def __init__(self,
players,
record_actions=False,
record_history=False,
print_info=False,
seed=None,
quiet=0,
delta_callback=None,
symmetric=True):
self._players = players
for i, player in enumerate(self._players):
player.set_player_id(i)
self._record_actions = record_actions
self._record_history = record_history
self._print_info = print_info
if seed is None:
seed = random.randint(0, settings.max_seed)
self.seed = str(seed)
self._random = random.Random(self.seed)
self._quiet = quiet
self._delta_callback = delta_callback
self._state = GameState(use_start=True,
seed=self.seed,
symmetric=symmetric)
self._actions_on_turn = {}
self._states = {}
self.history = [] # TODO: make private
def test_lack_of_location(self):
state = GameState()
state.add_robot((9, 9), 0)
robot = state.robots[(9, 9)]
with self.assertRaises(Exception):
Player._validate_action(robot, ['move'])
def test_add_robot(self):
state = GameState()
state.add_robot((9, 9), 0, robot_id=7, hp=42)
self.assertTrue((9, 9) in state.robots)
self.assertEqual(state.robots[(9, 9)].player_id, 0)
self.assertEqual(state.robots[(9, 9)].robot_id, 7)
self.assertEqual(state.robots[(9, 9)].hp, 42)
def test_add_robot(self):
state = GameState()
state.add_robot((9, 9), 0, robot_id=7, hp=42)
self.assertTrue((9, 9) in state.robots)
self.assertEquals(state.robots[(9, 9)].player_id, 0)
self.assertEquals(state.robots[(9, 9)].robot_id, 7)
self.assertEquals(state.robots[(9, 9)].hp, 42)
def test_first_turn_spawning(self):
state = GameState()
actions = {}
state2 = state.apply_actions(actions)
self.assertEqual(state2.get_scores(), [settings.spawn_per_player, settings.spawn_per_player])
def test_spawn_hop_in(self):
state = GameState()
state.add_robot((4, 4), 0)
actions = {(4, 4): ["move", (4, 3)]}
state2 = state.apply_actions(actions)
self.assertTrue(not state2.is_robot((4, 3)) or state2.robots[(4, 3)].robot_id != state.robots[4, 4].robot_id)
def test_spawn_dodge(self):
state = GameState()
state.add_robot((4, 3), 0)
actions = {(4, 3): ["move", (4, 4)]}
state2 = state.apply_actions(actions)
self.assertTrue(state2.is_robot((4, 4)))
def test_spawn_kills(self):
state = GameState()
state.add_robot((4, 3), 0)
actions = {(4, 3): ["guard"]}
state2 = state.apply_actions(actions)
self.assertTrue(not state2.is_robot((4, 3)) or state2.robots[(4, 3)].robot_id != state.robots[4, 3].robot_id)
def test_repr_too_long(self):
state = GameState()
state.add_robot((9, 9), 0)
class long_action(list):
def __repr__(self):
return 'leethaxxor' * 100
action = long_action(['guard'])
self.assertFalse(state.is_valid_action((9, 9), action))
def test_first_turn_spawning(self):
state = GameState()
actions = {}
state2 = state.apply_actions(actions)
self.assertEqual(state2.get_scores(),
[settings.spawn_per_player,
settings.spawn_per_player])
def test_unobvious_collision(self):
state = GameState()
state.add_robot((9, 10), 0)
state.add_robot((9, 12), 1)
state.add_robot((9, 11), 0)
state.add_robot((11, 11), 1)
actions = {
(9, 10): ['move', (9, 11)],
(9, 12): ['move', (9, 11)],
(9, 11): ['move', (10, 11)],
(11, 11): ['move', (10, 11)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 10)))
self.assertEqual(state2.robots[9, 10].hp, settings.robot_hp)
self.assertTrue(state2.is_robot((9, 12)))
self.assertEqual(state2.robots[9, 12].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((9, 11)))
self.assertEqual(state2.robots[9, 11].hp,
settings.robot_hp - settings.collision_damage * 2)
self.assertTrue(state2.is_robot((11, 11)))
self.assertEqual(state2.robots[11, 11].hp,
settings.robot_hp - settings.collision_damage)
def test_train_collision(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((11, 10), 1)
state.add_robot((12, 10), 0)
state.add_robot((8, 10), 1)
actions = {
(10, 10): ['move', (9, 10)],
(11, 10): ['move', (10, 10)],
(12, 10): ['move', (11, 10)],
(8, 10): ['move', (9, 10)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp,
settings.robot_hp - settings.collision_damage * 2)
self.assertTrue(state2.is_robot((11, 10)))
self.assertEqual(state2.robots[11, 10].hp,
settings.robot_hp - settings.collision_damage * 2)
self.assertTrue(state2.is_robot((12, 10)))
self.assertEqual(state2.robots[12, 10].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((8, 10)))
self.assertEqual(state2.robots[8, 10].hp,
settings.robot_hp - settings.collision_damage)
def __init__(self, player1_path, player2_path):
self.match_id = None
self.player = Player(player1_path) if player1_path else None
if self.player:
self.player1_path = player1_path
