if isinstance(target, hlt.entity.Planet) else f'S{target.id}'
for ship, target in alloc.items()
}
logging.info(f'Minimal dist alloc: {logging_alloc}')
logging.info(
f'Time to calculate minimal distance job allocation: {timer.get_time()} ms'
)
# rushing
if len(my_docked_ships) == 0 and len(my_fighting_ships) <= 3 and len(
game_map.all_players()) == 2:
if len(
bot_utils.get_proximity_alerts(
my_fighting_ships, [rush_mode_proximity] *
len(my_fighting_ships), enemy_ships)) > 0:
closest_enemy = bot_utils.get_closest(my_fighting_ships[0],
enemy_ships)
fighting_opportunities.append(closest_enemy)
alloc = {}
for ship in my_fighting_ships:
alloc[ship] = closest_enemy
# sort ships by type of objective
potential_packs = {
fighting_opportunity: []
for fighting_opportunity in fighting_opportunities
}
for ship, target in alloc.items():
if target in fighting_opportunities:
potential_packs[target].append(ship)
elif target in good_dock_spots:
orders[ship] = target
target = bot_utils.pop_closest(ship, dockable_spots_list)
orders[ship] = target
else:
# make this ship a hunter
type_table[ship.id] = 'hunter'
# handle orders for hunters here
docked_enemy_ships_full = copy.copy(docked_enemy_ships)
for ship in my_fighting_ships:
ship_type = type_table[ship.id]
if ship_type == 'hunter':
if len(docked_enemy_ships) > 0:
target = bot_utils.pop_closest(ship, docked_enemy_ships)
orders[ship] = target
elif len(docked_enemy_ships_full) > 0:
target = bot_utils.get_closest(ship, docked_enemy_ships_full)
orders[ship] = target
else:
target = bot_utils.get_closest(ship, enemy_ships)
orders[ship] = target
# create abbreviated order dict for logging
logging_orders = {}
for ship, order in orders.items():
logging_orders[ship.id] = f'S{order.id}' if isinstance(order, hlt.entity.Ship) else f'P{order.id}'
logging.info(f'orders: {logging_orders}')
for ship in orders:
command = None
ship_type = type_table[ship.id]
target = orders[ship]
if isinstance(target, hlt.entity.Planet) else f'S{target.id}'
for ship, target in alloc.items()
}
logging.info(f'Minimal dist alloc: {logging_alloc}')
logging.info(
f'Time to calculate minimal distance job allocation: {timer.get_time()} ms'
)
# rushing
if len(my_docked_ships) == 0 and len(my_fighting_ships) <= 3 and len(
game_map.all_players()) == 2:
if len(
bot_utils.get_proximity_alerts(
my_fighting_ships, [rush_mode_proximity] *
len(my_fighting_ships), enemy_ships)) > 1:
closest_enemy = bot_utils.get_closest(my_fighting_ships[0],
enemy_ships)
fighting_opportunities.append(closest_enemy)
alloc = {}
for ship in my_fighting_ships:
alloc[ship] = closest_enemy
# merge fighting opportunities if they are close
merged_fighting_opp_map = {}
for i, ship1 in enumerate(fighting_opportunities):
for j, ship2 in enumerate(fighting_opportunities):
if i >= j:
continue
if ship1.calculate_distance_between(
ship2) < fighting_opportunity_merge_distance:
if len([ship for ship in alloc.values() if ship is ship1]) > \
len([ship for ship in alloc.values() if ship is ship2]):
# make this ship a hunter
type_table[ship.id] = 'hunter'
# handle orders for hunters here
# usual hunting tactics
docked_enemy_ships_full = copy.copy(docked_enemy_ships)
for ship in my_fighting_ships:
if ship in orders:
continue
ship_type = type_table[ship.id]
if ship_type == 'hunter':
if len(docked_enemy_ships) > 0:
target = bot_utils.pop_closest(ship, docked_enemy_ships)
orders[ship] = target
elif len(docked_enemy_ships_full) > 0:
target = bot_utils.get_closest(ship, docked_enemy_ships_full)
orders[ship] = target
else:
target = bot_utils.get_closest(ship, enemy_ships)
orders[ship] = target
# special case - docked ships under attack
if len(belligerent_enemies) > 0:
my_hunters = [
ship for ship in my_fighting_ships
if type_table[ship.id] == 'hunter'
]
for enemy in belligerent_enemies:
if len(my_hunters) > 0:
closest_hunter = bot_utils.get_closest(enemy, my_hunters)
if closest_hunter.calculate_distance_between(
)
# sort ships by type of objective
potential_packs = {
