JW: last week, helped make initial release for industry consumption for burn-in; have both conda packages and single-file installers
the release process feels a bit circular, environment file reflects master, so currently update it with version pin of openff-benchmarkafter release
also did a bunch of cleanups; changed inter-conformer RMS; merged Josh’s coverage reporter PR (very impressive work!)
DH: testing at Janssen with burn-in dataset; switched to option C for optimizations, fewer filesystem timeouts
it’s a workstation queue, so have to be careful with how we use resources
got some complaints with memory usage for option B; switching to option C gives no complaints so far
additionally looking into OPLS3e optimization protocol
might be a bit of work to integrate it into workflow
run FF builder, then run minimization
would be nice if we had some default params so it’s a fair comparison
JW: you might have to budget two solid weeks of your time to making sure errors are handled well, outputs within expectation, etc.
DD: can we call the schrodinger tooling through subprocess, feed in input structure, extract initial energy, final energy, final molecule from outputs, then put out an SDF as we do for the primary optimization path?
DH: should be able to do this
JH: finished up coverage report, Jeff merged
JW: we also have your PR for parallel conformer generation; tried to pick back up, merge diff is too mean
not sure how to do sane exception handling for the process pool approach
JH: the function being called by the process pool needs to catch all exceptions to work smoothly; have to rely on reporting via logs for errors
DD: I worked with Jeff to react to burn-in feedback
have resolution on coverage report stratification; will do no stratification, partners can share more info at their discretion
JW: do we want to provide guidance on performance?
if they put in something with many rotatable bonds, could get a ton of conformers
JH: n^4 electron scaling
JW: perhaps for guidance
(relative molecule size)^4 * (relative number of molecules) * (10 confomers (upper bound))
relative == (prod/burnin)
JW: should we set a planned end date? Light a fire under slower partners, not punish fast partners or ones really trying with hairy infrastructure
DH: will ask Gary what his expectations for completion date are; could help us to drive progress
Clear for release and production run start?
David
DD: my next several hours are devoted to release, protocol coverage report update, issuing instructions to partners
could use help filling in the protocol bit for coverage report we want
circling back to assist partners
DH: think we’re good to go
JH: once you make that release, are you planning to run the public compounds as well?
yes, this is the plan; do we want to use the same exact protocol with openff-benchmark?
JH: sounds good, yes I would use the same protocol as the partners are
Project risks
DH: schrodinger minimization tool starts up a python script
should we use this directly?
DD: might be a bit fragile to import from that script and use components; I’m inclined to still wrap the executables, since this is the published UI for the tooling and is likely the more reliable pathway
DH: need to check if we can publish code that wraps schrodinger CLI calls; asking Gary about license terms
also need to ask Gary about license terms around publishing benchmark results from OPLS
Action items
David Hahn will work on implementing an OPLS3e optimization component that consumes inputs, produces outputs as our existing openff-benchmark optimize execute entrypoint does, wraps Schrodinger tooling
David Dotson will cut release, send announcement to partners kicking off production benchmarking runs
David Dotson will prepare the public datasets provided by each partner using same openff-benchmark Season 1 protocol
David Hahn will get proposed target date for benchmark results, license terms from Schrodinger on tool wrapping, from Gary Tresadern
Decisions
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