self.player.set_player_id(1)
self.player2 = Player(player2_path) if player2_path else None
if self.player2:
self.player2_path = player2_path
self.player2.set_player_id(0)
self.turn_repeat = False
self.UI = SimulatorUI(settings)
self.UI.setTitle("Robot Game Simulator")
self.state = GameState(settings, turn=1)
self.cached_actions = None
self.human_actions = {}
self.UI.setTurn(self.state.turn)
self.UI.bind("w", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("a", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("s", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("d", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<Up>", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("<Left>", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("<Down>", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("<Right>", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<ButtonPress-1>", lambda ev: self.UI.onMouseClick(ev))
self.UI.bind("l", self.onLoadMatch)
self.UI.bind("k", self.onLoadTurn)
self.UI.bind("o", self.onReloadPlayer)
self.UI.bind("p", self.onSwapPlayer)
self.UI.bind("t", self.onEditTurn)
self.UI.bind("f", self.onAddTeammate)
self.UI.bind("e", self.onAddEnemy)
self.UI.bind("r", self.onRemove)
self.UI.bind("c", self.onClear)
self.UI.bind("<Delete>", self.onRemove)
self.UI.bind("<BackSpace>", self.onRemove)
self.UI.bind("h", self.onEditHP)
self.UI.bind("<space>", self.onShowActions)
self.UI.bind("<Return>", self.onSimulate)
self.UI.bind("n", self.onNextAction)
self.UI.bind("g", self.onSpawnRobots)
self.UI.run()
def test_apply_actions(self):
state = GameState.create_from_json(self.game1)
moves = GameState.create_actions_from_json(self.actions1)
new_state = state.apply_actions(moves)
info = new_state.get_game_info(json=True, seed=True)
# TODO: Less mysterious randomization please -_-.
r1 = random.Random('0' + 's')
self.result1['seed'] = str(r1.randint(0, settings.max_seed))
r2 = random.Random('0' + 'a')
hp_left = 50 - r2.randint(*settings.attack_range)
self.result1['robots'][0]['hp'] = hp_left
self.assertEqual(self.sprint(self.result1), self.sprint(info))
def test_unobvious_collision(self):
state = GameState(settings)
state.add_robot((9, 10), 0)
state.add_robot((9, 12), 1)
state.add_robot((9, 11), 0)
state.add_robot((11, 11), 1)
actions = {
(9, 10): ['move', (9, 11)],
(9, 12): ['move', (9, 11)],
(9, 11): ['move', (10, 11)],
(11, 11): ['move', (10, 11)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 10)))
self.assertEqual(state2.robots[9, 10].hp, settings.robot_hp)
self.assertTrue(state2.is_robot((9, 12)))
self.assertEqual(state2.robots[9, 12].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((9, 11)))
self.assertEqual(state2.robots[9, 11].hp,
settings.robot_hp - settings.collision_damage*2)
self.assertTrue(state2.is_robot((11, 11)))
self.assertEqual(state2.robots[11, 11].hp,
settings.robot_hp - settings.collision_damage)
def test_ok(self):
state = GameState()
state.add_robot((9, 9), 0)
robot = state.robots[(9, 9)]
Player._validate_action(robot, ['guard'])
Player._validate_action(robot, ['suicide'])
Player._validate_action(robot, ['guard', None])
Player._validate_action(robot, ['suicide', (1, 1)])
Player._validate_action(robot, ['attack', (9, 10)])
Player._validate_action(robot, ['move', (9, 10)])
Player._validate_action(robot, ('guard', (2, 3)))
Player._validate_action(robot, ('suicide', None))
Player._validate_action(robot, ('attack', (9, 10)))
Player._validate_action(robot, ('move', (9, 10)))
def test_train_collision(self):
state = GameState(settings)
state.add_robot((10, 10), 0)
state.add_robot((11, 10), 1)
state.add_robot((12, 10), 0)
state.add_robot((8, 10), 1)
actions = {
(10, 10): ['move', (9, 10)],
(11, 10): ['move', (10, 10)],
(12, 10): ['move', (11, 10)],
(8, 10): ['move', (9, 10)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp,
settings.robot_hp - settings.collision_damage*2)
self.assertTrue(state2.is_robot((11, 10)))
self.assertEqual(state2.robots[11, 10].hp,
settings.robot_hp - settings.collision_damage*2)
self.assertTrue(state2.is_robot((12, 10)))
self.assertEqual(state2.robots[12, 10].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((8, 10)))
self.assertEqual(state2.robots[8, 10].hp,
settings.robot_hp - settings.collision_damage)
def test_apply_actions(self):
state = GameState.create_from_json(self.game1)
moves = GameState.create_actions_from_json(self.actions1)
new_state = state.apply_actions(moves)
info = new_state.get_game_info(json=True, seed=True)
