Orbiting system

Make it fit your project.

Build a looping twelve-second orbital scene with Canvas 2D projection. Compute three circular paths in 3D, rotate their planes, project them with a fixed perspective, and sort bodies by depth before drawing. Use a restrained trail and an unchanging central body.

Build and check.

1. Confirm the supplied content, target environment, and required assets before implementing.
2. Build a looping twelve-second orbital scene with Canvas 2D projection. Compute three circular paths in 3D, rotate their planes, project them with a fixed perspective, and sort bodies by depth before drawing. Use a restrained trail and an unchanging central body.
3. Expose seek(t) so frames can be inspected deterministically; add play, pause, replay, and a reduced-motion still.
4. Inspect the opening, midpoint, and final state at desktop and mobile sizes; report any dependency or output limitation.

Know the limits.

• This is a stylized orbital illustration, not a physically accurate simulation.
• The prompt guides a coding agent; output quality depends on its implementation and review.

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