type == KEYDOWN or event.button == 5:
mousemode = "Add" + SPAWN_TYPES[0]
else:
mousemode = "Add" + SPAWN_TYPES[-1]
elif event.type == KEYDOWN or event.button == 5:
x = SPAWN_TYPES.index(mousemode[3:])
if x < len(SPAWN_TYPES) - 1:
mousemode = "Add" + SPAWN_TYPES[x+1]
elif event.type == MOUSEBUTTONDOWN:
mousemode = "Add" + SPAWN_TYPES[0]
else:
mousemode = None
else:
x = SPAWN_TYPES.index(mousemode[3:])
if x > 0:
mousemode = "Add" + SPAWN_TYPES[x-1]
else:
mousemode = "Add" + SPAWN_TYPES[-1]
elif event.type == KEYDOWN:
if event.key == K_ESCAPE:
pygame.event.post(pygame.event.Event(QUIT))
elif event.key == K_SPACE and not game.round_get_has_started():
game.round_start()
elif event.key == K_d:
flags["DEBUG"] = not flags["DEBUG"]
elif event.key == K_i:
showip = not showip
elif event.key == K_p:
showplayerlist = (showplayerlist + 1) % (2 + game.tournament_is_running())
elif event.key == K_s:
flags["STATS"] = not flags["STATS"]
elif event.key == K_n:
flags["NAMES"] = not flags["NAMES"]
elif event.key == K_UP:
offsety += 16
elif event.key == K_DOWN:
offsety -= 16
elif event.key == K_RIGHT:
offsetx -= 16
elif event.key == K_LEFT:
offsetx += 16
elif event.key == K_g:
flags["GAME"] = not flags["GAME"]
elif event.key == K_h:
flags["THREADS"] = not flags["THREADS"]
elif event.key == K_t and game.tournament_is_running():
tournamentinfo = not tournamentinfo
elif event.key == K_z:
zoomout = not zoomout
elif event.key == K_m:
mouselock = not mouselock
elif event.key == K_PAGEUP and len(game.game_get_current_player_list()) > 0:
if trackplayer == None:
trackplayer = game.game_get_current_leader_list()[-1]
else:
lst = game.game_get_current_leader_list()
for x in xrange(len(lst) - 1, -1, -1):
if lst[x] == trackplayer:
if x == 0:
x = len(lst)
trackplayer = lst[x-1]
break
elif event.key == K_PAGEDOWN and len(game.game_get_current_player_list()) > 0:
if trackplayer == None:
trackplayer = game.game_get_current_leader_list()[0]
else:
lst = game.game_get_current_leader_list()
for x in xrange(len(lst)):
if lst[x] == trackplayer:
if x == len(lst) - 1:
x = -1
trackplayer = lst[x+1]
break
elif event.key == K_END:
trackplayer = None
mlh.filter = None
elif event.key == K_y:
dynamiccamera = not dynamiccamera
if not dynamiccamera:
trackplayer = None
elif event.key == K_l:
logintercept = not logintercept
logger = logging.getLogger()
if logintercept:
logger.addHandler(mlh)
else:
logger.removeHandler(mlh)
mlh.messages.clear()
elif event.key == K_k:
if mousemode == "Destroy":
mousemode = None
else:
mousemode = "Destroy"
elif event.key == K_e:
if mousemode == "Explode":
mousemode = None
else:
mousemode = "Explode"
elif event.key == K_v:
if mousemode == "Move":
mousemode = None
zoomout = prevzoom
else:
mousemode = "Move"
prevzoom = zoomout
zoomout = True
elif event.key == K_r:
showroundtime = not showroundtime
elif event.type == MOUSEBUTTONDOWN and event.button in (1, 2): #Left or Middle Click
if zoomout:
x = event.pos[0]*scalefactorx
y = event.pos[1]*scalefactory
else:
x, y = event.pos[0]-offsetx, event.pos[1]-offsety
#print zoomout, x, y
if mousemode == "Move" and trackplayer != None:
if event.button != 2:
mousemode = None
zoomout = prevzoom
obj = trackplayer.object
if obj != None:
obj.body.position = (x, y)
elif mousemode == "Destroy":
if event.button != 2:
mousemode = None
v = Vec2d(x, y)
for lst in objects, bgobjects:
for obj in lst:
if math.sqrt(obj._worldobj.body.position.get_dist_sqrd(v)) <= 32:
logging.info("[GUI] Destroying Object #%d", obj._worldobj.id)
if isinstance(obj, ShipGUI):
obj._worldobj.killed = True
world.remove(obj._worldobj)
break
elif mousemode == "Explode":
if event.button != 2:
mousemode = None
world.causeExplosion((x, y), 256, 1000)
elif mousemode != None and mousemode.startswith("Add"):
game.spawnmanager.spawn_entity(mousemode[3:], (x, y), False)
if event.button != 2:
mousemode = None
elif trackplayer != None:
v = Vec2d(x, y)
for obj in objects:
if isinstance(obj, ShipGUI) and math.sqrt(obj._worldobj.body.position.get_dist_sqrd(v)) <= 32:
logging.info("[GUI] Click Tracking Object #%d", obj._worldobj.id)
trackplayer = obj._worldobj.player
zoomout = False
dynamiccamera = False
break
elif zoomout and event.button == 1:
# zoom in
zoomout = False
#xoffset = -(((event.pos[0] - resolution[0]/2) % 16)*16 * scalefactorx)
#yoffset = -(((event.pos[1] - resolution[1]/2) % 16)*16 * scalefactory)
offsetx, offsety = centerViewOnWorld((event.pos[0]*scalefactorx, event.pos[1]*scalefactory))
else:
# recenter on new click
offsetx, offsety = centerViewOnWorld((event.pos[0]*scalefactorx, event.pos[1]*scalefactory))
elif event.type == MOUSEBUTTONDOWN and event.button == 3: #Right Click
mousemode = None
#endregion
# Tracks a ship on screen
if len(game.game_get_current_player_list()) == 0 or trackplayer not in game.game_get_current_leader_list():
trackplayer = None
if dynamiccamera and len(game.game_get_current_leader_list()) > 0:
trackplayer = game.game_get_current_leader_list()[0]
if trackplayer != None:
obj = trackplayer.object
if obj != None:
mlh.filter = "#" + repr(obj.id)
offsetx, offsety = centerViewOnWorld(obj.body.position)
# Pans world with mouse
if not mouselock:
# TODO Edge Detect
pos = pygame.mouse.get_pos()
if pos[0] < MOUSELOCK_RANGE:
offsetx += 48
elif pos[0] > resolution[0] - MOUSELOCK_RANGE:
offsetx -= 48
if pos[1] < MOUSELOCK_RANGE:
offsety += 48
elif pos[1] > resolution[1] - MOUSELOCK_RANGE:
offsety -= 48
#eif
if offsetx > 0: offsetx = 0
if offsety > 0: offsety = 0
if offsetx < maxoffsetx: offsetx = maxoffsetx
if offsety < maxoffsety: offsety = maxoffsety
if zoomout:
pygame.transform.scale(worldsurface, resolution, windowSurface)
else:
windowSurface.blit(worldsurface, (offsetx, offsety))
if showip:
ip = bigfont.render(ipaddress, False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,0))
if not game.round_get_has_started():
ip = bigfont.render("Waiting For Start - Press Space", False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,resolution[1]/2-ip.get_height()/2))
if game.laststats != None:
x = 0
for i in game.laststats:
windowSurface.blit(font.render(i, False, (192, 192, 255)), (resolution[0]/2-300, resolution[1]/2 + 64 + 12*x))
x += 1
if showplayerlist > 0:
x = 0
for i in game.gui_get_player_stats(all=(showplayerlist == 1)):
c = (192, 192, 192)
if trackplayer != None and trackplayer.name in i:
c = trackplayer.color
windowSurface.blit(font.render(i, False, c), (resolution[0]-300, 64 + 12*x))
x += 1
if showplayerlist == 1:
windowSurface.blit(font.render(repr(x) + " Players Connected", False, (192, 192, 192)), (resolution[0]-300, 64 + 12 * x))
else:
windowSurface.blit(font.render(repr(x) + " Players In Round", False, (192, 192, 192)), (resolution[0]-300, 64 + 12 * x))
if showroundtime and testcase == None:
ip = bigfont.render(str(datetime.timedelta(seconds=game.round_get_time_remaining())), False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,32))
elif testcase != None:
if testcase.flashcolor == False:
testcase.flashcolor = (255, 255, 255)
ip = bigfont.render(str(datetime.timedelta(milliseconds=pygame.time.get_ticks())), False, testcase.flashcolor)
windowSurface.blit(ip, (32,32))
testcase.flashcolor = False
if flags["DEBUG"]:
mpos = pygame.mouse.get_pos()
if zoomout: # TODO: Need to refactor and centralize these calculations as part of 'Camera' system
x = mpos[0]*scalefactorx
y = mpos[1]*scalefactory
else:
x, y = mpos[0]-offsetx, mpos[1]-offsety
windowSurface.blit(font.render("DEBUG MODE", False, (255, 255, 255)), (resolution[0]/2-38,32))
windowSurface.blit(font.render("FPS: " + repr(fpsClock.get_fps()), False, (255, 255, 255)), (0,0))
windowSurface.blit(font.render("T: " + repr(len(threading.enumerate())), False, (192, 192, 192)), (0, 12))
windowSurface.blit(font.render("World Offset: " + repr((-offsetx, -offsety)), False, (255, 255, 255)), (0,24))
windowSurface.blit(font.render("World Size: " + repr(world.size) + " - " + repr((int(x), int(y))), False, (255, 255, 255)), (0,36))
windowSurface.blit(font.render("World Objects: " + repr(len(world)), False, (255, 255, 255)), (0,48))
if mouselock:
windowSurface.blit(font.render("MOUSELOCK: ON", False, (255, 255, 255)), (resolution[0]-114,0))
else:
windowSurface.blit(font.render("MOUSELOCK: OFF", False, (255, 255, 255)), (resolution[0]-114,0))
if "-" in windowcaption:
text = font.render(windowcaption.split("-")[1], False, (192, 192, 192))
windowSurface.blit(text, (resolution[0]-text.get_width()-2, 12))
text = font.render(windowcaption.split("-")[0][18:-1], False, (192, 192, 192))
windowSurface.blit(text, (resolution[0]-text.get_width()-2, 24))
else:
text = font.render(windowcaption[18:], False, (192, 192, 192))
windowSurface.blit(text, (resolution[0]-text.get_width()-2, 24))
windowSurface.blit(font.render(repr(flags), False, (255, 255, 255)), (0, resolution[1]-12))
if logintercept:
for i in xrange(len(mlh.messages)):
if i >= len(mlh.messages): break
c = 145 + i*2
windowSurface.blit(font.render(mlh.messages[i], False, (c, c, c)), (10, 64 + 12*i))
if trackplayer == None:
windowSurface.blit(font.render("Tracking Off", False, (255, 255, 255)), (resolution[0]/2-36,resolution[1]-12))
if trackplayer != None:
to = trackplayer.object
if to != None and objects.has_key(to.id):
# if we're tracking a ship, let's print some useful info about it.
#windowSurface.blit(font.render(trackplayer.name, False, trackplayer.color), (resolution[0] - 200, resolution[1] - 120))
windowSurface.fill((128, 128, 128), Rect(resolution[0] - 310, resolution[1] - 120, 300, 110), pygame.BLEND_ADD)
pygame.draw.rect(windowSurface, (192, 192, 192, 128), Rect(resolution[0] - 310, resolution[1] - 120, 300, 110), 1)
objects[to.id].draw(windowSurface,
{"DEBUG":False,
"STATS":False,
"NAMES":True,
"GAME":False}, Vec2d(resolution[0] - 250, resolution[1] - 64))
windowSurface.blit(font.render("%d" % to.body.velocity.length, False, (255, 255, 255)), (resolution[0] - 298, resolution[1] - 86))
netenergy = 4
x = 0
for cmd in to.commandQueue:
netenergy -= cmd.energycost
windowSurface.blit(font.render("%.1f (%s" % (cmd.energycost, repr(cmd)[14:]), False, trackplayer.color), (resolution[0] - 300, resolution[1] - 28 - x * 12))
x += 1
x = "+"
if netenergy < 0:
x = "-"
#windowSurface.blit(infofont().render("Energy %d %s%.1f" % (to.energy.value, x, netenergy), False, trackplayer.color), (resolution[0] - 190, resolution[1] - 110))
# Energy Bar
windowSurface.fill((0, 64, 0), Rect(resolution[0] - 190, resolution[1] - 114, 170, 18))
windowSurface.blit(pygame.transform.scale(Cache().getImage("HUD/Energy"), (166, 14)), (resolution[0] - 188, resolution[1] - 112), pygame.Rect(0, 0, 166 * to.energy.percent, 14))
windowSurface.blit(infofont().render("%d %s%.1f" % (to.energy.value, x, netenergy), False, (255, 255, 255)), (resolution[0] - 180, resolution[1] - 112))
# Shield Bar
windowSurface.fill((0, 0, 96), Rect(resolution[0] - 190, resolution[1] - 94, 170, 8))
windowSurface.blit(pygame.transform.scale(Cache().getImage("HUD/Shield"), (166, 14)), (resolution[0] - 188, resolution[1] - 93), pygame.Rect(0, 0, 166 * to.shield.percent, 6))
windowSurface.blit(font.render(repr(int(100 * to.shield.percent)), False, (255, 255, 255)), (resolution[0] - 178, resolution[1] - 95))
# Health Bar
windowSurface.fill((64, 0, 0), Rect(resolution[0] - 190, resolution[1] - 84, 170, 16))
windowSurface.blit(pygame.transform.scale(Cache().getImage("HUD/Health"), (166, 14)), (resolution[0] - 188, resolution[1] - 82), pygame.Rect(0, 0, 166 * to.health.percent, 12))
windowSurface.blit(infofont().render(repr(int(100 * to.health.percent)), False, (255, 255, 255)), (resolution[0] - 180, resolution[1] - 83))
if trackplayer.lastkilledby != None:
windowSurface.blit(font.render("LD: " + trackplayer.lastkilledby, False, (255, 255, 255)), (resolution[0] - 298, resolution[1] - 118))
if flags["GAME"]:
game.gui_draw_game_screen_info(windowSurface, flags, trackplayer)
if tournamentinfo:
game.gui_draw_tournament_bracket(windowSurface, flags, trackplayer)
if trackplayer != None:
n = font.render("Tracking: " + trackplayer.name, False, trackplayer.color)
windowSurface.blit(n, (resolution[0]/2-n.get_width()/2,resolution[1]-12))
if mousemode == "Destroy":
ip = bigfont.render("DESTROY OBJECT BY CLICK", False, (255, 0, 0))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode == "Explode":
ip = bigfont.render("CLICK TO CAUSE EXPLOSION FORCE", False, (255, 0, 0))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode != None and mousemode[:3] == "Add":
x = SPAWN_TYPES.index(mousemode[3:])
for i in xrange(x - 1, -1, -1):
c = max(0, 128 + (i - x) * 16)
ip = bigfont.render(SPAWN_TYPES[i], False, (c, c, c))
windowSurface.blit(ip, (resolution[0]/2 + 35, resolution[1]/2-24-((i - x) * -36)))
ip = bigfont.render("Click to Add " + mousemode[3:], False, (255, 255, 0))
windowSurface.blit(ip, (resolution[0]/2-240, resolution[1]/2-ip.get_height()/2))
for i in xrange(x + 1, len(SPAWN_TYPES)):
c = max(0, 128 - (i - x - 1) * 16)
ip = bigfont.render(SPAWN_TYPES[i], False, (c, c, c))
windowSurface.blit(ip, (resolution[0]/2 + 35, resolution[1]/2+18+((i - x - 1) * 36)))
if mousemode == "Move" and trackplayer == None:
ip = bigfont.render("TRACK OBJECT BEFORE MOVING", False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode == "Move":
ip = bigfont.render("CLICK TO MOVE "+trackplayer.name, False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
if flags["THREADS"]:
st = mt+1
rt = st
mt = 0
thrs = threading.enumerate()
thrs.sort(key=lambda x: x.name, reverse=True)
for thr in thrs:
s = repr(thr)
c = (192, 192, 192)
ind = 30
if "Receiving" in s:
i = rt
rt += 1
c = (192, 192, 255)
ind = resolution[0]/2 + 30
elif "Sending" in s:
i = st
st += 1
else:
i = mt
mt += 1
c = (255, 192, 192)
windowSurface.blit(font.render(repr(thr), False, c), (ind, 64 + 12*i))
pygame.display.update()
fpsClock.tick(30) # keep in sync with physics engine?
#TODO: Add Logging???
# close out a game
game.end()
logging.info("Closing Pygame...")
print "Closing Pygame"
pygame.quit()
except:
print "EXCEPTION IN GUI"
logging.exception("FATAL Error in GUI!!!")
logging.error(traceback.format_exc())
print traceback.format_exc()
world.gameerror = True # Flag for Unit Tests
logging.info("GUI Closed")
class BasicGame(object):
"""
The BasicGame defines all notions of the basic mechanics of Space Battle as well as an infrastructure to build upon.
The BasicGame provides information about a player's 'score', 'bestscore', 'deaths' by default.
It also keeps track of the 'highscore' in a variety of manners and can run a tournament to advance players to a final round.
Public Attributes:
world: world object
server: server object
laststats: previous rounds scores
Protected Attributes:
_players: dictionary of players keyed by their network id (player.netid)
_tournament: boolean True if playing tournament
_tournamentinitialized: boolean True if tournament has been setup
_highscore: current highscore of the game based on primary_victory_attr
_leader: current leader of the game
"""
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
self.__created = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament", "reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game", "disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game", "reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game", "points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean("Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean("Game", "secondary_victory_highest")
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tmanager = eval(cfgobj.get("Tournament", "manager"))(cfgobj, self.game_get_current_leader_list)
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = GameWorld(self, (cfgobj.getint("World","width"), cfgobj.getint("World","height")), self.world_add_remove_object)
self.spawnmanager = SpawnManager(cfgobj, self.world)
if self.__autostart:
self.round_start()
def end(self):
"""
Called when exiting GUI to terminate game.
"""
logging.info("Ending Game")
self._tournament = True # force it to not restart timers again
self.round_over()
logging.info("Ending World")
self.world.endGameLoop()
#region Round/Timing Functions
def _round_start_timer(self):
"""
Called automatically by round_start.
"""
if self.__roundtime > 0 and self._tournament:
self.__timer = CallbackTimer(self.__roundtime, self.round_over)
self.__timer.start()
def round_get_time_remaining(self):
"""
Returns the amount of time remaining in a tournament round or zero
"""
if self.__timer == None:
return 0
return self.__timer.time_left
def round_start(self):
"""
Called by GUI client to start a synchronized game start, or automatically when the game is initialized if auto_start = true
Called every time a new round starts or once if a tournament is not being played.
"""
if not self.__started and not self.world.gameerror:
logging.info("Starting Game")
self.__started = True
self.__autostart = self.__allowafterstart
if self._tournament:
if not self._tmanager.is_initialized():
self._tmanager.initialize(self._players.values())
else:
self._tmanager.next_round()
if self._tmanager.is_final_round():
logging.info("[Tournament] Final Round")
#eif
#eif
# we'll reset the world here so it's "fresh" and ready as soon as the game starts
if self.__resetworldround or not self.__created:
logging.info("Resetting World.")
self.world_create()
#eif
if not self.__created and not self.world.gameerror:
self.world.start()
self.__created = True
self.spawnmanager.start() # want spawn manager here so it can spawn items on players
for player in self.game_get_current_player_list():
self._game_add_ship_for_player(player.netid, roundstart=True)
#next
self._round_start_timer()
def player_added(self, player, reason):
"""
player_added is called in three separate cases
0) When the server first registers a ship on the server and adds them to the game
1) When a round starts and a player is added to the game round
2) When a player dies and is respawned in the world.
cases 0 and 1 may occur one after another if auto_start is set to true.
The ship object will have been created, but not added to the physics world yet, so no callback to world_add_remove_object may have occured yet.
This is also before any commands are requested for the player (i.e. before the first environment is sent).
You should add and initialize any new properties that you want on a player here.
Reason values:
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
Analog to player_died
"""
logging.info("Player %s Added(%d)", player.name, reason)
if reason == 1:
player.score = self._points_initial
player.bestscore = self._points_initial
player.deaths = 0
self.spawnmanager.player_added(reason)
def player_get_start_position(self):
"""
Should return a position for a player to start at in the world.
"""
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
x = 0
while len(self.world.getObjectsInArea(pos, 150)) > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
return pos
def round_over(self):
"""
Called in a tournament when the round time expires.
Will automatically advance the top players to the next round.