# TODO: Less mysterious randomization please -_-.
r1 = random.Random('0' + 's')
self.result1['seed'] = str(r1.randint(0, settings.max_seed))
r2 = random.Random('0' + 'a')
hp_left = 50 - r2.randint(*settings.attack_range)
self.result1['robots'][0]['hp'] = hp_left
self.assertEqual(self.sprint(self.result1), self.sprint(info))
def loadBotsfromTurn(self, new_turn):
if self.match_id is not None:
self.UI.clearActions()
self.UI.clearBots()
self.cached_actions = None
self.human_actions = {}
self.state = GameState()
for bot in self.moves[new_turn]:
loc = tuple(bot['location'])
# print bot
self.state.add_robot(loc, bot['player_id'])
self.state.robots[loc].hp = bot['hp']
self.UI.renderBot(loc, bot['hp'], bot['player_id'])
self.UI.setTurn(new_turn)
self.state.turn = new_turn
def test_load_json_game_state(self):
# Dump and load to validate
data = json.loads(json.dumps(self.game1))
state = GameState.create_from_json(data)
info = state.get_game_info(json=True, seed=True)
self.assertEqual(self.sprint(self.game1), self.sprint(info))
def test_load_json_actions(self):
data = json.loads(json.dumps(self.actions1))
moves = GameState.create_actions_from_json(data)
self.assertTrue((10, 12) in moves)
self.assertEqual(json.dumps(moves[(10, 12)]),
json.dumps(['move', [10, 11]]))
def test_spawn_dodge_overwrite(self):
state = GameState()
state.add_robot((4, 3), 0)
actions = {
(4, 3): ['move', (4, 4)]
}
# ensure that a robot will get spawned at (4, 3)
state._get_spawn_locations = lambda: [(i, 3) for i in range(10)]
state2 = state.apply_actions(actions)
self.assertTrue(state2.is_robot((4, 4)))
self.assertTrue(state2.is_robot((4, 3)))
def test_load_json_game_state(self):
# Dump and load to validate
data = json.loads(json.dumps(self.game1))
state = GameState.create_from_json(data)
info = state.get_game_info(json=True, seed=True)
self.assertEqual(self.sprint(self.game1), self.sprint(info))
def test_load_json_actions(self):
data = json.loads(json.dumps(self.actions1))
moves = GameState.create_actions_from_json(data)
self.assertTrue((10, 12) in moves)
self.assertEqual(json.dumps(moves[(10, 12)]),
json.dumps(['move', [10, 11]]))
def test_suicide(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {loc1: ['move', dest1], loc2: ['suicide']}
deltas = state.get_delta(actions)
d_guard = delta_for(deltas, loc1)
d_suicide = delta_for(deltas, loc2)
self.assertEqual(d_guard.hp - d_guard.hp_end, d_suicide.damage_caused)
def test_attack(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
dest2 = dest1
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {loc1: ['move', dest1], loc2: ['attack', dest2]}
deltas = state.get_delta(actions)
d_move = delta_for(deltas, loc1)
d_attack = delta_for(deltas, loc2)
self.assertEqual(d_move.hp - d_move.hp_end, d_attack.damage_caused)
def test_three_collision(self):
state = GameState()
loc1 = (10, 11)
loc2 = (9, 10)
loc3 = (11, 10)
dest = (10, 10)
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
state.add_robot(loc3, 1)
actions = {
loc1: ['move', dest],
loc2: ['move', dest],
loc3: ['move', dest]
}
deltas = state.get_delta(actions)
d_player0 = delta_for(deltas, loc1)
d_player1_1 = delta_for(deltas, loc2)
d_player1_2 = delta_for(deltas, loc3)
self.assertEqual(d_player0.hp - d_player0.hp_end,
d_player1_1.damage_caused + d_player1_2.damage_caused)
player1_hp_lose = d_player1_1.hp - d_player1_1.hp_end + \
d_player1_2.hp - d_player1_2.hp_end
self.assertEqual(player1_hp_lose, d_player0.damage_caused)
def test_try_move_in_circle(self):
state = GameState()
state.add_robot((8, 8), 0)
state.add_robot((9, 8), 1)
state.add_robot((9, 9), 0)
state.add_robot((8, 9), 1)
actions = {
(8, 8): ['move', (9, 8)],
(9, 8): ['move', (9, 9)],
(9, 9): ['move', (8, 9)],
(8, 9): ['move', (8, 8)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 8)))
