Description
I'm interested in verifying the DRAGON4 draglib generation (for which I'm currently using the PyNJOY script), but seeing as how the components are also contributed in PyNE, makes sense to take a look how to adapt using PyNE and re-testing a few things.
Obviously, it's a pain to generate cross section libraries from NJOY (taking up to 30 wall clock minutes for a nuclide by my testing); perhaps we can at least validate the inputs for {GENDL,PENDL,DRAGLIB} generation for NJOY as a first measure? I can test sets of similar nuclide (for example, all nuclides with thermal scattering treatment) inputs. We should probably ensure the consistent generation of input flies as were done for the draglib set. I can prototype functions in a PR as it relates to this; there needs to be minor functions that would just aim to generate the NJOY inputs.
I'm currently working with JEFF3.1.2 libraries and using the latest DRAGON4 along with the NJOY configuration/updates supplied by the DRAGON4 scripts.
Thoughts, recommendations are appreciated.