As soon as I'll be at a quality level I'm happy with, I'll submit the results to
the official missionjuno site, as a central location for the Juno project. But if anyone likes to use the intermediate versions as they are, they may work with them. I'd think level 1, parts 1-4, are ok by now; level 2 can be improved; that's what I'm going to elaborate.
There are people at Reddit who observe the missionjuno site, so I'm rather sure, that some of the processings will eventually show up there; actually part of the Marble Movie has already been discussed at Reddit. Maintaining a Reddit thread is currently beyond my limited ressources.
Re moon enhancement: I've used a (2d) distance estimate from Jupiter to gradually change the enhancement functions within a ring-like zone around Jupiter. It's implemented as an intentional side effect of filling a Voronoi-like cell around Jupiter defined as distance zero.
To obtain an image like this
Click to view attachmentfrom a level-1 image, I'm first calculating a Voronoi cell filled with onion-layer-like equidistance shells, roughly visualised by this image:
Click to view attachmentThe distance function (including its explicite representation as an indexed array of equidistance lines) is the basis for gamma-, stretch-, greyscaling, and percentile functions.
I'm using percentiles within each equidistance line to estimate background level and brightness maxima neglecting outliers.
But I think, that adding kind of motion enhancement to the method bears the potential to provide better results. Exploring this refined approach is my immediate next goal.