1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
|
import random
def move_toward_closest_factory(whoami, width, height, board, rx, ry, capture_types):
if board[rx, ry].allegiance != whoami and board[rx, ry].city in capture_types:
return 'P'
to_do = [
(rx + 1, ry, 'R'),
(rx - 1, ry, 'L'),
(rx, ry - 1, 'U'),
(rx, ry + 1, 'D')
]
random.shuffle(to_do)
seen = []
while to_do:
(x, y, move) = to_do.pop(0)
x %= width
y %= height
if (x, y) in seen or board[x, y].city not in ['+', '.']:
continue
seen.append((x, y))
if board[x, y].allegiance != whoami and board[x, y].city in capture_types:
return move
else:
to_add = [(x + 1, y, move),
(x - 1, y, move),
(x, y + 1, move),
(x, y - 1, move)]
random.shuffle(to_add)
to_do += to_add
def calculate_orders(whoami, state):
# In order to start painting, we need to be leading by at least
# this percentage (per opposing player).
leading_factor_per_opponent = 0.1 # 10%
opponents = (len(state.robots_by_player) - 1)
factor = 1 - (leading_factor_per_opponent * opponents)
orders = []
board = state.board
width = state.width
height = state.height
my_robots = state.robots_by_player[whoami]
max_robots = max(
len(robots)
for player, robots in state.robots_by_player.items()
if player != whoami
)
my_factories = state.factories_by_player[whoami]
max_factories = max(
len(factories)
for player, factories in state.factories_by_player.items()
if player != whoami
)
if factor * len(my_robots) < max_robots or factor * len(my_factories) < max_factories:
capture_types = ['+']
else:
capture_types = ['+', '.']
for rx, ry, energy in my_robots:
move = move_toward_closest_factory(whoami, width, height, board, rx, ry, capture_types)
orders.append(move or random.choice('UDLRP'))
return orders
|
