Simplified client-side prototype
The browser port uses analytical CW propagation with bounded flocking and avoidance corrections. It is deterministic for repeatable inspection, not a flight implementation.
A browser-scale look at orbital coordination. Explore the interactive SIM1 toy model, then review the static artifacts below. Every output on this page is a synthetic-data prototype run.
These outputs are modeled and synthetic. They are not validated results, operational guidance, mission telemetry, validation evidence, or flight-validated results.
SIM2 and SIM3 values are populated only when their supplied CSV artifacts are present. No benchmark is inferred here.
| Run | Headline result | Units | Provenance | Status |
|---|---|---|---|---|
| SIM1 | Interactive run Reset baseline: 12 satellites | m / m/s | Client-side CW prototype | interactive |
| SIM2 | Precomputed artifact unavailable | — | Supplied SIM2 CSV not available | precomputed / unavailable |
| SIM3 | Precomputed artifacts unavailable | — | Supplied SIM3 CSVs not available | precomputed / unavailable |
Provenance label: synthetic-data prototype runs. Static CSVs are read locally in the browser and are never treated as live or flight data.
Twelve deterministic satellites, CW relative motion, flocking corrections, layered avoidance, and a prototype breakup event.
Five requested plot slots are retained here with accessible captions, run identifiers, and units.
The supplied PNG plot files were not included in this checkout. The displayed artifact placeholders are marked as unavailable inputs; they are not result claims.





The browser port uses analytical CW propagation with bounded flocking and avoidance corrections. It is deterministic for repeatable inspection, not a flight implementation.
These runs are intended to come from static CSV files. No server request, database, smoothing, extrapolation, or live data source is used by this page.
Nothing shown here is mission telemetry, operational guidance, validation evidence, or a flight result. Do not use the readouts to make mission decisions.