Looking for methods on to create n-terminals that package more kb in a viral capsid using RFDiffusion.

Thank you for this software. I have been using motif scaffolding and binder design. However, my main focus is to create n-terminals that would potentially package more kb preferably >5kb, to a viral protein that normally would only package 4.7. Is there a way?, and I want to disclose that I am not an avid coder, but I am learning. I want to use RFDiffusion to create n-terminals that package more kb in a viral capsid. How would I go about creating something like this using RFDiffusion? Do I have to re-create and train model myself? Or is there an option for this specific direction with this code? Please let me know your thoughts and advice, I appreciate it.

Heather

The issue names RFdiffusion's motif-scaffolding and binder-design workflows but no file, test, or entry point. Start by reviewing those existing workflows and the project's documentation to determine whether designing N-terminal capsid proteins is supported; done would be a clear feasibility answer and, if applicable, a defined implementation or training plan.