Closed dwbaron closed 1 year ago
Hi @dwbaron,
Thank you for the feedback, we are glad that you liked our work!
Yes, all the input fragments should be in the same pdb, mol, mol2 or sdf file. Please check examples here: https://huggingface.co/spaces/igashov/DiffLinker/tree/main/examples
Yes, you can pass the information about atoms to be connected specifying their IDs in --anchors
argument (comma-separated numbers, e.g. --anchors 4,12,20
). To get the right IDs, you can open your file with fragments in PyMOL and show atom ID labels (as shown in the figure below).
Please let me know if you have other questions!
Hi @dwbaron,
Thank you for the feedback, we are glad that you liked our work!
- Yes, all the input fragments should be in the same pdb, mol, mol2 or sdf file. Please check examples here: https://huggingface.co/spaces/igashov/DiffLinker/tree/main/examples
- Yes, you can pass the information about atoms to be connected specifying their IDs in
--anchors
argument (comma-separated numbers, e.g.--anchors 4,12,20
). To get the right IDs, you can open your file with fragments in PyMOL and show atom ID labels (as shown in the figure below).Please let me know if you have other questions!
Thanks for u help, it solved the problems~
Hi, you guys did a good job about connecting diffusion model and de novo design based on fragments. I'm now working on design small molecules, I want to use this model to work, but after I run the code I met some problems.