self.assertEqual(state2.robots[9, 8].hp, settings.robot_hp)
self.assertEqual(state2.robots[9, 8].player_id, 0)
self.assertTrue(state2.is_robot((9, 9)))
self.assertEqual(state2.robots[9, 9].hp, settings.robot_hp)
self.assertEqual(state2.robots[9, 9].player_id, 1)
self.assertTrue(state2.is_robot((8, 9)))
self.assertEqual(state2.robots[8, 9].hp, settings.robot_hp)
self.assertEqual(state2.robots[8, 9].player_id, 0)
self.assertTrue(state2.is_robot((8, 8)))
self.assertEqual(state2.robots[8, 8].hp, settings.robot_hp)
self.assertEqual(state2.robots[8, 8].player_id, 1)
def test_ok(self):
state = GameState()
state.add_robot((9, 9), 0)
self.assertTrue(state.is_valid_action((9, 9), ['guard']))
self.assertTrue(state.is_valid_action((9, 9), ['suicide']))
self.assertTrue(state.is_valid_action((9, 9), ['attack', (9, 10)]))
self.assertTrue(state.is_valid_action((9, 9), ['move', (9, 10)]))
def test_suicide(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {
loc1: ['move', dest1],
loc2: ['suicide']
}
deltas = state.get_delta(actions)
d_guard = delta_for(deltas, loc1)
d_suicide = delta_for(deltas, loc2)
self.assertEqual(d_guard.hp - d_guard.hp_end, d_suicide.damage_caused)
def test_simple_collision(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
dest2 = dest1
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {loc1: ['move', dest1], loc2: ['move', dest2]}
deltas = state.get_delta(actions)
d_move1 = delta_for(deltas, loc1)
d_move2 = delta_for(deltas, loc2)
self.assertEqual(d_move1.hp - d_move1.hp_end, d_move2.damage_caused)
self.assertEqual(d_move2.hp - d_move2.hp_end, d_move1.damage_caused)
def test_attack(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
dest2 = dest1
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {
loc1: ['move', dest1],
loc2: ['attack', dest2]
}
deltas = state.get_delta(actions)
d_move = delta_for(deltas, loc1)
d_attack = delta_for(deltas, loc2)
self.assertEqual(d_move.hp - d_move.hp_end, d_attack.damage_caused)
def test_try_swap(self):
state = GameState()
state.add_robot((9, 9), 0)
state.add_robot((8, 9), 1)
actions = {(9, 9): ['move', (8, 9)], (8, 9): ['move', (9, 9)]}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 9)))
self.assertEqual(state2.robots[9, 9].player_id, 0)
self.assertEqual(state2.robots[9, 9].robot_id,
state.robots[9, 9].robot_id)
self.assertEqual(state2.robots[9, 9].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((8, 9)))
self.assertEqual(state2.robots[8, 9].player_id, 1)
self.assertEqual(state2.robots[8, 9].robot_id,
state.robots[8, 9].robot_id)
self.assertEqual(state2.robots[8, 9].hp,
settings.robot_hp - settings.collision_damage)
def __init__(self, player1_path, player2_path):
self.match_id = None
self.player = Player(player1_path) if player1_path else None
if self.player:
self.player1_path = player1_path
self.player.set_player_id(1)
self.player2 = Player(player2_path) if player2_path else None
if self.player2:
self.player2_path = player2_path
self.player2.set_player_id(0)
self.turn_repeat = False
self.UI = SimulatorUI(settings)
self.UI.setTitle("Robot Game Simulator")
self.state = GameState(settings, turn=1)
self.cached_actions = None
self.human_actions = {}
self.UI.setTurn(self.state.turn)
self.UI.bind("w", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("a", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("s", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("d", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<Up>", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("<Left>", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("<Down>", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("<Right>", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<ButtonPress-1>", lambda ev: self.UI.onMouseClick(ev))
self.UI.bind("l", self.onLoadMatch)