"""
if self.__timer != None:
self.__timer.cancel() # if we get a round-over prematurely or do to some other condition, we should cancel this current timer
self.__timer = None
self.spawnmanager.stop()
logging.debug("[Game] Round Over")
self.game_update(0) # make sure we do one last update to sync and refresh the leaderboard cache
# Get Stats for only the players in the round
self.laststats = self.gui_get_player_stats()
logging.info("[Game] Stats: %s", repr(self.laststats))
if len(self.laststats) > 0:
self._tmanager.check_results(self.__leaderboard_cache, self.laststats)
#eif
for player in self._players:
player.roundover = True
if player.object != None:
player.object.destroyed = True
self.world.remove(player.object) # here we're forcibly removing them as we're clearing the game
if self.__resetworldround:
logging.info("Destroying World")
self.world.destroy_all()
# overwritten by allowafterstart
self.__autostart = self.cfg.getboolean("Game", "auto_start")
# TODO: figure out a better way to tie these together
if self._tournament:
self.__autostart = False
# If not autostart, wait for next round to start
self.__started = False
if self.__autostart:
self.round_start()
def world_create(self):
"""
Called by game at start of round to create world and when world reset, defaults to the standard world configuration from the config file definitions.
"""
self.spawnmanager.spawn_initial()
def round_get_has_started(self):
"""
Returns True when game has started.
"""
return self.__started
def game_update(self, t):
"""
Called by the World to notify the passage of time
The default game uses this update to cache the current leaderboard to be used by the GUI and the game to determine the leader info to send out.
Note: This is called from the core game loop, best not to delay much here
"""
self.__leaderboard_cache = sorted(sorted(self.game_get_current_player_list(), key=attrgetter(self._secondary_victory), reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory), reverse=self._primary_victory_high)
if len(self.__leaderboard_cache) > 0:
self._leader = self.__leaderboard_cache[0]
self._highscore = getattr(self._leader, self._primary_victory)
#eif
#endregion
#region Network driven functions
def server_register_player(self, name, color, imgindex, netid, aiship=None):
"""
Called by the server when a new client registration message is received
Has all information pertaining to a player entity
Parameters:
ship: Ship object - used to register AI Ships to the game world
"""
if not self._players.has_key(netid):
if (self.__started and self.__allowafterstart) or not self.__started:
# create new player
#
p = Player(name, color, imgindex, netid, self._primary_victory_high)
self.player_added(p, BasicGame._ADD_REASON_REGISTER_)
self._players[netid] = p
if aiship != None:
self.__aiships[netid] = aiship
if self.__autostart:
self._game_add_ship_for_player(netid, roundstart=True)
logging.info("Registering Player: %s %d", name, netid)
return True
return False
def server_process_network_message(self, ship, cmdname, cmddict={}):
"""
Called by the server when it doesn't know how to convert a network message into a Ship Command.
This function is used to create commands custom to the game itself.
Parameters:
ship: Ship object which will process the Command
cmdname: string network shortcode for command, set overriding getName in ShipCommand on Client
cmddict: dictionary of properties of a command, set using private fields on ShipCommand class
Return:
return a server 'Command' object, a string indicating an error, or None
"""
pass
def server_process_command(self, ship, command):
"""
Called by the server after a Command object has been formed from a network message.
This includes the command processed by a game in server_process_network_message.
This function would allow the game to interact with the built-in commands.
Parameters:
ship: Ship object to process this command
command: Command object that will be added to the ship's computer by the server
Return:
This method should return the command or a string indicating an error.
Returning None would cause a silent failure on the client.
In the case of a string, the message would be printed out in the client console.
In both error cases, another standard request for a command is made on the client.
"""
return command
def _game_add_ship_for_player(self, netid, roundstart=False):
"""
Called internally when a player registers if autostart is true, or when round_start is called
Also called when a player respawns.
Look to override player_added instead.
Also, sends initial environment to start RPC loop with client
"""
if netid < -2: # AI Ship
self._players[netid].object = self.__aiships[netid]
# reset AI Ship to look like new ship, though reuse object
# TODO: this doesn't work, need 'new' object to add to world, or queue the add to occur after the remove...boo
self.__aiships[netid].health.full()
self.__aiships[netid].energy.full()
self.__aiships[netid].shield.full()
self.__aiships[netid].destroyed = False
self.__aiships[netid].killed = False
self.__aiships[netid].timealive = 0
self.__aiships[netid].body.velocity = Vec2d(0, 0)
if not roundstart: # ai ship will be initialized with a starting position for round entry, but if killed, will randomize
self.__aiships[netid].body.position = self.player_get_start_position()
self._players[netid].object.ship_added() # tell AI ship to start
else:
self._players[netid].object = Ship(self.player_get_start_position(), self.world)
logging.info("Adding Ship for Player %d id #%d with Name %s", netid, self._players[netid].object.id, self._players[netid].name)
self._players[netid].object.player = self._players[netid]
self._players[netid].object.owner = self._players[netid].object # Make ships owners of themselves for easier logic with ownership?
self._players[netid].roundover = False
if not self.cfg.getboolean("World", "collisions"):
self._players[netid].object.shape.group = 1
if roundstart:
self.player_added(self._players[netid], BasicGame._ADD_REASON_START_)
else:
self.player_added(self._players[netid], BasicGame._ADD_REASON_RESPAWN_)
#eif
self.world.append(self._players[netid].object)
logging.info("Sending New Ship #%d Environment Info", self._players[netid].object.id)
if netid >= 0 and not self._players[netid].waiting:
self.server.sendEnvironment(self._players[netid].object, netid)
return self._players[netid].object
def game_get_info(self):
"""
Called when a client is connected and appends this data to the default image number, world width and world height
Should at least return a key "GAMENAME" with the name of the game module.
Your game name should be "Basic" if you don't want to return anything in game_get_extra_environment to the player
besides Score, Bestscore, Deaths, Highscore, Time left, and Round time.
Note: The client doesn't expose a way to get anything besides the game name right now.
"""
return {"GAMENAME": "Basic"}
def game_get_extra_environment(self, player):
"""
Called by World to return extra environment info to a player when they need to return a command (for just that player).
If you desire to return more information to the client, you can create an extended BasicGameInfo class there and repackage the jar.
See info in the server docs on adding a subgame.
"""
return {"SCORE": player.score, "BESTSCORE": player.bestscore, "DEATHS": player.deaths,
"HIGHSCORE": self._highscore, "TIMELEFT": int(self.round_get_time_remaining()), "ROUNDTIME": self.__roundtime,
"LSTDSTRBY": player.lastkilledby}
def game_get_extra_radar_info(self, obj, objdata, player):
"""
Called by the World when the obj is being radared, should add new properties to the objdata.
Note: it is not supported to pick up these values directly by the client, it is best to use the existing properties that make sense.
"""
if hasattr(obj, "player") and self.cfg.getboolean("World", "radar_include_name"):
objdata["NAME"] = obj.player.name
def server_disconnect_player(self, netid):
"""
Called by the server when a disconnect message is received by a player's client
player_died should also be called, so it is recommended to override that method instead.
"""
for player in self._players:
if player.netid == netid and player.object != None:
logging.debug("Player %s Disconnected", player.name)
player.disconnected = True
player.object.killed = True # terminate
self.world.remove(player.object)
player.object = None
if self.__allowreentry:
if self._players.has_key(player.netid):
del self._players[player.netid] # should be handled by world part
return True
logging.debug("Couldn't find player with netid %d to disconnect", netid);
return False
def player_get_by_name(self, name):
"""
Retrieves a player by their name.
"""
for player in self._players.values():
if player.name == name:
return player
return None
def player_get_by_network_id(self, netid):
"""
Used by the server to retrieve a player by their network id.
"""
if self._players.has_key(netid):
return self._players[netid]
return None
#endregion
#region Player Scoring / Leaderboard Functions
def player_died(self, player, gone):
"""
Will be called when a player dies, will adjust score appropriately based on game rules.
Called before player object removed from player.
gone will be True if the player is disconnected or killed (they won't respawn)
Analog to player_added
"""
if not player.roundover: # only count deaths during the round!
logging.info("Player %s Died", player.name)
player.deaths += 1
if self._points_lost_on_death > 0:
player.update_score(-self._points_lost_on_death)
if self._primary_victory == "bestscore":
# we need to subtract/add to bestscore in stead
if self._primary_victory_high:
player.bestscore -= self._points_lost_on_death
if player.bestscore < 0:
player.bestscore = 0
else:
player.bestscore += self._points_lost_on_death
if player.bestscore > self._points_initial:
player.bestscore = self._points_initial
if self._reset_score_on_death:
self._player_reset_score(player)
def _player_reset_score(self, player):
"""
Used to reset a players score and determine the new leader.
Will be called by the default implementation of player_died if the reset_score_on_death configuration property is true.
"""
player.score = self._points_initial
def game_get_current_leader_list(self, all=False):
"""
Gets the list of players sorted by their score (highest first) (or all players)
"""
# secondary victory first, primary second
if all:
return sorted(sorted(self.game_get_current_player_list(all), key=attrgetter(self._secondary_victory), reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory), reverse=self._primary_victory_high)
# TODO: Cache this and regen, update leader and highscore value there too, should I do this once every game update?
return self.__leaderboard_cache
def game_get_current_player_list(self, all=False):
"""
Returns a list of player objects for players in the current round
Returns all players if no tournament running or requested
"""
if all or not self._tournament:
return self._players
else:
return self._tmanager.get_players_in_round()
#eif
def player_get_stat_string(self, player):
"""
Should return a string with information about the player and their current score.
Defaults to:
primary_score secondary_score : player_name
"""
return "%.1f" % getattr(player, self._primary_victory) + " " + str(getattr(player, self._secondary_victory)) + " : " + player.name
def tournament_is_running(self):
"""
Returns true if a tournament is running.
"""
return self._tournament
#endregion
#region World/Collision Functions
def world_add_remove_object(self, wobj, added):
"""
Called by world when an object is added or destroyed (before added (guaranteed to not have update) and after removed (though may receive last update))
For simple tasks involving players look to the player_died or player_added methods
killed ships will not return (used to prevent respawn)
"""
logging.debug("[Game] Add Object(%s): #%d (%s)", repr(added), wobj.id, friendly_type(wobj))
if not added and isinstance(wobj, SpaceMine) and wobj.active:
self.world.causeExplosion(wobj.body.position, SpaceMine.RADIUS, SpaceMine.FORCE, True)
# TODO: Cause splash damage?
if not added and isinstance(wobj, Ship) and wobj.player.netid in self._players:
nid = wobj.player.netid
# if we were given an expiration time, means we haven't issued a command, so kill the ship
if wobj.has_expired() and self.cfg.getboolean("Server", "disconnect_on_idle"):
logging.info("Ship #%d killed due to timeout.", wobj.id)
wobj.killed = True
if hasattr(wobj, "killedby") and wobj.killedby != None:
if isinstance(wobj.killedby, Ship):
self._players[nid].lastkilledby = wobj.killedby.player.name
else:
self._players[nid].lastkilledby = friendly_type(wobj.killedby) + " #" + str(wobj.killedby.id)
self.player_died(self._players[nid], (self._players[nid].disconnected or wobj.killed))
self._players[nid].object = None
if not self._players[nid].disconnected:
if self._disconnect_on_death or wobj.killed:
if self.__allowreentry:
del self._players[nid]
# TODO: disconnect AI?
if nid >= 0:
self.server.sendDisconnect(nid)
else:
if not self._players[nid].roundover:
# if the round isn't over, then re-add the ship
self._game_add_ship_for_player(nid)
if not added:
self.spawnmanager.check_number(wobj)
def world_physics_pre_collision(self, obj1, obj2):
"""
Called by the physics engine when two objects just touch for the first time
return [True/False, [func, obj, para...]... ]
use False to not process collision in the physics engine, the function callback will still be called
return a list with lists of function callback requests for the function, and object, and extra parameters
The default game prevents anything from colliding with (BlackHole, Nebula, or Star) collide returns False.
"""
logging.debug("Object #%d colliding with #%d", obj1.id, obj2.id)
return obj1.collide_start(obj2) and obj2.collide_start(obj1)
def world_physics_collision(self, obj1, obj2, damage):
"""
Called by the physics engine when two objects collide
Return [[func, obj, parameter]...]
The default game handles inflicting damage on entities in this step.
It is best to override world_physics_pre_collision if you want to prevent things from occuring in the first place.
"""
logging.debug("Object #%d collided with #%d for %f damage", obj1.id, obj2.id, damage)
r = []
obj1.take_damage(damage, obj2)
obj2.take_damage(damage, obj1)
for gobj in (obj1, obj2): # check both objects for callback
if gobj.health.maximum > 0 and gobj.health.value <= 0:
logging.info("Object #%d destroyed by %s", gobj.id, repr(gobj.killedby))
r.append([self.world_physics_post_collision, gobj, damage])
#eif
if r == []: return None
return r
def world_physics_post_collision(self, dobj, damage):
"""
Setup and called by world_physics_collision to process objects which have been destroyed as a result of taking too much damage.
The default game causes an explosion force based on the strength of the collision in the vicinity of the collision.
dobj: the object destroyed
para: extra parameters from a previous step, by default collision passes the strength of the collision only
"""
strength = damage
logging.info("Destroying Object: #%d, Force: %d [%d]", dobj.id, strength, thread.get_ident())
dobj.destroyed = True # get rid of object
self.world.causeExplosion(dobj.body.position, dobj.radius * 5, strength, True) #Force in physics step
def world_physics_end_collision(self, obj1, obj2):
"""
Called by the physics engine after two objects stop overlapping/colliding.
This is still called even if the pre_collision returned 'False' and no actual collision was processed
"""
logging.debug("Object #%d no longer colliding with #%d", obj1.id, obj2.id)
# notify each object of the finalization of the collision
obj1.collide_end(obj2)
obj2.collide_end(obj1)
#endregion
#region GUI Drawing
def gui_initialize(self):
"""
Used to initialize GUI resources at the appropriate time after the graphics engine has been initialized.
"""
self._tmanager.gui_initialize()
self._dfont = debugfont()
def gui_draw_game_world_info(self, surface, flags, trackplayer):
"""
Called by GUI to have the game draw additional (optional) info in the world when toggled on 'G'.
(coordinates related to the game world)
"""
pass
def gui_draw_game_screen_info(self, screen, flags, trackplayer):
"""
Called by GUI to have the game draw additional (optional) info on screen when toggled on 'G'.
(coordinates related to the screen)
"""
pass
def gui_get_player_stats(self, all=False):
"""
Called by GUI to get the sorted list of player stats.
GUI expects a list of strings, you should usually override player_get_stat_string.
"""
sstat = []
for player in self.game_get_current_leader_list(all):
sstat.append(self.player_get_stat_string(player))
return sstat
def gui_draw_tournament_bracket(self, screen, flags, trackplayer):
"""
Called by GUI to draw info about the round/tournament (optional) when toggled on 'T'.
(coordinates related to the screen)
"""
if self._tournament and self._tmanager.is_initialized():
self._tmanager.gui_draw_tournament_bracket(screen, flags, trackplayer)
class BasicGame(object):
"""
The BasicGame defines all notions of the basic mechanics of Space Battle as well as an infrastructure to build upon.
The BasicGame provides information about a player's 'score', 'bestscore', 'deaths' by default.
It also keeps track of the 'highscore' in a variety of manners and can run a tournament to advance players to a final round.
Public Attributes:
world: world object
server: server object
laststats: previous rounds scores
Protected Attributes:
_players: dictionary of players keyed by their network id (player.netid)
_tournament: boolean True if playing tournament
_tournamentinitialized: boolean True if tournament has been setup
_highscore: current highscore of the game based on primary_victory_attr
_leader: current leader of the game
"""
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
self.__created = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament",
"reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game",
"disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game",
"reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game",
"points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean(
"Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean(
"Game", "secondary_victory_highest")
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tmanager = eval(cfgobj.get("Tournament", "manager"))(
cfgobj, self.game_get_current_leader_list)
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = GameWorld(self, (cfgobj.getint(
"World", "width"), cfgobj.getint("World", "height")),
self.world_add_remove_object)
self.spawnmanager = SpawnManager(cfgobj, self.world)
if self.__autostart:
self.round_start()
def end(self):
"""
Called when exiting GUI to terminate game.
"""
logging.info("Ending Game")
self._tournament = True # force it to not restart timers again
self.round_over()
logging.info("Ending World")
self.world.endGameLoop()
#region Round/Timing Functions
def _round_start_timer(self):
"""
Called automatically by round_start.
"""
if self.__roundtime > 0 and self._tournament:
self.__timer = CallbackTimer(self.__roundtime, self.round_over)
self.__timer.start()
def round_get_time_remaining(self):
"""
Returns the amount of time remaining in a tournament round or zero
"""
if self.__timer == None:
return 0
return self.__timer.time_left
def round_start(self):
"""
Called by GUI client to start a synchronized game start, or automatically when the game is initialized if auto_start = true
Called every time a new round starts or once if a tournament is not being played.
"""
if not self.__started and not self.world.gameerror:
logging.info("Starting Game")
self.__started = True
self.__autostart = self.__allowafterstart
if self._tournament:
if not self._tmanager.is_initialized():
self._tmanager.initialize(self._players.values())
else:
self._tmanager.next_round()
if self._tmanager.is_final_round():
logging.info("[Tournament] Final Round")
#eif
#eif
# we'll reset the world here so it's "fresh" and ready as soon as the game starts
if self.__resetworldround or not self.__created:
logging.info("Resetting World.")
self.world_create()
#eif
if not self.__created and not self.world.gameerror:
self.world.start()
self.__created = True
self.spawnmanager.start(
) # want spawn manager here so it can spawn items on players
for player in self.game_get_current_player_list():
self._game_add_ship_for_player(player.netid, roundstart=True)
#next
self._round_start_timer()
def player_added(self, player, reason):
"""
player_added is called in three separate cases
0) When the server first registers a ship on the server and adds them to the game
1) When a round starts and a player is added to the game round
2) When a player dies and is respawned in the world.
cases 0 and 1 may occur one after another if auto_start is set to true.
The ship object will have been created, but not added to the physics world yet, so no callback to world_add_remove_object may have occured yet.
This is also before any commands are requested for the player (i.e. before the first environment is sent).
You should add and initialize any new properties that you want on a player here.
Reason values:
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
Analog to player_died
"""
logging.info("Player %s Added(%d)", player.name, reason)
if reason == 1:
player.score = self._points_initial
player.bestscore = self._points_initial
player.deaths = 0
self.spawnmanager.player_added(reason)
def player_get_start_position(self):
"""
Should return a position for a player to start at in the world.
"""
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
x = 0
while len(self.world.getObjectsInArea(pos, 150)) > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
return pos
def round_over(self):
"""
Called in a tournament when the round time expires.
Will automatically advance the top players to the next round.
"""
if self.__timer != None:
self.__timer.cancel(
) # if we get a round-over prematurely or do to some other condition, we should cancel this current timer
self.__timer = None
self.spawnmanager.stop()
logging.debug("[Game] Round Over")
self.game_update(
0
) # make sure we do one last update to sync and refresh the leaderboard cache
# Get Stats for only the players in the round
self.laststats = self.gui_get_player_stats()
logging.info("[Game] Stats: %s", repr(self.laststats))
if len(self.laststats) > 0:
self._tmanager.check_results(self.__leaderboard_cache,
self.laststats)
#eif
for player in self._players:
player.roundover = True
if player.object != None:
player.object.destroyed = True
self.world.remove(
player.object
) # here we're forcibly removing them as we're clearing the game
if self.__resetworldround:
logging.info("Destroying World")
self.world.destroy_all()
# overwritten by allowafterstart
self.__autostart = self.cfg.getboolean("Game", "auto_start")
# TODO: figure out a better way to tie these together
if self._tournament:
self.__autostart = False
# If not autostart, wait for next round to start
self.__started = False
if self.__autostart:
self.round_start()
def world_create(self):
"""
Called by game at start of round to create world and when world reset, defaults to the standard world configuration from the config file definitions.
"""
self.spawnmanager.spawn_initial()
def round_get_has_started(self):
"""
Returns True when game has started.
"""
return self.__started
def game_update(self, t):
"""
Called by the World to notify the passage of time
The default game uses this update to cache the current leaderboard to be used by the GUI and the game to determine the leader info to send out.
Note: This is called from the core game loop, best not to delay much here
"""
self.__leaderboard_cache = sorted(
sorted(self.game_get_current_player_list(),
key=attrgetter(self._secondary_victory),
reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory),
reverse=self._primary_victory_high)
if len(self.__leaderboard_cache) > 0:
self._leader = self.__leaderboard_cache[0]
self._highscore = getattr(self._leader, self._primary_victory)
#eif
#endregion
#region Network driven functions
def server_register_player(self,
name,
color,
imgindex,
netid,
aiship=None):
"""
Called by the server when a new client registration message is received
Has all information pertaining to a player entity
Parameters:
ship: Ship object - used to register AI Ships to the game world
"""
if not self._players.has_key(netid):
if (self.__started
and self.__allowafterstart) or not self.__started:
# create new player
#
p = Player(name, color, imgindex, netid,
self._primary_victory_high)
self.player_added(p, BasicGame._ADD_REASON_REGISTER_)
self._players[netid] = p
if aiship != None:
self.__aiships[netid] = aiship
if self.__autostart:
self._game_add_ship_for_player(netid, roundstart=True)
logging.info("Registering Player: %s %d", name, netid)
return True
return False
def server_process_network_message(self, ship, cmdname, cmddict={}):
"""
Called by the server when it doesn't know how to convert a network message into a Ship Command.
