def run(options): random.seed(options.random_seed) world_map = terrain.TerrainMap(terrain.read_map(options.map), options.map) robots = robot_module.load_robots(options.robots, world_map) history = play_history.PlayHistory() master.Master(options, robots, world_map, history).run() return history, world_map
def run(options): random.seed(options.random_seed) world_map = terrain.TerrainMap(terrain.read_map(options.map), options.map) robots = robot_module.load_robots(options.robots, world_map) history = play_history.PlayHistory() master.Master(options, robots, world_map, history).run() return history, world_map
def test_load(self):
robots = robot_module.load_robots(['Target', 'Target'], self._world_map)
self.assertEqual(robots[0].name, 'Target(#0)')
self.assertEqual(robots[1].name, 'Target(#1)')
self.assertNotEqual(robots[0], robots[1])
# Ensure maps in robots are equivalent to world map, but are not the
# same instance (to prevent map rewriting)
self.assertEquals(robots[0]._map, self._world_map)
self.assertFalse(robots[0]._map is self._world_map)
self.assertEquals(robots[1]._map, self._world_map)
self.assertFalse(robots[1]._map is self._world_map)
def test_load(self):
robots = robot_module.load_robots(['Target', 'Target'],
self._world_map)
self.assertEqual(robots[0].name, 'Target(#0)')
self.assertEqual(robots[1].name, 'Target(#1)')
self.assertNotEqual(robots[0], robots[1])
# Ensure maps in robots are equivalent to world map, but are not the
# same instance (to prevent map rewriting)
self.assertEquals(robots[0]._map, self._world_map)
self.assertFalse(robots[0]._map is self._world_map)
self.assertEquals(robots[1]._map, self._world_map)
self.assertFalse(robots[1]._map is self._world_map)