self.UI.bind("k", self.onLoadTurn)
self.UI.bind("o", self.onReloadPlayer)
self.UI.bind("p", self.onSwapPlayer)
self.UI.bind("t", self.onEditTurn)
self.UI.bind("f", self.onAddTeammate)
self.UI.bind("e", self.onAddEnemy)
self.UI.bind("r", self.onRemove)
self.UI.bind("c", self.onClear)
self.UI.bind("<Delete>", self.onRemove)
self.UI.bind("<BackSpace>", self.onRemove)
self.UI.bind("h", self.onEditHP)
self.UI.bind("<space>", self.onShowActions)
self.UI.bind("<Return>", self.onSimulate)
self.UI.bind("n", self.onNextAction)
self.UI.bind("g", self.onSpawnRobots)
self.UI.run()
def test_try_move_in_circle(self):
state = GameState(settings)
state.add_robot((8, 8), 0)
state.add_robot((9, 8), 1)
state.add_robot((9, 9), 0)
state.add_robot((8, 9), 1)
actions = {
(8, 8): ['move', (9, 8)],
(9, 8): ['move', (9, 9)],
(9, 9): ['move', (8, 9)],
(8, 9): ['move', (8, 8)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 8)))
self.assertEqual(state2.robots[9, 8].hp, settings.robot_hp)
self.assertEqual(state2.robots[9, 8].player_id, 0)
self.assertTrue(state2.is_robot((9, 9)))
self.assertEqual(state2.robots[9, 9].hp, settings.robot_hp)
self.assertEqual(state2.robots[9, 9].player_id, 1)
self.assertTrue(state2.is_robot((8, 9)))
self.assertEqual(state2.robots[8, 9].hp, settings.robot_hp)
self.assertEqual(state2.robots[8, 9].player_id, 0)
self.assertTrue(state2.is_robot((8, 8)))
self.assertEqual(state2.robots[8, 8].hp, settings.robot_hp)
self.assertEqual(state2.robots[8, 8].player_id, 1)
def test_three_collision(self):
state = GameState()
loc1 = (10, 11)
loc2 = (9, 10)
loc3 = (11, 10)
dest = (10, 10)
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
state.add_robot(loc3, 1)
actions = {
loc1: ['move', dest],
loc2: ['move', dest],
loc3: ['move', dest]
}
deltas = state.get_delta(actions)
d_player0 = delta_for(deltas, loc1)
d_player1_1 = delta_for(deltas, loc2)
d_player1_2 = delta_for(deltas, loc3)
self.assertEqual(d_player0.hp - d_player0.hp_end,
d_player1_1.damage_caused + d_player1_2.damage_caused)
player1_hp_lose = d_player1_1.hp - d_player1_1.hp_end + \
d_player1_2.hp - d_player1_2.hp_end
self.assertEqual(player1_hp_lose, d_player0.damage_caused)
def test_suicide_dodge(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['sucide'], (9, 10): ['move', (8, 10)]}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((8, 10)))
self.assertEqual(state2.robots[8, 10].hp, settings.robot_hp)
def test_simple_collision(self):
state = GameState()
loc1 = (10, 11)
dest1 = (10, 10)
loc2 = (9, 10)
dest2 = dest1
state.add_robot(loc1, 0)
state.add_robot(loc2, 1)
actions = {
loc1: ['move', dest1],
loc2: ['move', dest2]
}
deltas = state.get_delta(actions)
d_move1 = delta_for(deltas, loc1)
d_move2 = delta_for(deltas, loc2)
self.assertEqual(d_move1.hp - d_move1.hp_end, d_move2.damage_caused)
self.assertEqual(d_move2.hp - d_move2.hp_end, d_move1.damage_caused)
def test_suicide_does_no_damage_to_teammates(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 0)
actions = {(10, 10): ['guard'], (9, 10): ['suicide']}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp, settings.robot_hp)
self.assertFalse(state2.is_robot((9, 10)))
def test_attack_hop_in(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((8, 10), 1)
actions = {(10, 10): ['attack', (9, 10)], (8, 10): ['move', (9, 10)]}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 10)))
damage = settings.robot_hp - state2.robots[9, 10].hp
self.assertTrue(
settings.attack_range[0] <= damage <= settings.attack_range[1])
def __init__(self, settings, p1_path, p2_path):
self.settings = settings
self.match_id = None
self.p1_path = p1_path
self.p2_path = p2_path
self.code = open(p1_path).read()
if p2_path is None:
self.p2_path = map_data = open(pkg_resources.resource_filename('rgkit', 'bots/guardbot.py')).read()
