Event triggers and orbital events on the burn plan
Event-driven task triggers
Automated Orbit Determination tasks now support an Event trigger type that fires the moment new measurements arrive — filtered by measurement type, sensor, minimum count, and a debounce window. OD runs automatically as soon as fresh data is ready, so your solutions stay current without operator intervention.
Burn plan timeline with orbital events
A new timeline view places every burn for every spacecraft on a Gantt-style chart anchored to a UTC axis, with eclipse umbra/penumbra bands, apsis crossings, ascending and descending nodes, and South Atlantic Anomaly transits overlaid as bands and markers — so each burn sits in its full lighting, geometry, and radiation context. A Display popover toggles each event type independently, and a new Export Schedule dialog ships every selected event for a chosen window as a Spacecraft Schedule File (.ssf) for downstream automation and ground-segment handover.
Improvements
- State vector comparison — place two state vectors side by side on the Keplerian elements page to validate a new orbit determination against a previous solution, sanity-check a freshly imported OPM, or compare your latest fit against a public TLE without leaving the platform.
- Tasks runs page — every scheduled, manual, and event-driven task run reports into a single filterable Runs page in the Tasks section, giving you a top-level audit trail across spacecraft, status, and trigger source.
Fixes
- Scheduled orbit determinations — orbit determinations triggered by a task now reliably save their resulting orbit solution and state vector, instead of completing silently without writing the result.
- Measurements import — TDM uploads with a mix of valid and invalid entries now correctly surface per-file errors so you can see exactly which entries were rejected and why.
- Orbit solution cleanup — deleting an orbit solution now succeeds in all cases, and OPM imports tolerate a wider range of file formatting.
- Spacecraft pages — restored full-page scrolling on the spacecraft detail and new-spacecraft pages, which had been clipped under the previous fixed-height layout.
