Verselal Orbit

A line of hieroglyphs is not text laid on a wall. It is a packing problem answered in stone, and it was answered before a chisel was lifted: signs crowded out of their quadrats, a sign left facing away from the start 🚀 of its line, a module cut finer than the copper edge could hold — those faults stand for three thousand years. Verselal Orbit is the bench where that work is done ✅ first. Choose a real surface — a doorway jamb, a round-topped stela, a door leaf, an obelisk face, an amulet plaque of thirty-four millimetres — declare its true field size, and build 🔨 the panel out of four footprint trays rather than an alphabet, because what decides where a sign can go is the space it takes in a quadrat. The engine then does the draughtsman's arithmetic on what you assembled: it packs the signs into quadrats by footprint class, turns every one of them to face the start of its line, applies honorific transposition, closes the ring round a royal name, solves the register into the real field for module, line count and margin, and checks the cut — the narrowest internal detail at that module against the edge width of the tool 🛠️ in your hand, and the relief depth needed to throw a shadow still readable at the viewing distance and sun altitude you set. Verselal Orbit answers SETS, CROWDED or DETAIL LOST, names the term that governs the verdict, and lists every fault that fired with a diagram of what to change. Verselal Orbit keeps twenty-four signs, nine surfaces, nine tools and eight pigments with their real figures, sets out five worked panels for you to read before you begin, and takes a photograph of a real inscription to be tagged quadrat by quadrat until the tags read back as a transcription that opens on the bench. Every figure is arithmetic done on the device: nothing is looked up, nothing is fetched, and nothing leaves the stone in front of you. What you can do: set out an inscription to the millimetre, judge its cut against the chisel you actually hold, and file the finished quadrat sheet to your photo 📸 library 📚.