This function is used to create commands custom to the game itself.
Parameters:
ship: Ship object which will process the Command
cmdname: string network shortcode for command, set overriding getName in ShipCommand on Client
cmddict: dictionary of properties of a command, set using private fields on ShipCommand class
Return:
return a server 'Command' object, a string indicating an error, or None
"""
pass
def server_process_command(self, ship, command):
"""
Called by the server after a Command object has been formed from a network message.
This includes the command processed by a game in server_process_network_message.
This function would allow the game to interact with the built-in commands.
Parameters:
ship: Ship object to process this command
command: Command object that will be added to the ship's computer by the server
Return:
This method should return the command or a string indicating an error.
Returning None would cause a silent failure on the client.
In the case of a string, the message would be printed out in the client console.
In both error cases, another standard request for a command is made on the client.
"""
return command
def _game_add_ship_for_player(self, netid, roundstart=False):
"""
Called internally when a player registers if autostart is true, or when round_start is called
Also called when a player respawns.
Look to override player_added instead.
Also, sends initial environment to start RPC loop with client
"""
if netid < -2: # AI Ship
self._players[netid].object = self.__aiships[netid]
# reset AI Ship to look like new ship, though reuse object
# TODO: this doesn't work, need 'new' object to add to world, or queue the add to occur after the remove...boo
self.__aiships[netid].health.full()
self.__aiships[netid].energy.full()
self.__aiships[netid].shield.full()
self.__aiships[netid].destroyed = False
self.__aiships[netid].killed = False
self.__aiships[netid].timealive = 0
self.__aiships[netid].body.velocity = Vec2d(0, 0)
if not roundstart: # ai ship will be initialized with a starting position for round entry, but if killed, will randomize
self.__aiships[
netid].body.position = self.player_get_start_position()
self._players[netid].object.ship_added() # tell AI ship to start
else:
self._players[netid].object = Ship(
self.player_get_start_position(), self.world)
logging.info("Adding Ship for Player %d id #%d with Name %s", netid,
self._players[netid].object.id, self._players[netid].name)
self._players[netid].object.player = self._players[netid]
self._players[netid].object.owner = self._players[
netid].object # Make ships owners of themselves for easier logic with ownership?
self._players[netid].roundover = False
if not self.cfg.getboolean("World", "collisions"):
self._players[netid].object.shape.group = 1
if roundstart:
self.player_added(self._players[netid],
BasicGame._ADD_REASON_START_)
else:
self.player_added(self._players[netid],
BasicGame._ADD_REASON_RESPAWN_)
#eif
self.world.append(self._players[netid].object)
logging.info("Sending New Ship #%d Environment Info",
self._players[netid].object.id)
if netid >= 0 and not self._players[netid].waiting:
self.server.sendEnvironment(self._players[netid].object, netid)
return self._players[netid].object
def game_get_info(self):
"""
Called when a client is connected and appends this data to the default image number, world width and world height
Should at least return a key "GAMENAME" with the name of the game module.
Your game name should be "Basic" if you don't want to return anything in game_get_extra_environment to the player
besides Score, Bestscore, Deaths, Highscore, Time left, and Round time.
Note: The client doesn't expose a way to get anything besides the game name right now.
"""
return {"GAMENAME": "Basic"}
def game_get_extra_environment(self, player):
"""
Called by World to return extra environment info to a player when they need to return a command (for just that player).
If you desire to return more information to the client, you can create an extended BasicGameInfo class there and repackage the jar.
See info in the server docs on adding a subgame.
"""
return {
"SCORE": player.score,
"BESTSCORE": player.bestscore,
"DEATHS": player.deaths,
"HIGHSCORE": self._highscore,
"TIMELEFT": int(self.round_get_time_remaining()),
"ROUNDTIME": self.__roundtime,
"LSTDSTRBY": player.lastkilledby
}
def game_get_extra_radar_info(self, obj, objdata, player):
"""
Called by the World when the obj is being radared, should add new properties to the objdata.
Note: it is not supported to pick up these values directly by the client, it is best to use the existing properties that make sense.
"""
if hasattr(obj, "player") and self.cfg.getboolean(
"World", "radar_include_name"):
objdata["NAME"] = obj.player.name
def server_disconnect_player(self, netid):
"""
Called by the server when a disconnect message is received by a player's client
player_died should also be called, so it is recommended to override that method instead.
"""
for player in self._players:
if player.netid == netid and player.object != None:
logging.debug("Player %s Disconnected", player.name)
player.disconnected = True
player.object.killed = True # terminate
self.world.remove(player.object)
player.object = None
if self.__allowreentry:
if self._players.has_key(player.netid):
del self._players[
player.netid] # should be handled by world part
return True
logging.debug("Couldn't find player with netid %d to disconnect",
netid)
return False
def player_get_by_name(self, name):
"""
Retrieves a player by their name.
"""
for player in self._players.values():
if player.name == name:
return player
return None
def player_get_by_network_id(self, netid):
"""
Used by the server to retrieve a player by their network id.
"""
if self._players.has_key(netid):
return self._players[netid]
return None
#endregion
#region Player Scoring / Leaderboard Functions
def player_died(self, player, gone):
"""
Will be called when a player dies, will adjust score appropriately based on game rules.
Called before player object removed from player.
gone will be True if the player is disconnected or killed (they won't respawn)
Analog to player_added
"""
if not player.roundover: # only count deaths during the round!
logging.info("Player %s Died", player.name)
player.deaths += 1
if self._points_lost_on_death > 0:
player.update_score(-self._points_lost_on_death)
if self._primary_victory == "bestscore":
# we need to subtract/add to bestscore in stead
if self._primary_victory_high:
player.bestscore -= self._points_lost_on_death
if player.bestscore < 0:
player.bestscore = 0
else:
player.bestscore += self._points_lost_on_death
if player.bestscore > self._points_initial:
player.bestscore = self._points_initial
if self._reset_score_on_death:
self._player_reset_score(player)
def _player_reset_score(self, player):
"""
Used to reset a players score and determine the new leader.
Will be called by the default implementation of player_died if the reset_score_on_death configuration property is true.
"""
player.score = self._points_initial
def game_get_current_leader_list(self, all=False):
"""
Gets the list of players sorted by their score (highest first) (or all players)
"""
# secondary victory first, primary second
if all:
return sorted(sorted(self.game_get_current_player_list(all),
key=attrgetter(self._secondary_victory),
reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory),
reverse=self._primary_victory_high)
# TODO: Cache this and regen, update leader and highscore value there too, should I do this once every game update?
return self.__leaderboard_cache
def game_get_current_player_list(self, all=False):
"""
Returns a list of player objects for players in the current round
Returns all players if no tournament running or requested
"""
if all or not self._tournament:
return self._players
else:
return self._tmanager.get_players_in_round()
#eif
def player_get_stat_string(self, player):
"""
Should return a string with information about the player and their current score.
Defaults to:
primary_score secondary_score : player_name
"""
return "%.1f" % getattr(player, self._primary_victory) + " " + str(
getattr(player, self._secondary_victory)) + " : " + player.name
def tournament_is_running(self):
"""
Returns true if a tournament is running.
"""
return self._tournament
#endregion
#region World/Collision Functions
def world_add_remove_object(self, wobj, added):
"""
Called by world when an object is added or destroyed (before added (guaranteed to not have update) and after removed (though may receive last update))
For simple tasks involving players look to the player_died or player_added methods
killed ships will not return (used to prevent respawn)
"""
logging.debug("[Game] Add Object(%s): #%d (%s)", repr(added), wobj.id,
friendly_type(wobj))
if not added and isinstance(wobj, SpaceMine) and wobj.active:
self.world.causeExplosion(wobj.body.position, SpaceMine.RADIUS,
SpaceMine.FORCE, True)
# TODO: Cause splash damage?
if not added and isinstance(
wobj, Ship) and wobj.player.netid in self._players:
nid = wobj.player.netid
# if we were given an expiration time, means we haven't issued a command, so kill the ship
if wobj.has_expired() and self.cfg.getboolean(
"Server", "disconnect_on_idle"):
logging.info("Ship #%d killed due to timeout.", wobj.id)
wobj.killed = True
if hasattr(wobj, "killedby") and wobj.killedby != None:
if isinstance(wobj.killedby, Ship):
self._players[nid].lastkilledby = wobj.killedby.player.name
else:
self._players[nid].lastkilledby = friendly_type(
wobj.killedby) + " #" + str(wobj.killedby.id)
self.player_died(self._players[nid],
(self._players[nid].disconnected or wobj.killed))
self._players[nid].object = None
if not self._players[nid].disconnected:
if self._disconnect_on_death or wobj.killed:
if self.__allowreentry:
del self._players[nid]
# TODO: disconnect AI?
if nid >= 0:
self.server.sendDisconnect(nid)
else:
if not self._players[nid].roundover:
# if the round isn't over, then re-add the ship
self._game_add_ship_for_player(nid)
if not added:
self.spawnmanager.check_number(wobj)
def world_physics_pre_collision(self, obj1, obj2):
"""
Called by the physics engine when two objects just touch for the first time
return [True/False, [func, obj, para...]... ]
use False to not process collision in the physics engine, the function callback will still be called
return a list with lists of function callback requests for the function, and object, and extra parameters
The default game prevents anything from colliding with (BlackHole, Nebula, or Star) collide returns False.
"""
logging.debug("Object #%d colliding with #%d", obj1.id, obj2.id)
return obj1.collide_start(obj2) and obj2.collide_start(obj1)
def world_physics_collision(self, obj1, obj2, damage):
"""
Called by the physics engine when two objects collide
Return [[func, obj, parameter]...]
The default game handles inflicting damage on entities in this step.
It is best to override world_physics_pre_collision if you want to prevent things from occuring in the first place.
"""
logging.debug("Object #%d collided with #%d for %f damage", obj1.id,
obj2.id, damage)
r = []
obj1.take_damage(damage, obj2)
obj2.take_damage(damage, obj1)
for gobj in (obj1, obj2): # check both objects for callback
if gobj.health.maximum > 0 and gobj.health.value <= 0:
logging.info("Object #%d destroyed by %s", gobj.id,
repr(gobj.killedby))
r.append([self.world_physics_post_collision, gobj, damage])
#eif
if r == []: return None
return r
def world_physics_post_collision(self, dobj, damage):
"""
Setup and called by world_physics_collision to process objects which have been destroyed as a result of taking too much damage.
The default game causes an explosion force based on the strength of the collision in the vicinity of the collision.
dobj: the object destroyed
para: extra parameters from a previous step, by default collision passes the strength of the collision only
"""
strength = damage
logging.info("Destroying Object: #%d, Force: %d [%d]", dobj.id,
strength, thread.get_ident())
dobj.destroyed = True # get rid of object
self.world.causeExplosion(dobj.body.position, dobj.radius * 5,
strength, True) #Force in physics step
def world_physics_end_collision(self, obj1, obj2):
"""
Called by the physics engine after two objects stop overlapping/colliding.
This is still called even if the pre_collision returned 'False' and no actual collision was processed
"""
logging.debug("Object #%d no longer colliding with #%d", obj1.id,
obj2.id)
# notify each object of the finalization of the collision
obj1.collide_end(obj2)
obj2.collide_end(obj1)
#endregion
#region GUI Drawing
def gui_initialize(self):
"""
Used to initialize GUI resources at the appropriate time after the graphics engine has been initialized.
"""
self._tmanager.gui_initialize()
self._dfont = debugfont()
def gui_draw_game_world_info(self, surface, flags, trackplayer):
"""
Called by GUI to have the game draw additional (optional) info in the world when toggled on 'G'.
(coordinates related to the game world)
"""
pass
def gui_draw_game_screen_info(self, screen, flags, trackplayer):
"""
Called by GUI to have the game draw additional (optional) info on screen when toggled on 'G'.
(coordinates related to the screen)
"""
pass
def gui_get_player_stats(self, all=False):
"""
Called by GUI to get the sorted list of player stats.
GUI expects a list of strings, you should usually override player_get_stat_string.
"""
sstat = []
for player in self.game_get_current_leader_list(all):
sstat.append(self.player_get_stat_string(player))
return sstat
def gui_draw_tournament_bracket(self, screen, flags, trackplayer):
"""
Called by GUI to draw info about the round/tournament (optional) when toggled on 'T'.
(coordinates related to the screen)
"""
if self._tournament and self._tmanager.is_initialized():
self._tmanager.gui_draw_tournament_bracket(screen, flags,
trackplayer)
def _world_reset(self):
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self)._world_reset()
class GameWorld(object):
"""
represents the virtual space world and the objects in it
Provides hit detection and radar between objects in the world
"""
def __init__(self, game, worldsize, pys=True):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(begin=self.__beginCollideObject, post_solve=self.__collideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__planets = []
self.__nebulas = []
self.__objectListener = []
self.__toremove = []
self.__toadd = []
self.__active = True
self.__pys = pys
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
if pys:
logging.debug("Started gameloop for World %s", repr(self))
threading.Thread(None, self.__THREAD__gameloop, "WorldMap_gameloop_" + repr(self)).start()
def mid_point(self, xoff = 0, yoff = 0):
return intpos((self.width / 2 + xoff, self.height / 2 + yoff))
def endGameLoop(self):
self.__active = False
def newWorld(self, world):
self.__pys = False
time.sleep(0.2)
# Remove All Objects
for obj in self:
self.pysremove(obj)
# Copy objects from new world to original world
for obj in world:
#world.pysremove(obj) # need to remove object from space before adding to another
self.append(obj, pys=True)
self.__pys = True
def __beginCollideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_pre_collision( arbiter.shapes )
if r != None:
for i in r[1]:
space.add_post_step_callback(i[0], i[1], i[2:])
return r[0]
return True
def __collideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_collision( arbiter.shapes, arbiter.total_impulse.length / 250.0 )
if r != None:
for i in r:
space.add_post_step_callback(i[0], i[1], i[2:])
#eif
def causeExplosion(self, origin, radius, strength, force=False):
logging.debug("Start Explosion %s, %d, %d [%d]", origin, radius, strength, thread.get_ident())
origin = pymunk.Vec2d(origin)
for obj in self.__objects:
if obj.explodable:
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(origin, radius, point):
logging.debug("Applying Explosion Force to #%d", obj.id)
obj.body.apply_impulse((point - origin) * strength, (0,0))
break
logging.debug("Done Explosion")
def registerObjectListener(self, callback):
self.__objectListener.append(callback)
def __len__(self):
return len(self.__objects)
def __iter__(self):
return self.__objects.__iter__()
def __getitem__(self, key):
return self.__objects.__getitem__(key)
def __setitem__(self, key, value):
return self.__objects.__setitem__(key, value)
def has_key(self, key):
return self.__objects.has_key(key)
def append(self, item, pys=False):
"""
Call to add an object to the game world from threads outside the game loop
"""
logging.debug("Append Object to World %s [%d]", repr(item), thread.get_ident())
for objListener in self.__objectListener:
objListener(item, True)
logging.debug("SEMAPHORE ACQ append [%d]", thread.get_ident())
self.__addremovesem.acquire()
if not self.__objects.has_key(item.id):
self.__objects[item.id] = item
if pys:
item.addToSpace(self.__space)
elif item in self.__toremove:
self.__toremove.remove(item)
else:
self.__toadd.append(item)
if isinstance(item, Planet) and not item in self.__planets and item.pull > 0:
self.__planets.append(item)
elif isinstance(item, Nebula) and not item in self.__nebulas and item.pull > 0:
self.__nebulas.append(item)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL append [%d]", thread.get_ident())
def remove(self, item):
"""
Call to remove an object from the game world
"""
del self[item]
def pysremove(self, item):
self.__delitem__(item, True)
def __delitem__(self, key, pys=False):
logging.debug("Removing Object from World %s [%d]", repr(key), thread.get_ident())
logging.debug("SEMAPHORE ACQ delitem [%d]", thread.get_ident())
self.__addremovesem.acquire()
if self.__objects.has_key(key.id):
if pys:
key.removeFromSpace(self.__space)
elif key in self.__toadd:
self.__toadd.remove(key)
else:
self.__toremove.append(key)
del self.__objects[key.id]
if key in self.__planets:
self.__planets.remove(key)
elif key in self.__nebulas:
self.__nebulas.remove(key)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL delitem [%d]", thread.get_ident())
# Notify after removed, in case re-add same object
for objListener in self.__objectListener:
objListener(key, False)
def __THREAD__gameloop(self):
lasttime = MINIMUM_GAMESTEP_TIME
try:
while self.__active:
if self.__pys:
self.__space.step(MINIMUM_GAMESTEP_TIME) # Advance Physics Engine
tstamp = time.time()
# find objects in nebulas
for neb in self.__nebulas:
for shape in self.__space.shape_query(neb.shape):
# Set value to two, so that if we're still in the nebula
# for another loop, that we don't toggle in/out of nebula between slices
# across threads
if self.has_key(shape.id):
self[shape.id].in_nebula = [2, neb]
# update all game objects
for obj in self: # self is dictionary
# Wrap Object in World
if obj.body.position[0] < 0:
obj.body.position[0] += self.width
elif obj.body.position[0] > self.width:
obj.body.position[0] -= self.width
if obj.body.position[1] < 0:
obj.body.position[1] += self.height
elif obj.body.position[1] > self.height:
obj.body.position[1] -= self.height
# Apply Gravity for Planets
if obj.explodable:
for planet in self.__planets:
for point in wrappos(obj.body.position, planet.gravityFieldLength, self.size):
if in_circle(planet.body.position, planet.gravityFieldLength, point):
obj.body.apply_impulse((point - planet.body.position) * -planet.pull * lasttime, (0,0))
break
# Update and Run Commands
obj.update(lasttime)
if obj.in_nebula != None:
# slow down objects in Nebula
if obj.body.velocity.length > 0.1:
obj.body.velocity.length -= (obj.in_nebula[1].pull / obj.mass) * lasttime
obj.in_nebula[0] -= 1 # decrement count
if obj.in_nebula[0] <= 0:
obj.in_nebula = None
if obj.has_expired():
del self[obj]
#next
# game time notification
self.__game.game_update(lasttime)
# update time
lasttime = time.time() - tstamp
logging.debug("SEMAPHORE ACQ gameloop [%d]", thread.get_ident())
self.__addremovesem.acquire()
# NOTE ISSUE #68 - If server is slow, can be adding and removing object in same step... add first, so we can immediately remove instead of crash
# TODO: just look for common set between two lists and remove... or have each list check the other first before adding to the lists...
# probably best to refactor to PyMunk 4.0.0 and be able to have PyMunk handle adding/removing objects during physics step.
# add objects
for item in self.__toadd:
logging.info("World Adding #%d to Physics Engine %s", item.id, repr(item))
item.addToSpace(self.__space)
self.__toadd = []
#remove objects
for item in self.__toremove:
logging.info("World Removing #%d from Physics Engine %s", item.id, repr(item))
item.removeFromSpace(self.__space)
self.__toremove = []
self.__addremovesem.release()
logging.debug("SEMAPHORE REL gameloop [%d]", thread.get_ident())
# minimum to conserve resources
if lasttime < MINIMUM_GAMESTEP_TIME:
time.sleep(MINIMUM_GAMESTEP_TIME - lasttime)
lasttime = MINIMUM_GAMESTEP_TIME
#else:
#logg#ging.debug("Can't keep at 50fps at %dfps", 1.0 / lasttime)
#eif
#wend
except:
print "EXCEPTION IN GAMELOOP"
logging.exception("FATAL Error in game loop!!!")
logging.error(traceback.format_exc())
print traceback.format_exc()
self.gameerror = True
logging.debug("Gameloop Ended")
def getObjectsInArea(self, pos, radius, force=False):
logging.debug("Get Objects In Area %s %d (%s) [%d]", repr(pos), radius, repr(force), thread.get_ident())
objList = []
for obj in self.__objects.values():
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(pos, radius, point):
objList.append(obj)
break
#eif
#next
#next
return objList
def getObjectData(self, obj):
objData = {}
# Convert Type of Object to String
objData["TYPE"] = friendly_type(obj)
objData["ID"] = obj.id
objData["POSITION"] = intpos(obj.body.position)
objData["SPEED"] = obj.body.velocity.length
# TODO: deal with -0.0 case OR match physics library coordinates?
objData["DIRECTION"] = -obj.body.velocity.angle_degrees # 30 = -120?, -80 = -10
#objData["VELOCITYDIRECTION"] = obj.velocity.direction
objData["MAXSPEED"] = obj.body.velocity_limit
objData["CURHEALTH"] = obj.health.value
objData["MAXHEALTH"] = obj.health.maximum
objData["CURENERGY"] = obj.energy.value
objData["MAXENERGY"] = obj.energy.maximum
objData["ENERGYRECHARGERATE"] = obj.energyRechargeRate
objData["MASS"] = obj.mass
objData["HITRADIUS"] = obj.radius #TODO: Move to entites that have this i.e. physicalround?
objData["TIMEALIVE"] = obj.timealive
obj.getExtraInfo(objData)
self.__game.game_get_extra_radar_info(obj, objData)
return objData
def getEnvironment(self, ship, radarlevel=0, target=-1, getMessages=False):
#TODO: abstract radar to game level?
radardata = None
if radarlevel > 0:
objs = self.getObjectsInArea(ship.body.position, ship.radarRange)
#TODO: Need to wait lock the removing of ships with accessing...???
if ship in objs: objs.remove(ship) # Get rid of self...
