Post #1757934

With the overlap limit set placed between them we have a continuous landscape. It also removes ambiguity of which child set has priority at the overlap. The overlap constraints leave four free spheres that can be adjusted on this overlap area, so it can look more like the brown or the green landscape if needed. Perhaps by default it should average the two sets prior to solving the dihedral angle constraints between the spheres. As far as I can work out, the smaller green disks don't need to use the overlap set against the large brown one, as they remain continuous. But you can see the green-brown overlap sets between smaller green and brown disks. The number of combinations of overlap sets between pairs of substitution sets at different orientations suggests that it would be better for them to be auto-generated as an interpolation of the two neighbouring sets, rather than being manually specified. blog: https://tglad.blogspot.com/2026/04/improving-global-landscapes.html (4/4)