Python sc2reader.load_replay函数代码示例

    def test_gameheartnormalizer_plugin(self):
        from sc2reader.engine.plugins import GameHeartNormalizer
        sc2reader.engine.register_plugin(GameHeartNormalizer())

        # Not a GameHeart game!
        replay = sc2reader.load_replay("test_replays/2.0.0.24247/molten.SC2Replay")
        player_pids = set([ player.pid for player in replay.players])
        spawner_pids = set([ event.player.pid for event in replay.events if "TargetUnitCommandEvent" in event.name and event.ability.name == "SpawnLarva"])
        self.assertTrue(spawner_pids.issubset(player_pids))

        replay = sc2reader.load_replay("test_replays/gameheart/gameheart.SC2Replay")
        self.assertEqual(replay.events[0].frame, 0)
        self.assertEqual(replay.game_length.seconds, 636)
        self.assertEqual(len(replay.observers), 5)
        self.assertEqual(replay.players[0].name, 'SjoWBBII')
        self.assertEqual(replay.players[0].play_race, 'Terran')
        self.assertEqual(replay.players[1].name, 'Stardust')
        self.assertEqual(replay.players[1].play_race, 'Protoss')
        self.assertEqual(len(replay.teams), 2)
        self.assertEqual(replay.teams[0].players[0].name, 'SjoWBBII')
        self.assertEqual(replay.teams[1].players[0].name, 'Stardust')
        self.assertEqual(replay.winner, replay.teams[1])

        replay = sc2reader.load_replay("test_replays/gameheart/gh_sameteam.SC2Replay")
        self.assertEqual(replay.events[0].frame, 0)
        self.assertEqual(replay.game_length.seconds, 424)
        self.assertEqual(len(replay.observers), 5)
        self.assertEqual(replay.players[0].name, 'EGJDRC')
        self.assertEqual(replay.players[0].play_race, 'Zerg')
        self.assertEqual(replay.players[1].name, 'LiquidTaeJa')
        self.assertEqual(replay.players[1].play_race, 'Terran')
        self.assertEqual(len(replay.teams), 2)
        self.assertEqual(replay.teams[0].players[0].name, 'EGJDRC')
        self.assertEqual(replay.teams[1].players[0].name, 'LiquidTaeJa')
        self.assertEqual(replay.winner, replay.teams[0])

def main():
	for argument in sys.argv[1:]:
		for path in sc2reader.utils.get_files(argument):
			try:
				replay = sc2reader.load_replay(path, debug=True, verbose=True)
			except sc2reader.exceptions.ReadError as e:
				print e.replay.filename
				print '{build} - {real_type} on {map_name} - Played {start_time}'.format(**e.replay.__dict__)
				print '[ERROR]', e.message
				for event in e.game_events[-5:]:
					print '{0} - {1}'.format(hex(event.type),event.bytes.encode('hex'))
				e.buffer.seek(e.location)
				print e.buffer.peek(50).encode('hex')
				print
			except Exception as e:
				print path
				replay = sc2reader.load_replay(path, debug=True, load_level=1)
				print '{build} - {real_type} on {map_name} - Played {start_time}'.format(**replay.__dict__)
				print '[ERROR]', e.message
				for pid, attributes in replay.attributes.items():
					print pid, attributes
				for pid, info in enumerate(replay.raw_data['replay.details'].players):
					print pid, info
				print replay.raw_data['replay.initData'].player_names
				traceback.print_exc()
				print

    def test_random_player(self):
        replay = sc2reader.load_replay("test_replays/1.2.2.17811/3.SC2Replay")
        gogeta = next(player for player in replay.players if player.name == "Gogeta")
        self.assertEqual(gogeta.pick_race, "Random")
        self.assertEqual(gogeta.play_race, "Terran")

        replay = sc2reader.load_replay("test_replays/1.2.2.17811/6.SC2Replay")
        permafrost = next(player for player in replay.players if player.name == "Permafrost")
        self.assertEqual(permafrost.pick_race, "Random")
        self.assertEqual(permafrost.play_race, "Protoss")

def test_datetimes():
    # Ignore seconds in comparisons, because they are off by one what is reported by Windows.
    # This might be a little nuance worth investigating at some point.

