This change enables attaching images to the style with batches and
avoids massive re-allocations. Thus, it improves UI performance
especially at start-up time.
* [android] Add getVisibleCoordinateBounds method.
* Fix Map::latLngBoundsForCamera, add Android binding for getVisibleRegionBounds.
* Add unit tests for CameraToLatLngBoundsWithRotation and CameraToLatLngBoundsCrossDateLine.
* Move API breaking changes to a new method name latLngBoundsForCameraUnwrapped.
Repurpose LatLngBoundsToCameraWithBearingAndPitch to test scaling and camera setup, both with and without padding.
This adds testing of path not covered in mapbox/mapbox-gl-native-ios#59.
* [core] Refactoring transform state class
* [core] update matrix in transform, Fix precision
* [core] Make matrix mutable so that we only update them when needed
* [core] Add getters for matrices
MSVC implementation of std::promise is buggy and only works with types
that can be default-constructed. To avoid a compilation failure in the
instantiation of ask() inside MapSnapshotter::getRegion(), which creates
a std::promise<LanLngBounds>, make LatLngBounds' default constructor
public.
Remove unecessary tile coordinate unproject -> project step.
Unproject+project isn't always a noop and this was the issue leading to wrong cover calculation in high pitch values.
Fixes: https://github.com/mapbox/mapbox-gl-native/issues/15442
When using flyTo for easeTo:
Limit zoom out to min(startZoom, targetZoom).
Reduce cinematic zoom in animation at the end of transition,
Linear zoom interpolation.
The patch also sets linear interpolation for flyTo edgeInsets animation, as it looks more appropriate to follow the approach taken for pitch and bearing.
Fixes: #15144
Patch partly fixes#15163 in a way that it doesn't allow loading tens of thousands of tiles and attempt to show area above horizon:
Limit pitch based on edge insets. It is not too bad - current limit of 60 degrees stays active until center of perspective is moved towards the bottom, to 84% of screen height. The plan is to split removal of 60 degrees limit to follow up patch.
Fix max Z calculation in getProjMatrix. TransformState::getProjMatrix calculation of farZ was complex with possibility to lead to negative z values. Replacing it with simpler, precise calculation:
furthestDistance = cameraToCenterDistance / (1 - tanFovAboveCenter * std::tan(getPitch()));
TransformState::getProjMatrix calculation of farZ was an aproximation. Replacing it with simpler, but precise calculation.
Related to: #15163
Viewport center offset usage was wrongly submitted in #14664. It was part of alternative approach that used enlarged viewport. Existing and added tests were not sufficient to spot the regression, since the collision check padding is usually larger than the center offset x and y. Annotation picking has tolerance of only 10 pixels but no annotation integration test was using content insets.
Usage of offset is not needed because `posMatrix` in e.g. `CollisionIndex::projectPoint(const mat4& posMatrix, const Point<float>& point)` already incorporates center offset (projection matrix) and the code in current master was just offsetting all by the value.
Modified [ios] MGLAnnotationViewIntegrationTests.testSelectingAnnotationWithCenterOffset to use different insets. It verifies the fix.
Fixes [iOS] Annotations are not selectable (added via iosapp menu) #15106:
In case of #15106, view's original content insets is {top:88, bottom:34}, causing that center offset is {x:0, y:27} and selection with tolerance of 10 wouldn't select annotation.
After tapping the view, so that the header gets removed, view's content insets get changed to {top:44, bottom:34}, center offset is {x:0, y:5} and annotation selection would work, as described in #15106.
Fixes: #15106
The changes introduced in #9199 changed the minimum required pixel distance between start and end points to >= 1px in order to interpolate, which in scenarios of big zoom changes and low pixel density can result in animation to the previous position and then a jump to the target.
The change is implemented in TransformState::getProjMatrix, the rest of the code is making sure that existing API contracts stay and there are tests verifyingrendering and render query processing only items within screen and given tolerance around screen edges.
MapView: don't bake edge insets into relalculated camera center. Keep edge insets as property of camera in TransformState (similar to pitch, zoom, bearing) independent from specified camera center. Interpolate edge insets in animation.
iOS Demo app: "Turn On/Off Content Insets" pitch the camera and navigate to convenient location in Denver, where streets are parallel to cardinal directions, to illustrate viewport center offset when edge insets are set.
Tests:
ViewFrustumCulling: although Annotations are deprecated, queryRenderedFeatures related tests in Annotations would need to get ported and decided to add the edge insets related query tests next to them. Verify frustum culling (render+queryRenderedFeatures) With different camera and edge insets setups. TODO: port Annotations tests.
Transform.Padding: Verify that coordinates take proper place on screen after applying edge insets.
LocalGlyphRasterizer: verify text rendering when applying padding.
Related to #11882: both use projection matrix elements [8] and [9].
Alternative approach to this was to increase and offset map origin so that the screen would be a sub-rectangle in larger map viewport. This approach has a drawback of unecessary processing the items that are outside screen area.
Fixes#12107, #12728, navigation-sdks/issues/120
coordinatePointMatrix is always used with getZoom():
Projection::worldSize(scale) / std::pow(2, z) is computed as
scale * util::tileSize / std::pow(2, z)
scale is equal to std::pow(2, z).
____________________________________=>
Projection::worldSize(scale) / std::pow(2, z) => util::tileSize.
- Do not carry it over everywhere as parameter, it is a shared
instance anyway and the lifecycle is pretty much the app lifecycle
from the moment we instantiate a map.
- Rename to BackgroundScheduler because it is a Scheduler that will
do tasks in the background, we don't make assumptions if it is a
thread pool or a single thread.
- Most importantly, remove the dependency from `core` on `platform`.
Group bounds, minimum and maximum zoom related methods together using
the new BoundOptions.
v2: Document that getBounds() initializes all optional fields.
- Add test for getBounds() on a map with default values.
This is a first step into grouping together bounds related Map methods
into one that takes a "BoundOptions" object. LatLngBounds::unbounded()
replaces an undefined optional<LatLngBounds>.
v2: Document LatLngBounds::unbounded()
Support for limiting pitch was introduced in commit c4fc89977b ([core]
Added {set,get}{Min,Max}Pitch) in 2017 but was never exposed by the
platform SDKs. Simplify the Map interface by removing this unused
feature.
v2: Add util::PITCH_MIN
Using different exception pointers to specify the loading failure makes
an awkward API. Most users rethrow the exception only to figure out what
type of error happened so it can be reported properly. So replace the
exception pointer with a enum an string description of the failure.
