def crypter(filepath):
crypt = Crypt()
with open(filepath, "r") as reader:
plaintext = reader.read()
return crypt.encrypt(plaintext)
class LevelTableCreator(object):
mLevelButtons = None
mButtonSize = None
def __init__(self, modelsize, lvlPerColumn, nrOfLevels, action):
self.__mCrypt = Crypt()
self.mLevelButtons = []
self.mButtonSize = b2Vec2(1,1)
lock = self.__readLevelLockState()
self.mRows = int(max(1, nrOfLevels / lvlPerColumn))
self.mCols = int(min(nrOfLevels, lvlPerColumn))
width = self.mButtonSize.x * self.mCols
height = self.mButtonSize.y * self.mRows
count = 1
for y in range(self.mRows):
for x in range(self.mCols):
mx = x * self.mButtonSize.x + modelsize.x / 2.0 - width / 2.0
my = y * self.mButtonSize.y + modelsize.y / 2.0 - height / 2.0
self.mLevelButtons.append(LevelButton(count, mx, my, self.mButtonSize, action, False if count <= int(lock) else True))
count += 1
def __readLevelLockState(self):
lvldata = None
try:
with open(Resources.getInstance().resource_path("assets/state/state.json"), "rb") as state:
decryptedData = self.__mCrypt.decrypt(state.read())
lvldata = json.loads(decryptedData)
try:
return lvldata["LVL"]
except:
raise IOError
except (IOError):
with open(Resources.getInstance().resource_path("assets/state/state.json"), "wb+") as state:
data = self.__mCrypt.encrypt('{"LVL":"1"}')
state.write(data)
return 1
def __init__(self, world, gravity, lvl):
self.__mCrypt = Crypt()
self.mMaxLevels = self.countLevels()
self.mSwirlActive = False
self.mLevelDone = False
self.mTiles = []
self.mObjects = []
self.mEnemies = []
self.mWorld = world
self.mGravity = gravity
self.mCurrentLevel = lvl
self.mAllTiles = []
self.__loadLevel()
def __init__(self, modelsize, lvlPerColumn, nrOfLevels, action):
self.__mCrypt = Crypt()
self.mLevelButtons = []
self.mButtonSize = b2Vec2(1,1)
lock = self.__readLevelLockState()
self.mRows = int(max(1, nrOfLevels / lvlPerColumn))
self.mCols = int(min(nrOfLevels, lvlPerColumn))
width = self.mButtonSize.x * self.mCols
height = self.mButtonSize.y * self.mRows
count = 1
for y in range(self.mRows):
for x in range(self.mCols):
mx = x * self.mButtonSize.x + modelsize.x / 2.0 - width / 2.0
my = y * self.mButtonSize.y + modelsize.y / 2.0 - height / 2.0
self.mLevelButtons.append(LevelButton(count, mx, my, self.mButtonSize, action, False if count <= int(lock) else True))
count += 1
def __init__(self, game, levelInt, currentTime = None):
Id.getInstance().resetId()
self.__mCrypt = Crypt()
self.mCurrentTime = currentTime
self.mLevelInt = levelInt
self.mButtons = []
self.mTime = Time(self.__readPlayerTime())
if currentTime != None:
super(LevelTimeScreen, self).__init__(game, False)
self.__initializeFromGame()
else:
super(LevelTimeScreen, self).__init__(game)
self.__initializeFromMenu()
self.medallions = Animation(Resources.getInstance().mMedallions, 3, 3, 0, self.mCamera.getScaledSize(3, 3), False, False)
self.mLevelTimes = [Time(x) for x in self.__readLevelTimes()]
self.mButtons.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.LevelScreen.LevelScreen(self.mGame))))
self.achivedMedallion = self.__calculateMedallion()
class LevelTimeScreen(BaseMenuScreen):
def __init__(self, game, levelInt, currentTime = None):
Id.getInstance().resetId()
self.__mCrypt = Crypt()
self.mCurrentTime = currentTime
self.mLevelInt = levelInt
self.mButtons = []
self.mTime = Time(self.__readPlayerTime())
if currentTime != None:
super(LevelTimeScreen, self).__init__(game, False)
self.__initializeFromGame()
else:
