def __init__(self, GAME, floorConfig=None, loop=True, cartridgeReader=False, init=True):
self.cartridgeReader = cartridgeReader
self.loop = loop
self.wait = time.sleep
if floorConfig is None:
conf = LSFloorConfig()
conf.selectConfig()
else:
conf = LSFloorConfig(floorConfig)
if conf.containsVirtual() is True:
self.REAL_FLOOR = False
else:
self.REAL_FLOOR = True
self.audio = LSAudio(initSound=init)
self.display = LSDisplay(conf=conf, eventCallback = self.handleTileStepEvent, initScreen=init)
self.ROWS = conf.rows
self.COLUMNS = conf.cols
os.system('cls' if os.name == 'nt' else 'clear')
print("Board size is {:d}x{:d}".format(self.ROWS, self.COLUMNS))
self.GAME = GAME
self.moves = []
self.sensorMatrix = defaultdict(lambda: defaultdict(int))
self.currentGame = None
self.newGame(self.GAME)
#these are for bookkeeping
self.frames = 0
self.frameRenderTime = 0
# This lock prevents handleTileStepEvent() from being run by polling loops before init is complete
self.initLock.set()
class LSGameEngine():
initLock = threading.Event()
SIMULATED_FLOOR = True
CONSOLE = False
numPlays = numLoops = 0
_warnings = []
def __init__(self, GAME, floorConfig=None, loop=True, cartridgeReader=False, init=True):
self.cartridgeReader = cartridgeReader
self.loop = loop
self.wait = time.sleep
if floorConfig is None:
conf = LSFloorConfig()
conf.selectConfig()
else:
conf = LSFloorConfig(floorConfig)
if conf.containsVirtual() is True:
self.REAL_FLOOR = False
else:
self.REAL_FLOOR = True
self.audio = LSAudio(initSound=init)
self.display = LSDisplay(conf=conf, eventCallback = self.handleTileStepEvent, initScreen=init)
self.ROWS = conf.rows
self.COLUMNS = conf.cols
os.system('cls' if os.name == 'nt' else 'clear')
print("Board size is {:d}x{:d}".format(self.ROWS, self.COLUMNS))
self.GAME = GAME
self.moves = []
self.sensorMatrix = defaultdict(lambda: defaultdict(int))
self.currentGame = None
self.newGame(self.GAME)
#these are for bookkeeping
self.frames = 0
self.frameRenderTime = 0
# This lock prevents handleTileStepEvent() from being run by polling loops before init is complete
self.initLock.set()
def newGame(self, Game):
self.lastGame = self.currentGame
try: # Game is a list of game classes, pick one at random
GAME = random.choice(Game)
except: # Game was specified
GAME = Game
self.currentGame = GAME.__name__
print("LSGameEngine: Starting {:s}...".format(self.currentGame))
self.game = GAME(self.display, self.audio, self.ROWS, self.COLUMNS, self.cartridgeReader)
self.startGame = time.time()
self.game.sensors = self.sensorMatrix
self.numLoops += 1
if not isinstance(self.game, LSScreenSaver):
self.numPlays += 1
try:
self.game.init()
except AttributeError as e:
# raise(e) # Debugging
self._warnOnce("{:s} has no init() method.".format(self.currentGame))
def beginLoop(self, plays = 0):
self.fpsLog = dict()
while True:
if plays is not 0 and self.numPlays <= plays:
self.enterFrame()
elif plays is 0:
self.enterFrame()
else:
self.insertCoin()
def insertCoin(self):
self.gameOver()
# TODO: Instead of quitting, go to game/demo screen and wait for someone to reset
def gameOver(self):
print(" G A M E O V E R ")
self.display.clearAll()
self.display.setMessage(int(self.display.rows/2)-1,"GAME", start=int(self.display.cols/2)-2)
self.display.setMessage(int(self.display.rows/2), "OVER", start=int(self.display.cols/2)-2)
self.display.heartbeat()
input("--Press any key to exit--\n")
# self.display.floor.saveAndExit(0)
def handleTileStepEvent(self, row, col, sensorPcnt):
self.initLock.wait()
if int(sensorPcnt) is 0:
try:
self.game.stepOff(row, col)
except AttributeError as e: # Game has no stepOff() method
if "object has no attribute 'stepOff'" in str(e):
self._warnOnce("{:s} has no stepOff() method.".format(self.currentGame))
else:
raise(e)
# print("stepOff: ({:d},{:d})".format(row, col)) # Debugging
self.moves = [x for x in self.moves if x[0] is not row and x[1] is not col]
else:
if self.sensorMatrix[row][col] is 0:
if sensorPcnt > _SENSOR_THRESHOLD:# Only trigger > n%, hack to guard against phantom sensors
# TODO: This but better
# if sensorPcnt > 0:
try:
self.game.stepOn(row, col)
except AttributeError as e: # Game has no stepOn() method
if "object has no attribute 'stepOn'" in str(e):
self._warnOnce("{:s} has no stepOn() method.".format(self.currentGame))
else:
raise(e)
# print("stepOn: ({:d},{:d})".format(row, col)) # Debugging
m = (row, col)
self.moves.append(m)
self.sensorMatrix[row][col] = int(sensorPcnt)
def pauseGame (self):
print("Game is paused.")
while self.game.frameRate < 1:
pass
print("Game resuming...")
def enterFrame(self):
if self.game.duration is not 0:
playTime = (time.time() - self.startGame)
if playTime > self.game.duration:
self.newGame(self.GAME)
startEnterFrame = time.time()
if not self.game.ended:
self.game.heartbeat(self.moves)
self.display.heartbeat()
# self.audio.heartbeat()
else:
self.newGame(SAVERS) # Super hacky, should be in gameOver
# self.newGame(self.GAME)
frameRenderTime = (time.time() - startEnterFrame)
self.wait(self.padFrame(frameRenderTime))
def padFrame(self, renderTime):
if self.game.frameRate is 0:
self.pauseGame()
spaces = " " * (52)
fps = 1.0/renderTime
fpsEntry = int(fps) if fps < self.game.frameRate else int(self.game.frameRate)
if self.numLoops in self.fpsLog.keys():
self.fpsLog[self.numLoops].append(fpsEntry)
else:
if self.numLoops > 1:
try:
data = self.fpsLog[self.numLoops-1]
avg = int(sum(data)/len(data))
mod = max(set(data), key=data.count)
mrg = int(min(data) + max(data)/2)
# print(data) # Debugging
del(data)
print("\nStats for: {:s}".format(self.lastGame))
statsString=" FrameRate: (average: {:d}fps) (mode: {:d}fps) (midrange: {:d}fps)"
print(statsString.format(avg, mod, mrg))
print("")
except KeyError:
pass
self.fpsLog[self.numLoops] = [fpsEntry]
if fps < self.game.frameRate or self.game.frameRate < 0:
print("{1:s}{0:.4f} FPS".format(1.0/renderTime, spaces), end="\r")
return(0)
else:
print("{1:s}{0:.4f} FPS".format(self.game.frameRate, spaces), end="\r")
return((1.0/self.game.frameRate)-renderTime)
print(spaces * 2, end="\r")
def _warnOnce(self, warning):
if warning not in self._warnings:
print("WARNING: {:s}".format(warning))
self._warnings.append(warning)