direction_list=direction_list_observed,
movement_list=movement_list_observed)
# Check whether location_real and location_expected match
if location_real != location_expected:
print('Warning: location_expected did not match location_real.')
# Update observed maze_visited
maze_visited_observed[tuple(location_real)] = 1
percentage_maze_visited_observed = float(
np.sum(maze_visited_observed)) / (maze_visited_observed.shape[0] *
maze_visited_observed.shape[1])
# Check if the mouse reached final destination
if location_real in destination_final:
testmouse.found_destination = True
testmouse.destinations.append(testmouse.location_defined)
# Count number of actions
num_actions_1 += (len(path_list) - 1)
# Count the length of movements
length_movement_1 += length_count(path_list=path_list)
# Update location_last
location_last = location_real
print('location_real', location_real)
print('total num_actions', num_actions_1)