super(LevelTimeScreen, self).__init__(game)
self.__initializeFromMenu()
self.medallions = Animation(Resources.getInstance().mMedallions, 3, 3, 0, self.mCamera.getScaledSize(3, 3), False, False)
self.mLevelTimes = [Time(x) for x in self.__readLevelTimes()]
self.mButtons.append(Button("back", 0.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.LevelScreen.LevelScreen(self.mGame))))
self.achivedMedallion = self.__calculateMedallion()
def __initializeFromMenu(self):
self.mButtons.append(Button("play", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))))
def __initializeFromGame(self):
if self.mLevelInt < Level.Level.countLevels():
self.mButtons.append(Button("next", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt+1))))
else:
self.mButtons.append(Button("end", 13.5, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.EndScreen.EndScreen(self.mGame))))
self.mButtons.append(Button("retry", 11, 8.5, b2Vec2(2,1), lambda: self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))))
if self.mCurrentTime.isFaster(self.mTime):
self.mTime = self.mCurrentTime
found = False
data = None
try:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "rb") as readstate:
decryptedData = self.__mCrypt.decrypt(readstate.read())
data = json.loads(decryptedData)
for time in data:
if time["ID"] == str(self.mLevelInt):
found = True
time["TIME"] = self.mCurrentTime.toString()
if not found:
data.append({"ID":"%s" % str(self.mLevelInt), "TIME":"%s" % self.mCurrentTime.toString()})
except Exception:
pass
if data == None:
data = '[{"ID":"%s", "TIME":"%s"}]' % (str(self.mLevelInt), self.mCurrentTime.toString())
with open(Resources.getInstance().resource_path("assets/state/time.json"), "wb+") as writestate:
writestate.write(self.__mCrypt.encrypt(json.dumps(data)))
def __calculateMedallion(self):
if self.mTime.isFaster(self.mLevelTimes[0]):
return b2Vec2(0,0)
elif self.mTime.isFaster(self.mLevelTimes[1]):
return b2Vec2(1,0)
elif self.mTime.isFaster(self.mLevelTimes[2]):
return b2Vec2(2,0)
else:
return b2Vec2(0,2)
def __readPlayerTime(self):
pTime = None
found = False
try:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "rb") as state:
decryptedData = self.__mCrypt.decrypt(state.read())
pTime = json.loads(decryptedData)
for time in pTime:
if time["ID"] == str(self.mLevelInt):
pTime = time["TIME"]
found = True
break
except Exception:
with open(Resources.getInstance().resource_path("assets/state/time.json"), "wb+") as writer:
writer.write(self.__mCrypt.encrypt("[]"))
if not found:
pTime = "00:00:00"
return pTime
def __readLevelTimes(self):
times = []
parser = self.__mCrypt.dectryptParser(self.mLevelInt)
times.append(parser.get("time", "gold"))
times.append(parser.get("time", "silver"))
times.append(parser.get("time", "bronze"))
return times
def update(self, delta):
BaseMenuScreen.update(self, delta)
def render(self, delta):
Pgl.app.surface.fill((67,80,129))
#header
title = self.titleFont.render("level %s" % str(self.mLevelInt), 0, (255,255,255))
size = self.titleFont.size("level %s" % str(self.mLevelInt))
titlepos = self.mCamera.getViewCoords(b2Vec2(self.modelsize.x / 2.0, self.modelsize.y / 6))
Pgl.app.surface.blit(title, (titlepos.x - size[0] / 2.0, titlepos.y - size[1] / 2.0))
#current runningtime (if comming from gamescreen)
if self.mCurrentTime != None:
current = Resources.getInstance().getScaledFont(self.mCamera.mScale.x / 1.5).render("Current time:", 0, (255, 255, 255))
currentsize = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).size("Current time:")