fighting_opportunity: []
for fighting_opportunity in fighting_opportunities
}
for ship, target in alloc.items():
if target in fighting_opportunities:
potential_packs[target].append(ship)
elif target in good_dock_spots:
orders[ship] = target
my_unassigned_ships.remove(ship)
for ship in my_unassigned_ships:
if use_unassigned_ships:
enemy = bot_utils.get_closest(ship, enemy_ships)
orders[ship] = enemy
else:
my_free_navigation_ships.remove(ship)
if len(my_unassigned_ships) > 0:
logging.info(
f'Some ships were left unassigned: {[ship.id for ship in my_unassigned_ships]}'
)
# create packs from ships with the same objective
packs = {}
for target, pack in potential_packs.items():
if len(pack) > 1:
leader = bot_utils.get_central_entity(pack)
packs[leader] = [ship for ship in pack if ship != leader]
)
# sort ships by type of objective
potential_packs = {
fighting_opportunity: []
for fighting_opportunity in fighting_opportunities
}
for ship, target in alloc.items():
if target in fighting_opportunities:
potential_packs[target].append(ship)
elif target in good_dock_spots:
orders[ship] = target
my_unassigned_ships.remove(ship)
for ship in my_unassigned_ships:
if use_unassigned_ships:
enemy = bot_utils.get_closest(ship, enemy_ships)
orders[ship] = enemy
else:
my_free_navigation_ships.remove(ship)
if len(my_unassigned_ships) > 0:
logging.info(
f'Some ships were left unassigned: {[ship.id for ship in my_unassigned_ships]}'
)
# create packs from ships with the same objective
packs = {}
for target, pack in potential_packs.items():
if len(pack) > 1:
leader = bot_utils.get_closest(
target, pack) # bot_utils.get_central_entity(pack)
if ship_id not in all_my_ship_ids:
del type_table[ship_id]
# add new guys
for ship in my_fighting_ships:
if ship.id not in type_table:
type_table[ship.id] = 'interceptor'
logging.info(f'type_table: {type_table}')
interceptors = {enemy: [] for enemy in proximal_enemy_ships}
# can also join all action lists (dock spots and proximal enemies) and then let each ship do the closest action
orders = {}
# attack any proximal enemies
for ship in copy.copy(my_fighting_ships):
if len(proximal_enemy_ships) > 0:
enemy = bot_utils.get_closest(ship, proximal_enemy_ships)
if ship.calculate_distance_between(enemy) < defensive_action_radius \
and len(interceptors[enemy]) < max_response:
orders[ship] = enemy
interceptors[enemy].append(ship)
my_fighting_ships.remove(ship)
if len(interceptors[enemy]) >= max_response:
proximal_enemy_ships.remove(enemy)
# the rest can build or hunt good opportunities
temp_alloc = {}
# temporary - for comparison purposes:
good_opportunities_copy = copy.deepcopy(good_opportunities)
for ship in my_fighting_ships:
if ship not in orders:
if len(good_opportunities_copy) > 0:
logging_alloc = {f'S{ship.id}': f'P{target.id}' if isinstance(target, hlt.entity.Planet) else f'S{target.id}' for
ship, target in alloc.items()}
logging.info(f'Minimal dist alloc: {logging_alloc}')
logging.info(f'Time to calculate minimal distance job allocation: {timer.get_time()} ms')
# sort ships by type of objective
potential_packs = {fighting_opportunity: [] for fighting_opportunity in fighting_opportunities}
for ship, target in alloc.items():
if target in fighting_opportunities:
potential_packs[target].append(ship)
elif target in good_dock_spots:
orders[ship] = target
my_unassigned_ships.remove(ship)
for ship in my_unassigned_ships:
if use_unassigned_ships:
enemy = bot_utils.get_closest(ship, enemy_ships)
orders[ship] = enemy
else:
my_free_navigation_ships.remove(ship)
if len(my_unassigned_ships) > 0:
logging.info(f'Some ships were left unassigned: {[ship.id for ship in my_unassigned_ships]}')
# create packs from ships with the same objective
packs = {}
for target, pack in potential_packs.items():
if len(pack) > 1:
leader = bot_utils.get_closest(target, pack) # bot_utils.get_central_entity(pack)
packs[leader] = [ship for ship in pack if ship != leader]
orders[leader] = target
for ship in packs[leader]: