For example, see #307 (and the original analysis in #305). The forcing chains are very different scores, but all pushed to effectively 0, so they aren't differentiated at all.
One obvious thing to do is to take the distribution and subtract (min(distri) - 1) from all items, so the smallest item is 1.0 and the others are all translated. But that's not exactly right because the distribution is on a curve. It's probably about something like division of all things?
For example, see #307 (and the original analysis in #305). The forcing chains are very different scores, but all pushed to effectively 0, so they aren't differentiated at all.
One obvious thing to do is to take the distribution and subtract (min(distri) - 1) from all items, so the smallest item is 1.0 and the others are all translated. But that's not exactly right because the distribution is on a curve. It's probably about something like division of all things?