def compute_ghost_pos(pos, level, memory):
visits_count = memory.setdefault('visits_count', defaultdict(lambda: 0))
moves = adjacent_moves(pos)
for blocked_pos in get_blocked_coords(list(moves), level):
moves.remove(blocked_pos)
if not moves:
return pos
if len(moves) == 1:
return moves[0]
for move in moves:
for x, y in iter_coords(pos, move, level):
if level[y][x] == 'H':
memory['last_pos'] = pos
visits_count[pos] += 1
return move
if 'last_pos' in memory and memory['last_pos'] in moves:
moves.remove(memory['last_pos'])
def sort_key(pos):
return visits_count.get(pos, 0)
new_pos = sorted(moves, key=sort_key)[0]
memory['last_pos'] = pos
visits_count[pos] += 1
return new_pos
def compute_ghost_pos(pos, level, memory):
moves = get_allowed_moves(pos, level)
if not moves:
return pos
memory['last_pos'] = pos
if len(moves) == 1:
return moves[0]
for move in moves:
for x, y in iter_coords(pos, move, level):
if level[y][x] == 'H':
return move
if 'last_pos' in memory and memory['last_pos'] in moves:
moves.remove(memory['last_pos'])
new_pos = random.choice(moves)
return new_pos
def compute_ghost_pos(pos, level, memory):
moves = adjacent_moves(pos)
for blocked_pos in get_blocked_coords(list(moves), level):
moves.remove(blocked_pos)
if not moves:
return pos
if len(moves) == 1:
return moves[0]
for move in moves:
for x, y in iter_coords(pos, move, level):
if level[y][x] == 'H':
memory['last_pos'] = pos
return move
if 'last_pos' in memory and memory['last_pos'] in moves:
moves.remove(memory['last_pos'])
new_pos = random.choice(moves)
memory['last_pos'] = pos
return new_pos
def compute_ghost_pos(pos, level, memory):
visits_count = memory.setdefault('visits_count', defaultdict(lambda: 0))
moves = adjacent_moves(pos)
for blocked_pos in get_blocked_coords(list(moves), level):
moves.remove(blocked_pos)
if not moves:
return pos
if len(moves) == 1:
return moves[0]
for move in moves:
for x, y in iter_coords(pos, move, level):
if level[y][x] == 'H':
memory['last_pos'] = pos
visits_count[pos] += 1
return move
if 'last_pos' in memory and memory['last_pos'] in moves:
moves.remove(memory['last_pos'])
def sort_key(pos):
return visits_count.get(pos, 0)
new_pos = sorted(moves, key=sort_key)[0]
memory['last_pos'] = pos
visits_count[pos] += 1
return new_pos
def compute_ghost_pos(pos, level, memory):
visits_count = memory.setdefault('visits_count', defaultdict(lambda: 0))
moves = get_allowed_moves(pos, level)
if not moves:
visits_count[pos] += 1
return pos
memory['last_pos'] = pos
if len(moves) == 1:
visits_count[moves[0]] += 1
return moves[0]
for move in moves:
for x, y in iter_coords(pos, move, level):
if level[y][x] == 'H':
visits_count[move] += 1
return move
if 'last_pos' in memory and memory['last_pos'] in moves:
moves.remove(memory['last_pos'])
def sort_key(pos):
return visits_count.get(pos, 0)
new_pos = sorted(moves, key=sort_key)[0]
visits_count[new_pos] += 1
return new_pos