# remove ships with cloak
for x in xrange(len(objs) - 1, -1, -1):
if isinstance(objs[x], Ship) and objs[x].commandQueue.containstype(CloakCommand):
del objs[x]
#eif
#next
if radarlevel == 1:
# number of objects
radardata = []
for i in xrange(len(objs)):
radardata.append({})
elif radarlevel == 2:
# (pos, id) list
radardata = []
for e in objs:
radardata.append({"POSITION":intpos(e.body.position), "ID":e.id})
#next
elif radarlevel == 3:
for obj in objs:
if obj.id == target:
radardata = [self.getObjectData(obj)]
break
elif radarlevel == 4:
# (pos, id, type)
radardata = []
for e in objs:
radardata.append({"POSITION":intpos(e.body.position), "ID":e.id, "TYPE":friendly_type(e)})
#next
elif radarlevel == 5:
radardata = []
for e in objs:
radardata.append(self.getObjectData(e))
#next
#eif
#eif
msgQueue = []
if getMessages:
msqQueue = list(ship.messageQueue)
return {"SHIPDATA": self.getObjectData(ship),
"RADARLEVEL": radarlevel,
"RADARDATA": radardata,
"GAMEDATA": self.__game.game_get_extra_environment(ship.player),
"MESSAGES": msgQueue,
}
class BaubleHuntGame(BaseBaubleGame):
def __init__(self, cfgobj):
self._respawn = cfgobj.getboolean("BaubleHunt",
"respawn_bauble_on_collect")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self._mv = BaseBaubleGame.VALUE_TABLE[-1][1]
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def game_get_info(self):
return {"GAMENAME": "BaubleHunt"}
def player_added(self, player, reason):
super(BaubleHuntGame, self).player_added(player, reason)
player.carrying = []
if reason == BasicGame._ADD_REASON_REGISTER_:
player.totalcollected = 0
elif reason == BasicGame._ADD_REASON_START_:
player.totalcollected = 0
self.__addHomeBase(player)
elif self.__bases.has_key(player.netid):
self.__bases[player.netid].newOwner(player.object)
def __addHomeBase(self, player, force=False):
logging.info("Add HomeBase (%s) for Player %d", repr(force),
player.netid)
# add player bauble
b = Outpost(self.getHomeBasePosition(), player.object)
self.__bases[player.netid] = b
self.world.append(b)
logging.info("Done Adding HomeBase")
# Ignores Baubles
def getHomeBasePosition(self):
pos = (0, 0)
x = 0
n = 1
while n > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
objs = self.world.getObjectsInArea(pos, 200)
for i in xrange(len(objs) - 1, -1, -1):
if isinstance(objs[i], Bauble):
del objs[i]
n = len(objs)
return pos
def world_add_remove_object(self, wobj, added):
# Check if this is a high-value bauble to add to our list of ones to pass to the client
if isinstance(wobj, Bauble):
if wobj.value == self._mv:
self.__baubles[wobj.id] = wobj
return super(BaubleHuntGame, self).world_add_remove_object(wobj, added)
def world_physics_pre_collision(self, obj1, obj2):
ship, other = aligninstances(obj1, obj2, Ship, Entity)
if ship != None:
if isinstance(other, Outpost):
logging.info("Ship #%d hit their base", ship.id)
return [False, [self.depositBaubles, ship, other]]
elif isinstance(other, Bauble):
return [False, [self.collectBaubles, ship, other]]
return super(BaubleHuntGame,
self).world_physics_pre_collision(obj1, obj2)
def get_player_cargo_value(self, player):
return sum(b.value for b in player.carrying)
def get_player_cargo_weight(self, player):
return sum(b.weight for b in player.carrying)
def collectBaubles(self, ship, bauble):
logging.info("Collected Baubles Ship #%d", ship.id)
if self.get_player_cargo_weight(
ship.player) + bauble.weight <= self.__maxcarry:
ship.player.carrying.append(bauble)
ship.player.sound = "BAUBLE"
if self.__baubles.has_key(bauble.id):
del self.__baubles[bauble.id]
bauble.destroyed = True
if self._respawn:
Bauble.spawn(self.world, self.cfg)
else:
logging.info("Player #%d Cargo Full", ship.id)
#eif
logging.info("Done Collecting Baubles #%d", ship.id)
def depositBaubles(self, ship, home):
logging.info("Player Depositing Baubles #%d", ship.id)
for b in ship.player.carrying:
ship.player.update_score(b.value)
home.stored += b.value
ship.player.totalcollected += len(ship.player.carrying)
if len(ship.player.carrying) > 0:
ship.player.sound = "COLLECT"
ship.player.carrying = []
def player_died(self, player, gone):
# if ship destroyed, put baubles stored back
for b in player.carrying:
b.body.position = (player.object.body.position[0] +
random.randint(-36, 36),
player.object.body.position[1] +
random.randint(-36, 36))
b.destroyed = False # reset so that it won't get cleaned up
if b.value == self._mv:
self.__baubles[b.id] = b
self.world.append(b)
#self.world.causeExplosion(player.object.body.position, 32, 1000)
# Remove player's base if they're gone
if gone and self.__bases.has_key(player.netid):
self.world.remove(self.__bases[player.netid])
del self.__bases[player.netid]
return super(BaubleHuntGame, self).player_died(player, gone)
def game_get_extra_environment(self, player):
if player.netid in self.__bases: # Check if Player still around?
v = 0
w = 0
for b in player.carrying:
v += b.value
w += b.weight
baubles = []
for b in self.__baubles:
baubles.append(intpos(b.body.position))
env = super(BaubleHuntGame,
self).game_get_extra_environment(player)
env.update({
"POSITION":
intpos(self.__bases[player.netid].body.position),
"BAUBLES":
baubles,
"STORED":
len(player.carrying),
"STOREDVALUE":
v,
"COLLECTED":
player.totalcollected,
"WEIGHT":
w
})
return env
else:
return {}
def game_get_extra_radar_info(self, obj, objdata, player):
"""
Called by the World when the obj is being radared
"""
super(BaubleHuntGame,
self).game_get_extra_radar_info(obj, objdata, player)
if hasattr(obj, "player"):
objdata["NUMSTORED"] = len(obj.player.carrying)
objdata["VALUE"] = self.get_player_cargo_value(obj.player)
def player_get_stat_string(self, player):
return str(int(player.score)) + " in " + str(
player.totalcollected) + " : " + player.name + " c.v. " + str(
sum(b.value for b in player.carrying)) + " in " + str(
len(player.carrying))
def gui_draw_game_world_info(self, surface, flags, trackplayer):
for player in self.game_get_current_player_list():
obj = player.object
if obj != None:
# draw number of objects carried
text = debugfont().render(repr(len(player.carrying)), False,
player.color)
surface.blit(
text,
(obj.body.position[0] + 30, obj.body.position[1] - 4))
# draw line between player and HomeBase
if flags["DEBUG"] and self.__bases.has_key(player.netid):
pygame.draw.line(
surface, player.color, intpos(obj.body.position),
intpos(self.__bases[player.netid].body.position))
# draw number of baubles carried by player
def round_start(self):
logging.info("Game Start")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).round_start()
def round_start(self):
logging.info("Game Start")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).round_start()
class GameWorld(object):
"""
represents the virtual space world and the objects in it
Provides hit detection and radar between objects in the world
"""
def __init__(self, game, worldsize, objlistener=None):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
objlistener: initial listner callback function
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(begin=self.__beginCollideObject, post_solve=self.__collideObject, separate=self.__endCollideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__influential = []
if objlistener == None:
self.__objectListener = []
else:
self.__objectListener = [objlistener]
self.__toremove = []
self.__toadd = []
self.__active = False
self.__started = False
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
def start(self):
if not self.__started:
self.__started = True
self.__active = True
self.__pys = True
logging.debug("Started gameloop for World %s", repr(self))
threading.Thread(None, self.__THREAD__gameloop, "WorldMap_gameloop_" + repr(self)).start()
def mid_point(self, xoff = 0, yoff = 0):
return intpos((self.width / 2 + xoff, self.height / 2 + yoff))
def endGameLoop(self):
self.__active = False
def destroy_all(self):
self.__pys = False # disable physics step while we add/remove all objects
time.sleep(0.2)
# Remove All Objects
for obj in self:
self.pysremove(obj)
self.__pys = True
def __beginCollideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_pre_collision( arbiter.shapes[0].world_object, arbiter.shapes[1].world_object )
if r != None:
if r == False or r == True:
return r
for i in r[1:]:
space.add_post_step_callback(i[0], i[1], i[2])
return r[0]
return True
def __collideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_collision( arbiter.shapes[0].world_object, arbiter.shapes[1].world_object, arbiter.total_impulse.length / 250.0 )
if r != None:
for i in r:
space.add_post_step_callback(i[0], i[1], i[2])
#eif
def __endCollideObject(self, space, arbiter):
# when object is destroyed in callback, arbiter may be empty
if hasattr(arbiter, "shapes"):
self.__game.world_physics_end_collision( arbiter.shapes[0].world_object, arbiter.shapes[1].world_object )
def causeExplosion(self, origin, radius, strength, force=False):
logging.debug("Start Explosion %s, %d, %d [%d]", origin, radius, strength, thread.get_ident())
origin = pymunk.Vec2d(origin)
for obj in self.__objects:
if obj.explodable:
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(origin, radius, point):
logging.debug("Applying Explosion Force of strength %d impulse %s to #%d", strength, repr((point - origin) * strength), obj.id)
obj.body.apply_impulse((point - origin) * strength, (0,0))
break
logging.debug("Done Explosion")
def registerObjectListener(self, callback):
if callback not in self.__objectListener:
self.__objectListener.append(callback)
def __len__(self):
return len(self.__objects)
def __iter__(self):
return self.__objects.__iter__()
def __getitem__(self, key):
return self.__objects.__getitem__(key)
def __setitem__(self, key, value):
return self.__objects.__setitem__(key, value)
def has_key(self, key):
return self.__objects.has_key(key)
def append(self, item, pys=False):
"""
Call to add an object to the game world from threads outside the game loop
"""
logging.debug("Append Object to World %s [%d]", repr(item), thread.get_ident())
for objListener in self.__objectListener:
objListener(item, True)
logging.debug("SEMAPHORE ACQ append [%d]", thread.get_ident())
self.__addremovesem.acquire()
if not self.__objects.has_key(item.id):
self.__objects[item.id] = item
if pys:
item.addToSpace(self.__space)
elif item in self.__toremove:
self.__toremove.remove(item)
else:
self.__toadd.append(item)
if isinstance(item, Influential) and item.influence_range > 0:
self.__influential.append(item)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL append [%d]", thread.get_ident())
def remove(self, item):
"""
Call to remove an object from the game world
"""
del self[item]
def pysremove(self, item):
self.__delitem__(item, True)
def __delitem__(self, key, pys=False):
logging.debug("Removing Object from World %s [%d]", repr(key), thread.get_ident())
# Notify each item this may be in that it's no longer colliding
# HACK: Get around issue with PyMunk not telling us shapes when object removed already before separate callback
if len(key.in_celestialbody) > 0:
for item in key.in_celestialbody[:]:
item.collide_end(key)
logging.debug("SEMAPHORE ACQ delitem [%d]", thread.get_ident())
self.__addremovesem.acquire()
if self.__objects.has_key(key.id):
if pys:
key.removeFromSpace(self.__space)
elif key in self.__toadd:
self.__toadd.remove(key)
else:
self.__toremove.append(key)
del self.__objects[key.id]
if key in self.__influential:
self.__influential.remove(key)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL delitem [%d]", thread.get_ident())
# Notify after removed, in case re-add same object
for objListener in self.__objectListener:
objListener(key, False)
def __THREAD__gameloop(self):
lasttime = MINIMUM_GAMESTEP_TIME
try:
while self.__active:
if self.__pys:
self.__space.step(MINIMUM_GAMESTEP_TIME) # Advance Physics Engine
tstamp = time.time()
# update all game objects
for obj in self: # self is dictionary
# Wrap Object in World
if obj.body.position[0] < 0:
obj.body.position[0] += self.width
elif obj.body.position[0] > self.width:
obj.body.position[0] -= self.width
if obj.body.position[1] < 0:
obj.body.position[1] += self.height
elif obj.body.position[1] > self.height:
obj.body.position[1] -= self.height
# Apply Gravity for Planets
if obj.gravitable:
for influencer in self.__influential:
for point in wrappos(obj.body.position, influencer.influence_range, self.size):
if in_circle(influencer.body.position, influencer.influence_range, point):
influencer.apply_influence(obj, point, lasttime)
break
# Update and Run Commands
obj.update(lasttime)
if obj.has_expired() or obj.destroyed:
del self[obj]
#next
# game time notification
self.__game.game_update(lasttime)
# update time
lasttime = time.time() - tstamp
logging.debug("SEMAPHORE ACQ gameloop [%d]", thread.get_ident())
self.__addremovesem.acquire()
# NOTE ISSUE #68 - If server is slow, can be adding and removing object in same step... add first, so we can immediately remove instead of crash
# TODO: just look for common set between two lists and remove... or have each list check the other first before adding to the lists...
# probably best to refactor to PyMunk 4.0.0 and be able to have PyMunk handle adding/removing objects during physics step.
# add objects
for item in self.__toadd:
logging.info("World Adding #%d to Physics Engine %s", item.id, repr(item))
item.addToSpace(self.__space)
self.__toadd = []
#remove objects
for item in self.__toremove:
logging.info("World Removing #%d from Physics Engine %s", item.id, repr(item))
item.removeFromSpace(self.__space)
self.__toremove = []
self.__addremovesem.release()
logging.debug("SEMAPHORE REL gameloop [%d]", thread.get_ident())
# minimum to conserve resources
if lasttime < MINIMUM_GAMESTEP_TIME:
time.sleep(MINIMUM_GAMESTEP_TIME - lasttime)
lasttime = MINIMUM_GAMESTEP_TIME
#else:
#logg#ging.debug("Can't keep at 50fps at %dfps", 1.0 / lasttime)
#eif
#wend
except:
print "EXCEPTION IN GAMELOOP"
logging.exception("FATAL Error in game loop!!!")
logging.info(traceback.format_exc())
logging.error(traceback.format_exc())
print traceback.format_exc()
self.gameerror = True
logging.debug("Gameloop Ended")
def getObjectsInArea(self, pos, radius, radar=False):
"""
Returns objects within the given radius from the position (even wrapping around edge of world), pass radar = True if for environment
"""
logging.debug("Get Objects In Area %s %d [%d]", repr(pos), radius, thread.get_ident())
objList = []
for obj in self.__objects.values():
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(pos, radius, point):
objList.append(obj)
break
#eif
#next
#next
return objList
def get_count_of_objects(self, type):
tname = type.__name__
count = 0
for obj in self.__objects.values():
if obj.__class__.__name__ == tname:
count += 1
#eif
#next
return count
def getObjectData(self, obj, player):
#TODO: Move these properties to the 'getExtraInfo' of the base Entity and have child classes call super...
objData = {}
# Convert Type of Object to String
objData["TYPE"] = friendly_type(obj)
objData["ID"] = obj.id
objData["POSITION"] = intpos(obj.body.position)
objData["SPEED"] = obj.body.velocity.length
# TODO: deal with -0.0 case OR match physics library coordinates?
objData["DIRECTION"] = -obj.body.velocity.angle_degrees % 360 # 30 = -120?, -80 = -10
#objData["VELOCITYDIRECTION"] = obj.velocity.direction
objData["MAXSPEED"] = obj.body.velocity_limit
objData["CURHEALTH"] = obj.health.value
objData["MAXHEALTH"] = obj.health.maximum
objData["CURENERGY"] = obj.energy.value
objData["MAXENERGY"] = obj.energy.maximum
objData["ENERGYRECHARGERATE"] = obj.energyRechargeRate
objData["MASS"] = obj.mass
objData["HITRADIUS"] = obj.radius #TODO: Move to entites that have this i.e. physicalround?
objData["TIMEALIVE"] = obj.timealive
objData["INBODY"] = (len(obj.in_celestialbody) > 0)
obj.getExtraInfo(objData, player)
self.__game.game_get_extra_radar_info(obj, objData, player)
return objData
def getEnvironment(self, ship, radarlevel=0, target=-1, getMessages=False):
#TODO: abstract radar to game level?
radardata = None
if radarlevel > 0:
objs = self.getObjectsInArea(ship.body.position, ship.radarRange, True)
#TODO: Need to wait lock the removing of ships with accessing...???
if ship in objs: objs.remove(ship) # Get rid of self...
# remove ships with cloak or in Nebula
# TODO: Should there be an 'invisible' flag? Would need more testing. Would a degradation/range be useful?
for x in xrange(len(objs) - 1, -1, -1):
if isinstance(objs[x], Ship) and (objs[x].commandQueue.containstype(CloakCommand) \
or any(isinstance(y, Nebula) for y in objs[x].in_celestialbody)):
del objs[x]
#eif
#next
if radarlevel == 1:
# number of objects
radardata = []
for i in xrange(len(objs)):
radardata.append({})
elif radarlevel == 2:
# (pos, id) list
radardata = []
for e in objs:
radardata.append({"POSITION":intpos(e.body.position), "ID":e.id})
#next
elif radarlevel == 3:
for obj in objs:
if obj.id == target:
radardata = [self.getObjectData(obj, ship.player)]
break
elif radarlevel == 4:
# (pos, id, type)
radardata = []
for e in objs:
radardata.append({"POSITION":intpos(e.body.position), "ID":e.id, "TYPE":friendly_type(e)})
#next
elif radarlevel == 5:
radardata = []
for e in objs:
radardata.append(self.getObjectData(e, ship.player))
#next
#eif
#eif
msgQueue = []
if getMessages:
msqQueue = list(ship.messageQueue)
return {"SHIPDATA": self.getObjectData(ship, ship.player),
"RADARLEVEL": radarlevel,
"RADARDATA": radardata,
"GAMEDATA": self.__game.game_get_extra_environment(ship.player),
"MESSAGES": msgQueue,
}
class BaubleHuntGame(BasicGame):
VALUE_TABLE = []
def __init__(self, cfgobj):
bb = cfgobj.getfloat("BaubleHunt", "bauble_percent_blue")
yb = cfgobj.getfloat("BaubleHunt", "bauble_percent_yellow")
rb = cfgobj.getfloat("BaubleHunt", "bauble_percent_red")
self._mv = cfgobj.getint("BaubleHunt", "bauble_points_red")
BaubleHuntGame.VALUE_TABLE = [(bb, cfgobj.getint("BaubleHunt", "bauble_points_blue")), (bb+yb, cfgobj.getint("BaubleHunt", "bauble_points_yellow")), (bb+yb+rb, self._mv)]
self._respawn = cfgobj.getboolean("BaubleHunt", "respawn_bauble_on_collect")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def game_get_info(self):
return {"GAMENAME": "BaubleHunt"}
def player_added(self, player, reason):
super(BaubleHuntGame, self).player_added(player, reason)
player.carrying = []
if reason == BasicGame._ADD_REASON_REGISTER_:
player.totalcollected = 0
elif reason == BasicGame._ADD_REASON_START_:
player.totalcollected = 0
self.__addHomeBase(player)
elif self.__bases.has_key(player.netid):
self.__bases[player.netid].newOwner(player.object)
def __addHomeBase(self, player, force=False):
logging.info("Add HomeBase (%s) for Player %d", repr(force), player.netid)
# add player bauble
b = Outpost(self.getHomeBasePosition(), player.object)
self.__bases[player.netid] = b
self.world.append(b)
logging.info("Done Adding HomeBase")
# Ignores Baubles
def getHomeBasePosition(self):
pos = (0,0)
x = 0
n = 1
while n > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
objs = self.world.getObjectsInArea(pos, 200)
for i in xrange(len(objs)-1, -1, -1):
if isinstance(objs[i], Bauble):
del objs[i]
n = len(objs)
return pos
def world_add_remove_object(self, wobj, added):
# Check if this is a high-value bauble to add to our list of ones to pass to the client
if isinstance(wobj, Bauble):
if wobj.value == self._mv:
self.__baubles[wobj.id] = wobj
return super(BaubleHuntGame, self).world_add_remove_object(wobj, added)
def world_physics_pre_collision(self, obj1, obj2):
ship, other = aligninstances(obj1, obj2, Ship, Entity)
if ship != None:
if isinstance(other, Outpost):
logging.info("Ship #%d hit their base", ship.id)
return [ False, [self.depositBaubles, ship, other] ]
elif isinstance(other, Bauble):
return [ False, [self.collectBaubles, ship, other] ]
return super(BaubleHuntGame, self).world_physics_pre_collision(obj1, obj2)
def collectBaubles(self, ship, bauble):
logging.info("Collected Baubles Ship #%d", ship.id)
if len(ship.player.carrying) < self.__maxcarry:
ship.player.carrying.append(bauble)
ship.player.sound = "BAUBLE"
if self.__baubles.has_key(bauble.id):
del self.__baubles[bauble.id]
bauble.destroyed = True
if self._respawn:
Bauble.spawn(self.world, self.cfg)
#eif
logging.info("Done Collecting Baubles #%d", ship.id)
def depositBaubles(self, ship, home):
logging.info("Player Depositing Baubles #%d", ship.id)
for b in ship.player.carrying:
self.player_update_score(ship.player, b.value)
home.stored += b.value
ship.player.totalcollected += len(ship.player.carrying)
if len(ship.player.carrying) > 0:
ship.player.sound = "COLLECT"
ship.player.carrying = []
def player_died(self, player, gone):
# if ship destroyed, put baubles stored back
for b in player.carrying:
b.body.position = (player.object.body.position[0] + random.randint(-10, 10), player.object.body.position[1] + random.randint(-10, 10))
b.destroyed = False # reset so that it won't get cleaned up
if b.value == self._mv:
self.__baubles[b.id] = b
self.world.append(b)
self.world.causeExplosion(player.object.body.position, 32, 1000)
# Remove player's base if they're gone
if gone and self.__bases.has_key(player.netid):
self.world.remove(self.__bases[player.netid])
del self.__bases[player.netid]
return super(BaubleHuntGame, self).player_died(player, gone)
def game_get_extra_environment(self, player):
if player.netid in self.__bases: # Check if Player still around?
