Hello, thanks for your great paper and code!
When reading your evaluation code, I noticed maybe a mistake in utils/features/utils.py line 129.
Is the correct code：
v1 = (
positions[i + j][joint_idx]
positions[i + j - 1][joint_idx]
) / frame_time
def calc_average_acceleration(
positions, i, joint_idx, sliding_window, frame_time
):
current_window = 0
average_acceleration = np.zeros(len(positions[0][joint_idx]))
for j in range(-sliding_window, sliding_window + 1):
if i + j - 1 < 0 or i + j + 1 >= len(positions):
continue
v2 = (
positions[i + j + 1][joint_idx] - positions[i + j][joint_idx]
) / frame_time
v1 = (
positions[i + j][joint_idx]
Hello, thanks for your great paper and code! When reading your evaluation code, I noticed maybe a mistake in utils/features/utils.py line 129. Is the correct code： v1 = ( positions[i + j][joint_idx]
def calc_average_acceleration( positions, i, joint_idx, sliding_window, frame_time ): current_window = 0 average_acceleration = np.zeros(len(positions[0][joint_idx])) for j in range(-sliding_window, sliding_window + 1): if i + j - 1 < 0 or i + j + 1 >= len(positions): continue v2 = ( positions[i + j + 1][joint_idx] - positions[i + j][joint_idx] ) / frame_time v1 = ( positions[i + j][joint_idx]