self.code2 = open(p2_path).read()
self.player = Player(self.code)
self.player.set_player_id(1)
self.player2 = Player(self.code2)
self.player2.set_player_id(0)
self.UI = SimulatorUI(settings)
self.UI.setTitle("Robot Game Simulator")
self.state = GameState(settings, turn=1)
self.cached_actions = None
self.UI.setTurn(self.state.turn)
self.UI.bind("w", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("a", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("s", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("d", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<Up>", lambda ev: self.UI.moveSelection((0, -1)))
self.UI.bind("<Left>", lambda ev: self.UI.moveSelection((-1, 0)))
self.UI.bind("<Down>", lambda ev: self.UI.moveSelection((0, 1)))
self.UI.bind("<Right>", lambda ev: self.UI.moveSelection((1, 0)))
self.UI.bind("<ButtonPress-1>", lambda ev: self.UI.onMouseClick(ev))
self.UI.bind("l", self.onLoadMatch)
self.UI.bind("k", self.onLoadTurn)
self.UI.bind("o", self.onReloadPlayer)
self.UI.bind("p", self.onSwapPlayer)
self.UI.bind("t", self.onEditTurn)
self.UI.bind("f", self.onAddTeammate)
self.UI.bind("e", self.onAddEnemy)
self.UI.bind("r", self.onRemove)
self.UI.bind("c", self.onClear)
self.UI.bind("<Delete>", self.onRemove)
self.UI.bind("<BackSpace>", self.onRemove)
self.UI.bind("h", self.onEditHP)
self.UI.bind("<space>", self.onShowActions)
self.UI.bind("<Return>", self.onSimulate)
self.UI.run()
def test_move_no_collision(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((8, 10), 0)
actions = {(10, 10): ['move', (11, 10)], (8, 10): ['move', (7, 10)]}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((11, 10)))
self.assertEqual(state2.robots[11, 10].hp, settings.robot_hp)
self.assertTrue(state2.is_robot((7, 10)))
self.assertEqual(state2.robots[7, 10].hp, settings.robot_hp)
def test_move_into_suicide_bot(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['suicide'], (9, 10): ['move', (10, 10)]}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 10)))
self.assertEqual(
state2.robots[9, 10].hp, settings.robot_hp -
settings.collision_damage - settings.suicide_damage)
def test_guarding_reduces_damage(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['guard'], (9, 10): ['suicide']}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp,
settings.robot_hp - settings.suicide_damage // 2)
self.assertFalse(state2.is_robot((9, 10)))
def test_guarding_reduces_damage(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['attack', (9, 10)], (9, 10): ['guard']}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 10)))
damage = settings.robot_hp - state2.robots[9, 10].hp
self.assertTrue(settings.attack_range[0] //
2 <= damage <= settings.attack_range[1] // 2)
def loadBotsfromTurn (self, new_turn):
if self.match_id is not None:
self.UI.clearActions()
self.UI.clearBots()
self.cached_actions = None
self.state = GameState(self.settings)
for bot in self.moves[new_turn]:
loc = tuple(bot['location'])
# print bot
self.state.add_robot(loc, bot['player_id'])
self.state.robots[loc].hp = bot['hp']
self.UI.renderBot(loc, bot['hp'], bot['player_id'])
self.UI.setTurn(new_turn)
self.state.turn = new_turn
def test_try_swap(self):
state = GameState(settings)
state.add_robot((9, 9), 0)
state.add_robot((8, 9), 1)
actions = {
(9, 9): ['move', (8, 9)],
(8, 9): ['move', (9, 9)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((9, 9)))
self.assertEqual(state2.robots[9, 9].player_id, 0)
self.assertEqual(state2.robots[9, 9].robot_id,
state.robots[9, 9].robot_id)
self.assertEqual(state2.robots[9, 9].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((8, 9)))
self.assertEqual(state2.robots[8, 9].player_id, 1)
self.assertEqual(state2.robots[8, 9].robot_id,
state.robots[8, 9].robot_id)
self.assertEqual(state2.robots[8, 9].hp,
