Watch 400 Jigsaw Pieces Snap Into A Rainbow Parrot 🦜 | 8 Satisfying Simulations

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400 jigsaw pieces lie face up around an empty board on green felt. They go in the way a person would do it: the 76 edge pieces first, then the macaw one colour at a time (red, orange, yellow, green, blue, violet), then the jungle row by row, until the seams disappear and a rainbow macaw sits on a branch. Seven more pictures finish after it: a herringbone floor of 493 oak planks, 64 crayons melted into rainbow drips around a white heart, a nautilus shell walled off into 36 chambers, a paint-by-number hummingbird in 600 regions, an atom filled to 118 electrons, a Flower of Life of 271 circles and an igloo of 146 snow blocks.

The number under each chapter title is the simulation's own count in that frame: pieces placed, planks laid, crayons melted, chambers closed, regions painted, electrons captured, circles drawn and blocks set.

What is real and what is paced? The jigsaw has real tab-and-blank pieces cut from one 20 × 20 grid; each piece flies on a timed arc and turns to its own angle, and nothing collides. The herringbone is an exact 4:1 grid cut by the room's walls. In the atom, electrons fill orbitals in the textbook Madelung order (1s 2s 2p 3s 3p 4s 3d …), so electron 19 opens shell 4 before shell 3 is full; the few real exceptions such as chromium and copper are ignored, and the orbit speeds are made up. The Flower of Life is drawn with a compass on every crossing of a hexagonal grid, nine rings deep. Each picture follows a fixed timetable so it finishes on time; the seed only changes small details such as which drips run longer. The rules, the code and the sound are all original.