v = 0
for b in player.carrying:
v += b.value
baubles = []
for b in self.__baubles:
baubles.append(intpos(b.body.position))
env = super(BaubleHuntGame, self).game_get_extra_environment(player)
env.update({"POSITION": intpos(self.__bases[player.netid].body.position), "BAUBLES": baubles,
"STORED": len(player.carrying), "STOREDVALUE": v, "COLLECTED": player.totalcollected})
return env
else:
return {}
def game_get_extra_radar_info(self, obj, objdata, player):
"""
Called by the World when the obj is being radared
"""
super(BaubleHuntGame, self).game_get_extra_radar_info(obj, objdata, player)
if hasattr(obj, "player"):
objdata["NUMSTORED"] = len(obj.player.carrying)
def player_get_stat_string(self, player):
return str(int(player.score)) + " in " + str(player.totalcollected) + " : " + player.name + " c.v. " + str(sum(b.value for b in player.carrying)) + " in " + str(len(player.carrying))
def gui_draw_game_world_info(self, surface, flags, trackplayer):
for player in self.game_get_current_player_list():
obj = player.object
if obj != None:
# draw number of objects carried
text = debugfont().render(repr(len(player.carrying)), False, player.color)
surface.blit(text, (obj.body.position[0]+30, obj.body.position[1]-4))
# draw line between player and HomeBase
if flags["DEBUG"] and self.__bases.has_key(player.netid):
pygame.draw.line(surface, player.color, intpos(obj.body.position), intpos(self.__bases[player.netid].body.position))
# draw number of baubles carried by player
def round_start(self):
logging.info("Game Start")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).round_start()
def round_start(self):
logging.info("Game Start")
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).round_start()
class DiscoveryQuestGame(BasicGame):
"""
Discovery Quest is a game of exploration.
Ships must 'Scan' various objects in order to accumulate points. Every type of object in the game is worth a different number of points.
Scanning is different from Radar, and requires a precise ID and takes more time and energy to perform. It also has a limited range which you must stay within for the whole duration of the scan.
You CANNOT scan the same object more than once for points.
Ships must establish an 'Outpost' by scanning it. Once they have done so, they will start to receive 'Missions'. They initially won't score points for scanned objects until an Outpost is established.
All points for things scanned before making an Outpost will be awarded when an Outpost is established.
A Mission dictates which objects a ship should go scan. If a ship goes and scans ONLY those things, bonus points will be awarded when they return to their outpost and Scan it again.
Scanning their outpost will always give them a new mission.
Your Ship being destroyed clears/fails your mission, so you must return to your established outpost if you want a new one.
"""
def __init__(self, cfgobj):
self._outposts = ThreadSafeDict()
super(DiscoveryQuestGame, self).__init__(cfgobj)
self.mustbase = cfgobj.getboolean("DiscoveryQuest",
"establish_homebase")
self.usemissions = cfgobj.getboolean("DiscoveryQuest", "missions")
self._missions = cfgobj.get("DiscoveryQuest",
"mission_objectives").split(",")
self.scantime = cfgobj.getfloat("DiscoveryQuest", "scan_time")
self.scanrange = cfgobj.getint("DiscoveryQuest", "scan_range")
self.scanduration = cfgobj.getint("DiscoveryQuest", "scan_duration")
self.outpostdist = cfgobj.getint("DiscoveryQuest", "ship_spawn_dist")
self.limitwarp = cfgobj.getboolean("DiscoveryQuest",
"disable_warp_in_nebula")
def game_get_info(self):
return {"GAMENAME": "DiscoveryQuest"}
def player_reset_mission(self, player):
if self.usemissions:
# get a number of missions for each thing
player.mission = []
player.scanned = []
player.failed = False
for i in xrange(
cfg_rand_min_max(self.cfg, "DiscoveryQuest",
"mission_num")):
player.mission.append(
random.choice(self._missions)
) # TODO: validate that this player can still scan those types of objects
def player_added(self, player, reason):
if reason == BasicGame._ADD_REASON_REGISTER_:
player.buffervalue = 0 # stored points before scanning first output, if outpost is required.
player.outpost = None # home base obj
player.lastids = [] # last ids scanned
player.scantimes = {} # timers for scans, id: timestamp
player.mission = [] # List of strings of items to scan
player.scanned = [] # ids scanned by player
player.failed = True # whether current mission has failed, starts as true as no mission to start
return super(DiscoveryQuestGame, self).player_added(player, reason)
def player_get_start_position(self, force=False):
# pick a random outpost to spawn the player besides
out = intpos(random.choice(self._outposts.values()).body.position)
pos = (random.randint(out[0] - self.outpostdist,
out[0] + self.outpostdist),
random.randint(out[1] - self.outpostdist,
out[1] + self.outpostdist))
x = 0
while len(self.world.getObjectsInArea(
pos, self.outpostdist / 2)) > 0 and x < 15:
x += 1
pos = (random.randint(out[0] - self.outpostdist,
out[0] + self.outpostdist),
random.randint(out[1] - self.outpostdist,
out[1] + self.outpostdist))
return pos
def player_died(self, player, gone):
if gone and player.outpost != None:
player.outpost.home_for.remove(player)
player.outpost = None
if gone:
for obj in self.world:
if player in obj.scanned_by:
obj.scanned_by.remove(player)
return super(DiscoveryQuestGame, self).player_died(player, gone)
def player_get_stat_string(self, player):
"""
Should return a string with information about the player and their current score.
Defaults to:
primary_score secondary_score : player_name
"""
if player.buffervalue > 0:
return "%d %s B: %d" % (getattr(
player, self._primary_victory), player.name,
getattr(player, self._secondary_victory))
else:
return "%d %s" % (getattr(player,
self._primary_victory), player.name)
def world_add_remove_object(self, wobj, added):
if isinstance(wobj, Outpost):
if not added:
del self._outposts[wobj.id]
else:
self._outposts[wobj.id] = wobj
if added:
wobj.scanned_by = [] # objects keep track of who scans them
# give object point value
opt = "points_" + friendly_type(wobj).lower()
if self.cfg.has_option("DiscoveryQuest", opt):
wobj.value = self.cfg.getint("DiscoveryQuest", opt)
else:
#guard
wobj.value = 0
else:
# clean-up reference to scantime on obj death
for player in self.game_get_current_player_list():
if player in wobj.scanned_by:
del player.scantimes[wobj.id]
return super(DiscoveryQuestGame,
self).world_add_remove_object(wobj, added)
def game_get_extra_environment(self, player):
env = super(DiscoveryQuestGame,
self).game_get_extra_environment(player)
if player.outpost != None:
env["POSITION"] = intpos(player.outpost.body.position)
env["FAILED"] = player.failed
env["MISSION"] = player.mission
obj = player.object
if obj != None:
cur = []
for cmd in obj.commandQueue:
if isinstance(cmd, ScanCommand):
cur.append(cmd.target)
env["CURIDS"] = cur
env["SUCIDS"] = player.lastids
player.lastids = []
return env
def game_get_extra_radar_info(self, obj, objdata, player):
super(DiscoveryQuestGame,
self).game_get_extra_radar_info(obj, objdata, player)
# return object's value for scanning
if hasattr(obj, "value"):
objdata["VALUE"] = obj.value
objdata["SUCCESS"] = player in obj.scanned_by
def server_process_network_message(self, ship, cmdname, cmddict={}):
"""
Called by the server when it doesn't know how to convert a network message into a Ship Command.
This function is used to create commands custom to the game itself.
Parameters:
ship: Ship object which will process the Command
cmdname: string network shortcode for command, set overriding getName in ShipCommand on Client
cmddict: dictionary of properties of a command, set using private fields on ShipCommand class
Return:
return a server 'Command' object, a string indicating an error, or None
"""
if cmdname == GAME_CMD_SCAN:
if cmddict.has_key("TARGET") and isinstance(
cmddict["TARGET"], int) and cmddict["TARGET"] > 0:
return ScanCommand(ship, self, cmddict["TARGET"])
else:
return "Discovery Quest Scan Command requires a target id."
def server_process_command(self, ship, command):
# Discovery Quest prevents warp in a nebula
if self.limitwarp and isinstance(command, WarpCommand):
for body in ship.in_celestialbody:
if isinstance(body, Nebula):
logging.info(
"Preventing Ship #%d From Warping As In Nebula",
ship.id)
return "Discovery Quest Rule - Can't warp when in Nebula"
return command
def dq_finished_scan(self, ship, obj, success):
if obj != None:
logging.info(
"Ship #%d finished scan of object #%d and was successful? [%s]",
ship.id, obj.id, repr(success))
else:
logging.info(
"Ship #%d finished scan of unknown object (never saw id)",
ship.id)
if success:
ship.player.lastids.append(obj.id)
if isinstance(obj, Outpost) and (ship.player in obj.home_for
or ship.player.outpost == None):
# scanned player's own Outpost, do Mission Stuff HERE
if ship.player.outpost == None:
# establish as ship's Outpost
ship.player.outpost = obj
obj.home_for.append(ship.player)
ship.player.update_score(
ship.player.buffervalue + obj.value * 2
) # Score initial points + 2*outpost value for establishing base
ship.player.buffervalue = 0
ship.player.sound = "SUCCESS"
if self.usemissions and not ship.player.failed and len(
ship.player.mission) == 0: # completed mission exactly
points = 0
# tally points of scanned objects
for obj in ship.player.scanned:
points += obj.value
ship.player.sound = "MISSION"
ship.player.update_score(points * self.cfg.getfloat(
"DiscoveryQuest", "mission_bonus_multiplier"))
self.player_reset_mission(ship.player)
elif ship.player in obj.scanned_by:
logging.info("Ship #%d has ALREADY scanned object #%d",
ship.id, obj.id)
else:
# mission checks
if friendly_type(obj) in ship.player.mission:
ship.player.mission.remove(friendly_type(obj))
else:
ship.player.failed = True
ship.player.scanned.append(obj)
# track obj scan
ship.player.scantimes[obj.id] = 0
obj.scanned_by.append(ship.player)
# update scores
ship.player.sound = "SUCCESS"
if ship.player.outpost != None or not self.mustbase: # or we don't require bases for points
ship.player.update_score(obj.value)
else: #haven't found outpost, need to buffer points
ship.player.buffervalue += obj.value
#end dq_finished_scan
def game_update(self, t):
super(DiscoveryQuestGame, self).game_update(t)
# check timeout of scan duration (if enabled)
if self.scanduration > 0:
for player in self.game_get_current_player_list():
for id in player.scantimes.keys():
player.scantimes[id] += t
if player.scantimes[id] >= self.scanduration:
obj = self.world[id]
obj.scanned_by.remove(player)
del player.scantimes[id]
#end game_update
def gui_draw_game_world_info(self, surface, flags, trackplayer):
for player in self.game_get_current_player_list():
obj = player.object
if obj != None:
bp = intpos(obj.body.position)
wrapcircle(surface, (0, 255, 255), bp, self.scanrange,
self.world.size, 1) # Scan Range
if self.usemissions:
text = debugfont().render(
"%s [%s]" % (repr(player.mission), player.failed),
False, (0, 255, 255))
surface.blit(text,
(bp[0] - text.get_width() / 2, bp[1] - 6))
if trackplayer != None:
curs = []
curf = []
obj = trackplayer.object
if obj != None:
# Draw Success/Failure Circles around Current Scan Targets
for cmd in obj.commandQueue:
if isinstance(cmd, ScanCommand):
if cmd.success:
obj = self.world[cmd.target]
wrapcircle(surface, (255, 255, 0),
intpos(obj.body.position),
obj.radius + 6, self.world.size, 2)
else:
obj = self.world[cmd.target]
wrapcircle(surface, (255, 0, 0),
intpos(obj.body.position),
obj.radius + 6, self.world.size, 2)
# Draw Circles around scanned entities
for id, scantime in trackplayer.scantimes.iteritems():
obj = self.world[id]
#if trackplayer in obj.scanned_by:
if self.scanduration > 0:
c = 160 * (scantime / self.scanduration)
else:
c = 0
wrapcircle(surface, (0, 255 - c, 255 - c),
intpos(obj.body.position), obj.radius + 4,
self.world.size, 4)
class BasicGame(object):
"""
The BasicGame defines all notions of the basic mechanics of Space Battle as well as an infrastructure to build upon.
The BasicGame provides information about a player's 'score', 'bestscore', 'deaths' by default.
It also keeps track of the 'highscore' in a variety of manners and can run a tournament to advance players to a final round.
Public Attributes:
world: world object
server: server object
laststats: previous rounds scores
Protected Attributes:
_players: dictionary of players keyed by their network id (player.netid)
_tournament: boolean True if playing tournament
_tournamentinitialized: boolean True if tournament has been setup
_highscore: current highscore of the game based on primary_victory_attr
_leader: current leader of the game
"""
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
def __init__(self, cfgobj):
self.cfg = cfgobj
self.__started = False
# Load Config
self.__autostart = cfgobj.getboolean("Game", "auto_start")
self.__allowafterstart = cfgobj.getboolean("Game", "allow_after_start")
self.__allowreentry = cfgobj.getboolean("Server", "allow_re-entry")
self.__resetworldround = self.cfg.getboolean("Tournament", "reset_world_each_round")
self.__roundtime = cfgobj.getint("Tournament", "round_time")
self._disconnect_on_death = cfgobj.getboolean("Game", "disconnect_on_death")
self._reset_score_on_death = cfgobj.getboolean("Game", "reset_score_on_death")
self._points_lost_on_death = cfgobj.getint("Game", "points_lost_on_death")
self._points_initial = cfgobj.getint("Game", "points_initial")
self._primary_victory = cfgobj.get("Game", "primary_victory_attr")
self._primary_victory_high = cfgobj.getboolean("Game", "primary_victory_highest")
self._secondary_victory = cfgobj.get("Game", "secondary_victory_attr")
self._secondary_victory_high = cfgobj.getboolean("Game", "secondary_victory_highest")
# TODO: Create Tournament Class
self._tournament = cfgobj.getboolean("Tournament", "tournament")
self._tournamentinitialized = False
if self._tournament:
self.__autostart = False
else:
self.__roundtime = 0 # don't want to return a big round time set in a config, if it's not used.
self._tournamentnumgroups = cfgobj.getint("Tournament", "tournament_groups")
self._tournamentgroups = []
self._tournamentcurrentgroup = 0
self._tournamentfinalgroup = []
self._tournamentfinalround = False
self._tournamentfinalwinner = None
self.laststats = None
self._highscore = 0 # highest score achieved during game
self._leader = None # player object of who's in lead
self.server = None # set when server created
self.__teams = ThreadSafeDict()
self._players = ThreadSafeDict()
self.__aiships = ThreadSafeDict()
self.__timer = None
self.__leaderboard_cache = self.game_get_current_player_list()
# Load World
self.world = self.world_create()
self.world.registerObjectListener(self.world_add_remove_object)
if self.__autostart:
self.round_start()
def end(self):
"""
Called when exiting GUI to terminate game.
"""
logging.info("Ending Game")
self._tournament = True # force it to not restart timers again
self.round_over()
logging.info("Ending World")
self.world.endGameLoop()
#region Round/Timing Functions
def _round_start_timer(self):
"""
Called automatically by round_start.
"""
if self.__roundtime > 0 and self._tournament:
self.__timer = RoundTimer(self.__roundtime, self.round_over)
self.__timer.start()
def round_get_time_remaining(self):
"""
Returns the amount of time remaining in a tournament round or zero
"""
if self.__timer == None:
return 0
return self.__timer.timeLeft
def round_start(self):
"""
Called by GUI client to start a synchronized game start, or automatically when the game is initialized if auto_start = true
Called every time a new round starts or once if a tournament is not being played.
"""
if not self.__started:
logging.info("Starting Game")
self.__started = True
self.__autostart = self.__allowafterstart
if self._tournament:
logging.info("[Tournament] Round %d of %d", self._tournamentcurrentgroup+1, self._tournamentnumgroups)
if not self._tournamentinitialized:
logging.info("[Tournament] Initialized with %d players", len(self._players))
self._tournamentgroups = []
for x in xrange(self._tournamentnumgroups):
self._tournamentgroups.append([])
#next
x = 0
for player in self._players.values():
self._tournamentgroups[x % self._tournamentnumgroups].append(player)
x += 1
#next
self._tournamentinitialized = True
elif self._tournamentcurrentgroup == self._tournamentnumgroups:
logging.info("[Tournament] Final Round")
self._tournamentfinalround = True
#eif
# we'll reset the world here so it's "fresh" and ready as soon as the game starts
if self.__resetworldround:
self._world_reset()
#eif
for player in self.game_get_current_player_list():
self._game_add_ship_for_player(player.netid, roundstart=True)
#next
self._round_start_timer()
def player_added(self, player, reason):
"""
player_added is called in three separate cases
0) When the server first registers a ship on the server and adds them to the game
1) When a round starts and a player is added to the game round
2) When a player dies and is respawned in the world.
cases 0 and 1 may occur one after another if auto_start is set to true.
The ship object will have been created, but not added to the physics world yet, so no callback to world_add_remove_object may have occured yet.
This is also before any commands are requested for the player (i.e. before the first environment is sent).
You should add and initialize any new properties that you want on a player here.
Reason values:
_ADD_REASON_REGISTER_ = 0
_ADD_REASON_START_ = 1
_ADD_REASON_RESPAWN_ = 2
Analog to player_died
"""
if reason == 1:
player.score = self._points_initial
player.bestscore = self._points_initial
player.deaths = 0
def player_get_start_position(self, force=False):
"""
Should return a position for a player to start at in the world.
"""
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
x = 0
while len(self.world.getObjectsInArea(pos, 150)) > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
return pos
def round_over(self):
"""
Called in a tournament when the round time expires.
Will automatically advance the top players to the next round.
