@class NSString, VKTimedAnimation;

@interface VKMuninCameraController : VKCameraController <VKGesturingCameraController> {
    void *_muninSceneLogic;
    void *_elevationLogic;
    struct shared_ptr<md::TaskContext> { struct TaskContext *__ptr_; struct __shared_weak_count *__cntrl_; } _taskContext;
    struct optional<(anonymous namespace)::PointSegment> { BOOL _hasValue; union ValueUnion { unsigned char data[3984]; struct PointSegment { struct PointView { struct CollectionPoint { unsigned long long pointId; struct RigidTransform<double, float> { struct Matrix<double, 3, 1> { double _e[3]; } _translation; struct Quaternion<float> { struct Matrix<float, 3, 1> { float _e[3]; } _imaginary; float _scalar; } _rotation; } frame; struct Unit<geo::RadianUnitDescription, float> { float _value; } heading; struct Mercator3<double> { double _e[3]; } mercatorPosition; unsigned long long time; struct small_vector<md::mun::PhotoInfo, 6UL> { struct PhotoInfo *_begin; struct PhotoInfo *_end; struct PhotoInfo *_fixedStorage; unsigned long long _capacity; struct type { unsigned char __lx[288]; } storage[6]; } photos; float heightAboveGroundMeters; unsigned int buildId; unsigned short bucketId; unsigned char type; unsigned char dataType; unsigned char texturedLodMask; } _point; struct vector<std::pair<md::mun::ViewId, unsigned int>, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__begin_; void *__end_; struct __compressed_pair<std::pair<md::mun::ViewId, unsigned int> *, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__value_; } __end_cap_; } _requiredViews; struct vector<std::pair<md::mun::ViewId, unsigned int>, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__begin_; void *__end_; struct __compressed_pair<std::pair<md::mun::ViewId, unsigned int> *, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__value_; } __end_cap_; } _optionalViews; struct small_vector<md::mun::PointView::CameraLod, 6UL> { struct CameraLod *_begin; struct CameraLod *_end; struct CameraLod *_fixedStorage; unsigned long long _capacity; struct type { unsigned char __lx[8]; } storage[6]; } _cameras; } _startPoint; struct PointView { struct CollectionPoint { unsigned long long pointId; struct RigidTransform<double, float> { struct Matrix<double, 3, 1> { double _e[3]; } _translation; struct Quaternion<float> { struct Matrix<float, 3, 1> { float _e[3]; } _imaginary; float _scalar; } _rotation; } frame; struct Unit<geo::RadianUnitDescription, float> { float _value; } heading; struct Mercator3<double> { double _e[3]; } mercatorPosition; unsigned long long time; struct small_vector<md::mun::PhotoInfo, 6UL> { struct PhotoInfo *_begin; struct PhotoInfo *_end; struct PhotoInfo *_fixedStorage; unsigned long long _capacity; struct type { unsigned char __lx[288]; } storage[6]; } photos; float heightAboveGroundMeters; unsigned int buildId; unsigned short bucketId; unsigned char type; unsigned char dataType; unsigned char texturedLodMask; } _point; struct vector<std::pair<md::mun::ViewId, unsigned int>, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__begin_; void *__end_; struct __compressed_pair<std::pair<md::mun::ViewId, unsigned int> *, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__value_; } __end_cap_; } _requiredViews; struct vector<std::pair<md::mun::ViewId, unsigned int>, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__begin_; void *__end_; struct __compressed_pair<std::pair<md::mun::ViewId, unsigned int> *, std::allocator<std::pair<md::mun::ViewId, unsigned int>>> { void *__value_; } __end_cap_; } _optionalViews; struct small_vector<md::mun::PointView::CameraLod, 6UL> { struct CameraLod *_begin; struct CameraLod *_end; struct CameraLod *_fixedStorage; unsigned long long _capacity; struct type { unsigned char __lx[8]; } storage[6]; } _cameras; } _endPoint; } type; } _value; } _currentPointSegment;
    struct shared_ptr<(anonymous namespace)::PathAnimator> { struct PathAnimator *__ptr_; struct __shared_weak_count *__cntrl_; } _pathAnimator;
    struct mutex { struct _opaque_pthread_mutex_t { long long __sig; char __opaque[56]; } __m_; } _pathAnimatorMutex;
    struct unique_ptr<(anonymous namespace)::BumpAnimator, std::default_delete<(anonymous namespace)::BumpAnimator>> { struct __compressed_pair<(anonymous namespace)::BumpAnimator *, std::default_delete<(anonymous namespace)::BumpAnimator>> { struct BumpAnimator *__value_; } __ptr_; } _bumpAnimator;
