def set_size(self, size):
# only let callers of the same type as me set my size
my_name = callername.caller_name(level = 0)
# get back module.class.method, match just the invoking class
my_name_parts = my_name.split(".")
my_class = my_name_parts[1]
pattern = r"\." + my_class + r"\."
callername.caller_name_match(pattern,
abort = True, debug = agentsim.debug.get(256))
# ok, we can our size, but not too big
super(MoveEnhanced, self).set_size(min(size, self.get_max_size()))
# when you set your size, also change the move limit
# nominal move limit is 10, range it from 5 to 15
min_size = self.get_min_size()
adjust = 10 * (
(self.get_size() - min_size) / (self.get_max_size() - min_size) )
if my_class == "Normal":
# normals are slow when small, fast when big
self._move_limit = 5 + adjust
elif my_class == "Zombie":
# normals are fast when small, slow when big
self._move_limit = 15 - adjust
def zombie_alert(self, x_dest, y_dest):
# ignore any request not from a defender!
caller_name = callername.caller_name()
if not re.search(r"\.Defender\.", caller_name):
raise Exception("zombie alert on {} called by non-Defender {}".format(self.get_name(), caller_name))
if agentsim.debug.get(32):
print("zombie_alert to ({}, {})".format( self.get_name(), x_dest, y_dest))
# remember where the alert told us to go so that we can use this
# information when we compute the next move
self._zombie_alert_args = (x_dest, y_dest)
def zombie_alert(self, x_dest, y_dest):
"""
This code was provided in class, and left here for completeness' sake,
but is never actually called and can be ignored.
"""
# ignore any request not from a defender!
caller_name = callername.caller_name()
if not re.search(r"\.Defender\.", caller_name):
raise Exception("zombie alert on {} called by non-Defender {}".format(self.get_name(), caller_name))
if agentsim.debug.get(32):
print("zombie_alert to ({}, {})".format( self.get_name(), x_dest, y_dest))
# remember where the alert told us to go so that we can use this
# information when we compute the next move
self._zombie_alert_args = (x_dest, y_dest)
