print(f"Wearing: {item}")
wearing_boots = True
time.sleep(i["cooldown"])
elif not wearing_jacket and "jacket" in item:
i = requests.post(f"{base_url}/take/", headers=headers,
data=json.dumps({"name": item})).json()
print(f"Took: {item}")
time.sleep(i["cooldown"])
i = requests.post(f"{base_url}/wear/", headers=headers,
data=json.dumps({"name": item})).json()
print(f"Wearing: {item}")
wearing_jacket = True
time.sleep(i["cooldown"])
# Get a list of unvisited exits from the current location
exits = graph.get_connected_rooms(
player_current_room["room_id"], visited=False)
# If there are exits
if exits:
# Store current room for connecting to the next room
current_room = player_current_room
# If we didn't backtrack, bias toward making turns rather than going straight
if not backtracked:
# If there's more than one exit, remove the direction player came from
# In order to force a turn
if len(exits) > 1 and len(traversal_path) > 0:
prev_dir = traversal_path[-1]
# 30% of the time, don't continue straight
if prev_dir in exits and random.random() > 0.7:
exits.remove(prev_dir)
traversal_path = []
# Keep track of visited rooms so we know when we've visited them all
visited_rooms = set()
visited_rooms.add(player.current_room)
# Initialize a graph to track rooms and connections between them
graph = Graph()
graph.add_room(player.current_room.id, player.current_room.get_exits())
backtracked = False # Track whether player has returned from a dead end
# Loop until all rooms have been visited
while len(visited_rooms) != len(room_graph):
# Get a list of unvisited exits from the current location
exits = graph.get_connected_rooms(player.current_room.id,
visited=False)
# If there are exits
if exits:
# Store current room for connecting to the next room
current_room = player.current_room
# If we didn't backtrack, bias toward making turns rather than going straight
if not backtracked:
# If there's more than one exit, remove the direction player came from
# In order to force a turn
if len(exits) > 1 and len(traversal_path) > 0:
prev_dir = traversal_path[-1]
# 30% of the time, don't continue straight
if prev_dir in exits and random.random() > 0.7:
exits.remove(prev_dir)