    BOOL _panning;
    BOOL _panStopping;
    struct Matrix<float, 2, 1> { float _e[2]; } _panLocation;
    struct Matrix<float, 2, 1> { float _e[2]; } _panTranslation;
    struct _retain_ptr<VKTimedAnimation *, geo::_retain_objc_arc, geo::_release_objc_arc, geo::_hash_objc, geo::_equal_objc> { void /* function */ **_vptr$_retain_ptr; VKTimedAnimation *_obj; struct _retain_objc_arc { } _retain; struct _release_objc_arc { } _release; } _panAnimation;
    BOOL _pinching;
    struct Matrix<float, 2, 1> { float _e[2]; } _pinchZoomOffset;
    struct Unit<geo::RadianUnitDescription, double> { double _value; } _pinchStartFieldOfView;
    struct _retain_ptr<VKTimedAnimation *, geo::_retain_objc_arc, geo::_release_objc_arc, geo::_hash_objc, geo::_equal_objc> { void /* function */ **_vptr$_retain_ptr; VKTimedAnimation *_obj; struct _retain_objc_arc { } _retain; struct _release_objc_arc { } _release; } _pinchResetAnimation;
    float _cameraOffsetFactor;
    struct _retain_ptr<VKTimedAnimation *, geo::_retain_objc_arc, geo::_release_objc_arc, geo::_hash_objc, geo::_equal_objc> { void /* function */ **_vptr$_retain_ptr; VKTimedAnimation *_obj; struct _retain_objc_arc { } _retain; struct _release_objc_arc { } _release; } _offsetAnimation;
    double _lastUpdateTime;
    struct Spring<double, 1, gdc::SpringType::Angular> { double _position; double _velocity; double _restingPosition; double _kSpring; double _kDamper; } _panSpring;
    struct Unit<geo::RadianUnitDescription, double> { double _value; } _heading;
    struct Unit<geo::RadianUnitDescription, double> { double _value; } _pitch;
    BOOL _restrictWidestFieldOfView;
    struct Unit<geo::RadianUnitDescription, double> { double _value; } _widestFieldOfView;
    struct Coordinate3D<geo::Radians, double> { struct Unit<geo::RadianUnitDescription, double> { double _value; } latitude; struct Unit<geo::RadianUnitDescription, double> { double _value; } longitude; struct Unit<geo::MeterUnitDescription, double> { double _value; } altitude; } _rigPosition;
    struct CameraFrame<geo::Radians, double> { struct Coordinate3D<geo::Radians, double> { struct Unit<geo::RadianUnitDescription, double> { double _value; } latitude; struct Unit<geo::RadianUnitDescription, double> { double _value; } longitude; struct Unit<geo::MeterUnitDescription, double> { double _value; } altitude; } _target; struct Unit<geo::MeterUnitDescription, double> { double _value; } _distanceFromTarget; struct Unit<geo::RadianUnitDescription, double> { double _value; } _pitch; struct Unit<geo::RadianUnitDescription, double> { double _value; } _heading; struct Unit<geo::RadianUnitDescription, double> { double _value; } _roll; } _previousCameraFrame;
    unsigned long long _tapIndex;
    struct shared_ptr<geo::Task> { struct Task *__ptr_; struct __shared_weak_count *__cntrl_; } _preparePath;
    struct unique_ptr<(anonymous namespace)::PathAnimationDescription, std::default_delete<(anonymous namespace)::PathAnimationDescription>> { struct __compressed_pair<(anonymous namespace)::PathAnimationDescription *, std::default_delete<(anonymous namespace)::PathAnimationDescription>> { struct PathAnimationDescription *__value_; } __ptr_; } _currentPathAnimation;
    struct unique_ptr<(anonymous namespace)::PendingPathAnimation, std::default_delete<(anonymous namespace)::PendingPathAnimation>> { struct __compressed_pair<(anonymous namespace)::PendingPathAnimation *, std::default_delete<(anonymous namespace)::PendingPathAnimation>> { struct PendingPathAnimation *__value_; } __ptr_; } _pendingPathAnimation;
    unsigned char _desiredLOD;
}

@property (nonatomic) BOOL virtualParallaxEnabled;
@property (readonly) unsigned long long hash;
@property (readonly) Class superclass;
@property (readonly, copy) NSString *description;
@property (readonly, copy) NSString *debugDescription;

- (double)zoomLevelAdjustmentForTileSize:(long long)a0;
- (void)startPitchingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (double)heading;
- (void)updateWithTimestamp:(double)a0 withContext:(void *)a1;
- (BOOL)cancelPendingMoveExceptBump;
- (const void *)currentPoint;
- (void)updatePitchWithFocusPoint:(struct CGPoint { double x0; double x1; })a0 translation:(double)a1;
- (BOOL)isPathAnimationRunning;
