SS would be nice

I really liked this puzzle. It had exactly the right amount of detail I need. You could see the backbone and some sidechains. I'm not anywhere near the high score but I think whomever has the high score will have good results for you.

The last blind ED puzzle (on a lattice) was too complicated for me to play, it was just random blobs. Also, the simulated noisy ED in the past were also too noisy to play. But this, despite being noisy real data, is quite playable. I could see sheets and helices clearly in the ED. I'm pretty confident I'm within 1 segment width for my puzzle.

However, I couldn't have done it without Susume's jpred prediction. There are so many ambiguities in denovo folding, starting with "which end is first". I'm sure only the most experienced folders can start without a structure prediction. Sure, it was mostly loops = no preferred structure, but knowing where the helices and probable u-turns were, was critical.

Have you considered pre-smoothing the ED? That might be important for taking advantage of human abilities.

Thanks again for a fun puzzle of real data!

P.S. I was able to do this puzzle. But maybe the puzzle was easy? Can you say if computers were able to fit this ED with no trouble?

I agree with Brow, this one was fun especially once I saw SteveB's screen shot early on and started to get a feel for hauling the denovo into the cloud.

(I've entered a feedback about the Align to Density button, though. Compared to the alignment tool, this button does not align the protein to the density, despite the text on the button.)