settings.robot_hp - settings.collision_damage)
def test_guarding_ingnores_collisions(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['move', (9, 10)], (9, 10): ['guard']}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp,
settings.robot_hp - settings.collision_damage)
self.assertTrue(state2.is_robot((9, 10)))
self.assertEqual(state2.robots[9, 10].hp, settings.robot_hp)
def test_basic_suicide(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {(10, 10): ['attack', (9, 10)], (9, 10): ['suicide']}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp,
settings.robot_hp - settings.suicide_damage)
self.assertFalse(state2.is_robot((9, 10)))
def test_attack_kills(self):
state = GameState()
state.add_robot((10, 10), 0, hp=settings.attack_range[0])
state.add_robot((9, 10), 1, hp=settings.attack_range[0])
actions = {
(10, 10): ['attack', (9, 10)],
(9, 10): ['attack', (10, 10)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertFalse(state2.is_robot((10, 10)))
self.assertFalse(state2.is_robot((9, 10)))
def test_suicide_dodge(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 1)
actions = {
(10, 10): ['sucide'],
(9, 10): ['move', (8, 10)]
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((8, 10)))
self.assertEqual(state2.robots[8, 10].hp, settings.robot_hp)
def test_get_game_info(self):
state = GameState()
state.add_robot((9, 9), 0)
state.add_robot((6, 11), 1)
game_info = state.get_game_info(0)
self.assertEquals(game_info.robots[9, 9].location, (9, 9))
self.assertEquals(game_info.robots[9, 9].hp, state.robots[(9, 9)].hp)
self.assertEquals(game_info.robots[9, 9].player_id, state.robots[(9, 9)].player_id)
self.assertEquals(game_info.robots[9, 9].robot_id, state.robots[(9, 9)].robot_id)
self.assertEquals(game_info.robots[6, 11].location, (6, 11))
self.assertEquals(game_info.robots[6, 11].hp, state.robots[(6, 11)].hp)
self.assertEquals(game_info.robots[6, 11].player_id, state.robots[(6, 11)].player_id)
self.assertRaises(AttributeError, lambda: game_info.robots[6, 11].robot_id)
self.assertEquals(game_info.turn, state.turn)
def test_suicide_does_no_damage_to_teammates(self):
state = GameState()
state.add_robot((10, 10), 0)
state.add_robot((9, 10), 0)
actions = {
(10, 10): ['guard'],
(9, 10): ['suicide']
}
state2 = state.apply_actions(actions, spawn=False)
self.assertTrue(state2.is_robot((10, 10)))
self.assertEqual(state2.robots[10, 10].hp, settings.robot_hp)
self.assertFalse(state2.is_robot((9, 10)))
def __init__(self, players, record_actions=False, record_history=False,
print_info=False, seed=None, quiet=0, delta_callback=None,
symmetric=True):
self._players = players
for i, player in enumerate(self._players):
player.set_player_id(i)
self._record_actions = record_actions
self._record_history = record_history
self._print_info = print_info
if seed is None:
seed = random.randint(0, settings.max_seed)
self.seed = str(seed)
self._random = random.Random(self.seed)
self._quiet = quiet
self._delta_callback = delta_callback
self._state = GameState(use_start=True, seed=self.seed,
symmetric=symmetric)
self._actions_on_turn = {}
self._states = {}
self.history = [] # TODO: make private
def __init__(self, player1, player2, record_actions=False,
record_history=False, print_info=False,
seed=None, quiet=0):
self._settings = settings
self._player1 = player1
self._player1.set_player_id(0)
self._player2 = player2
self._player2.set_player_id(1)
self._state = GameState(self._settings, use_start=True, seed=seed)
self._record_actions = record_actions
self._record_history = record_history
self._print_info = print_info
if seed is None:
seed = random.randint(0, sys.maxint)
self.seed = str(seed)
self._random = random.Random(seed)
self._quiet = quiet
self._actions_on_turn = {}
self._states = {}
self.history = [] # TODO: make private