Orbits components and templates

The complete Betawise attribution page, preserved unchanged with its normal-extruded stroke globe in Three.js, its starfield and orbital arcs, and the authored WebGL2 liquid-metal CTAs.

The authored globe: Natural Earth's coastlines dotted over a dark ocean, great-circle flight paths running between two dozen cities, and a starfield thinned around the limb — landing on the same pull-back the four derived worlds use.

One grey and nothing else: the maria at their real selenographic centres, three octaves of impact cratering over near side and far side alike, and Tycho's ray system thrown clear across the disc.

The albedo map a small telescope shows — Syrtis Major, Hellas, Solis Lacus — over an impact record: twenty named craters and basins at their real radii, three octaves of unnamed ones thinning northward across the crustal dichotomy, the Tharsis volcanoes with a bright shield and a dark caldera, and a seasonal cap at each pole.

The zonal flow banding the globe, and Cassini's own ring radii rebuilt on the flight-path layer: every route becomes one short chip of ice, and the comet that used to run a route becomes the glint that crosses it.

Granulation over the supergranular network, spot groups with an umbra inside a penumbra inside a ring of faculae, and the routes regrown as prominence arcades with plasma climbing one leg of each loop and falling down the other.

The packaged document, byte-for-byte: forty seconds through three loops of orbital gauges, five labelled steps in each, converging on the React mark and its closing card.

Six seconds of the same film, cut into three two-second shots — the dial's rim sweeping in under the first node, one labelled step travelling the ring, then the three orbits around the nucleus — each carrying a statement of its own. Nothing is rebuilt between them: the scene keeps running and the camera cuts.