def traverseTo(self, goal_location):
goal_reached = False
gx, gy = goal_location
while not self.isStarving() and not goal_reached:
lx, ly = world.locationOf(self)
dx = gx - lx
if dx!=0:
dx = round(dx/abs(dx))
dy = gy - ly
if dy != 0:
dy = round(dy/abs(dy))
location = W.addlocs((lx,ly),(dx,dy))
# location, resources = world.bestLocationAt(location)
self.moveTo(location)
self.forage()
self.eat()
if location==goal_location or not self.isHungry():
goal_reached = True
def traverseTo(self, goal_location):
goal_reached = False
gx, gy = goal_location
while not self.isStarving() and not goal_reached:
lx, ly = world.locationOf(self)
dx = gx - lx
if dx != 0:
dx = round(dx / abs(dx))
dy = gy - ly
if dy != 0:
dy = round(dy / abs(dy))
location = W.addlocs((lx, ly), (dx, dy))
# location, resources = world.bestLocationAt(location)
self.moveTo(location)
self.forage()
self.eat()
if location == goal_location or not self.isHungry():
goal_reached = True
def moveRandomDelta(self):
d_loc = (rnd.randrange(3)-1,rnd.randrange(3)-1)
location = world.locationOf(self)
self.moveTo(W.addlocs(location, d_loc))
def moveRandomDelta(self):
d_loc = (rnd.randrange(3) - 1, rnd.randrange(3) - 1)
location = world.locationOf(self)
self.moveTo(W.addlocs(location, d_loc))
