-
Thank you for providing your great work!
I found that Hips_Yposition is also selected as a motion feature for training.
However, there are already reference_dXposition, reference_dZposition, a…
-
Dear PYSCF developers,
I had a question about using localized orbitals as input in a CCSD calculation. When using the localized orbital (rotation amongst occupied-occupied and virtual-virtual orbit…
-
### Description
Based on some of the benchmarking tests that I ran from OpenSearch, there is a significant drop in recall ( appx. 0.03) for 8 bits irrespective of space type, confidence interval or…
-
what function are Stretch conv-kernel, Rotate conv-kernel, and Sway conv-kernel?
can give a corresponding issue or refs?
-
As found by @nikefth, @francescaleek and @emikhaylova, the current assumption behind symmetries in `find_ML_normfactors3D` that the scanner is invariant over rotations by block is often incorrect in p…
-
Thank you very much for your research and the sharing of the code。
but I have some questions
in generate_coordinates:
theta = torch.round(10000. * theta) / 10000.
Variable(coords, requires_grad=Fa…
-
I'm interested in learning how to use the operators in e2cnn/escnn to implement a function f such that f(Fea_I) = Fea_I_rot. Here, Fea_I = B(I) represents the feature of an image I after passing throu…
-
I have dataset of a person , whose images are rotated 90° or 180° from which I have to crop faces and align using mtcnn or normal way ?
In contributed align_dataset_mtcnn.py is not much useful for a…
-
Thanks for sharing this cool repo! I've been getting great results with image pairs where "up is up." However, I'm curious about cases where there's a 90-degree or even 180-degree rotation. It seems t…
-
Hi Kuangen,
Your paper is really an enlightening work and thanks for sharing your code. But I wonder is there any difference between the graph feature extraction module and EdgeConv in DGCNN. Aft…