def __init__(self, fps: int, game_over_score: int, record_progress):
"""
Constructor
@param fps The fps of the game
@param game_over_score The game will stop when either side reaches this score
@param record_progress Whether to record the game process or not
"""
self._ml_1P = "ml_1P"
self._ml_2P = "ml_2P"
self._ml_execute_time = 1.0 / fps
self._frame_delayed = [0, 0] # 1P, 2P
self._score = [0, 0] # 1P, 2P
self._game_over_score = game_over_score
self._cmd_receiver = CommandReceiver( \
GameCommand, {
"command": PlatformAction
}, GameCommand(-1, PlatformAction.NONE))
self._record_handler = get_record_handler(
record_progress,
{"status": (GameStatus.GAME_1P_WIN, GameStatus.GAME_2P_WIN)},
get_log_dir())
self._init_display()
self._scene = Scene()
def __init__(self, fps: int, level: int, record_progress, one_shot_mode):
self._init_pygame()
self._fps = fps
self._scene = Scene(level)
self._keyboard = KeyCommandMap({
pygame.K_LEFT: PlatformAction.MOVE_LEFT,
pygame.K_RIGHT: PlatformAction.MOVE_RIGHT,
}, PlatformAction.NONE)
self._record_handler = get_record_handler(record_progress, {
"status": (GameStatus.GAME_OVER, GameStatus.GAME_PASS)
}, get_log_dir())
self._one_shot_mode = one_shot_mode
def __init__(self, fps: int, level: int, \
record_progress: bool, one_shot_mode: bool):
self._ml_name = "ml"
self._ml_execute_time = 1.0 / fps
self._frame_delayed = 0
self._instruct_receiver = CommandReceiver( \
GameInstruction, { "command": \
[PlatformAction.MOVE_LEFT, PlatformAction.MOVE_RIGHT, PlatformAction.NONE], \
}, GameInstruction(-1, PlatformAction.NONE))
self._record_handler = get_record_handler(record_progress, { \
"status": (GameStatus.GAME_OVER, GameStatus.GAME_PASS) \
}, get_log_dir())
self._one_shot_mode = one_shot_mode
self._init_display()
self._scene = gamecore.Scene(level, True)
def __init__(self, fps: int, level: int, \
record_progress: bool, one_shot_mode: bool):
self._ml_name = "ml"
self._ml_execute_time = 1.0 / fps
self._frame_delayed = 0
self._cmd_receiver = CommandReceiver( \
GameCommand, {
"command": PlatformAction
}, GameCommand(-1, PlatformAction.NONE))
self._record_handler = get_record_handler(record_progress, { \
"status": (GameStatus.GAME_OVER, GameStatus.GAME_PASS) \
}, get_log_dir())
self._one_shot_mode = one_shot_mode
self._init_display()
self._scene = Scene(level)
def __init__(self, fps, one_shot_mode, record_progress):
self._init_pygame()
self._scene = Scene()
self._ml_name = "ml"
self._ml_execution_time = 1 / fps
self._frame_delayed = 0
self._cmd_receiver = CommandReceiver( \
GameCommand, {
"command": SnakeAction,
}, GameCommand(-1, SnakeAction.NONE))
self._one_shot_mode = one_shot_mode
self._record_handler = get_record_handler(
record_progress, {"status":
(GameStatus.GAME_OVER, )}, get_log_dir())
def __init__(self, fps, one_shot_mode, record_progress):
self._init_pygame()
self._scene = Scene()
self._fps = fps
self._keyboard_action = KeyCommandMap(
{
pygame.K_UP: SnakeAction.UP,
pygame.K_DOWN: SnakeAction.DOWN,
pygame.K_LEFT: SnakeAction.LEFT,
pygame.K_RIGHT: SnakeAction.RIGHT,
}, SnakeAction.NONE)
self._one_shot_mode = one_shot_mode
self._record_handler = get_record_handler(
record_progress, {"status":
(GameStatus.GAME_OVER, )}, get_log_dir())
def __init__(self, fps: int, game_over_score: int, record_progress: bool):
self._init_pygame()
self._fps = fps
self._score = [0, 0] # 1P, 2P
self._game_over_score = game_over_score
self._scene = gamecore.Scene(True)
self._keyboard_action_1P = KeyCommandMap(
{
pygame.K_LEFT: PlatformAction.MOVE_LEFT,
pygame.K_RIGHT: PlatformAction.MOVE_RIGHT,
}, PlatformAction.NONE)
self._keyboard_action_2P = KeyCommandMap(
{
pygame.K_a: PlatformAction.MOVE_LEFT,
pygame.K_d: PlatformAction.MOVE_RIGHT,
}, PlatformAction.NONE)
self._record_handler = get_record_handler(
record_progress,
{"status": (GameStatus.GAME_1P_WIN, GameStatus.GAME_2P_WIN)},
get_log_dir())