Closed zeyu659 closed 3 weeks ago
Have a look at the data structures documentation. What you are looking for is:
# Indices of parent superpoints for all points in P0
nag[0].super_index
PS: Note that, as explained in the README
and demonstrated in the demo.ipynb
notebook, nag[0]
holds the $P_0$ points, which, are usually a voxelized version of your raw, full-resolution, input point cloud. If you happen to be interested in recovering full-resolution attributes. See the provided documentation, notebooks and already-existing issues for full-resolution.
PS2: I will be giving a live tutorial on SPT next week, you might want to attend: https://www.linkedin.com/feed/update/urn:li:activity:7209130541625790465
Thank you for your reply and guidance, looking forward to your live tutorials!
Hello @drprojects,
Thank you for your wonderful work, SPT! My understanding of your job is to first calculate the input point cloud as superpoints, and then segment it based on the superpoints. Currently, my concern is how to calculate and extract the superpoint labels for each point cloud in my dataset. A more detailed explanation is that if there are 100 point clouds in a scene, I need to extract the 100 corresponding superpoint_labels generated by them and save them as ‘.npy’ files. Can you use scannet data as an example to illustrate?