What I'm requesting is different than the existing scrolling graph that you can show for these values. What I'd like is a probability distribution graph of the voltage. So for example if the voltage sits at 1.3v very often, it will have a high bar shown, and if it goes to 1.45v only .00001% of the time, it will have a very short bar there, almost nothing. You would bin the values since visible pixels have non-zero width, so for example, tally the counts in .01v bins (or whatever is meaningful if that's too tight).
As far as user interaction, you would be able to point the mouse at a particular location and it would show something like 1.30-1.31v, 10,012/129012 counts or (having moved the mouse) 1.44-1.45v, 5/129012 counts.
I think this would be much more useful than a scrolling graph for undervolters or overclockers who want to analyze the impact of their settings on voltage. The graph could be allowed to run and accumulate data while some particular task is run - graphics benchmark, ffmpeg, prime95, Visual Studio builds, or what have you.
As far as user interaction, you would be able to point the mouse at a particular location and it would show something like 1.30-1.31v, 10,012/129012 counts or (having moved the mouse) 1.44-1.45v, 5/129012 counts.
I think this would be much more useful than a scrolling graph for undervolters or overclockers who want to analyze the impact of their settings on voltage. The graph could be allowed to run and accumulate data while some particular task is run - graphics benchmark, ffmpeg, prime95, Visual Studio builds, or what have you.