ctime = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render(self.mCurrentTime.toString(), 0, (255,74,20))
currentpos = self.mCamera.getViewCoords(b2Vec2(5, 3.3))
ctimepos = self.mCamera.getViewCoords(b2Vec2(5.5, 3.3))
Pgl.app.surface.blit(current, currentpos)
Pgl.app.surface.blit(ctime, (ctimepos.x + currentsize[0], ctimepos.y))
#besttime
best = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render("Best time:", 0, (255, 255, 255))
bestsize = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).size("Best time:")
time = Resources.getInstance().getScaledFont(self.mCamera.scale.x / 1.5).render(self.mTime.toString(), 0, (255,74,20))
bestpos = self.mCamera.getViewCoords(b2Vec2(5, 3.8))
timepos = self.mCamera.getViewCoords(b2Vec2(5.5, 3.8))
Pgl.app.surface.blit(best, bestpos)
Pgl.app.surface.blit(time, (timepos.x + bestsize[0], timepos.y))
#buttons
btnToDraw = self.menubutton
for btn in self.mButtons:
viewpos = self.mCamera.getViewCoords(b2Vec2(btn.x, btn.y))
btnToDraw.setSize(self.mCamera.getScaledSize(btn.size.x, btn.size.y))
color = None
if btn.mActive:
btnToDraw.freeze(1, 0)
color = (255,255,255)
else:
btnToDraw.freeze(0, 0)
color = (141,60,1)
btnToDraw.draw(delta, viewpos)
btntxt = self.screenFont.render(str(btn.mText), 0, color)
size = self.screenFont.size(str(btn.mText))
txtpos = self.mCamera.getViewCoords(b2Vec2(btn.x + btn.size.x / 2 - (size[0] / self.mCamera.scale.x) / 2.0, btn.y + btn.size.y / 2 - (size[1] / self.mCamera.scale.y) / 2.0))
Pgl.app.surface.blit(btntxt, (txtpos.x, txtpos.y))
#small medallions
for x in range(len(self.mLevelTimes)):
self.medallions.freeze(x, 1)
timetxt = self.infoFont.render(self.mLevelTimes[x].toString(), 0 , (255,255,255))
pos = self.mCamera.getViewCoords(b2Vec2(9, 5+x))
Pgl.app.surface.blit(timetxt, (pos.x, pos.y))
self.medallions.setSize(self.mCamera.getScaledSize(1,1))
self.medallions.draw(delta, self.mCamera.getViewCoords(b2Vec2(8,4.6+x)))
self.medallions.freeze(self.achivedMedallion.x, self.achivedMedallion.y)
self.medallions.setSize(self.mCamera.getScaledSize(3,3))
self.medallions.draw(delta, self.mCamera.getViewCoords(b2Vec2(4.9,4.6)))
self.arrow.draw()
def mouseClick(self, pos):
xy = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.mButtons:
if btn.rect.collidepoint(xy):
btn.mAction()
def mouseOver(self, pos):
xy = self.mCamera.getModelCoords(b2Vec2(pos[0], pos[1]))
for btn in self.mButtons:
btn.mActive = False
if btn.rect.collidepoint(xy):
btn.mActive = True
def keyInput(self, key):
if key == pygame.K_r:
self.__quickRetry()
elif key == pygame.K_SPACE:
self.__quickGame()
def __quickRetry(self):
if self.mCurrentTime != None:
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))
def __quickGame(self):
if self.mCurrentTime == None:
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt))
else:
if self.mLevelInt < Level.Level.countLevels():
self.mGame.setScreen(screen.GameScreen.GameScreen(self.mGame, self.mLevelInt+1))
else:
self.mGame.setScreen(screen.EndScreen.EndScreen(self.mGame))
class Level(object):
CHUNK_SIZE = 8
mMaxLevels = None
mCurrentLevel = None
mTiles = None
mMap = None
mWidth = None
mHeight = None
mStartPos = None
mEndPos = None
mEnemies = None
mObjects = None
mLevelDone = None
mChunkHandler = None
mMapType = None
mCurrentTileset = None
mSwirlActive = None
mAllTiles = None
#dataholders
mPickupData = None
mEnemyData = None
mBoxData = None
#crypt/decrypt
__mCrypt = None
def __init__(self, world, gravity, lvl):
