mengmengliu1998 / gatraj Goto Github PK
View Code? Open in Web Editor NEW[ISPRS 2023]Official PyTorch Implementation of "GATraj: A Graph- and Attention-based Multi-Agent Trajectory Prediction Model"
License: MIT License
[ISPRS 2023]Official PyTorch Implementation of "GATraj: A Graph- and Attention-based Multi-Agent Trajectory Prediction Model"
License: MIT License
Thank you for your excellent work. Hello, I have some problems with visualization. If possible, can you share the source code?
Thank for your outstanding work!
What is the purpose of this function? Why design this function?
Line 149 in 1ab4d4c
the parameters of this function are time tensor x_encoded_dense and spatial tensor hidden_state_global
but in
Line 122 in 1ab4d4c
the time tensor's name change to global_embed and the spatial tensor’s name change to local_embed, Is this correct?
Thank you!
Thank you for your excellent work. Can you please provide the nuScenes dataset?
Thank you for your outstanding work !
There is an option called --input_offset in the program.
When this option is set to True, the train_x is the difference between batch_norm_gt , batch_norm_gt is the difference between absolute position. why do we do this?
Line 114 in 1ab4d4c
Hi, @mengmengliu1998 I have had the pleasure of reading your paper, I feel it is very well written, now I want to study the code of the paper, I see you have provided the code on ETH/UCY dataset, I would like to ask if you are convenient to provide the code on nuScenes dataset, if it is convenient can you send it to my email, [email protected],
Hello, this code cannot find the relevant Nuscenes data preprocessing file. May I ask how to execute it on the Nuscenes dataset? Thank you.
Hello, I have recently read your article and your proposed framework is excellent. I would like to further understand how the model is applied to the nuScene dataset? I would like to ask if you are convenient to provide the code on nuScenes dataset. Thank you! This is my email: [email protected]
hello,I have a question regarding the implementation of mode k and the likelihood π in your algorithm.
I would like to know whether mode k is applied to individual agents independently, or is it used to describe all agents within the entire scene? In othjer words, are the likelihoods π associated with modes k the same for all agents, or does each agent have distinct likelihoods π for their respective modes k?
looking forward to your reply!! thank you!
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