num_actions_1 += (len(path_list) - 1)
# Count the length of movements
length_movement_1 += length_count(path_list=path_list)
# Plot path
wally.color('orange')
direction_dict = {'up': 90, 'down': 270, 'left': 180, 'right': 0}
for direction, movement in zip(direction_list_observed,
movement_list_observed):
wally.setheading(direction_dict[direction])
wally.forward(movement * sq_size)
# Stage 3: Mouse goes to the destination again
direction_list, movement_list, path_list = testmouse.go_destinations()
# Action parameters observed
# Directions
direction_list_observed = list()
for direction in direction_list:
direction_list_observed.append(
orientation_observed(
reference_mouse=testmouse.orientation_reference,
reference_observed=orientation_reference,
orientation_mouse=direction))
# Movements
movement_list_observed = movement_list[:]
# Current mouse location observed
location_real = coordinate_observed(