"""
if self.__timer != None:
self.__timer.cancel() # if we get a round-over prematurely or do to some other condition, we should cancel this current timer
self.__timer = None
logging.debug("[Game] Round Over")
self.game_update(0) # make sure we do one last update to sync and refresh the leaderboard cache
# Get Stats for only the players in the round
self.laststats = self.gui_get_player_stats()
logging.info("[Game] Stats: %s", repr(self.laststats))
if len(self.laststats) > 0:
if not self._tournamentfinalround:
# get winner(s)
for x in xrange(self.cfg.getint("Tournament", "number_to_final_round")):
logging.info("Adding player to final round %s stats: %s", self.__leaderboard_cache[x].name, self.laststats[x])
self._player_add_to_final_round(self.__leaderboard_cache[x])
#next
else:
logging.info("Final Round Winner %s stats: %s", self._leader.name, self.laststats[0])
self._tournamentfinalwinner = self._leader
#eif
#eif
for player in self._players:
player.roundover = True
if player.object != None:
#player.object.destroyed = True
self.world.remove(player.object)
# overwritten by allowafterstart
self.__autostart = self.cfg.getboolean("Game", "auto_start")
# TODO: figure out a better way to tie these together
if self._tournament:
self.__autostart = False
self._tournamentcurrentgroup += 1
logging.debug("[Tournament] Group Number Now %d", self._tournamentcurrentgroup)
if not self.__autostart:
# If not autostart, wait for next round to start
self.__started = False
else:
self.round_start()
def world_create(self, pys=True):
"""
Called by constructor to create world and when world reset, defaults to the standard world configuration from the config file definitions.
"""
return ConfiguredWorld(self, self.cfg, pys)
def _world_reset(self):
"""
Recreates a world, called when the reset_world_each_round property is set.
"""
self.world.newWorld(self.world_create(False))
def round_get_has_started(self):
"""
Returns True when game has started.
"""
return self.__started
def game_update(self, t):
"""
Called by the World to notify the passage of time
The default game uses this update to cache the current leaderboard to be used by the GUI and the game to determine the leader info to send out.
Note: This is called from the core game loop, best not to delay much here
"""
self.__leaderboard_cache = sorted(sorted(self.game_get_current_player_list(), key=attrgetter(self._secondary_victory), reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory), reverse=self._primary_victory_high)
if len(self.__leaderboard_cache) > 0:
self._leader = self.__leaderboard_cache[0]
self._highscore = getattr(self._leader, self._primary_victory)
#eif
#endregion
#region Network driven functions
def server_register_player(self, name, color, imgindex, netid, aiship=None):
"""
Called by the server when a new client registration message is received
Has all information pertaining to a player entity
Parameters:
ship: Ship object - used to register AI Ships to the game world
"""
if not self._players.has_key(netid):
if (self.__started and self.__allowafterstart) or not self.__started:
# create new player
#
p = Player(name, color, imgindex, netid, None)
self.player_added(p, BasicGame._ADD_REASON_REGISTER_)
self._players[netid] = p
if aiship != None:
self.__aiships[netid] = aiship
if self.__autostart:
self._game_add_ship_for_player(netid, roundstart=True)
logging.info("Registering Player: %s %d", name, netid)
return True
return False
def _game_add_ship_for_player(self, netid, force=False, roundstart=False):
"""
Called internally when a player registers if autostart is true, or when round_start is called
Also called when a player respawns.
Look to override player_added instead.
Also, sends initial environment to start RPC loop with client
"""
if netid < -2: # AI Ship
self._players[netid].object = self.__aiships[netid]
# reset AI Ship to look like new ship, though reuse object
# TODO: this doesn't work, need 'new' object to add to world, or queue the add to occur after the remove...boo
self.__aiships[netid].health.full()
self.__aiships[netid].energy.full()
self.__aiships[netid].shield.full()
self.__aiships[netid].destroyed = False
self.__aiships[netid].killed = False
self.__aiships[netid].timealive = 0
self.__aiships[netid].body.velocity = Vec2d(0, 0)
if not roundstart: # ai ship will be initialized with a starting position for round entry, but if killed, will randomize
self.__aiships[netid].body.position = self.player_get_start_position(True)
self._players[netid].object.ship_added() # tell AI ship to start
else:
self._players[netid].object = Ship(self.player_get_start_position(True), self.world)
logging.info("Adding Ship for Player %d (%s) id #%d with Name %s", netid, repr(force), self._players[netid].object.id, self._players[netid].name)
self._players[netid].object.player = self._players[netid]
self._players[netid].object.owner = self._players[netid].object # Make ships owners of themselves for easier logic with ownership?
self._players[netid].roundover = False
if not self.cfg.getboolean("World", "collisions"):
self._players[netid].object.shape.group = 1
if roundstart:
self.player_added(self._players[netid], BasicGame._ADD_REASON_START_)
else:
self.player_added(self._players[netid], BasicGame._ADD_REASON_RESPAWN_)
#eif
self.world.append(self._players[netid].object)
logging.info("Sending New Ship #%d Environment Info", self._players[netid].object.id)
if netid >= 0 and not self._players[netid].waiting:
self.server.sendEnvironment(self._players[netid].object, netid)
return self._players[netid].object
def game_get_info(self):
"""
Called when a client is connected and appends this data to the default image number, world width and world height
Should at least return a key "GAMENAME" with the name of the game module.
Your game name should be "Basic" if you don't want to return anything in game_get_extra_environment to the player
besides Score, Bestscore, Deaths, Highscore, Time left, and Round time.
Note: The client doesn't expose a way to get anything besides the game name right now.
"""
return {"GAMENAME": "Basic"}
def game_get_extra_environment(self, player):
"""
Called by World to return extra environment info to a player when they need to return a command (for just that player).
If you desire to return more information to the client, you can create an extended BasicGameInfo class there and repackage the jar.
See info in the server docs on adding a subgame.
"""
return {"SCORE": player.score, "BESTSCORE": player.bestscore, "DEATHS": player.deaths,
"HIGHSCORE": self._highscore, "TIMELEFT": int(self.round_get_time_remaining()), "ROUNDTIME": self.__roundtime}
def game_get_extra_radar_info(self, obj, objdata):
"""
Called by the World when the obj is being radared, should add new properties to the objdata.
Note: it is not supported to pick up these values directly by the client, it is best to use the existing properties that make sense.
"""
if hasattr(obj, "player") and self.cfg.getboolean("World", "radar_include_name"):
objdata["NAME"] = obj.player.name
def server_disconnect_player(self, netid):
"""
Called by the server when a disconnect message is received by a player's client
player_died should also be called, so it is recommended to override that method instead.
"""
for player in self._players:
if player.netid == netid and player.object != None:
logging.debug("Player %s Disconnected", player.name)
player.disconnected = True
player.object.killed = True # terminate
self.world.remove(player.object)
player.object = None
if self.__allowreentry:
if self._players.has_key(player.netid):
del self._players[player.netid] # should be handled by world part
return True
logging.debug("Couldn't find player with netid %d to disconnect", netid);
return False
def player_get_by_name(self, name):
"""
Retrieves a player by their name.
"""
for player in self._players.values():
if player.name == name:
return player
return None
def player_get_by_network_id(self, netid):
"""
Used by the server to retrieve a player by their network id.
"""
if self._players.has_key(netid):
return self._players[netid]
return None
#endregion
#region Player Scoring / Leaderboard Functions
def player_update_score(self, player, amount):
"""
Should be called to manipulate a player's score, will do extra bookkeeping and sanity for you.
"""
player.score += amount
# scores can't be negative
if player.score < 0:
player.score = 0
# TODO: should probably check if primary highest flag to see if we want to keep track of lowest or highest score here
# update if this is a new personal best
if player.score > player.bestscore:
player.bestscore = player.score
def player_died(self, player, gone):
"""
Will be called when a player dies, will adjust score appropriately based on game rules.
Called before player object removed from player.
gone will be True if the player is disconnected or killed (they won't respawn)
Analog to player_added
"""
player.deaths += 1
if self._points_lost_on_death > 0:
self.player_update_score(player, -self._points_lost_on_death)
if self._reset_score_on_death:
self._player_reset_score(player)
def _player_reset_score(self, player):
"""
Used to reset a players score and determine the new leader.
Will be called by the default implementation of player_died if the reset_score_on_death configuration property is true.
"""
player.score = self._points_initial
def _player_add_to_final_round(self, player):
"""
Add the player to the final round. Will be automatically called by the default implementation for round_over.
"""
self._tournamentfinalgroup.append(player)
def game_get_current_leader_list(self, all=False):
"""
Gets the list of players sorted by their score (highest first) (or all players)
"""
# secondary victory first, primary second
if all:
return sorted(sorted(self.game_get_current_player_list(all), key=attrgetter(self._secondary_victory), reverse=self._secondary_victory_high),
key=attrgetter(self._primary_victory), reverse=self._primary_victory_high)
# TODO: Cache this and regen, update leader and highscore value there too, should I do this once every game update?
return self.__leaderboard_cache
def game_get_current_player_list(self, all=False):
"""
Returns a list of player objects for players in the current round
Returns all players if no tournament running or requested
"""
if all or not self._tournament:
return self._players
else:
if self._tournamentfinalround:
return self._tournamentfinalgroup
else:
if self._tournamentcurrentgroup < len(self._tournamentgroups):
return self._tournamentgroups[self._tournamentcurrentgroup]
else:
return []
#eif
#eif
def player_get_stat_string(self, player):
"""
Should return a string with information about the player and their current score.
Defaults to:
primary_score secondary_score : player_name
"""
return "%.1f" % getattr(player, self._primary_victory) + " " + str(getattr(player, self._secondary_victory)) + " : " + player.name
def tournament_is_running(self):
"""
Returns true if a tournament is running.
"""
return self._tournament
#endregion
#region World/Collision Functions
def world_add_remove_object(self, wobj, added):
"""
Called by world when an object is added or destroyed (before added (guaranteed to not have update) and after removed (though may receive last update))
For simple tasks involving players look to the player_died or player_added methods
killed ships will not return (used to prevent respawn)
"""
logging.debug("[Game] Add Object(%s): #%d (%s)", repr(added), wobj.id, friendly_type(wobj))
if not added and isinstance(wobj, Ship) and wobj.player.netid in self._players:
nid = wobj.player.netid
# if we were given an expiration time, means we haven't issued a command, so kill the ship
if wobj.has_expired() and self.cfg.getboolean("Server", "disconnect_on_idle"):
logging.info("Ship #%d killed due to timeout.", wobj.id)
wobj.killed = True
self.player_died(self._players[nid], (self._players[nid].disconnected or wobj.killed))
self._players[nid].object = None
if not self._players[nid].disconnected:
if self._disconnect_on_death or wobj.killed:
if self.__allowreentry:
del self._players[nid]
# TODO: disconnect AI?
if nid >= 0:
self.server.sendDisconnect(nid)
else:
if not self._players[nid].roundover:
# if the round isn't over, then re-add the ship
self._game_add_ship_for_player(nid, True)
def world_physics_pre_collision(self, shapes):
"""
Called by the physics engine when two objects just touch for the first time
return [True/False, [[func, obj, para...]... ] ]
use False to not process collision in the physics engine, the function callback will still be called
The default game prevents anything from colliding with BlackHole or Nebula.
shapes is a list of pymunk Shape classes, but you can look at it's id or world_object properties to get useful information.
"""
for shape in shapes:
if isinstance(shape.world_object, BlackHole) or isinstance(shape.world_object, Nebula):
return [ False, [] ]
def world_physics_collision(self, shapes, damage):
"""
Called by the physics engine when two objects collide
Return [[func, obj, para...]...]
The default game handles inflicting damage on entities in this step.
It is best to override world_physics_pre_collision if you want to prevent things from occuring in the first place.
"""
r = []
for shape in shapes:
#print shape.id, ":",
gobj = shape.world_object
if isinstance(gobj, Ship) and gobj.commandQueue.containstype(RaiseShieldsCommand) and gobj.shield.value > 0:
gobj.shield -= damage * gobj.shieldDamageReduction
gobj.health -= damage * (1.0 - gobj.shieldDamageReduction)
else:
logging.debug("Object #%d took %d damage", gobj.id, damage)
gobj.health -= damage
#eif
if gobj.health.maximum > 0 and gobj.health.value <= 0:
gobj.killedby = None
if len(shapes) == 2:
for s2 in shapes:
if s2 != shape:
gobj.killedby = self.world[s2.id]
break
logging.info("Object #%d destroyed by %s", gobj.id, repr(gobj.killedby))
r.append([self.world_physics_post_collision, gobj, damage])
if isinstance(gobj, Ship):
gobj.player.sound = "EXPLODE"
elif isinstance(gobj, Ship):
gobj.player.sound = "HIT"
#eif
if r == []: return None
return r
def world_physics_post_collision(self, dobj, para):
"""
Setup and called by world_physics_collision to process objects which have been destroyed as a result of taking too much damage.
The default game causes an explosion force based on the strength of the collision in the vicinity of the collision.
dobj: the object destroyed
para: extra parameters from a previous step, by default collision passes the strength of the collision only
"""
strength = para[0] / 75.0
logging.info("Destroying Object: #%d, Force: %d [%d]", dobj.id, strength, thread.get_ident())
dobj.destroyed = True
self.world.causeExplosion(dobj.body.position, dobj.radius * 5, strength / 75.0, True) #Force in physics step
self.world.remove(dobj)
#endregion
#region GUI Drawing
def gui_initialize(self):
"""
Used to initialize GUI resources at the appropriate time after the graphics engine has been initialized.
"""
self._tfont = pygame.font.Font("freesansbold.ttf", 18)
self._dfont = debugfont()
def gui_draw_game_world_info(self, surface, flags):
"""
Called by GUI to have the game draw additional (optional) info in the world when toggled on 'G'.
(coordinates related to the game world)
"""
pass
def gui_draw_game_screen_info(self, screen, flags):
"""
Called by GUI to have the game draw additional (optional) info on screen when toggled on 'G'.
(coordinates related to the screen)
"""
pass
def gui_get_player_stats(self, all=False):
"""
Called by GUI to get the sorted list of player stats.
GUI expects a list of strings, you should usually override player_get_stat_string.
"""
sstat = []
for player in self.game_get_current_leader_list(all):
sstat.append(self.player_get_stat_string(player))
return sstat
def gui_draw_tournament_bracket(self, screen, flags):
"""
Called by GUI to draw info about the round/tournament (optional) when toggled on 'T'.
(coordinates related to the screen)
"""
if self._tournament and self._tournamentinitialized:
# draw first Bracket
y = 100
for x in xrange(self._tournamentnumgroups):
c = (128, 128, 128)
if x == self._tournamentcurrentgroup:
c = (255, 255, 255)
py = y
for player in self._tournamentgroups[x]:
screen.blit(self._tfont.render(player.name, False, c), (100, y))
y += 24
# draw bracket lines
pygame.draw.line(screen, (192, 192, 192), (400, py), (410, py))
pygame.draw.line(screen, (192, 192, 192), (410, py), (410, y))
pygame.draw.line(screen, (192, 192, 192), (400, y), (410, y))
pygame.draw.line(screen, (192, 192, 192), (410, py + (y - py) / 2), (410, py + (y - py) / 2))
y += 36
# draw Final Bracket
y = 96 + ((y - 96) / 2) - len(self._tournamentfinalgroup) * 16
py = y
for player in self._tournamentfinalgroup:
screen.blit(self._tfont.render(player.name, False, (255, 255, 128)), (435, y))
y += 24
pygame.draw.line(screen, (192, 192, 192), (800, py), (810, py))
pygame.draw.line(screen, (192, 192, 192), (810, py), (810, y))
pygame.draw.line(screen, (192, 192, 192), (800, y), (810, y))
if self._tournamentfinalwinner:
screen.blit(self._tfont.render(self._tournamentfinalwinner.name, False, (128, 255, 255)), (835, py + (y - py) / 2))
class DiscoveryQuestGame(BasicGame):
"""
Discovery Quest is a game of exploration.
Ships must 'Scan' various objects in order to accumulate points. Every type of object in the game is worth a different number of points.
Scanning is different from Radar, and requires a precise ID and takes more time and energy to perform. It also has a limited range which you must stay within for the whole duration of the scan.
You CANNOT scan the same object more than once for points.
Ships must establish an 'Outpost' by scanning it. Once they have done so, they will start to receive 'Missions'. They initially won't score points for scanned objects until an Outpost is established.
All points for things scanned before making an Outpost will be awarded when an Outpost is established.
A Mission dictates which objects a ship should go scan. If a ship goes and scans ONLY those things, bonus points will be awarded when they return to their outpost and Scan it again.
Scanning their outpost will always give them a new mission.
Your Ship being destroyed clears/fails your mission, so you must return to your established outpost if you want a new one.
"""
def __init__(self, cfgobj):
self._outposts = ThreadSafeDict()
super(DiscoveryQuestGame, self).__init__(cfgobj)
self.mustbase = cfgobj.getboolean("DiscoveryQuest", "establish_homebase")
self.usemissions = cfgobj.getboolean("DiscoveryQuest", "missions")
self._missions = cfgobj.get("DiscoveryQuest", "mission_objectives").split(",")
self.scantime = cfgobj.getfloat("DiscoveryQuest", "scan_time")
self.scanrange = cfgobj.getint("DiscoveryQuest", "scan_range")
self.scanduration = cfgobj.getint("DiscoveryQuest", "scan_duration")
self.outpostdist = cfgobj.getint("DiscoveryQuest", "ship_spawn_dist")
self.limitwarp = cfgobj.getboolean("DiscoveryQuest", "disable_warp_in_nebula")
def game_get_info(self):
return {"GAMENAME": "DiscoveryQuest"}
def player_reset_mission(self, player):
if self.usemissions:
# get a number of missions for each thing
player.mission = []
player.scanned = []
player.failed = False
for i in xrange(cfg_rand_min_max(self.cfg, "DiscoveryQuest", "mission_num")):
player.mission.append(random.choice(self._missions)) # TODO: validate that this player can still scan those types of objects
def player_added(self, player, reason):
if reason == BasicGame._ADD_REASON_REGISTER_:
player.buffervalue = 0 # stored points before scanning first output, if outpost is required.
player.outpost = None # home base obj
player.lastids = [] # last ids scanned
player.scantimes = {} # timers for scans, id: timestamp
player.mission = [] # List of strings of items to scan
player.scanned = [] # ids scanned by player
player.failed = True # whether current mission has failed, starts as true as no mission to start
return super(DiscoveryQuestGame, self).player_added(player, reason)
def player_get_start_position(self, force = False):
# pick a random outpost to spawn the player besides
out = intpos(random.choice(self._outposts.values()).body.position)
pos = (random.randint(out[0]-self.outpostdist, out[0]+self.outpostdist),
random.randint(out[1]-self.outpostdist, out[1]+self.outpostdist))
x = 0
while len(self.world.getObjectsInArea(pos, self.outpostdist / 2)) > 0 and x < 15:
x += 1
pos = (random.randint(out[0]-self.outpostdist, out[0]+self.outpostdist),
random.randint(out[1]-self.outpostdist, out[1]+self.outpostdist))
return pos
def player_died(self, player, gone):
if gone and player.outpost != None:
player.outpost.home_for.remove(player)
player.outpost = None
if gone:
for obj in self.world:
if player in obj.scanned_by:
obj.scanned_by.remove(player)
return super(DiscoveryQuestGame, self).player_died(player, gone)
def player_get_stat_string(self, player):
"""
Should return a string with information about the player and their current score.
Defaults to:
primary_score secondary_score : player_name
"""
if player.buffervalue > 0:
return "%d %s B: %d" % (getattr(player, self._primary_victory), player.name, getattr(player, self._secondary_victory))
else:
return "%d %s" % (getattr(player, self._primary_victory), player.name)
def world_add_remove_object(self, wobj, added):
if isinstance(wobj, Outpost):
if not added:
del self._outposts[wobj.id]
else:
self._outposts[wobj.id] = wobj
if added:
wobj.scanned_by = [] # objects keep track of who scans them
# give object point value
opt = "points_" + friendly_type(wobj).lower()
if self.cfg.has_option("DiscoveryQuest", opt):
wobj.value = self.cfg.getint("DiscoveryQuest", opt)
else:
#guard
wobj.value = 0
else:
# clean-up reference to scantime on obj death
for player in self.game_get_current_player_list():
if player in wobj.scanned_by:
del player.scantimes[wobj.id]
return super(DiscoveryQuestGame, self).world_add_remove_object(wobj, added)
def game_get_extra_environment(self, player):
env = super(DiscoveryQuestGame, self).game_get_extra_environment(player)
if player.outpost != None:
env["POSITION"] = intpos(player.outpost.body.position)
env["FAILED"] = player.failed
env["MISSION"] = player.mission
obj = player.object
if obj != None:
cur = []
for cmd in obj.commandQueue:
if isinstance(cmd, ScanCommand):
cur.append(cmd.target)
env["CURIDS"] = cur
env["SUCIDS"] = player.lastids
player.lastids = []
return env
def game_get_extra_radar_info(self, obj, objdata, player):
super(DiscoveryQuestGame, self).game_get_extra_radar_info(obj, objdata, player)
# return object's value for scanning
if hasattr(obj, "value"):
objdata["VALUE"] = obj.value
objdata["SUCCESS"] = player in obj.scanned_by
def server_process_network_message(self, ship, cmdname, cmddict={}):
"""
Called by the server when it doesn't know how to convert a network message into a Ship Command.
This function is used to create commands custom to the game itself.
