def generate_cube(self, move_depth):
# get cube and define as cube
cube = pc.Cube()
for action_num in cube_shuffle(move_depth):
# Gen cube
cube(ACTIONS[action_num])
return cube
def generate_cube_with_info(self, move_depth):
self.would_be_win_acts_list = np.array(
[0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0])
# get cube and define as cube
cube = pc.Cube()
for action_num in cube_shuffle(move_depth):
# Gen cube
cube(ACTIONS[action_num])
self.would_be_win_acts_list[action_num - 6] += 1
return cube, self.would_be_win_acts_list
def generate_moves(self, move_depth):
actions_nums = cube_shuffle(move_depth)
self.buffer.append([None, actions_nums])