    # Played at 20 Feb 2011 22:44:48 UTC+2
    replay = sc2reader.load_replay("test_replays/1.2.2.17811/1.SC2Replay")
    assert replay.end_time == datetime.datetime(2011, 2, 20, 20, 44, 47)

    # Played at 21 Feb 2011 00:42:13 UTC+2
    replay = sc2reader.load_replay("test_replays/1.2.2.17811/2.SC2Replay")
    assert replay.end_time == datetime.datetime(2011, 2, 20, 22, 42, 12)

    # Played at 25 Feb 2011 16:36:28 UTC+2
    replay = sc2reader.load_replay("test_replays/1.2.2.17811/3.SC2Replay")
    assert replay.end_time == datetime.datetime(2011, 2, 25, 14, 36, 26)

def parseData(path):
    """
    Returns a list of feature vectors and a list of classes for each replay 
    file in the given path. 
    """
    data = []
    targets = []
    for index, filename in enumerate(os.listdir(path)):
        if os.path.splitext(filename)[-1] == '.SC2Replay':
            fullpath = os.path.join(path, filename)
            try:
                replay = sc2reader.load_replay(fullpath)
                print "Loading replay %s" % replay.filename
                log.loadReplay(replay)
                #Get data from the first 5 minutes of the replay
                frames = 5*framesPerMinute
                if replay.frames >= frames and len(replay.players) == 2:
                    player1race = re.search(pattern, str(replay.players[0]))
                    player2race = re.search(pattern, str(replay.players[1]))
                    if player1race.group(0) in race and player2race.group(0) in race:
                        targets.append(race[player1race.group(0)])
                        targets.append(race[player2race.group(0)])
                        data.append(gamelog(replay, endFrame=frames, classify=abilityID, framesPerRow=frames).getColumn(0))
                        data.append(gamelog(replay, endFrame=frames, classify=abilityID, framesPerRow=frames).getColumn(1))
            except MPQError:
                print "Failed to load replay %s" % fullpath 
    return (data, targets)

    def test_3v3(self):
        replay = sc2reader.load_replay("test_replays/1.2.2.17811/3.SC2Replay")
        self.assertEqual(replay.type, "3v3")

        # Because it"s a 3v3 and all of the members of Team 2 quit, we should know the winner.
        self.assertEqual(replay.team[1].result, "Win")
        self.assertEqual(replay.team[2].result, "Loss")

 def test_canExtractPlayers(self):
     sc2reader.configure(debug=True)
     print os.getcwd()
     replay = sc2reader.load_replay('data/Akilon Wastes (2).SC2Replay', load_level=4)
     for player in replay.players:
         #if player.is_human:
         print "Player: %s (%s) - %s" % (player.name, player.play_race, player.result)

    def test_outmatched_pids(self):
        replay = sc2reader.load_replay('test_replays/2.0.8.25604/issue131_arid_wastes.SC2Replay')
        self.assertEqual(replay.players[0].pid, 1)
        self.assertEqual(replay.players[1].pid, 3)
        self.assertEqual(replay.players[2].pid, 4)

        replay = sc2reader.load_replay('test_replays/2.0.8.25604/issue135.SC2Replay')
        self.assertEqual(replay.players[0].pid, 1)
        self.assertEqual(replay.players[1].pid, 2)
        self.assertEqual(replay.players[2].pid, 4)

        replay = sc2reader.load_replay("test_replays/2.0.8.25604/mlg1.SC2Replay")
        self.assertEqual(replay.players[0].pid, 1)
        self.assertEqual(replay.players[1].pid, 2)
        self.assertEqual(len(replay.players), 2)
        self.assertEqual(len(replay.people), 3)

def test_3v3():
    replay = sc2reader.load_replay("test_replays/1.2.2.17811/3.SC2Replay")
    assert replay.type == "3v3"

    # Because it's a 3v3 and all of the members of Team 2 quit, we should know the winner.
    assert replay.team[1].result == "Win"
    assert replay.team[2].result == "Loss"

def convertReplay(path,limit=15000):
	replay=sc2reader.load_replay(path)
	players=[]
	races=[]
	for i in replay.players:
		players.append(i.name)
		races.append(i.pick_race)
	if(len(players)>2):
		print("error: replay not 1v1 "+path)
		return ("error","error")
	hot={}
	frame={}
	hot[players[0]]=[]
	hot[players[1]]=[]
	frame[players[0]]=[]
	frame[players[1]]=[]
	for event in replay.events:
		if event.frame>=limit:
			break
		if event.name=="GetControlGroupEvent" or event.name=="SetControlGroupEvent" or event.name=="AddToControlGroupEvent" :
			hot[event.player.name].append(event.hotkey)
			frame[event.player.name].append(event.frame)
	
