def walkable(self, tile):
(x, y) = tup(tile)
return True if x < w() and x >= 0 and y < h() and y >= 0 and\
self.v.get(num(x, y)) != TileType.WALL and\
self.v.get(num(x, y)) != TileType.ROCK and\
self.v.get(num(x, y)) != TileType.CLL \
else False
def walkable(self, x, y):
tile = self.v.get(num(x, y))
return 0 <= x < w() and \
0 <= y < h() and \
tile != TT.WALL and \
tile != TT.ROCK and \
tile != TT.CLL
def walkable(self, x, y):
tile = self.v.get(num(x, y))
return 0 <= x < w() and \
0 <= y < h() and \
tile != TT.WALL and \
tile != TT.ROCK and \
tile != TT.CLL
def walkable(self, tile):
(x, y) = tup(tile)
tile_type = self.v.get(tile)
return 0 <= x < w() and \
0 <= y < h() and \
tile_type != TT.WALL and \
tile_type != TT.ROCK and \
tile_type != TT.CLL
def walkable(self, x, y):
return (
True
if x < w()
and x >= 0
and y < h()
and y >= 0
and self.v.get(num(x, y)) != TileType.WALL
and self.v.get(num(x, y)) != TileType.ROCK
and self.v.get(num(x, y)) != TileType.CLL
else False
)
def above_water(self):
above = set()
y = self.m.water + 1
if y >= h():
return None
for x in range(w()):
t = num(x, y)
if self.walkable(t):
above.add(t)
return above
def above_water(self):
above = set()
y = self.m.water + 1
if y >= h():
return above
for x in range(w()):
t = num(x, y)
if self.walkable(t):
above.add(t)
return above
def get_all_lambdas(self):
list_lambdas = set()
for i in range(h() * w()):
if self.v.get(i) == TileType.LAMBDA:
list_lambdas.add(tup(i))
return list_lambdas
def get_all_lambdas(self):
list_lambdas = set()
for i in range(h() * w()):
if self.v.get(i) == TT.LAMBDA:
list_lambdas.add(tup(i))
return list_lambdas