- (BOOL)moveToPoint:(const void *)a0 withHeading:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a1 withPitch:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a2 animated:(BOOL)a3 completionHandler:(id /* block */)a4;
- (void)startRotatingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (void)animatePath:(void *)a0 withTarget:(const void *)a1 lookAtTarget:(BOOL)a2 constantLod:(BOOL)a3 prePruneData:(BOOL)a4 completionHandler:(id /* block */)a5;
- (void)stopPinchingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (void)updatePitchWithFocusPoint:(struct CGPoint { double x0; double x1; })a0 degrees:(double)a1;
- (void)selectLabelMarker:(const void *)a0 completion:(id /* block */)a1;
- (BOOL)tapAtPoint:(struct CGPoint { double x0; double x1; })a0;
- (BOOL)usesVKCamera;
- (void)animatePath:(void *)a0 animator:(const void *)a1 preloadedRequiredViews:(void *)a2 prePruneData:(BOOL)a3 completionHandler:(id /* block */)a4;
- (void)startPinchingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (void)stopRotatingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (void)setVkCamera:(id)a0;
- (struct Unit<geo::RadianUnitDescription, double> { double x0; })_horizontalFieldOfView:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0;
- (BOOL)canZoomInForTileSize:(long long)a0;
- (void)stopPanningAtPoint:(struct CGPoint { double x0; double x1; })a0;
- (void)_updateDebugOverlay:(void *)a0;
- (void)updatePinchWithFocusPoint:(struct CGPoint { double x0; double x1; })a0 oldFactor:(double)a1 newFactor:(double)a2;
- (double)minimumZoomLevelForTileSize:(long long)a0;
- (void)stopPitchingWithFocusPoint:(struct CGPoint { double x0; double x1; })a0;
- (struct { double x0; double x1; })centerCoordinate;
- (id).cxx_construct;
- (BOOL)isAnimationsRunningExceptBump;
- (void)resetPathAnimation;
- (void)setCurrentPoint:(const void *)a0 secondaryPoint:(struct optional<md::mun::CollectionPoint> { BOOL x0; union ValueUnion { unsigned char x0[1864]; struct CollectionPoint { unsigned long long x0; struct RigidTransform<double, float> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<float> { struct Matrix<float, 3, 1> { float x0[3]; } x0; float x1; } x1; } x1; struct Unit<geo::RadianUnitDescription, float> { float x0; } x2; struct Mercator3<double> { double x0[3]; } x3; unsigned long long x4; struct small_vector<md::mun::PhotoInfo, 6UL> { struct PhotoInfo *x0; struct PhotoInfo *x1; struct PhotoInfo *x2; unsigned long long x3; struct type { unsigned char x0[288]; } x4[6]; } x5; float x6; unsigned int x7; unsigned short x8; unsigned char x9; unsigned char x10; unsigned char x11; } x1; } x1; })a1;
- (void)stopAnimationsExceptBump;
- (void)startPanningAtPoint:(struct CGPoint { double x0; double x1; })a0 panAtStartPoint:(BOOL)a1;
- (void)updatePanWithTranslation:(struct CGPoint { double x0; double x1; })a0;
- (void)zoomAnimatedWithDuration:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0 duration:(float)a1 completion:(id /* block */)a2;
- (double)altitude;
- (void)transferGestureState:(id)a0;
- (double)currentZoomLevelForTileSize:(long long)a0;
- (void)zoom:(double)a0 withFocusPoint:(struct CGPoint { double x0; double x1; })a1 completionHandler:(id /* block */)a2;
- (void)setCurrentSegment:(void *)a0;
- (void)setWidestFieldOfView:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0;
- (void)updateRotationWithFocusPoint:(struct CGPoint { double x0; double x1; })a0 newValue:(double)a1;
- (void)stopAnimations;
- (void)setCenterCoordinate:(struct { double x0; double x1; })a0 altitude:(double)a1 yaw:(double)a2 pitch:(double)a3 duration:(double)a4 animationStyle:(long long)a5 timingCurve:(id /* block */)a6 completion:(id /* block */)a7;
- (void)updateCurrentPointView:(BOOL)a0;
- (struct Matrix<float, 2, 1> { float x0[2]; })screenPointWithOffset:(struct CGPoint { double x0; double x1; })a0;
