def player(id, key, strategy):
res = send2([2, key, [103652820, 192496425430]])
joinres = JoinResult.parse(res)
total = joinres.budget
fake_state = from_python([
6,
[
0, 10, -1, id, 0, 2, [], [], 4, [],
[256, 1, [total, 1, 64], [16, 128], []], [], []
], 9, []
])
print(f'Send 2 res: {res}, available: {total}')
initial_stats = strategy.pick_stats(res)
state = send2([3, key, initial_stats])
images = []
T = 0
while True:
T += 1
state = send2([4, key, strategy.apply(state)])
# images.append(drawState(fake_state, from_python(state))[1])
# intermediate gif saves
# if T % 10 == 0:
# images[0].save(f'player{id}.gif', save_all=True, append_images=images[1:])
if state[1] == 2:
print('done')
break
def main():
server_url = sys.argv[1]
player_key = sys.argv[2]
print('ServerUrl: %s; PlayerKey: %s' % (server_url, player_key))
sender = lambda msg: send2(msg, server_url=server_url)
# strategy = OrbiterStrategy(do_laser=True, printships=False, duplicate=True)
strategy = SwarmerStrategy()
player(int(player_key), strategy, sender=sender)
import random
from multiprocessing import Process
from parser import drawState, from_python
from states import State, JoinResult
from orbiter import OrbiterStrategy
from swarmer import SwarmerStrategy
from interaction import send2
from orbit_util import sign, trace_orbit
_, [p1, p2] = send2([1, 0])
def survivor_strategy(state):
pid = state[2][1]
actions = []
my_ships = []
enemy_ships = []
for obj in state[3][2]:
if obj[0][0] == pid:
print(obj)
my_ships.append(obj)
else:
enemy_ships.append(obj)
for my_ship in my_ships:
my_pos = my_ship[0][2]
thrust = (-sign(my_pos[0]),
0) if abs(my_pos[0]) > abs(my_pos[1]) else (0,
-sign(my_pos[1]))
actions.append([0, my_ship[0][1], thrust])
if enemy_ships: