| General updates IP – Working on from_pdb API point. Got it to a “prototype” state. Github link macro |
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link | https://github.com/openforcefield/openff-toolkit/pull/1105 |
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Can read a T4 lysozyme from pdb and turn it into a chemical OFF molecule in ~30 seconds. Very messy code currently, copied directly from notebook.
JW – I’d be in favor of merging this kinda early, even if there are remaining to-dos. We now have an arsenic conda-forge package, thanks to Will Glass and Mike Henry https://anaconda.org/conda-forge/arsenic
CC – PI wrangling for LiveCOMS review. One dropped but we can probably replace them with one of DM’s alumni. Re: Biopolymer call – Working on librarycharges for rosemary FF. Trying to get polymeterizer running on my machine, then will be looking at different protonation states supported by FF14SB. For dipeptide torsiondrives, DDotson will help figure out how to constrain non-driven dihedrals during torsiondrive. Important thing here is to ensure that this information gets propagated correctly through QC stack. Out Weds-Fri.
MT – Put some work into design guide for Interchange - will probably get merged in an early state after some iteration with JMitchell. Project scoping meetings Worked with JW on current state of topology refactor branch, but didn’t get far. Will try again. Worked on cleaning up GROMACS parser, tried to remove dependence on InterMol and bring more functionality/structure in-house. Most functionality is now moved and all the tests are still passing Worked on AMBER exporting. Lots of decisions left to make, but I’m working on replicating ParmEd behavior/test cases. I’ll continue working on this in conjunction with topology refactor. Optimistic that we can get protein export working sanely in the near future Packaged the amber FF14SB port - The forcefields from the amber_ff_porting repo seems to be intended for production use, so I’ve made a conda package of those JW – CC – Some of the DCerutti torsiondrives have D- amino acids instead of L-. This makes them unparameterizeable, since the stereo-dependent SMARTS
DD – JW –
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