Parameters:
ship: Ship object which will process the Command
cmdname: string network shortcode for command, set overriding getName in ShipCommand on Client
cmddict: dictionary of properties of a command, set using private fields on ShipCommand class
Return:
return a server 'Command' object, a string indicating an error, or None
"""
if cmdname == GAME_CMD_SCAN:
if cmddict.has_key("TARGET") and isinstance(cmddict["TARGET"], int) and cmddict["TARGET"] > 0:
return ScanCommand(ship, self, cmddict["TARGET"])
else:
return "Discovery Quest Scan Command requires a target id."
def server_process_command(self, ship, command):
# Discovery Quest prevents warp in a nebula
if self.limitwarp and isinstance(command, WarpCommand):
for body in ship.in_celestialbody:
if isinstance(body, Nebula):
logging.info("Preventing Ship #%d From Warping As In Nebula", ship.id)
return "Discovery Quest Rule - Can't warp when in Nebula"
return command
def dq_finished_scan(self, ship, obj, success):
if obj != None:
logging.info("Ship #%d finished scan of object #%d and was successful? [%s]", ship.id, obj.id, repr(success))
else:
logging.info("Ship #%d finished scan of unknown object (never saw id)", ship.id)
if success:
ship.player.lastids.append(obj.id)
if isinstance(obj, Outpost) and (ship.player in obj.home_for or ship.player.outpost == None):
# scanned player's own Outpost, do Mission Stuff HERE
if ship.player.outpost == None:
# establish as ship's Outpost
ship.player.outpost = obj
obj.home_for.append(ship.player)
ship.player.update_score(ship.player.buffervalue + obj.value * 2) # Score initial points + 2*outpost value for establishing base
ship.player.buffervalue = 0
ship.player.sound = "SUCCESS"
if self.usemissions and not ship.player.failed and len(ship.player.mission) == 0: # completed mission exactly
points = 0
# tally points of scanned objects
for obj in ship.player.scanned:
points += obj.value
ship.player.sound = "MISSION"
ship.player.update_score(points * self.cfg.getfloat("DiscoveryQuest", "mission_bonus_multiplier"))
self.player_reset_mission(ship.player)
elif ship.player in obj.scanned_by:
logging.info("Ship #%d has ALREADY scanned object #%d", ship.id, obj.id)
else:
# mission checks
if friendly_type(obj) in ship.player.mission:
ship.player.mission.remove(friendly_type(obj))
else:
ship.player.failed = True
ship.player.scanned.append(obj)
# track obj scan
ship.player.scantimes[obj.id] = 0
obj.scanned_by.append(ship.player)
# update scores
ship.player.sound = "SUCCESS"
if ship.player.outpost != None or not self.mustbase: # or we don't require bases for points
ship.player.update_score(obj.value)
else: #haven't found outpost, need to buffer points
ship.player.buffervalue += obj.value
#end dq_finished_scan
def game_update(self, t):
super(DiscoveryQuestGame, self).game_update(t)
# check timeout of scan duration (if enabled)
if self.scanduration > 0:
for player in self.game_get_current_player_list():
for id in player.scantimes.keys():
player.scantimes[id] += t
if player.scantimes[id] >= self.scanduration:
obj = self.world[id]
obj.scanned_by.remove(player)
del player.scantimes[id]
#end game_update
def gui_draw_game_world_info(self, surface, flags, trackplayer):
for player in self.game_get_current_player_list():
obj = player.object
if obj != None:
bp = intpos(obj.body.position)
wrapcircle(surface, (0, 255, 255), bp, self.scanrange, self.world.size, 1) # Scan Range
if self.usemissions:
text = debugfont().render("%s [%s]" % (repr(player.mission), player.failed), False, (0, 255, 255))
surface.blit(text, (bp[0]-text.get_width()/2, bp[1] - 6))
if trackplayer != None:
curs = []
curf = []
obj = trackplayer.object
if obj != None:
# Draw Success/Failure Circles around Current Scan Targets
for cmd in obj.commandQueue:
if isinstance(cmd, ScanCommand):
if cmd.success:
obj = self.world[cmd.target]
wrapcircle(surface, (255, 255, 0), intpos(obj.body.position), obj.radius + 6, self.world.size, 2)
else:
obj = self.world[cmd.target]
wrapcircle(surface, (255, 0, 0), intpos(obj.body.position), obj.radius + 6, self.world.size, 2)
# Draw Circles around scanned entities
for id, scantime in trackplayer.scantimes.iteritems():
obj = self.world[id]
#if trackplayer in obj.scanned_by:
if self.scanduration > 0:
c = 160 * (scantime / self.scanduration)
else:
c = 0
wrapcircle(surface, (0, 255 - c, 255 - c), intpos(obj.body.position), obj.radius + 4, self.world.size, 4)
class GameWorld(object):
"""
represents the virtual space world and the objects in it
Provides hit detection and radar between objects in the world
"""
def __init__(self, game, worldsize, objlistener=None):
"""
Parameters:
game: game object that manages rules for world
worldsize: tuple of world width,height
pys: flag to indicate whether this should be the main world running a physics/game loop or not
objlistener: initial listner callback function
"""
self.__game = game
self.size = intpos(worldsize)
self.width = worldsize[0]
self.height = worldsize[1]
self.__space = pymunk.Space()
#self.__space.add_collision_handler(0, 0, post_solve=self.collideShipStellarObject)
self.__space.set_default_collision_handler(
begin=self.__beginCollideObject,
post_solve=self.__collideObject,
separate=self.__endCollideObject)
self.__objects = ThreadSafeDict()
self.__addremovesem = threading.Semaphore()
self.__influential = []
if objlistener == None:
self.__objectListener = []
else:
self.__objectListener = [objlistener]
self.__toremove = []
self.__toadd = []
self.__active = False
self.__started = False
self.gameerror = False
logging.info("Initialized World of size %s", repr(worldsize))
def start(self):
if not self.__started:
self.__started = True
self.__active = True
self.__pys = True
logging.debug("Started gameloop for World %s", repr(self))
threading.Thread(None, self.__THREAD__gameloop,
"WorldMap_gameloop_" + repr(self)).start()
def mid_point(self, xoff=0, yoff=0):
return intpos((self.width / 2 + xoff, self.height / 2 + yoff))
def endGameLoop(self):
self.__active = False
def destroy_all(self):
self.__pys = False # disable physics step while we add/remove all objects
time.sleep(0.2)
# Remove All Objects
for obj in self:
self.pysremove(obj)
self.__pys = True
def __beginCollideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_pre_collision(
arbiter.shapes[0].world_object, arbiter.shapes[1].world_object)
if r != None:
if r == False or r == True:
return r
for i in r[1:]:
space.add_post_step_callback(i[0], i[1], i[2])
return r[0]
return True
def __collideObject(self, space, arbiter):
if arbiter.is_first_contact:
r = self.__game.world_physics_collision(
arbiter.shapes[0].world_object, arbiter.shapes[1].world_object,
arbiter.total_impulse.length / 250.0)
if r != None:
for i in r:
space.add_post_step_callback(i[0], i[1], i[2])
#eif
def __endCollideObject(self, space, arbiter):
# when object is destroyed in callback, arbiter may be empty
if hasattr(arbiter, "shapes"):
self.__game.world_physics_end_collision(
arbiter.shapes[0].world_object, arbiter.shapes[1].world_object)
def causeExplosion(self, origin, radius, strength, force=False):
logging.debug("Start Explosion %s, %d, %d [%d]", origin, radius,
strength, thread.get_ident())
origin = pymunk.Vec2d(origin)
for obj in self.__objects:
if obj.explodable:
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(origin, radius, point):
logging.debug(
"Applying Explosion Force of strength %d impulse %s to #%d",
strength, repr(
(point - origin) * strength), obj.id)
obj.body.apply_impulse((point - origin) * strength,
(0, 0))
break
logging.debug("Done Explosion")
def registerObjectListener(self, callback):
if callback not in self.__objectListener:
self.__objectListener.append(callback)
def __len__(self):
return len(self.__objects)
def __iter__(self):
return self.__objects.__iter__()
def __getitem__(self, key):
return self.__objects.__getitem__(key)
def __setitem__(self, key, value):
return self.__objects.__setitem__(key, value)
def has_key(self, key):
return self.__objects.has_key(key)
def append(self, item, pys=False):
"""
Call to add an object to the game world from threads outside the game loop
"""
logging.debug("Append Object to World %s [%d]", repr(item),
thread.get_ident())
for objListener in self.__objectListener:
objListener(item, True)
logging.debug("SEMAPHORE ACQ append [%d]", thread.get_ident())
self.__addremovesem.acquire()
if not self.__objects.has_key(item.id):
self.__objects[item.id] = item
if pys:
item.addToSpace(self.__space)
elif item in self.__toremove:
self.__toremove.remove(item)
else:
self.__toadd.append(item)
if isinstance(item, Influential) and item.influence_range > 0:
self.__influential.append(item)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL append [%d]", thread.get_ident())
def remove(self, item):
"""
Call to remove an object from the game world
"""
del self[item]
def pysremove(self, item):
self.__delitem__(item, True)
def __delitem__(self, key, pys=False):
logging.debug("Removing Object from World %s [%d]", repr(key),
thread.get_ident())
# Notify each item this may be in that it's no longer colliding
# HACK: Get around issue with PyMunk not telling us shapes when object removed already before separate callback
if len(key.in_celestialbody) > 0:
for item in key.in_celestialbody[:]:
item.collide_end(key)
logging.debug("SEMAPHORE ACQ delitem [%d]", thread.get_ident())
self.__addremovesem.acquire()
if self.__objects.has_key(key.id):
if pys:
key.removeFromSpace(self.__space)
elif key in self.__toadd:
self.__toadd.remove(key)
else:
self.__toremove.append(key)
del self.__objects[key.id]
if key in self.__influential:
self.__influential.remove(key)
self.__addremovesem.release()
logging.debug("SEMAPHORE REL delitem [%d]", thread.get_ident())
# Notify after removed, in case re-add same object
for objListener in self.__objectListener:
objListener(key, False)
def __THREAD__gameloop(self):
lasttime = MINIMUM_GAMESTEP_TIME
try:
while self.__active:
if self.__pys:
self.__space.step(
MINIMUM_GAMESTEP_TIME) # Advance Physics Engine
tstamp = time.time()
# update all game objects
for obj in self: # self is dictionary
# Wrap Object in World
if obj.body.position[0] < 0:
obj.body.position[0] += self.width
elif obj.body.position[0] > self.width:
obj.body.position[0] -= self.width
if obj.body.position[1] < 0:
obj.body.position[1] += self.height
elif obj.body.position[1] > self.height:
obj.body.position[1] -= self.height
# Apply Gravity for Planets
if obj.gravitable:
for influencer in self.__influential:
for point in wrappos(obj.body.position,
influencer.influence_range,
self.size):
if in_circle(influencer.body.position,
influencer.influence_range,
point):
influencer.apply_influence(
obj, point, lasttime)
break
# Update and Run Commands
obj.update(lasttime)
if obj.has_expired() or obj.destroyed:
del self[obj]
#next
# game time notification
self.__game.game_update(lasttime)
# update time
lasttime = time.time() - tstamp
logging.debug("SEMAPHORE ACQ gameloop [%d]",
thread.get_ident())
self.__addremovesem.acquire()
# NOTE ISSUE #68 - If server is slow, can be adding and removing object in same step... add first, so we can immediately remove instead of crash
# TODO: just look for common set between two lists and remove... or have each list check the other first before adding to the lists...
# probably best to refactor to PyMunk 4.0.0 and be able to have PyMunk handle adding/removing objects during physics step.
# add objects
for item in self.__toadd:
logging.info("World Adding #%d to Physics Engine %s",
item.id, repr(item))
item.addToSpace(self.__space)
self.__toadd = []
#remove objects
for item in self.__toremove:
logging.info("World Removing #%d from Physics Engine %s",
item.id, repr(item))
item.removeFromSpace(self.__space)
self.__toremove = []
self.__addremovesem.release()
logging.debug("SEMAPHORE REL gameloop [%d]",
thread.get_ident())
# minimum to conserve resources
if lasttime < MINIMUM_GAMESTEP_TIME:
time.sleep(MINIMUM_GAMESTEP_TIME - lasttime)
lasttime = MINIMUM_GAMESTEP_TIME
#else:
#logg#ging.debug("Can't keep at 50fps at %dfps", 1.0 / lasttime)
#eif
#wend
except:
print "EXCEPTION IN GAMELOOP"
logging.exception("FATAL Error in game loop!!!")
logging.info(traceback.format_exc())
logging.error(traceback.format_exc())
print traceback.format_exc()
self.gameerror = True
logging.debug("Gameloop Ended")
def getObjectsInArea(self, pos, radius, radar=False):
"""
Returns objects within the given radius from the position (even wrapping around edge of world), pass radar = True if for environment
"""
logging.debug("Get Objects In Area %s %d [%d]", repr(pos), radius,
thread.get_ident())
objList = []
for obj in self.__objects.values():
for point in wrappos(obj.body.position, radius, self.size):
if in_circle(pos, radius, point):
objList.append(obj)
break
#eif
#next
#next
return objList
def get_count_of_objects(self, type):
tname = type.__name__
count = 0
for obj in self.__objects.values():
if obj.__class__.__name__ == tname:
count += 1
#eif
#next
return count
def getObjectData(self, obj, player):
#TODO: Move these properties to the 'getExtraInfo' of the base Entity and have child classes call super...
objData = {}
# Convert Type of Object to String
objData["TYPE"] = friendly_type(obj)
objData["ID"] = obj.id
objData["POSITION"] = intpos(obj.body.position)
objData["SPEED"] = obj.body.velocity.length
# TODO: deal with -0.0 case OR match physics library coordinates?
objData[
"DIRECTION"] = -obj.body.velocity.angle_degrees % 360 # 30 = -120?, -80 = -10
#objData["VELOCITYDIRECTION"] = obj.velocity.direction
objData["MAXSPEED"] = obj.body.velocity_limit
objData["CURHEALTH"] = obj.health.value
objData["MAXHEALTH"] = obj.health.maximum
objData["CURENERGY"] = obj.energy.value
objData["MAXENERGY"] = obj.energy.maximum
objData["ENERGYRECHARGERATE"] = obj.energyRechargeRate
objData["MASS"] = obj.mass
objData[
"HITRADIUS"] = obj.radius #TODO: Move to entites that have this i.e. physicalround?
objData["TIMEALIVE"] = obj.timealive
objData["INBODY"] = (len(obj.in_celestialbody) > 0)
obj.getExtraInfo(objData, player)
self.__game.game_get_extra_radar_info(obj, objData, player)
return objData
def getEnvironment(self, ship, radarlevel=0, target=-1, getMessages=False):
#TODO: abstract radar to game level?
radardata = None
if radarlevel > 0:
objs = self.getObjectsInArea(ship.body.position, ship.radarRange,
True)
#TODO: Need to wait lock the removing of ships with accessing...???
if ship in objs: objs.remove(ship) # Get rid of self...
# remove ships with cloak
for x in xrange(len(objs) - 1, -1, -1):
if isinstance(objs[x],
Ship) and objs[x].commandQueue.containstype(
CloakCommand):
del objs[x]
#eif
#next
if radarlevel == 1:
# number of objects
radardata = []
for i in xrange(len(objs)):
radardata.append({})
elif radarlevel == 2:
# (pos, id) list
radardata = []
for e in objs:
radardata.append({
"POSITION": intpos(e.body.position),
"ID": e.id
})
#next
elif radarlevel == 3:
for obj in objs:
if obj.id == target:
radardata = [self.getObjectData(obj, ship.player)]
break
elif radarlevel == 4:
# (pos, id, type)
radardata = []
for e in objs:
radardata.append({
"POSITION": intpos(e.body.position),
"ID": e.id,
"TYPE": friendly_type(e)
})
#next
elif radarlevel == 5:
radardata = []
for e in objs:
radardata.append(self.getObjectData(e, ship.player))
#next
#eif
#eif
msgQueue = []
if getMessages:
msqQueue = list(ship.messageQueue)
return {
"SHIPDATA": self.getObjectData(ship, ship.player),
"RADARLEVEL": radarlevel,
"RADARDATA": radardata,
"GAMEDATA": self.__game.game_get_extra_environment(ship.player),
"MESSAGES": msgQueue,
}
def startGame(windowcaption, game, fullscreen=True, resolution=None, showstats=False, sound=False, testcase=None):
#region Initialization
logging.info("Initiating PyGame...")
world = game.world
pygame.init()
fpsClock = pygame.time.Clock()
logging.debug("Initiating Screen...")
if sound:
logging.info("Starting Sound...")
pygame.mixer.init()
SCache(True)
else:
logging.info("Sound Disabled")
SCache(False)
ipaddress = getIPAddress()
if resolution == None:
resolution = pygame.display.list_modes()[0]
windowSurface = pygame.display.set_mode(resolution, (pygame.FULLSCREEN * fullscreen) | pygame.HWSURFACE | pygame.DOUBLEBUF)
pygame.display.set_caption(windowcaption)
logging.debug("Game GUI CFG...")
# Let game initialize any GUI objects independently
game.gui_initialize()
colorBlack = pygame.Color(0, 0, 0)
#shipw = ShipGUI(Ship((100, 100)))
#shipw.ship.velocity.magnitude = 5
#region World Registration
bgobjects = ThreadSafeDict() # items we want always in the background
objects = ThreadSafeDict()
shipids = []
trackshipid = None
def addorremove(obj, added):
logging.debug("GUI: Add/Remove Obj %s (%s) [%d]", repr(obj), repr(added), thread.get_ident())
try:
if added:
# TODO: #18 - Clean-up this by auto creating wrapper on name...
if isinstance(obj, Ship):
logging.debug("GUI: Adding Ship #%d", obj.id)
objects[obj.id] = ShipGUI(obj, world)
shipids.append(obj.id)
logging.debug("GUI: Added Ship #%d", obj.id)
elif isinstance(obj, Nebula):
logging.debug("GUI: Adding Nebula #%d", obj.id)
bgobjects[obj.id] = NebulaGUI(obj, world)
logging.debug("GUI: Added Nebula #%d", obj.id)
elif isinstance(obj, Planet):
logging.debug("GUI: Adding Planet #%d", obj.id)
bgobjects[obj.id] = PlanetGUI(obj, world)
logging.debug("GUI: Added Planet #%d", obj.id)
elif isinstance(obj, Asteroid):
logging.debug("GUI: Adding Asteroid #%d", obj.id)
objects[obj.id] = AsteroidGUI(obj, world)
logging.debug("GUI: Added Asteroid #%d", obj.id)
elif isinstance(obj, Torpedo):
logging.debug("GUI: Adding Torpedo #%d", obj.id)
objects[obj.id] = TorpedoGUI(obj, world)
logging.debug("GUI: Added Torpedo #%d", obj.id)
else:
logging.debug("GUI: Adding %s #%d", repr(obj), obj.id)
objects[obj.id] = obj.WRAPPERCLASS(obj, world)
logging.debug("GUI: Added %s %%d", repr(obj), obj.id)
#eif
else:
if isinstance(obj, Ship):
logging.debug("GUI: Ship #%d Dying", obj.id)
ship = objects.get(obj.id, None)
if ship != None:
ship.dying = True
logging.debug("GUI: Ship #%d Set Dying", obj.id)
elif obj.id in objects:
logging.debug("GUI: Removing Object #%d", obj.id)
del objects[obj.id]
logging.debug("GUI: Removed Object #%d", obj.id)
elif obj.id in bgobjects:
logging.debug("GUI: Removing BG Object #%d", obj.id)
del bgobjects[obj.id]
logging.debug("GUI: Removed BG Object #%d", obj.id)
#eif
#eif
except:
logging.error("GUI ERROR")
logging.error(traceback.format_exc())
print traceback.format_exc()
#logging.debug("GUI: Add/Remove Done [%d]", thread.get_ident())
#endregion
logging.debug("Register World Listener...")
world.registerObjectListener(addorremove)
logging.debug("Add Objects to GUI...")
# Create objects for all items in world
for obj in world:
addorremove(obj, True)
#efor
# Create Stars
#stars = []
#for i in xrange((world.width / STAR_DENSITY * world.height / STAR_DENSITY)):
# stars.append(Star((random.randint(4, world.width - 4), random.randint(4, world.height - 4))))
logging.debug("Create Fonts...")