- (void)moveAlongPath:(struct PathAnimationDescription { struct vector<md::mun::CollectionPoint, std::allocator<md::mun::CollectionPoint>> { struct CollectionPoint *x0; struct CollectionPoint *x1; struct __compressed_pair<md::mun::CollectionPoint *, std::allocator<md::mun::CollectionPoint>> { struct CollectionPoint *x0; } x2; } x0; struct Geocentric<double> { double x0[3]; } x1; struct RigidTransform<double, double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; double x1; } x1; } x2; BOOL x3; int x4; struct shared_ptr<(anonymous namespace)::PathAnimator> { struct PathAnimator *x0; struct __shared_weak_count *x1; } x5; unsigned long long x6; })a0 tap:(struct TapDescription { struct Intersection { struct Geocentric<double> { double x0[3]; } x0; struct Matrix<double, 3, 1> { double x0[3]; } x1; } x0; struct Ray<double, 3> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Matrix<double, 3, 1> { double x0[3]; } x1; } x1; struct CollectionPoint { unsigned long long x0; struct RigidTransform<double, float> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<float> { struct Matrix<float, 3, 1> { float x0[3]; } x0; float x1; } x1; } x1; struct Unit<geo::RadianUnitDescription, float> { float x0; } x2; struct Mercator3<double> { double x0[3]; } x3; unsigned long long x4; struct small_vector<md::mun::PhotoInfo, 6UL> { struct PhotoInfo *x0; struct PhotoInfo *x1; struct PhotoInfo *x2; unsigned long long x3; struct type { unsigned char x0[288]; } x4[6]; } x5; float x6; unsigned int x7; unsigned short x8; unsigned char x9; unsigned char x10; unsigned char x11; } x2; struct RigidTransform<double, double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; double x1; } x1; } x3; unsigned long long x4; })a1 preloadedViews:(struct unordered_map<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>, std::allocator<std::pair<const gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>>> { struct __hash_table<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::__unordered_map_hasher<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>>, std::__unordered_map_equal<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::equal_to<gdc::LayerDataRequestKey>, gdc::LayerDataRequestKeyHash>, std::allocator<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>>> { struct unique_ptr<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *[], std::__bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>>> { struct __compressed_pair<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> **, std::__bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>>> { void **x0; struct __bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>> { struct __compressed_pair<unsigned long, std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>> { unsigned long long x0; } x0; } x1; } x0; } x0; struct __compressed_pair<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *>, std::allocator<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *>>> { struct __hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> { void *x0; } x0; } x1; struct __compressed_pair<unsigned long, std::__unordered_map_hasher<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>>> { unsigned long long x0; } x2; struct __compressed_pair<float, std::__unordered_map_equal<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::equal_to<gdc::LayerDataRequestKey>, gdc::LayerDataRequestKeyHash>> { float x0; } x3; } x0; })a2 continued:(BOOL)a3;
- (void)willStopPanningAtPoint:(struct CGPoint { double x0; double x1; })a0 withVelocity:(struct CGPoint { double x0; double x1; })a1;
- (void)setCurrentPoint:(const void *)a0;
- (double)_zoomRubberBandFov:(double)a0;
- (BOOL)cancelPendingMove;
- (void)pathAnimationPrepared:(struct PathAnimationDescription { struct vector<md::mun::CollectionPoint, std::allocator<md::mun::CollectionPoint>> { struct CollectionPoint *x0; struct CollectionPoint *x1; struct __compressed_pair<md::mun::CollectionPoint *, std::allocator<md::mun::CollectionPoint>> { struct CollectionPoint *x0; } x2; } x0; struct Geocentric<double> { double x0[3]; } x1; struct RigidTransform<double, double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; double x1; } x1; } x2; BOOL x3; int x4; struct shared_ptr<(anonymous namespace)::PathAnimator> { struct PathAnimator *x0; struct __shared_weak_count *x1; } x5; unsigned long long x6; })a0 tap:(struct TapDescription { struct Intersection { struct Geocentric<double> { double x0[3]; } x0; struct Matrix<double, 3, 1> { double x0[3]; } x1; } x0; struct Ray<double, 3> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Matrix<double, 3, 1> { double x0[3]; } x1; } x1; struct CollectionPoint { unsigned long long x0; struct RigidTransform<double, float> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<float> { struct Matrix<float, 3, 1> { float x0[3]; } x0; float x1; } x1; } x1; struct Unit<geo::RadianUnitDescription, float> { float x0; } x2; struct Mercator3<double> { double