I am submitting 700 WUs in the long queue as part of a new experiment.
You'll note that they have the TRYP tag that was used for our publication in PNAS 2011:
metTRYP
ethTRYP
proTRYP
isoTRYP
butTRYP
penTRYP
hexTRYP

We are now extending the study to 7 different ligands to see if we can reconstruct their bindings too.

cheers,
i

I've seen a few of these "TRYP" WU's come through my machines. They appear in terms of credit on par with the "TAKE" WU's, giving approximately 1 point per second of run time on my GTX570. This is considerably less than the "NATHAN" WU's who tend to give about 2 points per second of run time.

It appears, though, that while these "NATHAN" WU's use 90%+ of the gpu, the new "TRYP" WU"s hover around 50% utilization. That probably explains the credit -- the WU's give less credit because they appear to not be as efficient at utilizing the gpu. The same time is required, but only about 1/2 the actual processing is completed.

I don't care either way, but others may become upset if their RAC drops due to less efficient tasks than we're used to seeing recently.

True.

My WUs have been traditionally less efficient due to extra CPU-bound calculations during runtime. These TRYP Wus are no exception. We are applying forces to some atoms as part of complex protocols. Now, unfortunately and in relation to our crediting system based on FLOPS not on runtime, these WUs tend to give less credits per unit of time.

In exchange, I promise to produce amazing videos out of these simulations. So you can show them to your buddies. ;)

cheers,
i

Deal!

lol! :)
don't forget to post a link up for those videos when you get them done!