# Bitmap tiles
-BTILE_DIRS=wall floor
+BTILE_DIRS=wall floor tunnel underground
BTILE_SRC=$(shell find $(patsubst %, $(VPATH)/bitmap/%, $(BTILE_DIRS)) -name "*.png")
BTILE_PNGS=$(patsubst $(VPATH)/bitmap/%, %, $(BTILE_SRC))
define btile
$(1)/%.png: bitmap/$(1)/%.png
- @mkdir -p `dirname $$@`
- @convert $$< -resize 64x64 $$@
+ @mkdir -p `dirname bunker/$$@`
+ @convert $$< -resize 64x64 bunker/$$@
endef
$(foreach tiledir,$(BTILE_DIRS),$(eval $(call btile,$(tiledir))))
TILESET = None
@classmethod
- def image(cls):
+ def image(cls, neighbors):
if cls.IMG is None or cls.TILESET is None:
raise NotImplementedError()
return images.load(os.path.join(cls.TILESET, cls.IMG))
ROTATE = None
@classmethod
- def image(cls):
+ def image(cls, neighbors):
if cls.IMGDIR is None or cls.TILESET is None:
raise NotImplementedError()
IMGDIR = "wall"
class Underground(RandomizedTile):
- IMGDIR = "wall"
+ IMGDIR = "underground"
-class Tunnel(RandomizedTile):
- IMGDIR = "floor"
+class Tunnel(Tile):
+
+ @classmethod
+ def image(cls, neighbors):
+ connections = len([x for x in neighbors if 'walk' in x['behaviour']])
+ # simple cases
+ if connections == 0:
+ # return single point tunnel
+ pass
+ elif connections == 4:
+ # crossroads
+ pass
+ elif connections == 3:
+ # 3 point connector, rotated correctly
+ pass
+ elif connections == 1:
+ # 1 point connector, roatated correctly
+ pass
+ elif connections == 2:
+ # Need to distinguish pass-through or corner, and
+ # rotate correctly
+ pass
+ cls.IMG = os.path.join('tunnel', 'tunnel_none')
+ return super(Tunnel, cls).image(neighbors)
+
TILES = {
"cwall": Wall, # rename this everywhere
def _load_tile_images(self):
"""Load all the tile images"""
- for row_data in self._tiles:
- for tile in row_data:
+ height = len(self._tiles)
+ width = len(self._tiles[0])
+ for y, row_data in enumerate(self._tiles):
+ for x, tile in enumerate(row_data):
+ # simplist case
+ # 4 -connected neighbors
+ neighborhood = [self._tiles[y][x-1] if x > 0 else None,
+ self._tiles[y][x+1] if x < width - 1 else None,
+ self._tiles[y-1][x] if y > 0 else None,
+ self._tiles[y+1][x] if y < height- 1 else None,
+ ]
for layer in ['floor', 'tunnels']:
- tile['%s image' % layer] = TILES[tile[layer]['base']].image()
+ neighbors = [x[layer] if x else None for x in neighborhood]
+ tile['%s image' % layer] = \
+ TILES[tile[layer]['base']].image(neighbors)
levels = LevelLoader('levels')
projects / koperkapel.git / commitdiff
