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,
}
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 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 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 __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, 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, obj):
obj.lasernodes.append(intpos(obj.body.position))
super(DeployLaserBeaconCommand,
self).__init__(obj,
DeployLaserBeaconCommand.NAME,
True,
ttl=0.05)
def mid_point(self, xoff = 0, yoff = 0):
return intpos((self.width / 2 + xoff, self.height / 2 + yoff))
def __repr__(self):
return super(WarpCommand, self).__repr__() + " DEST: " + repr(
intpos(self.__dest))
def mid_point(self, xoff=0, yoff=0):
return intpos((self.width / 2 + xoff, self.height / 2 + yoff))
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 __init__(self, obj):
obj.lasernodes.append(intpos(obj.body.position))
super(DeployLaserBeaconCommand, self).__init__(obj, DeployLaserBeaconCommand.NAME, True, ttl=0.05)
def __repr__(self):
return super(WarpCommand, self).__repr__() + " DEST: " + repr(intpos(self.__dest))
