def take_order(self,
o,
forget_previous=True,
imperative=False,
order_id=None):
# an imperative "go" order on a unit is an "attack" order
# note: this could be done by the user interface
if imperative and o[0] == "go":
target = self.player.get_object_by_id(o[1])
if getattr(target, "player", None) is not None:
o[0] = "attack"
if self.is_inside:
self.place.notify("order_impossible")
return
cls = ORDERS_DICT.get(o[0])
if cls is None:
warning("unknown order: %s", o)
return
if not cls.is_allowed(self, *o[1:]):
self.notify("order_impossible")
debug("wrong order to %s: %s", self.type_name, o)
return
if forget_previous and not cls.never_forget_previous:
self.cancel_all_orders()
order = cls(self, o[1:])
order.id = order_id
if imperative:
order.is_imperative = imperative
order.immediate_action()
def take_order(self, o, forget_previous=True, imperative=False, order_id=None):
if self.is_inside:
self.place.notify("order_impossible")
return
cls = ORDERS_DICT.get(o[0])
if cls is None:
warning("unknown order: %s", o)
return
if not cls.is_allowed(self, *o[1:]):
self.notify("order_impossible")
debug("wrong order to %s: %s", self.type_name, o)
return
if forget_previous and not cls.never_forget_previous:
self.cancel_all_orders()
order = cls(self, o[1:])
order.id = order_id
if imperative:
order.is_imperative = imperative
order.immediate_action()
def take_order(self, o, forget_previous=True, imperative=False, order_id=None):
if self.is_inside:
self.place.notify("order_impossible")
return
cls = ORDERS_DICT.get(o[0])
if cls is None:
warning("unknown order: %s", o)
return
if not cls.is_allowed(self, *o[1:]):
self.notify("order_impossible")
debug("wrong order to %s: %s", self.type_name, o)
return
if forget_previous and not cls.never_forget_previous:
self.cancel_all_orders()
order = cls(self, o[1:])
order.id = order_id
if imperative:
order.is_imperative = imperative
order.immediate_action()
from worldorders import ORDERS_DICT
from worldplayerbase import Player
orders = sorted(ORDERS_DICT.keys()) # sort to avoid desync
orders.remove("enter") # later
orders.remove("stop")
orders.remove("attack")
orders.remove("patrol")
orders.remove("wait")
orders.remove("auto_explore")
orders.remove("auto_attack")
orders.remove("block")
orders.remove("join_group")
orders.remove("cancel_building")
orders.remove("cancel_training")
orders.remove("cancel_upgrading")
orders.remove("rallying_point")
def _id(x):
return x.id
class Computer2(Player):
name = ["ai2"]
def __init__(self, *args, **kargs):
Player.__init__(self, *args)
def __repr__(self):
from worldorders import ORDERS_DICT
from worldplayerbase import Player
orders = sorted(ORDERS_DICT.keys()) # sort to avoid desync
orders.remove("enter") # later
orders.remove("stop")
orders.remove("attack")
orders.remove("patrol")
orders.remove("wait")
orders.remove("auto_explore")
orders.remove("auto_attack")
orders.remove("block")
orders.remove("join_group")
orders.remove("cancel_building")
orders.remove("cancel_training")
orders.remove("cancel_upgrading")
orders.remove("rallying_point")
def _id(x):
return x.id
class Computer2(Player):
name = ["ai2"]
def __init__(self, *args, **kargs):
Player.__init__(self, *args)
def __repr__(self):
def update_orders_list():
global _orders_list
# this sorted list of order classes is used when generating the menu
_orders_list = sorted([_x for _x in ORDERS_DICT.values()
if _has_ord_index(_x.keyword)],
key=lambda x:_ord_index(x.keyword))
def update_orders_list():
global _orders_list
# this sorted list of order classes is used when generating the menu
_orders_list = sorted(
[_x for _x in ORDERS_DICT.values() if _has_ord_index(_x.keyword)],
key=lambda x: _ord_index(x.keyword))
