def run(wss=None, steps=None, seed=None):
steps = int(steps) if steps else 50
random.seed(seed)
l.debug('Running blind_dog ', steps, ' steps')
options = OPTIONS
options.wss = wss
park = Park(options)
dog1 = BlindDog(program, 'fido')
dog2 = BlindDog(program, 'dido')
dog1.direction = Direction(Direction.D)
dog2.direction = Direction(Direction.D)
dogfood = Food('dogfood')
water = Water('water')
dirt = Dirt('dirt')
park.add_thing(dog1, fido_start_pos)
park.add_thing(dog2, dido_start_pos)
l.debug(dog1.location, dog2.location)
park.add_thing(dirt, (0, 2))
park.add_thing(dogfood, (0, 5))
park.add_thing(water, (0, 7))
park.run(steps)
def test_VacuumEnvironment():
# Initialize Vacuum Environment
v = VacuumEnvironment(6, 6)
#Get an agent
agent = ModelBasedVacuumAgent()
agent.direction = Direction(Direction.R)
v.add_thing(agent)
v.add_thing(Dirt(), location=(2, 1))
# Check if things are added properly
assert len([x for x in v.things if isinstance(x, Wall)]) == 20
assert len([x for x in v.things if isinstance(x, Dirt)]) == 1
#Let the action begin!
assert v.percept(agent) == ("Clean", "None")
v.execute_action(agent, "Forward")
assert v.percept(agent) == ("Dirty", "None")
v.execute_action(agent, "TurnLeft")
v.execute_action(agent, "Forward")
assert v.percept(agent) == ("Dirty", "Bump")
v.execute_action(agent, "Suck")
assert v.percept(agent) == ("Clean", "None")
old_performance = agent.performance
v.execute_action(agent, "NoOp")
assert old_performance == agent.performance
def add_thing(self, thing, location=None):
# set random location if not provided
thing.location = location if location is not None else self.default_location(
thing)
# if thing is instance of Agent
if (isinstance(thing, Agent)):
self.state[thing.location[0] * 5 + thing.location[1]][
"A"] += 1 # update enviroment state based on location
thing.performance = 100 # set agent performance
thing.currentDirection = Direction(
randomDirection()) # set agent direction
if (isinstance(
thing,
ModelReflexAgent)): # if agent is a ModelReflexAgent
thing.visited = set()
thing.visible = set()
thing.visited.add(
thing.location) # add current location as visited
self.agents.append(thing) # register agent
else:
if (isinstance(thing, Gold)): # if instance of gold
self.state[thing.location[0] * 5 + thing.location[1]][
"G"] += 1 # update enviroment state based on location
else:
self.state[thing.location[0] * 5 +
thing.location[1]]["T"] += 1 # if instance of trap
self.things.append(
thing) # update enviroment state based on location
def test_move_forward():
d = Direction("up")
l1 = d.move_forward((0, 0))
assert l1 == (0, -1)
d = Direction(Direction.R)
l1 = d.move_forward((0, 0))
assert l1 == (1, 0)
d = Direction(Direction.D)
l1 = d.move_forward((0, 0))
assert l1 == (0, 1)
d = Direction("left")
l1 = d.move_forward((0, 0))
assert l1 == (-1, 0)
l2 = d.move_forward((1, 0))
assert l2 == (0, 0)
def run(wss=None, steps=None, seed=None):
steps = int(steps) if steps else 50
options = OPTIONS
options.wss = wss
world = World(options)
test1 = TestAnimat(program, 'Test')
test1.direction = Direction(Direction.R)
world.add_thing(test1, (0,0))
world.run(steps)
def test_add():
d = Direction(Direction.U)
l1 = d + "right"
l2 = d + "left"
assert l1.direction == Direction.R
assert l2.direction == Direction.L
d = Direction("right")
l1 = d.__add__(Direction.L)
l2 = d.__add__(Direction.R)
assert l1.direction == "up"
assert l2.direction == "down"
d = Direction("down")
l1 = d.__add__("right")
l2 = d.__add__("left")
assert l1.direction == Direction.L
assert l2.direction == Direction.R
d = Direction(Direction.L)
l1 = d + Direction.R
l2 = d + Direction.L
assert l1.direction == Direction.U
assert l2.direction == Direction.D
def test_add():
d = Direction(Direction.U)
l1 = d + "right"
l2 = d + "left"
assert l1.direction == Direction.R
assert l2.direction == Direction.L
d = Direction("right")
l1 = d.__add__(Direction.L)
l2 = d.__add__(Direction.R)
assert l1.direction == "up"
assert l2.direction == "down"
d = Direction("down")
l1 = d.__add__("right")
l2 = d.__add__("left")
assert l1.direction == Direction.L
assert l2.direction == Direction.R
d = Direction(Direction.L)
l1 = d + Direction.R
l2 = d + Direction.L
assert l1.direction == Direction.U
assert l2.direction == Direction.D
def test_move_forward():
d = Direction("up")
l1 = d.move_forward((0, 0))
assert l1 == (0, -1)
d = Direction(Direction.R)
l1 = d.move_forward((0, 0))
assert l1 == (1, 0)
d = Direction(Direction.D)
l1 = d.move_forward((0, 0))
assert l1 == (0, 1)
d = Direction("left")
l1 = d.move_forward((0, 0))
assert l1 == (-1, 0)
l2 = d.move_forward((1, 0))
assert l2 == (0, 0)
