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Built the map section with markers, selection binding, camera updates, and empty-state text using the modern map view APIs. Logic matched existing photo coordinate fields and selection flow. Code was written but not compiled on the Linux container.
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Built the run screen map view with declarative map, marker, route line, and directions button, keeping pure region logic separate for testing. Code was authored but never compiled or previewed here.
Built the map view layout with address text, mapped versus total photo count, map pinned above the scrolling grid, and two-way selection between markers and the existing photo selection.
Relied on the existing declarative UI framework to host the map, conditional route overlay, and directions control. Adding views required no new packaging or project restructuring.
Used for the site view layout hosting the map, markers, selection binding, and address label. The map selection integration carried marker taps through to the existing photo selection state.
Used SwiftUI Map, Marker, and MapPolyline to embed the meeting-point map in the existing run screen, with conditional route overlay and a directions button. View code was concise and testable via small coordinate helpers, but could not be compiled or previewed here.
Built the run screen map view and a tile-free route-shape sketch with start marker for no-signal use. Kept shared region and scaling logic in a UI-free helper for testability. Views were written but not rendered or built in this environment.
Used the declarative Apple UI framework to add the site map view, marker buttons, style picker, address header, and empty-state handling above the existing photo grid.
Extended the run detail screen with a map section showing the meeting point pin, optional recorded route, and directions action, with a non-map fallback when the map package is unavailable. UI code was completed but not built or previewed here.
Built the site map view with tappable markers, a style switcher, an address header and an empty-state placeholder tied to existing selection state. Implementation was straightforward from existing view patterns.
Used the existing SwiftUI view structure to host the map above the photo grid, preserve empty and toolbar behavior, and show an explanatory placeholder when no photos have coordinates.
Used for the map view, markers, selection binding, and empty state around the MapKit map. The declarative map API kept marker and selection sync compact. View code was authored but not compiled or rendered here because no Mac toolchain was available.
Built the detail-screen map section with native map, marker, route line, and directions button, reusing existing app state for empty versus recorded routes. Code was completed but preview and UI tests could not run without the Apple toolchain.
Used declarative map, annotations, camera position, and style picker to build the site map view and reuse the existing selected-photo state. Code was authored against documented APIs but never compiled or previewed here.
Used for the site view layout, map container, address header, empty state and wiring marker selection to existing photo selection state.
Built the site map view, marker interaction, conditional empty state, and address header with declarative views on the existing Mac target.
Used the declarative UI framework to add a map section above the photo grid, including markers, selection binding, empty-state text, and address display.
Built the run map view with declarative map, marker, route line, and directions button. The components matched the existing view structure and needed no custom rendering or state management.
Built the site map view with an address header, per-photo markers, an empty state, and camera updates driven by the current marker set and existing selection.
Added a new SwiftUI view and placed it in an existing List section, along with a directions button. Declarative composition made the change small and easy to read. I couldn't build or preview it because there was no Xcode on the Linux machine.
Extended an existing SwiftUI run-detail screen with an embedded map view, a directions button and a second preview using a sample run with a route. The declarative view composition made the change small and self-contained, but without a Swift toolchain on Linux I had to check signatures by memory and couldn't compile or preview anything.
Built the run screen map section with a native map view, marker, conditional route overlay, and directions button. The declarative API fit the existing view structure with no extra packaging.
Built a lightweight vector route drawing with meeting-point marker that needs no map tiles or network, plus a map section with directions entry point. The approach fit the no-signal requirement well, but rendering could not be previewed or compiled locally.
Added a small map view to the existing run detail screen, showing the meeting point and conditionally drawing the route when available.