def simulate(self, robots, locs1, next_locs1, locs2, next_locs2):
players = [game.Player(robots={'Robot': robot()}) for robot in robots]
map['start1'], map['start2'] = locs1, locs2
game.init_settings(map)
self._game = game.Game(*players, unit_testing=True)
self._game.run_turn()
pprint.pprint(self._game._robots)
return [[self._game.robot_at_loc(loc) for loc in locs]
for locs in (next_locs1, next_locs2)]
def make_game(code1, code2):
rgkit_dir = path.dirname(rg.__file__)
with open(path.join(rgkit_dir, 'maps/default.py')) as mapfile:
game.init_settings(ast.literal_eval(mapfile.read()))
g = MyGame(
MyPlayer(code=code1),
MyPlayer(code=code2),
record_actions=True)
return g
def simulate(self, robots, locs1, next_locs1, locs2, next_locs2, turns=1):
players = [game.Player(robot=robot()) for robot in robots]
map['start1'], map['start2'] = locs1, locs2
game.init_settings(map)
self._game = game.Game(*players, unit_testing=True, record_turns=True)
for i in range(turns):
self._game.run_turn()
pprint.pprint(self._game._robots)
return [[self._game.robot_at_loc(loc) for loc in locs]
for locs in (next_locs1, next_locs2)]
def main():
map_data = ast.literal_eval(args.map.read())
game.init_settings(map_data)
players = [make_player(args.usercode1), make_player(args.usercode2)]
g = game.Game(*players, record_turns=True)
for i in range(settings.max_turns):
print (' running turn %d ' % (g.turns + 1)).center(70, '-')
g.run_turn()
if not args.headless:
render.Render(g, game.settings)
print g.history
def simulate(self, robots, locs1, next_locs1, locs2, next_locs2, turns=1):
players = [game.Player(robot=robot()) for robot in robots]
map['start1'], map['start2'] = locs1, locs2
game.init_settings(map)
self._game = game.Game(*players, unit_testing=True, record_turns=True)
for i in range(turns):
self._game.run_turn()
pprint.pprint(self._game._robots)
return [[self._game.robot_at_loc(loc) for loc in locs]
for locs in (next_locs1, next_locs2)]
def main():
args = parser.parse_args()
if args.quiet >= 3:
mute_all()
game.init_settings(args.map)
print('Game seed: {0}'.format(args.game_seed))
runner = test_runs_sequentially
if _is_multiprocessing_supported and args.count > 1:
runner = test_runs_concurrently
scores = runner(args)
if args.count > 1:
p1won = sum(p1 > p2 for p1, p2 in scores)
p2won = sum(p2 > p1 for p1, p2 in scores)
print [p1won, p2won, args.count - p1won - p2won]
def comparison_worker(identity, input, output):
logfile = open(__file__+"."+str(identity)+".log", 'w') if log else open(os.devnull, 'w')
print "Starting worker {0} (logging to {1})".format(identity,logfile.name)
try:
with RedirectStdStreams(stdout=logfile, stderr=logfile):
for match_id,player_fnames, map_fname, turns in iter(input.get, 'STOP'):
map_data = ast.literal_eval(open(map_fname).read())
game.init_settings(map_data)
players = [game.Player(open(x).read()) for x in player_fnames]
g = game.Game(*players)
t_start = time.clock()
for i in range(turns):
print (' running turn %d '%(g.state.turn)).center(70, '-')
g.run_turn()
t_end = time.clock()
output.put([g.get_scores(),t_end-t_start])
finally:
print "Terminating worker {0}...".format(identity)
import ast
import pkg_resources
import unittest
from rgkit import game, rg
map_data = ast.literal_eval(
open(pkg_resources.resource_filename('rgkit', 'maps/default.py')).read())
settings = game.init_settings(map_data)
class TestRG(unittest.TestCase):
def test_center(self):
self.assertEqual(rg.CENTER_POINT, (9, 9))
def test_types_invalid(self):
self.assertEqual(rg.loc_types((-1, 9)), set(['invalid']))
def test_types_spawn(self):
self.assertEqual(rg.loc_types((3, 4)), set(['normal', 'spawn']))
def test_types_obstacle(self):
self.assertEqual(rg.loc_types((16, 4)), set(['normal', 'obstacle']))
def test_types_normal(self):
self.assertEqual(rg.loc_types((7, 2)), set(['normal']))
def test_around(self):
filtered = set(rg.locs_around((3, 3)))
self.assertEqual(filtered, set([(3, 2), (4, 3), (3, 4), (2, 3)]))
def test_around_filter(self):