def build(self):
global map, logger, clientNetworker, game, shadow
logger = self.initLogger()
map = SLMap("test.map")
logger.info("Map loaded: " + map.title)
logger.info("Map size: (" + str(map.width) + ", " + str(map.height) +
")")
logger.info("What in (4, 8): " + str(map.getItem(4, 8)))
if character == 'merc':
char = Mercenary()
shadow = Shadow('art/spy.png')
if server:
clientNetworker = ClientNetworker(np.MERCENARY_TYPE)
else:
char = Spy()
shadow = Shadow('art/mercenary.png')
if server:
clientNetworker = ClientNetworker(np.SPY_TYPE)
if server:
clientNetworker.connect(server, 9999)
game = SpylightGame(character=char, map=map)
Clock.schedule_interval(game.update, 1.0 / 60.0)
game.start()
return game
def build(self):
global map, logger, clientNetworker, game, shadow
logger = self.initLogger()
map = SLMap("test.map")
logger.info("Map loaded: " + map.title)
logger.info("Map size: (" + str(map.width) + ", " + str(map.height) + ")")
logger.info("What in (4, 8): " + str(map.getItem(4, 8)))
if character == 'merc':
char = Mercenary()
shadow = Shadow('art/spy.png')
if server:
clientNetworker = ClientNetworker(np.MERCENARY_TYPE)
else:
char = Spy()
shadow = Shadow('art/mercenary.png')
if server:
clientNetworker = ClientNetworker(np.SPY_TYPE)
if server:
clientNetworker.connect(server, 9999)
game = SpylightGame(character=char, map=map)
Clock.schedule_interval(game.update, 1.0 / 60.0)
game.start()
return game
class GameServerEngine(object):
"""docstring for GameServerEngine"""
CELL_SIZE = 32
MIN_NOISE_DIST = 4 # in cells
MIN_BEEP_DIST = 4 # in cells
MIN_TRAP_DIST = int(1.2 * CELL_SIZE)
SPY_INITIAL_LIVES = 3
MERC_INITIAL_LIVES = 1
CAP_TIME = 4 # seconds
TIME_FREQ = 60 # 60 ticks by second
(TRAP_FREE, TRAP_MINED, TRAP_DETECTED) = range(0, 3)
def __init__(self):
global MAP
self.logger = logging.getLogger("gs.log")
self.logger.addHandler(logging.FileHandler("gs.log"))
self.logger.setLevel(logging.INFO)
super(GameServerEngine, self).__init__()
self.spy = Player(np.SPY_TYPE)
self.spy.lives = self.SPY_INITIAL_LIVES
self.merc = Player(np.MERCENARY_TYPE)
self.merc.lives = self.MERC_INITIAL_LIVES
self.mines = []
self.detectors = []
def setMap(self, m):
self.slm = SLMap(m)
self.walls = self.slm.walls
def shoot(self, player):
if player == self.merc:
self.spy.lives -= 1
else:
self.logger.info("A spy tried to shoot!")
def drop(self, player, objType):
print "Drop objType=", objType
if objType == np.OT_MINE:
print "Obj is a mine"
self.mines.append((player.pos[0], player.pos[1]))
elif objType == np.OT_DETECTOR:
self.detectors.append((player.pos[0], player.pos[1]))
self.logger.info(self.mines)
def activate(self, player):
print "Activate() at pos=" + str(
player.pos) + "Not yet implemented" # @TODO
x = player.pos[0] / self.CELL_SIZE
y = player.pos[1] / self.CELL_SIZE
if player.capping != True:
player.cap = 0
if self.slm.getItem(x, y) == 0:
player.cap += 1
def run(self, player):
self.logger.info("Run() for player of type" + str(player.playerType))
player.running = True
def beep_level(self, p1):
m = 0
for mine in self.mines:
dist = int(
abs(p1.pos[0] - mine[0]) / self.CELL_SIZE +
abs(p1.pos[1] - mine[1]) / self.CELL_SIZE)
if dist <= self.MIN_BEEP_DIST:
level = int(self.MIN_BEEP_DIST - (dist / self.CELL_SIZE))
if level > m:
m = level
return m
def noise_level(self, p1, p2):
dist = abs(p1.pos[0] - p2.pos[0]) + abs(p1.pos[1] - p2.pos[1])
if dist <= self.MIN_NOISE_DIST:
return int(self.MIN_NOISE_DIST - (dist / self.CELL_SIZE))
else:
return 0
def trapped(self, player):
result = False
i = 0
l = len(self.mines)
while i < l:
m = self.mines[i]
if sqrt((player.pos[0] - m[0])**2 +
(player.pos[1] - m[1])**2) <= self.MIN_TRAP_DIST:
del self.mines[
i] # This mine just exploded to spy's face, delete it (it multiple mines should explode, they will all blow up)
result = self.TRAP_MINED
i += 1
if result != False:
player.lives -= 1
return self.TRAP_MINED
i = 0
l = len(self.detectors)
while i < l:
m = self.detectors[i]
if sqrt((player.pos[0] - m[0])**2 +
(player.pos[1] - m[1])**2) <= self.MIN_TRAP_DIST:
del self.detectors[i]
i += 1
if result != False:
return self.TRAP_DETECTED
else:
return self.TRAP_FREE
class GameServerEngine(object):
"""docstring for GameServerEngine"""
CELL_SIZE = 32
MIN_NOISE_DIST = 4 # in cells
MIN_BEEP_DIST = 4 # in cells
MIN_TRAP_DIST = int(1.2 * CELL_SIZE)
SPY_INITIAL_LIVES = 3
MERC_INITIAL_LIVES = 1
CAP_TIME = 4 # seconds
TIME_FREQ = 60 # 60 ticks by second
(TRAP_FREE, TRAP_MINED, TRAP_DETECTED) = range(0, 3)
def __init__(self):
global MAP
self.logger = logging.getLogger("gs.log")
self.logger.addHandler(logging.FileHandler("gs.log"))
self.logger.setLevel(logging.INFO)
super(GameServerEngine, self).__init__()
self.spy = Player(np.SPY_TYPE)
self.spy.lives = self.SPY_INITIAL_LIVES
self.merc = Player(np.MERCENARY_TYPE)
self.merc.lives = self.MERC_INITIAL_LIVES
self.mines = []
self.detectors = []
def setMap(self, m):
self.slm = SLMap(m)
self.walls = self.slm.walls
def shoot(self, player):
if player == self.merc:
self.spy.lives -= 1
else:
self.logger.info("A spy tried to shoot!")
def drop(self, player, objType):
print "Drop objType=", objType
if objType == np.OT_MINE:
print "Obj is a mine"
self.mines.append((player.pos[0], player.pos[1]))
elif objType == np.OT_DETECTOR:
self.detectors.append((player.pos[0], player.pos[1]))
self.logger.info(self.mines)
def activate(self, player):
print "Activate() at pos=" + str(player.pos) + "Not yet implemented" # @TODO
x = player.pos[0] / self.CELL_SIZE
y = player.pos[1] / self.CELL_SIZE
if player.capping != True:
player.cap = 0
if self.slm.getItem(x, y) == 0:
player.cap += 1
def run(self, player):
self.logger.info("Run() for player of type" + str(player.playerType))
player.running = True
def beep_level(self, p1):
m = 0
for mine in self.mines:
dist = int(abs(p1.pos[0] - mine[0])/self.CELL_SIZE + abs(p1.pos[1] - mine[1])/self.CELL_SIZE)
if dist <= self.MIN_BEEP_DIST:
level = int(self.MIN_BEEP_DIST - (dist/self.CELL_SIZE))
if level > m:
m = level
return m
def noise_level(self, p1, p2):
dist = abs(p1.pos[0] - p2.pos[0]) + abs(p1.pos[1] - p2.pos[1])
if dist <= self.MIN_NOISE_DIST:
return int(self.MIN_NOISE_DIST - (dist/self.CELL_SIZE))
else:
return 0
def trapped(self, player):
result = False
i = 0
l = len(self.mines)
while i < l:
m = self.mines[i]
if sqrt((player.pos[0] - m[0])**2 + (player.pos[1] - m[1])**2) <= self.MIN_TRAP_DIST:
del self.mines[i] # This mine just exploded to spy's face, delete it (it multiple mines should explode, they will all blow up)
result = self.TRAP_MINED
i += 1
if result != False:
player.lives -= 1
return self.TRAP_MINED
i = 0
l = len(self.detectors)
while i < l:
m = self.detectors[i]
if sqrt((player.pos[0] - m[0])**2 + (player.pos[1] - m[1])**2) <= self.MIN_TRAP_DIST:
del self.detectors[i]
i += 1
if result != False:
return self.TRAP_DETECTED
else:
return self.TRAP_FREE