def load(self, fileName):
self.tmxMap = tmxloader.load_pygame(fileName)
num_tile_y = self.tmxMap.height
num_tile_x = self.tmxMap.width
tileWidth = self.tmxMap.tilewidth
tileHeight = self.tmxMap.tileheight
self.size = (num_tile_x*tileWidth, num_tile_y*tileHeight)
#search for collision layer
collisionLayerIndex = 2
for layerIndex in xrange(len(self.tmxMap.layers)):
if self.tmxMap.layers[layerIndex].name == "collision":
## print("found")
collisionLayerIndex = layerIndex
break
#generate position of every tile image in the world map and collidable rect
for tile_y in range(num_tile_y):
self.posList.append([])
for tile_x in range(num_tile_x):
self.posList[tile_y].append((tile_x*tileWidth,tile_y*tileHeight))
#generate collidable rect
if self.tmxMap.get_tile_image(tile_x, tile_y, collisionLayerIndex):
tempRect = pygame.Rect(tile_x*tileWidth, tile_y*tileHeight, self.tmxMap.tilewidth, self.tmxMap.tileheight)
oldbottom = tempRect.midbottom
tempRect = tempRect.inflate(-10, -10)
tempRect.midbottom = oldbottom
self.unwalkable.append(tempRect)
def __init__(self, path, num):
self.save_path = None
self.map_path = None
self.height = 0
self.width = 0
self.crates = []
self.buttons = []
self.gates = []
self.bosses = []
self.shooters = []
self.enemies = []
self.background = []
self.foreground = []
self.top = []
# If path an num are provided, find the corresponding .json and .tmx
# files and load them
if path and num:
self.save_path = '{0}{1}'.format(path, num)
self.map_path = '{0}{1}'.format(MAPS_DIR, num)
tmxdata = tmxloader.load_pygame('{0}.tmx'.format(self.map_path), pixelalpha=True)
self.height = tmxdata.height
self.width = tmxdata.width
data = json.loads(open('{0}.json'.format(self.save_path)).read())
self._initialize_entities(data)
self._initialize_map(tmxdata)
def __init__(self, path, size, **kwargs):
import tmxloader
import quadtree
data = tmxloader.load_pygame(path, **kwargs)
self.colorkey = kwargs.get("force_colorkey", False)
self.default_image = generateDefaultImage((data.tilewidth,
data.tileheight))
left, self.xoffset = divmod(size[0] / 2, data.tilewidth)
top, self.yoffset = divmod(size[1] / 2, data.tileheight)
self.view = Rect(left,top, (size[0] / data.tilewidth),
(size[1] / data.tileheight))
self.oldX = self.xoffset + (left * data.tilewidth)
self.oldY = self.yoffset + (top * data.tileheight)
self.bufferWidth = size[0] + data.tilewidth * 2
self.bufferHeight = size[1] + data.tileheight * 2
self.size = size
self.blitPerUpdate = 4
self.background_update = 1
self.data = data
self.queue = []
self.buffer = Surface((self.bufferWidth, self.bufferHeight))
if self.colorkey:
self.buffer.fill(self.colorkey)
# the layer quadtree is used to correctly draw tiles that are over
# sprites
rects = []
p = product(range(self.view.width+2), range(self.view.height+2))
for x, y in p:
rect = Rect((x*self.data.tilewidth,y*self.data.tileheight),
(self.data.tilewidth, self.data.tileheight))
rects.append(rect)
self.layerQuadtree = quadtree.QuadTree(rects, 4)
self.blank = True
def load(self, fileName, name):
self.name = name
self.tmxMap = tmxloader.load_pygame(fileName)
num_tile_y = self.tmxMap.height
num_tile_x = self.tmxMap.width
tileWidth = self.tmxMap.tilewidth
tileHeight = self.tmxMap.tileheight
self.size = (num_tile_x*tileWidth, num_tile_y*tileHeight)
#search for collision layer
collisionLayerIndex = 2
for layerIndex in xrange(len(self.tmxMap.layers)):
if self.tmxMap.layers[layerIndex].name == "collision":
## print("found")
collisionLayerIndex = layerIndex
break
firstgid = [tileset.firstgid for tileset in self.tmxMap.tilesets if tileset.name == "collision"][0]
collisionMap = {
firstgid + 1:[pygame.Rect(0,0,tileWidth,tileHeight)], # full
firstgid + 2:[pygame.Rect(0,0,tileWidth/2,tileHeight/2)], # left-top
firstgid + 3:[pygame.Rect(tileWidth/2,0,tileWidth/2,tileHeight/2)], # right-top
firstgid + 4:[pygame.Rect(0,tileHeight/2,tileWidth/2,tileHeight/2)], # left-bottom
firstgid + 5:[pygame.Rect(tileWidth/2,tileHeight/2,tileWidth/2,tileHeight/2)], # right-bottom
firstgid + 6:[pygame.Rect(0,0,tileWidth,tileHeight/2)], # top
firstgid + 7:[pygame.Rect(0,tileHeight/2,tileWidth,tileHeight/2)], # bottom
firstgid + 8:[pygame.Rect(tileWidth/2,0,tileWidth/2,tileHeight)], # right
firstgid + 9:[pygame.Rect(0,0,tileWidth/2,tileHeight)], # left
firstgid + 10:[pygame.Rect(0,tileHeight/2,tileWidth/2,tileHeight/2),pygame.Rect(tileWidth/2,0,tileWidth/2,tileHeight)], # !left-top
firstgid + 11:[pygame.Rect(0,0,tileWidth/2,tileHeight),pygame.Rect(tileWidth/2,tileHeight/2,tileWidth/2,tileHeight/2)], # !right-top,
firstgid + 12:[pygame.Rect(0,0,tileWidth,tileHeight/2),pygame.Rect(tileWidth/2,tileHeight/2,tileWidth/2,tileHeight/2)], # !left-bottom
firstgid + 13:[pygame.Rect(0,0,tileWidth,tileHeight/2),pygame.Rect(0,tileHeight/2,tileWidth/2,tileHeight/2)], # !right-bottom
}
#generate position of every tile image in the world map and collidable rect
for tile_y in range(num_tile_y):
self.posList.append([])
for tile_x in range(num_tile_x):
self.posList[tile_y].append((tile_x*tileWidth,tile_y*tileHeight))
#generate collidable rect
# no, full, left-top, right-top, left-bottom, right-bottom, top, bottom, right, left, !left-top, !right-top, !left-bottom, !right-bottm
tileId = self.tmxMap.getTileGID(tile_x, tile_y, collisionLayerIndex)
if tileId in collisionMap:
for rectTemplate in collisionMap[tileId]:
tempRect = rectTemplate.copy()
tempRect.left = tempRect.left + tile_x*tileWidth
tempRect.top = tempRect.top + tile_y*tileHeight
self.unwalkable.append(tempRect)
def __init__(self, filename):
self.filename = filename
self.tiledmap = tmxloader.load_pygame(self.filename)
super(TiledEnvironment, self).__init__()
def __init__(self, filename):
self.filename = filename
self.tiledmap = tmxloader.load_pygame(self.filename)
super(TiledEnvironment, self).__init__()