# Start Main Loop
font = pygame.font.Font("freesansbold.ttf", 12)
bigfont = pygame.font.Font("freesansbold.ttf", 44)
logging.debug("Load Textures...")
spacetexture = Cache().getImage("Backgrounds/space")
scalefactorx = float(world.size[0]) / resolution[0]
scalefactory = float(world.size[1]) / resolution[1]
offsetx = 0
maxoffsetx = -world.width + resolution[0]
offsety = 0
maxoffsety = -world.height + resolution[1]
def centerViewOnWorld(pos):
return -pos[0] + resolution[0]/2, -pos[1] + resolution[1]/2
#keyboard repeat rate
pygame.key.set_repeat(75, 25)
zoomout = True
mouselock = True
MOUSELOCK_RANGE = resolution[0] / 8
logintercept = False
mlh = MessageLogHandler(50)
dynamiccamera = False
mousemode = None
prevzoom = zoomout
showip = showstats
showplayerlist = showstats
showroundtime = game.cfg.getboolean("Tournament", "tournament")
tournamentinfo = game.cfg.getboolean("Tournament", "tournament")
flags = {"DEBUG":False,
"STATS":showstats,
"NAMES":True,
"GAME":showstats}
logging.info("Create Main Surface...")
#TODO: Optimize by only drawing objects in viewport...
worldsurface = pygame.Surface((world.size[0], world.size[1]), flags=HWSURFACE)
logging.debug("Game Start!")
obj = None
notexit = True
# In test case we only care about test being done
if testcase != None:
notexit = False
#endregion
while notexit or (testcase != None and not testcase.donetest):
t = pygame.time.get_ticks() / 1000.0
#for star in stars:
# star.draw(windowSurface)
# TODO: figure out abstraction for pygame or method in order to get objwrapper to figure out if it needs
# to draw in the screen or be no-op, ideally objwrapper just does what it does now...
worldsurface.fill(colorBlack)
#for x in xrange(offsetx, resolution[0], 512):
# for y in xrange(offsety, resolution[1], 512):
# worldsurface.blit(spacetexture, (x, y))
# draw background items first in specific z-order
for obj in sorted(bgobjects.values(), key=attrgetter('zorder')):
obj.draw(worldsurface, flags)
if obj.dead:
del bgobjects[obj._worldobj.id]
# draw active objects
for obj in objects:
obj.draw(worldsurface, flags)
if hasattr(obj._worldobj, "player") and obj._worldobj.player.sound != None:
#print "Trying to play sound", obj._worldobj.player.sound
SCache().play(obj._worldobj.player.sound)
obj._worldobj.player.sound = None
if obj.dead:
del objects[obj._worldobj.id]
if isinstance(obj, ShipGUI):
shipids.remove(obj._worldobj.id)
if flags["GAME"]:
game.gui_draw_game_world_info(worldsurface, flags)
#region Key/Mouse Event Handling
for event in pygame.event.get():
if event.type == QUIT:
notexit = False
elif event.type == KEYDOWN:
if event.key == K_ESCAPE:
pygame.event.post(pygame.event.Event(QUIT))
elif event.key == K_SPACE and not game.round_get_has_started():
game.round_start()
elif event.key == K_d:
flags["DEBUG"] = not flags["DEBUG"]
elif event.key == K_i:
showip = not showip
elif event.key == K_p:
showplayerlist = (showplayerlist + 1) % (2 + game.tournament_is_running())
elif event.key == K_s:
flags["STATS"] = not flags["STATS"]
elif event.key == K_n:
flags["NAMES"] = not flags["NAMES"]
elif event.key == K_UP:
offsety += 16
elif event.key == K_DOWN:
offsety -= 16
elif event.key == K_RIGHT:
offsetx -= 16
elif event.key == K_LEFT:
offsetx += 16
elif event.key == K_g:
flags["GAME"] = not flags["GAME"]
elif event.key == K_t and game.tournament_is_running():
tournamentinfo = not tournamentinfo
elif event.key == K_z:
zoomout = not zoomout
elif event.key == K_m:
mouselock = not mouselock
elif event.key == K_PAGEUP and len(shipids) > 0:
if trackshipid == None:
trackshipid = shipids[0]
else:
trackshipid = shipids[shipids.index(trackshipid) - 1]
elif event.key == K_PAGEDOWN and len(shipids) > 0:
if trackshipid == None:
trackshipid = shipids[-1]
else:
trackshipid = shipids[(shipids.index(trackshipid) + 1) % len(shipids)]
elif event.key == K_END:
trackshipid = None
mlh.filter = None
elif event.key == K_y:
dynamiccamera = not dynamiccamera
if not dynamiccamera:
trackshipid = None
elif event.key == K_l:
logintercept = not logintercept
logger = logging.getLogger()
if logintercept:
logger.addHandler(mlh)
else:
logger.removeHandler(mlh)
mlh.messages.clear()
elif event.key == K_a:
if mousemode not in ("AddAsteroid", "AddPlanet", "AddBlackHole", "AddNebula", "AddBubble"):
mousemode = "AddAsteroid"
elif mousemode == "AddAsteroid":
mousemode = "AddPlanet"
elif mousemode == "AddPlanet":
mousemode = "AddBlackHole"
elif mousemode == "AddBlackHole":
mousemode = "AddNebula"
elif mousemode == "AddNebula" and isinstance(game, KingOfTheBubbleGame):
mousemode = "AddBubble"
else:
mousemode = None
elif event.key == K_k:
if mousemode == "Destroy":
mousemode = None
else:
mousemode = "Destroy"
elif event.key == K_e:
if mousemode == "Explode":
mousemode = None
else:
mousemode = "Explode"
elif event.key == K_v:
if mousemode == "Move":
mousemode = None
zoomout = prevzoom
else:
mousemode = "Move"
prevzoom = zoomout
zoomout = True
elif event.key == K_r:
showroundtime = not showroundtime
elif event.type == MOUSEBUTTONDOWN:
if zoomout:
x = event.pos[0]*scalefactorx
y = event.pos[1]*scalefactory
else:
x, y = event.pos[0]-offsetx, event.pos[1]-offsety
#print zoomout, x, y
if mousemode == "Move" and trackshipid != None:
mousemode = None
zoomout = prevzoom
objects[trackshipid]._worldobj.body.position = (x, y)
elif mousemode == "Destroy":
mousemode = None
v = Vec2d(x, y)
for lst in objects, bgobjects:
for obj in lst:
if math.sqrt(obj._worldobj.body.position.get_dist_sqrd(v)) <= 32:
logging.info("[GUI] Destroying Object #%d", obj._worldobj.id)
if isinstance(obj, ShipGUI):
obj._worldobj.killed = True
world.remove(obj._worldobj)
break
elif mousemode == "Explode":
mousemode = None
world.causeExplosion((x, y), 256, 1000)
elif mousemode == "AddAsteroid":
mousemode = None
world.append(Asteroid((x, y)))
elif mousemode == "AddPlanet":
mousemode = None
world.append(Planet((x, y)))
elif mousemode == "AddBlackHole":
mousemode = None
world.append(BlackHole((x, y)))
elif mousemode == "AddNebula":
mousemode = None
world.append(Nebula((x, y), (512, 128)))
elif mousemode == "AddBubble":
mousemode = None
game.addBubbles(world, 1, pos=(x, y))
elif zoomout and event.button == 1:
# zoom in
zoomout = False
#xoffset = -(((event.pos[0] - resolution[0]/2) % 16)*16 * scalefactorx)
#yoffset = -(((event.pos[1] - resolution[1]/2) % 16)*16 * scalefactory)
offsetx, offsety = centerViewOnWorld((event.pos[0]*scalefactorx, event.pos[1]*scalefactory))
else:
# recenter on new click
offsetx, offsety = centerViewOnWorld((event.pos[0]*scalefactorx, event.pos[1]*scalefactory))
#endregion
# Tracks a ship on screen
if len(shipids) == 0 or trackshipid not in objects:
trackshipid = None
if dynamiccamera:
trackshipid = game.game_get_current_leader_list()[0].id
if trackshipid != None:
mlh.filter = "#" + repr(trackshipid)
offsetx, offsety = centerViewOnWorld(objects[trackshipid]._worldobj.body.position)
# Pans world with mouse
if not mouselock:
# TODO Edge Detect
pos = pygame.mouse.get_pos()
if pos[0] < MOUSELOCK_RANGE:
offsetx += 48
elif pos[0] > resolution[0] - MOUSELOCK_RANGE:
offsetx -= 48
if pos[1] < MOUSELOCK_RANGE:
offsety += 48
elif pos[1] > resolution[1] - MOUSELOCK_RANGE:
offsety -= 48
#eif
if offsetx > 0: offsetx = 0
if offsety > 0: offsety = 0
if offsetx < maxoffsetx: offsetx = maxoffsetx
if offsety < maxoffsety: offsety = maxoffsety
if zoomout:
pygame.transform.scale(worldsurface, resolution, windowSurface)
else:
windowSurface.blit(worldsurface, (offsetx, offsety))
if flags["DEBUG"] or showip:
ip = bigfont.render(ipaddress, False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,0))
if not game.round_get_has_started():
ip = bigfont.render("Waiting For Start - Press Space", False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,resolution[1]/2-ip.get_height()/2))
if game.laststats != None:
x = 0
for i in game.laststats:
windowSurface.blit(font.render(i, False, (192, 192, 255)), (resolution[0]/2-300, resolution[1]/2 + 64 + 12*x))
x += 1
if showplayerlist > 0:
x = 0
for i in game.gui_get_player_stats(all=(showplayerlist == 1)):
windowSurface.blit(font.render(i, False, (192, 192, 192)), (resolution[0]-300, 64 + 12*x))
x += 1
if showplayerlist == 1:
windowSurface.blit(font.render(repr(x) + " Players Connected", False, (192, 192, 192)), (resolution[0]-300, 64 + 12 * x))
else:
windowSurface.blit(font.render(repr(x) + " Players In Round", False, (192, 192, 192)), (resolution[0]-300, 64 + 12 * x))
if showroundtime:
ip = bigfont.render(str(datetime.timedelta(seconds=game.round_get_time_remaining())), False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2,32))
if flags["DEBUG"]:
mpos = pygame.mouse.get_pos()
if zoomout: # TODO: Need to refactor and centralize these calculations as part of 'Camera' system
x = mpos[0]*scalefactorx
y = mpos[1]*scalefactory
else:
x, y = mpos[0]-offsetx, mpos[1]-offsety
windowSurface.blit(font.render("DEBUG MODE", False, (255, 255, 255)), (resolution[0]/2-38,32))
windowSurface.blit(font.render("FPS: " + repr(fpsClock.get_fps()), False, (255, 255, 255)), (0,0))
windowSurface.blit(font.render("T: " + repr(len(threading.enumerate())), False, (192, 192, 192)), (0, 12))
windowSurface.blit(font.render("World Offset: " + repr((-offsetx, -offsety)), False, (255, 255, 255)), (0,24))
windowSurface.blit(font.render("World Size: " + repr(world.size) + " - " + repr((int(x), int(y))), False, (255, 255, 255)), (0,36))
windowSurface.blit(font.render("World Objects: " + repr(len(world)), False, (255, 255, 255)), (0,48))
if mouselock:
windowSurface.blit(font.render("MOUSELOCK: ON", False, (255, 255, 255)), (resolution[0]-104,0))
else:
windowSurface.blit(font.render("MOUSELOCK: OFF", False, (255, 255, 255)), (resolution[0]-104,0))
windowSurface.blit(font.render(repr(flags), False, (255, 255, 255)), (0, resolution[1]-12))
if logintercept:
for i in xrange(len(mlh.messages)):
if i >= len(mlh.messages): break
c = 145 + i*2
windowSurface.blit(font.render(mlh.messages[i], False, (c, c, c)), (10, 64 + 12*i))
if trackshipid == None:
windowSurface.blit(font.render("Tracking Off", False, (255, 255, 255)), (resolution[0]/2-36,resolution[1]-12))
if flags["GAME"]:
game.gui_draw_game_screen_info(windowSurface, flags)
if tournamentinfo:
game.gui_draw_tournament_bracket(windowSurface, flags)
if trackshipid != None:
n = font.render("Tracking: " + objects[trackshipid]._worldobj.player.name, False, objects[trackshipid]._worldobj.player.color)
windowSurface.blit(n, (resolution[0]/2-n.get_width()/2,resolution[1]-12))
if mousemode == "Destroy":
ip = bigfont.render("DESTROY OBJECT BY CLICK", False, (255, 0, 0))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode == "Explode":
ip = bigfont.render("CLICK TO CAUSE EXPLOSION FORCE", False, (255, 0, 0))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode != None and mousemode[:3] == "Add":
ip = bigfont.render("Click to Add " + mousemode[3:], False, (255, 255, 0))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
if mousemode == "Move" and trackshipid == None:
ip = bigfont.render("TRACK OBJECT BEFORE MOVING", False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
elif mousemode == "Move":
ip = bigfont.render("CLICK TO MOVE "+objects[trackshipid]._worldobj.player.name, False, (255, 255, 255))
windowSurface.blit(ip, (resolution[0]/2-ip.get_width()/2, resolution[1]/2-ip.get_height()/2))
pygame.display.update()
fpsClock.tick(30) # keep in sync with physics engine?
#TODO: Add Logging???
# close out a game
game.end()
logging.info("Closing Pygame...")
print "Closing Pygame"
pygame.quit()
class BaubleHuntGame(BasicGame):
def __init__(self, cfgobj):
bb = cfgobj.getfloat("BaubleHunt", "bauble_percent_blue")
yb = cfgobj.getfloat("BaubleHunt", "bauble_percent_yellow")
rb = cfgobj.getfloat("BaubleHunt", "bauble_percent_red")
self._mv = cfgobj.getint("BaubleHunt", "bauble_points_red")
self.__valuetable = [(bb, cfgobj.getint("BaubleHunt", "bauble_points_blue")), (bb+yb, cfgobj.getint("BaubleHunt", "bauble_points_yellow")), (bb+yb+rb, self._mv)]
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self).__init__(cfgobj)
self.__maxcarry = self.cfg.getint("BaubleHunt", "ship_cargo_size")
def world_create(self, pys=True):
w = ConfiguredWorld(self, self.cfg, pys)
# Add some initial small Baubles
self.__addBaubles(w, self.cfg.getint("BaubleHunt", "bauble_initial"))
return w
def game_get_info(self):
return {"GAMENAME": "BaubleHunt"}
def _world_reset(self):
self.__bases = ThreadSafeDict()
self.__baubles = ThreadSafeDict()
super(BaubleHuntGame, self)._world_reset()
def player_added(self, player, reason):
super(BaubleHuntGame, self).player_added(player, reason)
player.carrying = []
if reason == BasicGame._ADD_REASON_REGISTER_:
player.totalcollected = 0
elif reason == BasicGame._ADD_REASON_START_:
player.totalcollected = 0
self.__addHomeBase(player)
self.__addBaubles(self.world, self.cfg.getint("BaubleHunt", "bauble_per_player"))
elif self.__bases.has_key(player.netid):
self.__bases[player.netid].newOwner(player.object)
def __addHomeBase(self, player, force=False):
logging.info("Add HomeBase (%s) for Player %d", repr(force), player.netid)
# add player bauble
b = HomeBase(self.getHomeBasePosition(), player.object)
self.__bases[player.netid] = b
self.world.append(b)
logging.info("Done Adding HomeBase")
# Ignores Baubles
def getHomeBasePosition(self):
pos = (0,0)
x = 0
n = 1
while n > 0 and x < 15:
x += 1
pos = (random.randint(100, self.world.width - 100),
random.randint(100, self.world.height - 100))
objs = self.world.getObjectsInArea(pos, 200)
for i in xrange(len(objs)-1, -1, -1):
if isinstance(objs[i], Bauble):
del objs[i]
n = len(objs)
return pos
def __addBaubles(self, w, num, force=False):
logging.info("Adding %d Baubles (%s)", num, repr(force))
for i in xrange(num):
r = random.random()
v = 0
for ent in self.__valuetable:
if r < ent[0]:
v = ent[1]
break
b = Bauble(getPositionAwayFromOtherObjects(w, 80, 30, force), v)
if v == self._mv:
self.__baubles[b.id] = b
w.append(b)
logging.info("Done Adding Baubles")
def world_physics_pre_collision(self, shapes):
types = []
objs = []
for shape in shapes:
objs.append(self.world[shape.id])
types.append(friendly_type(objs[-1]))
if "Ship" in types and "HomeBase" in types:
ship = None
myhome = None
homes = []
for obj in objs:
if isinstance(obj, HomeBase):
homes.append(obj)
elif isinstance(obj, Ship):
ship = obj
if ship != None:
logging.info("Ship #%d hit bases %d owner id #%d", ship.id, len(homes), homes[0].owner.id)
for h in homes:
if ship.id == h.owner.id:
myhome = h
logging.info("Ship #%d hit their base", ship.id)
break
#eif
#next
else:
logging.error("Ship not found after collision with Ship?")
#eif
if myhome != None:
return [ False, [ [self.depositBaubles, ship, myhome] ] ]
else:
logging.info("Ship #%d hit some other base", ship.id)
return [ False, [] ]
if "Ship" in types and "Bauble" in types:
b = []
ship = None
for obj in objs:
if isinstance(obj, Bauble):
b.append(obj)
elif isinstance(obj, Ship):
ship = obj
#eif
#next
return [ False, [ [self.collectBaubles, ship, b] ] ]
elif "HomeBase" in types or "Bauble" in types:
return [ False, [] ]
return super(BaubleHuntGame, self).world_physics_pre_collision(shapes)
def collectBaubles(self, ship, para):
logging.info("Collected Baubles Ship #%d", ship.id)
sound = True
for bauble in para[0]:
if len(ship.player.carrying) < self.__maxcarry:
ship.player.carrying.append(bauble)
if sound:
sound = False
ship.player.sound = "BAUBLE"
if self.__baubles.has_key(bauble.id):
del self.__baubles[bauble.id]
self.world.remove(bauble)
bauble.destroyed = True
self.__addBaubles(self.world, 1, True)
#eif
logging.info("Done Collecting Baubles #%d", ship.id)
def depositBaubles(self, ship, para):
home = para[0]
logging.info("Player Depositing Baubles #%d", ship.id)
for b in ship.player.carrying:
self.player_update_score(ship.player, b.value)
home.stored += b.value
ship.player.totalcollected += len(ship.player.carrying)
if len(ship.player.carrying) > 0:
ship.player.sound = "COLLECT"
ship.player.carrying = []
def player_died(self, player, gone):
# if ship destroyed, put baubles stored back
for b in player.carrying:
b.body.position = (player.object.body.position[0] + random.randint(-10, 10), player.object.body.position[1] + random.randint(-10, 10))
if b.value == self._mv:
self.__baubles[b.id] = b
self.world.append(b)
self.world.causeExplosion(player.object.body.position, 32, 1000)
# Remove player's base if they're gone
if gone and self.__bases.has_key(player.netid):
self.world.remove(self.__bases[player.netid])
del self.__bases[player.netid]
return super(BaubleHuntGame, self).player_died(player, gone)
def game_get_extra_environment(self, player):
if player.netid in self.__bases: # Check if Player still around?
v = 0
for b in player.carrying:
v += b.value
baubles = []
for b in self.__baubles:
baubles.append(intpos(b.body.position))
env = super(BaubleHuntGame, self).game_get_extra_environment(player)
env.update({"POSITION": intpos(self.__bases[player.netid].body.position), "BAUBLES": baubles,
"STORED": len(player.carrying), "STOREDVALUE": v, "COLLECTED": player.totalcollected})
return env
else:
return {}
def game_get_extra_radar_info(self, obj, objdata):
"""
Called by the World when the obj is being radared
"""
super(BaubleHuntGame, self).game_get_extra_radar_info(obj, objdata)
if hasattr(obj, "player"):
objdata["NUMSTORED"] = len(obj.player.carrying)
def player_get_stat_string(self, player):
return str(int(player.score)) + " in " + str(player.totalcollected) + " : " + player.name + " c.v. " + str(sum(b.value for b in player.carrying)) + " in " + str(len(player.carrying))
def round_over(self):
logging.info("Round Over")
self.__btimer.cancel() # prevent more baubles from being spawned!
super(BaubleHuntGame, self).round_over()
def gui_draw_game_world_info(self, surface, flags):
for player in self.game_get_current_player_list():
if player.object != None:
# draw number of objects carried
text = debugfont().render(repr(len(player.carrying)), False, player.color)
surface.blit(text, (player.object.body.position[0]+30, player.object.body.position[1]-4))
# draw line between player and HomeBase
if flags["DEBUG"] and self.__bases.has_key(player.netid):
pygame.draw.line(surface, player.color, intpos(player.object.body.position), intpos(self.__bases[player.netid].body.position))
# draw number of baubles carried by player
def round_start(self):
logging.info("Game Start")
super(BaubleHuntGame, self).round_start()
# start Bauble Spawn Timer
self.newBaubleTimer()
def newBaubleTimer(self):
ntime = self.cfg.getint("BaubleHunt", "bauble_timer")
if ntime > 0:
self.__btimer = RoundTimer(ntime, self.spawnBauble)
self.__btimer.start()
def spawnBauble(self):
logging.info("Spawn Bauble Timer [%d]", thread.get_ident())
self.__addBaubles(self.world, self.cfg.getint("BaubleHunt", "bauble_timer_spawns"))
self.newBaubleTimer()