self.__mCrypt = Crypt()
self.mMaxLevels = self.countLevels()
self.mSwirlActive = False
self.mLevelDone = False
self.mTiles = []
self.mObjects = []
self.mEnemies = []
self.mWorld = world
self.mGravity = gravity
self.mCurrentLevel = lvl
self.mAllTiles = []
self.__loadLevel()
def __loadLevel(self):
self.mChunkHandler = ChunkHandler(self.mWorld, self.CHUNK_SIZE)
self.__readLevel()
if self.mMapType == MapType.PICTURE:
self.__createPictureWorldCollision()
print "startpos: ", self.mStartPos
self.mChunkHandler.activateChunk(self.mChunkHandler.getChunk(self.mChunkHandler.getChunkPosition(self.mStartPos)))
self.mTiles = self.mChunkHandler.mActiveTiles
else:
self.__createTextWorldCollision()
self.__createPickups()
self.__createEnemies()
self.__createBoxes()
"""
Reads in enemies, pickups and if there's not a picture specified, worldcollision
http://qq.readthedocs.org/en/latest/tiles.html#map-definition
"""
def __readLevel(self):
parser = self.__mCrypt.dectryptParser(self.mCurrentLevel)
self.mCurrentTileset = parser.get("level", "tileset")
self.mBackground = parser.get("level", "bg")
bgcolor = pygame.image.load("assets/gfx/%s" % self.mBackground)
self.mBackgroundcolor = bgcolor.get_at((0, 0))
self.mPickupData = parser.get("objects", "pickups")
self.mEnemyData = parser.get("objects", "enemies")
self.mBoxData = parser.get("objects", "boxes")
#Mapcollision
#check for pictures first
if os.path.exists("assets/Levels/level%d.png" % self.mCurrentLevel):
self.mMap = pygame.image.load("assets/levels/level%d.png" % self.mCurrentLevel)
self.mWidth, self.mHeight = self.mMap.get_size()
self.mMapType = MapType.PICTURE
else: #check for lvl-file
self.mMap = parser.get("level", "map").replace(" ", "").split("\n")
self.mWidth = len(self.mMap[0])
self.mHeight = len(self.mMap)
self.mMapType = MapType.TEXT
def __unloadCurrentLevel(self):
self.mEndPos = None
self.mStartPos = None
self.mSwirlActive = False
self.__unloadEntities()
for tile in self.mTiles:
tile.destroy()
self.mTiles = []
def __unloadEntities(self):
for obj in self.mObjects:
if obj.alive:
self.mWorld.DestroyBody(obj.getBody())
for e in self.mEnemies:
self.mWorld.DestroyBody(e.getBody())
self.mObjects = []
self.mEnemies = []
def update(self, delta, playerpos):
if self.mMapType == MapType.PICTURE:
self.mChunkHandler.manageChunks(playerpos)
if not self.mLevelDone:
self.checkLevelCompletion(playerpos)
else:
self.mLevelDone = False
return True
def checkLevelCompletion(self, pos):
done = True
for o in self.mObjects:
if isinstance(o, Crystal):
if o.alive:
done = False
break
if done:
self.mSwirlActive = True
if (pos.x > self.mEndPos.x and pos.x < self.mEndPos.x + Tile.TILE_SIZE and
pos.y > self.mEndPos.y and pos.y < self.mEndPos.y + Tile.TILE_SIZE):
self.__updateLevelLockState()
self.mLevelDone = True
#updates the statefile if a level is cleared
def __updateLevelLockState(self):
with open("assets/state/state.json", "rb") as state:
decryptedData = self.__mCrypt.decrypt(state.read())
lvldata = json.loads(decryptedData)
if int(lvldata["LVL"]) <= self.mCurrentLevel:
with open("assets/state/state.json", "wb") as data:
lvl = min(self.mCurrentLevel+1, self.mMaxLevels)
data.write(self.__mCrypt.encrypt('{"LVL":"%s"}' % (str(lvl))))
#create collisiontiles from txt-file
def __createTextWorldCollision(self):
for y in range(self.mHeight):
for x in range(self.mWidth):
if self.mMap[y][x] == "#":
self.mTiles.append(Tile(self.mWorld, b2Vec2(x, y), self.__calculateTileType(x, y)))
elif self.mMap[y][x] == "S":
