The zoom level is already clamped by Transform. -currentMinimumZoom appears to be useful only as an unrotation threshold; it doesn’t correspond to the minimum allowed zoom level.
Map and Transform methods assume an origin at the top-left corner of the view, like iOS, Android, and GLFW but unlike OS X. Transform is responsible for flipping coordinates between the top-left origin of Map and the bottom-left origin of TransformState.
Fixes#3574.
Avoid unrotating due to programmatic rotation, even programmatic rotation that might expose empty portions of the map. Only snap to north due to a gesture.
All Transform methods that take a PrecisionPoint now assume a “flipped” origin at the upper-left corner of the view. Previously, some methods assumed an origin at the lower-left corner.
I regenerated assets.zip so that all file paths have an `assets/` prefix, as the Android AssetFileSource implementation asserts, and removed `TEST_DATA` from the paths.
- Deprecate and no-op `+[MGLAccountManager mapboxMetricsEnabledSettingShownInApp]`
- Check for attribution button hiding and make sure ToS are understood
CADisplayLink holds a strong reference to its target, forming a cycle that must be broken with -[CADisplayLink invalidate] when the animation is complete. I don’t yet have enough faith that will-change and did-change notifications are always coming from mbgl in pairs, so this change limits CADisplayLink to when MGLMapView is in the view hierarchy. It also pauses the CADisplayLink when the view is hidden or the application is in the background. Finally, -[MGLMapView invalidate] has been renamed because that term tends not to mean “redraw” in Cocoa but is rather tied to timers.
Fixes#3130.
[ios] Also invalidate CADisplayLink on removal from window
[ios] Also shut down CADisplayLink when view is hidden
Renamed MGLCalloutView to MGLCompactCalloutView and MGLCalloutViewProtocol to MGLCalloutView to avoid an awkward workaround for a Swift name collision. Replaced individual title and subtitle properties with a single representedObject property that lets you use custom annotation properties in the custom callout view. Overrode a problematic SMCalloutView method. Added lots more documentation.
Replaced appledoc usage with jazzy, which understands modern Objective-C syntax by virtue of using Clang ASTs. Nevertheless, we have to make lots of changes to our documentation syntax, which was tailored to appledocs quirks. The new syntax jives much better with what Xcode expects in terms of auto-indentation and Quick Help.
Fixes#1420.
Rewrote some copy to provide more context and link to more GL-related repos, including GL JS. Put the various SDKs in a table so we can show the various CI bot status images.
Integrated target list into the relevant documents. Rewrote large portions of iOS and OS X setup documentation to guide normal developers to more friendly places. Combined some Android documentation.
Moved SDK-specific documentation into platform/. Added a temporary readme in ios/ that points to the one in platform/ios/.
Renamed -metersPerPixelAtLatitude: to -metersPerPointAtLatitude:, leaving the old name as a deprecated alias. In Cocoa Touch terminology, “point” is the visual unit backed by pixels.
Greatly simplified conversions between zoom level and altitude. Adjusted field of view to more closely match MapKit. Conversions are now well within the same order of magnitude as MapKit at all latitudes.
Fixes#2266.
For consistency with -setCamera:…, a duration of 0 jumps instantaneously to the new location, while a negative value uses the distance-dependent default.
Due to the produced curve and applied easing, flyTo() doesn’t model a parabola or ballistic trajectory, but it does simulate powered flight to some extent.
Exposed Map::addCustomLayer() publicly as an undocumented, block-based API. This change avoids the terms “layer”, “initialize”, “render”, and “altitude” because they overload existing terminology in the SDK, UIKit, or MapKit. (“Layer” is qualified as “style layer”.) There are outstanding questions about ARC memory management, but this approach works in both Objective-C and Swift for pure OpenGL programming.
Added a demo to iosapp that draws a green layer below any labels in Mapbox Streets.
