Cut a release of openff-benchmark, that includes Sage rc1 as season 1:3, OPLS tree. Some complexity with getting sage release candidate packaged with it in single file installer. Would like to resolve that today.
LD –
Update on sage benchmarking: Not yet done. We (Janssen) may not be the best people to do this because of technical issues with workstation setups. So there’s a large error rate on these.
In the first MM run, we didn’t get all the molecules optimized. Out of 10,000 conformers, there were 500-600 incompletes. After resubmitting a bunch of times, I’m still seeing 350 incompletes. With other FFs, I got 99%+ complete in 10 resubmission cycles. I don’t have a sense for whether this is due to technical issues
Summary: in the first optimization shot, I got a high error rate. And I’ve needed to do lots of resubmitting and the error rate has been higher.
JW: perhaps the resources that these are running on have different memory requirements than previously?
JW – the AM1BCC calculation might be more demanding, using more resources, and something about Janssen’s compute resources have changed
LD – I ran these over the weekend, when the cluster should be free. Though one thing that could have changed is that, months ago, we asked to have better SLURM resource management. But some people submit jobs directly/using something other than SLURM. So we asked IT to limit resource usage or apply some sort of restriction to prevent this. But that was months ago, so I’ll ask if these restrictions got put into place.
DD – The message that LD saw for the failing jobs indicate that QCEngine failed to perform the optimization. But there should have still been a JSON written out.
JH – There’s a typo in the compute.py at line 858, where it should be resultjson=result.json
DD and JW will make a new release that fixes this
JW – Or, it could be that the Sage parameters are strange, and are leading to something like vdW crashes.
DD: will run the Sage RC on local resources against the burn-in set, observe if we see failures without a network FS, users, etc.