self.mStartPos = b2Vec2(x, y)
elif self.mMap[y][x] == "E":
self.mEndPos = b2Vec2(x, y)
elif self.mMap[y][x] == "*":
self.mTiles.append(Tile(self.mWorld, b2Vec2(x, y), TileType.GRAVITYZONE))
elif self.mMap[y][x] == "B":
self.mObjects.append(Box(b2Vec2(x, y), self.mWorld, self.mGravity))
for tile in self.mTiles:
tile.create()
#create collisiontiles from picture and divid em into chunks
def __createPictureWorldCollision(self):
self.mMap.lock()
chunkx = self.mWidth / self.CHUNK_SIZE
chunky = self.mHeight / self.CHUNK_SIZE
for cy in range(chunky):
self.mChunkHandler.chunkslist.append([])
for cx in range(chunkx):
self.mChunkHandler.chunkslist[cy].append([])
chunkmap = self.mMap.subsurface(Rect(cx * self.CHUNK_SIZE, cy * self.CHUNK_SIZE, self.CHUNK_SIZE, self.CHUNK_SIZE))
chunktiles = []
for y in range(chunkmap.get_height()):
for x in range(chunkmap.get_width()):
r,g,b,a = chunkmap.get_at((x, y))
#mapx / mapy
mx = x + cx * self.CHUNK_SIZE
my = y + cy * self.CHUNK_SIZE
if (r,g,b) != Color.WHITE:
pos = b2Vec2(mx, my)
if (r,g,b) == Color.WALL:
self.mAllTiles.append(Tile(self.mWorld, pos, self.__calculateTileType(mx, my)))
chunktiles.append(Tile(self.mWorld, pos, self.__calculateTileType(mx, my)))
elif (r,g,b) == Color.STARTPOS:
self.mStartPos = pos
elif (r,g,b) == Color.ENDPOS:
self.mEndPos = pos
self.mChunkHandler.chunkslist[cy][cx] = Chunk(b2Vec2(cx, cy), chunktiles)
self.mMap.unlock()
def __isWallType(self, tile):
if self.mMapType == MapType.PICTURE:
return True if tile == Color.WALL else False
else:
return True if tile == "#" else False
def __accessMap(self, x, y):
if self.mMapType == MapType.PICTURE:
return self.mMap.get_at((x, y))
else:
return self.mMap[y][x]
def __calculateTileType(self, mx, my):
tiletype = TileType.M
#left edge
if mx == 0:
if my == 0:
tiletype = TileType.ETL
elif my == self.mHeight-1:
tiletype = TileType.EBL
elif self.__isWallType(self.__accessMap(mx+1, my)) or self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.EL
else:
tiletype = TileType.R
#right edge
elif mx == self.mWidth-1:
if my == 0:
tiletype = TileType.ETR
elif my == self.mHeight-1:
tiletype = TileType.EBR
elif self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.ER
else:
tiletype = TileType.L
#top
elif my == 0:
if not self.__isWallType(self.__accessMap(mx, my+1)):
tiletype = TileType.B
else:
tiletype = TileType.ET
#bottom
elif my == self.mHeight-1:
if not self.__isWallType(self.__accessMap(mx, my-1)):
tiletype = TileType.GM
else:
tiletype = TileType.EB
if my > 0 and my < self.mHeight-1 and mx > 0 and mx < self.mWidth-1:
#only under
if not self.__isWallType(self.__accessMap(mx, my-1)) and self.__isWallType(self.__accessMap(mx, my+1)):
#only right side
if not self.__isWallType(self.__accessMap(mx-1, my)) and self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.GL
#only left side
elif not self.__isWallType(self.__accessMap(mx+1, my)) and self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.GR
#neither sides
elif not self.__isWallType(self.__accessMap(mx+1, my)) and not self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.SVT
else:
tiletype = TileType.GM
#only over
elif self.__isWallType(self.__accessMap(mx, my-1)) and not self.__isWallType(self.__accessMap(mx, my+1)):
#only right side
if not self.__isWallType(self.__accessMap(mx-1, my)) and self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.BL
#only left side
elif not self.__isWallType(self.__accessMap(mx+1, my)) and self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.BR
