Thank you @HS_Kim, that was an interesting solution to the problem. However, I was hoping for the method that I mentioned before, to match up the surfaces by their shared two vertices. The previous post I had mentioned is here: Expanding boundaries to evenly fill space - #20 by jasongberger
If you look it over, I was hoping that I could combine rectangles to make one larger rectangle. It may be possible for two adjacent rectangles to share a common midpoint, but have unequal sides. Now that I think about it, I suppose I could cull out any joined rectangles that have more than four sides… but I’m still curious to see how (and if) it would work.
Also, is there any advantage to using subset list over list item?