#mapsc2="",length="",date=""
	if (len(hot[players[0]])>10):				
		g1=game.game(players[0],players[1],races[0],races[1],hot[players[0]],frame[players[0]],path,replay.map_name,replay.length,replay.date)
	else:
		g1="error"
		print("error, not enough frame")
	if (len(hot[players[1]])>10):
		g2=game.game(players[1],players[0],races[1],races[0],hot[players[1]],frame[players[1]],path)
	else:
		g2="error"
		print("error, not enough frame")		
	return (g1,g2)

def parseData(path):
    """
    Returns a list of feature vectors and a list of classes for each replay 
    file in the given path. 
    """
    data = []
    targets = []
    for index, filename in enumerate(os.listdir(path)):
        if os.path.splitext(filename)[-1] == '.SC2Replay':
            fullpath = os.path.join(path, filename)
            try:
                replay = sc2reader.load_replay(fullpath)
                print "Loading replay %s" % replay.filename
                log.loadReplay(replay)
                if len(replay.players) == 2:
                    player1race = re.search(pattern, log.players[0])
                    player2race = re.search(pattern, log.players[1])
                    if player1race.group(0) in race:
                        targets.append(race[player1race.group(0)])
                        data.append(log.actions[0].flatten())
                    if player2race.group(0) in race:
                        targets.append(race[player2race.group(0)])
                        data.append(log.actions[1].flatten())
            except:
                print "Failed to load replay %s" % fullpath 
    return (data, targets)

 def test_unit_types(self):
     """ sc2reader#136 regression test """
     replay = sc2reader.load_replay('test_replays/2.0.8.25604/issue136.SC2Replay')
     hellion_times = [u.started_at for u in replay.players[0].units if u.name == 'Hellion']
     hellbat_times = [u.started_at for u in replay.players[0].units if u.name == 'BattleHellion']
     self.assertEqual(hellion_times, [5180, 5183])
     self.assertEqual(hellbat_times, [6736, 6741, 7215, 7220, 12004, 12038])

def parseData(path):
    """
    Returns a list of feature vectors and a list of classes for each replay 
    file in the given path. 
    """
    data = []
    targets = []
    for index, filename in enumerate(os.listdir(path)):
        if os.path.splitext(filename)[-1] == '.SC2Replay':
            fullpath = os.path.join(path, filename)
            try:
                replay = sc2reader.load_replay(fullpath)
                print "Loading replay %s" % replay.filename
                log.loadReplay(replay)
                if len(replay.players) == 2:
                    player1class, player2class = winner(replay)
                    #For classifying win/loss
                    if not player1class == None and not player2class == None:
                        targets.append(player1class)
                        events1 = log.actions[0].flatten()
                        events2 = log.actions[1].flatten()
                        data.append(np.concatenate((events1,events2)))
                    """ #Use for classifying race
                    if not player1class == None:
                        targets.append(player1class)
                        data.append(log.actions[0].flatten())
                    if not player2class == None:
                        targets.append(player2class)
                        data.append(log.actions[1].flatten())
                    """
            except:
                print "Failed to load replay %s" % fullpath 
    return (data, targets)

def main():
    players = {}
    parser = argparse.ArgumentParser(
        description="""Step by step replay of game events; shows only the
        Initialization, Command, and Selection events by default. Press any
        key to advance through the events in sequential order."""
    )

    parser.add_argument('FILE', type=str, help="The file you would like to replay")
    parser.add_argument('--player', default=0, type=int, help="The number of the player you would like to watch. Defaults to 0 (All).")
    parser.add_argument('--bytes', default=False, action="store_true", help="Displays the byte code of the event in hex after each event.")
    parser.add_argument('--hotkeys', default=False, action="store_true", help="Shows the hotkey events in the event stream.")
    parser.add_argument('--cameras', default=False, action="store_true", help="Shows the camera events in the event stream.")
    args = parser.parse_args()

    for filename in sc2reader.utils.get_files(args.FILE):
        replay = sc2reader.load_replay(filename, debug=True)
        r = replay
        print("Release {0}".format(replay.release_string))
        print("{0} on {1} at {2}".format(replay.type, replay.map_name, replay.start_time))
        print("")
        for team in replay.teams:
            print(team)
            for player in team.players:
                print("  {0}".format(player))
                players[player.name] = collections.defaultdict(zeroint)

        print("\n--------------------------\n\n")

def test_wol_pids():
    replay = sc2reader.load_replay("test_replays/1.5.4.24540/ggtracker_1471849.SC2Replay")

    assert replay.expansion == 'WoL'

    ability_pids = set( [ event.player.pid for event in replay.events if 'AbilityEvent' in event.name ] )
    player_pids = set( [ player.pid for player in replay.players ] )

    assert ability_pids == player_pids