#neither sides
elif not self.__isWallType(self.__accessMap(mx+1, my)) and not self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.SVB
else:
tiletype = TileType.B
#not over nor under
elif not self.__isWallType(self.__accessMap(mx, my-1)) and not self.__isWallType(self.__accessMap(mx, my+1)):
#neither sides
if not self.__isWallType(self.__accessMap(mx-1, my)) and not self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.SG
#only right side
elif not self.__isWallType(self.__accessMap(mx-1, my)) and self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.SGL
#only left side
elif not self.__isWallType(self.__accessMap(mx+1, my)) and self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.SGR
else:
tiletype = TileType.SGM
else:
#only left side
if not self.__isWallType(self.__accessMap(mx+1, my)) and self.__isWallType(self.__accessMap(mx-1, my)):
tiletype = TileType.R
#only right side
elif not self.__isWallType(self.__accessMap(mx-1, my)) and self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.L
#neither sides
elif not self.__isWallType(self.__accessMap(mx-1, my)) and not self.__isWallType(self.__accessMap(mx+1, my)):
tiletype = TileType.SVM
else:
tiletype = TileType.M
return tiletype
def __createPickups(self):
objects = json.loads(self.mPickupData)
if len(objects) > 0:
for obj in range(len(objects)):
x, y = [float(i) for i in objects[obj]["POS"].split(",")]
objtype = objects[obj]["TYPE"]
if objtype == ObjectType.NUGGET:
self.mObjects.append(Crystal((x,y), self.mWorld))
def __createEnemies(self):
enemies = json.loads(self.mEnemyData)
if len(enemies) > 0:
for e in range(len(enemies)):
x, y = [float(i) for i in enemies[e]["POS"].split(",")]
etype = enemies[e]["TYPE"]
if etype == EnemyType.SPIKEBOX:
speed = float(enemies[e]["SPEED"])
delay = float(enemies[e]["DELAY"])
ex, ey = [float(i) for i in enemies[e]["ENDPOS"].split(",")]
self.mEnemies.append(SpikeBox(self.mWorld, (x,y), (ex, ey), delay, speed))
elif etype == EnemyType.SPIKE:
facing = int(enemies[e]["FACING"])
self.mEnemies.append(Spike(self.mWorld, (x,y), facing))
elif etype == EnemyType.SAW:
pattern = [(k, v) for k,v in (str(enemies[e]["PATTERN"][x]).split(",") for x in range(len(enemies[e]["PATTERN"])))]
speed = float(enemies[e]["SPEED"])
radius = float(enemies[e]["RADIUS"])
self.mEnemies.append(Saw(self.mWorld, (x,y), pattern, radius, speed))
elif etype == EnemyType.LASER:
ex, ey = [float(i) for i in enemies[e]["ENDPOS"].split(",")]
delay = float(enemies[e]["DELAY"])
triggertime = float(enemies[e]["T_TIMER"])
firingtime = float(enemies[e]["F_TIMER"])
self.mEnemies.append(Laser(self.mWorld, b2Vec2(x,y), b2Vec2(ex,ey), delay, triggertime, firingtime))
def __createBoxes(self):
boxes = json.loads(self.mBoxData)
if len(boxes) > 0:
for box in range(len(boxes)):
x, y = [float(i) for i in boxes[box]["POS"].split(",")]
self.mObjects.append(Box(b2Vec2(x, y), self.mWorld, self.mGravity))
def nextLevel(self):
if self.mCurrentLevel < self.mMaxLevels:
self.__unloadCurrentLevel()
self.mCurrentLevel += 1
self.__loadLevel()
def retryLevel(self):
self.__unloadEntities()
self.__createPickups()
self.__createEnemies()
#self.__createBoxes()
self.mSwirlActive = False
def isInActiveChunks(self, position):
return True if self.mMapType == MapType.TEXT else self.mChunkHandler.isPositionInActiveChunks(position)
@staticmethod
def countLevels():
lvls = 0
for filename in os.listdir("assets/levels"):
if filename.endswith(".lvl"):
lvls += 1
return lvls
