please do not use stacked charts! i think it's close to impossible to not to distort the readers impression because a) it's very hard to gauge the height of a certain data point in the noise and b) they're implying a dependency where there _probably_ is none.
It's true :( but line charts of the data had too much overlap and were hard to see anything. I was thinking next time maybe multiple line charts aligned and stacked, with one series per region?
Thats just where a 3D approach fixes the problem because you stack but with some offset there is nothing better for one shot only look once comprehension of high volume data using game engine tech for real world business intelligence please see the work of https://flowimmersive.com/
What is this even supposed to represent? The entire justification I could give for stacked bars is that you could permute the sub-bars and obtain comparable results. Do the bars still represent additive terms? Multiplicative constants? As a non-physicist I would have no idea on how to interpret this.
It's a histogram. Each color is a different simulated physical process: they can all happen in particle collisions, so the sum of all of them should add up to the data the experiment takes. The data isn't shown here because it hasn't been taken yet: this is an extrapolation to a future dataset. And the dotted lines are some hypothetical signal.
The area occupied by each color is basically meaningless, though, because of the logarithmic y-scale. It always looks like there's way more of whatever you put on the bottom. And obviously you can grow it without bound: if you move the lower y-limit to 1e-20 you'll have the whole plot dominated by whatever is on the bottom.
For the record I think it's a terrible convention, it just somehow became standard in some fields.
