Use 64-point browser and upstream terrain batches to reduce cold-cache timeouts. Preserve successful chunk results, distinguish absent readings from malformed responses, and reject fabricated zero heights.
Original terrain resilience contribution by ItzDESTAQ, with browser batching, validation and regression follow-up by Sameh Khamis.
Validated with unit/build/format/boundary checks, 108 tracking checks, 5 terrain-outage checks, controlled slow-upstream comparison and live browser checks.
Co-authored-by: ItzDESTAQ <[email protected]>
Co-authored-by: Sameh Khamis <[email protected]>
Use a separate optional server key for Places and Street View, with consistent local and Pinokio configuration, server-first CLI selection, and credential isolation checks.
Original contribution by Tom-Neverwinter; reviewed and completed by Sameh Khamis.
Co-authored-by: Tom-Neverwinter <[email protected]>
Co-authored-by: Sameh Khamis <[email protected]>
Skip unchanged overlay cohorts while detecting moved positions and lifecycle changes. Defer ground sampling until visible terrain settles, retain the loaded surface as a floor, and preserve roof heights and bounded retries. Keep regression and idle-render gates intact.
Keep focus visible across controls and stable during Contacts, Cockpit and mission roster updates. Preserve native short Space activation, and claim push-to-talk only after a 500 ms hold. Add panel Escape handling and keyboard-accessible attribution controls.
Retains the Map Source foundation contributed in https://github.com/bilawalsidhu/gods-eye-view/pull/171.
Keep the Esri settlement assertion exact, verify selected-source focus and Tab departure in Chromium, cancel pending work during disposal, and document the focused behavior.
Build on Tom-Neverwinter’s Map Source focus retry. Prefer the selected tile, and revoke delayed focus when the user moves focus, clicks, or closes the tray.
Record FIRMS source success after appending its rows so aggregation failures do not produce contradictory source status. Cover large feeds, filtering, ordering and source failures with regression tests.
Sameh Khamis