import { DefaultLatLonKeys, MapBounds, MapPos, ScreenBounds, ScreenPos } from '../core';
import { Layer } from '../layers';
import { IProjection } from '../projections';
import { restrictedPanningProperty } from './cssproperties';
import { Layers as BaseLayers, CartoViewBase, MapClickedEvent, MapIdleEvent, MapMovedEvent, MapReadyEvent, MapStableEvent } from './index.common';
import { Property } from '@nativescript/core';
import { MapOptions } from '.';
export { MapClickedEvent, MapIdleEvent, MapMovedEvent, MapReadyEvent, MapStableEvent };
export declare const RenderProjectionMode: {
    readonly RENDER_PROJECTION_MODE_PLANAR: com.carto.components.RenderProjectionMode;
    readonly RENDER_PROJECTION_MODE_SPHERICAL: com.carto.components.RenderProjectionMode;
};
export declare const PanningMode: {
    readonly PANNING_MODE_FREE: com.carto.components.PanningMode;
    readonly PANNING_MODE_STICKY: com.carto.components.PanningMode;
    readonly PANNING_MODE_STICKY_FINAL: com.carto.components.PanningMode;
};
export declare class CartoMap<T = DefaultLatLonKeys> extends CartoViewBase {
    [restrictedPanningProperty.setNative]: (value: boolean) => void;
    useTextureView: boolean;
    static setRunOnMainThread(value: boolean): void;
    nativeViewProtected: com.akylas.carto.additions.AKMapView & {
        listener: com.akylas.carto.additions.AKMapEventListener;
    };
    mProjection: IProjection;
    get mapView(): com.akylas.carto.additions.AKMapView;
    get projection(): IProjection;
    set projection(proj: IProjection);
    createNativeView(): Object;
    onLoaded(): void;
    onUnloaded(): void;
    getOptions(): MapOptions;
    initNativeView(): void;
    disposeNativeView(): void;
    fromNativeMapPos(position: com.carto.core.MapPos): import("../core").GenericMapPos<DefaultLatLonKeys>;
    fromNativeMapBounds(position: com.carto.core.MapBounds): MapBounds<DefaultLatLonKeys>;
    toNativeMapPos(position: MapPos): any;
    toNativeMapBounds(position: MapBounds<T>): any;
    setFocusPos(value: MapPos, duration?: number): void;
    getFocusPos(): import("../core").GenericMapPos<T>;
    getMapBounds(): MapBounds<T>;
    setMapRotation(value: number, targetPos: MapPos | number, duration?: number): void;
    getZoom(): number;
    setZoom(value: number, targetPos: MapPos | number, duration?: number): void;
    setTilt(value: number, duration?: number): void;
    setBearing(value: number, duration?: number): void;
    moveToFitBounds(mapBounds: MapBounds<T>, screenBounds: ScreenBounds, integerZoom: boolean, resetRotation: boolean, resetTilt: boolean, durationSeconds: number): void;
    createLayersInstance(): Layers;
    clearAllCaches(): void;
    clearPreloadingCaches(): void;
    requestRedraw(): void;
    cancelAllTasks(): void;
    screenToMap(pos: ScreenPos): import("../core").GenericMapPos<DefaultLatLonKeys>;
    mapToScreen(pos: MapPos | com.carto.core.MapPos): ScreenPos;
    captureRendering(wait?: boolean): Promise<unknown>;
}
export declare const useTextureViewProperty: Property<CartoMap<DefaultLatLonKeys>, boolean>;
export declare class Layers extends BaseLayers<com.carto.components.Layers> {
    count(): number;
    insert(index: number, layer: Layer<any, any>): void;
    set(index: number, layer: Layer<any, any>): void;
    remove(layer: Layer<any, any>): boolean;
    add(layer: Layer<any, any>): void;
    get(index: number): com.carto.layers.Layer;
    getAll(): any[];
    clear(): void;
}