x0[3]; } x3; unsigned long long x4; struct small_vector<md::mun::PhotoInfo, 6UL> { struct PhotoInfo *x0; struct PhotoInfo *x1; struct PhotoInfo *x2; unsigned long long x3; struct type { unsigned char x0[288]; } x4[6]; } x5; float x6; unsigned int x7; unsigned short x8; unsigned char x9; unsigned char x10; unsigned char x11; } x2; struct RigidTransform<double, double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; struct Quaternion<double> { struct Matrix<double, 3, 1> { double x0[3]; } x0; double x1; } x1; } x3; unsigned long long x4; })a1 preloadedViews:(struct unordered_map<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>, std::allocator<std::pair<const gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>>> { struct __hash_table<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::__unordered_map_hasher<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>>, std::__unordered_map_equal<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::equal_to<gdc::LayerDataRequestKey>, gdc::LayerDataRequestKeyHash>, std::allocator<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>>> { struct unique_ptr<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *[], std::__bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>>> { struct __compressed_pair<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> **, std::__bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>>> { void **x0; struct __bucket_list_deallocator<std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>> { struct __compressed_pair<unsigned long, std::allocator<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> *>> { unsigned long long x0; } x0; } x1; } x0; } x0; struct __compressed_pair<std::__hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *>, std::allocator<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *>>> { struct __hash_node_base<std::__hash_node<std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, void *> *> { void *x0; } x0; } x1; struct __compressed_pair<unsigned long, std::__unordered_map_hasher<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, gdc::LayerDataRequestKeyHash, std::equal_to<gdc::LayerDataRequestKey>>> { unsigned long long x0; } x2; struct __compressed_pair<float, std::__unordered_map_equal<gdc::LayerDataRequestKey, std::__hash_value_type<gdc::LayerDataRequestKey, std::shared_ptr<gdc::LayerData>>, std::equal_to<gdc::LayerDataRequestKey>, gdc::LayerDataRequestKeyHash>> { float x0; } x3; } x0; })a2;
- (void).cxx_destruct;
- (BOOL)isBumpAnimationRunning;
- (double)topDownMinimumZoomLevelForTileSize:(long long)a0;
- (void)zoomAnimated:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0 completion:(id /* block */)a1;
- (struct Unit<geo::RadianUnitDescription, double> { double x0; })_pitchForScreenPoint:(struct Matrix<float, 2, 1> { float x0[2]; })a0;
- (void)pathAnimationComplete:(unsigned long long)a0;
- (BOOL)canZoomOutForTileSize:(long long)a0;
- (double)pitch;
- (BOOL)isAnimationsRunning;
- (void)runBumpAnimation:(const void *)a0 targetPoint:(const void *)a1 completionHandler:(id /* block */)a2;
- (void)_setHeading:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0;
- (double)maximumZoomLevelForTileSize:(long long)a0;
- (id)initWithTaskContext:(struct shared_ptr<md::TaskContext> { struct TaskContext *x0; struct __shared_weak_count *x1; })a0 mapDataAccess:(void *)a1 animationRunner:(struct AnimationRunner { struct MapEngine *x0; } *)a2 runLoopController:(struct RunLoopController { struct MapEngine *x0; long long x1; } *)a3 cameraDelegate:(id)a4 muninSceneLogic:(void *)a5 elevationLogic:(void *)a6;
- (void)setCameraFrame:(struct CameraFrame<geo::Radians, double> { struct Coordinate3D<geo::Radians, double> { struct Unit<geo::RadianUnitDescription, double> { double x0; } x0; struct Unit<geo::RadianUnitDescription, double> { double x0; } x1; struct Unit<geo::MeterUnitDescription, double> { double x0; } x2; } x0; struct Unit<geo::MeterUnitDescription, double> { double x0; } x1; struct Unit<geo::RadianUnitDescription, double> { double x0; } x2; struct Unit<geo::RadianUnitDescription, double> { double x0; } x3; struct Unit<geo::RadianUnitDescription, double> { double x0; } x4; })a0;
- (struct Unit<geo::RadianUnitDescription, double> { double x0; })_verticalFieldOfView:(struct Unit<geo::RadianUnitDescription, double> { double x0; })a0;

@end