def in_my_range(client, item):
if not client.my_info.get('coordinates') or not item.get('coordinates'):
return False
distance = euclidean_distance(item['coordinates'],
client.my_info['coordinates'])
return distance - item['size'] / 2 <= client.my_info['firing_range']
def ask_nearest_enemy(self):
min_length = 1000
nearest_enemy = None
fighter = self.my_info
for item in self.env_map_filter([MF.enemy]):
length = euclidean_distance(item['coordinates'], fighter['coordinates'])
if length < min_length:
min_length = length
nearest_enemy = item
return self.ask_item_info(nearest_enemy['id']) if nearest_enemy else {}
def ask_nearest_enemy(self):
min_length = 1000
nearest_enemy = None
fighter = self.my_info
for item in self.env_map_filter([MF.enemy]):
length = euclidean_distance(item['coordinates'],
fighter['coordinates'])
if length < min_length:
min_length = length
nearest_enemy = item
return self.ask_item_info(nearest_enemy['id']) if nearest_enemy else {}
def ask_nearest_enemy(self, roles=None):
min_length = 1000
nearest_enemy = None
fighter = self.my_info
filters = [MF.enemy]
if roles:
filters.append(MF.roles(roles))
for item in self.env_map_filter(filters):
length = euclidean_distance(item['coordinates'], fighter['coordinates'])
if length < min_length:
min_length = length
nearest_enemy = item
return self.ask_item_info(nearest_enemy['id']) if nearest_enemy else {}
def in_my_range(client, item):
distance = euclidean_distance(item['coordinates'],
client.my_info['coordinates'])
return distance - item['size'] / 2 <= client.my_info['firing_range']
def in_my_range(client, item):
distance = euclidean_distance(item['coordinates'], client.my_info['coordinates'])
return distance - item['size'] / 2 <= client.my_info['firing_range']