def move_idk(self):
adj = self.world.adjacents(self.pos)
if self.goal in adj:
return
adj = [pos for pos in adj if not (pos in self.bad)]
if adj == []:
for pos in self.bad:
gridpy.remove(pos)
self.bad = {}
adj = [pos for pos in adj if not (pos in self.bad)]
#gridpy._debug(adj)
adj.sort(key=lambda pos: self.world.distance(pos, self.goal.pos))
while len(adj) > 0 and adj[0] == self.last_pos:
self.bad[adj[0]] = True
gridpy.plot(gridpy.YELLOW, adj[0])
del adj[0]
if len(adj) > 0:
self.last_pos = self.pos
self.move_to(adj[0])
#gridpy.set_style(gridpy.NONE)
gridpy.title("A simple demo")
gridpy.show()
def cycle(list):
while True:
for item in list:
yield item
rainbow = cycle([
gridpy.CYAN,
gridpy.YELLOW,
gridpy.MAGENTA,
gridpy.RED,
gridpy.GREEN,
gridpy.BLUE,
gridpy.WHITE,
gridpy.GREY,
])
while True:
for c in xrange(gridpy.cols()):
color = rainbow.next()
for r in xrange(gridpy.rows()):
location = (c, r)
gridpy.plot(color, location)
gridpy.update()
gridpy.remove(location)
#gridpy.clear()
def remove(self, pos):
del self.items[pos]
gridpy.remove(pos)