def assign_defense(self, ants):
# "Assign defensive perimeter based on attack radius"
# l.log_on = True
a = []
num_hills = max(len(self.my_hills), 1)
ant_hill_ratio = self.total_ants / num_hills
defense_guide, num_dest, run_status = pathfind.create_defensive_guide(
self.attack_radius - 1, self.my_hills, self.level_tiles_seen, ants
)
if run_status == "stop":
return ["stop"]
if ant_hill_ratio >= 4 and ant_hill_ratio <= 7:
ant_num = 1 * num_hills
elif ant_hill_ratio > 7:
ant_num = min(self.total_ants / 7, num_dest) * num_hills
else:
ant_num = 0
if ant_num > 0:
rankings = self.rank_ants_proximity(defense_guide)
# l.log("Rankings: ", rankings)
for ant in rankings:
if self.ant_lookup[ant] == None:
self.ant_lookup[ant] = defense_guide
a.append(ant)
if len(a) >= ant_num:
# l.log("Defense Ants: ", str(len(a)) + ' ' + str(a))
# l.log("Defense Guide: \n", util.array_to_string(defense_guide, True))
return a
# l.log("Defense Ants: ", str(len(a)) + ' ' + str(a))
# l.log("Defense Guide: \n", util.array_to_string(defense_guide, True))
return a
def test_create_defensive_guide(): return pathfind.create_defensive_guide(3, [(5, 9)], world_array)
