import type { Face, Feature, S2Feature, VectorFeature, VectorGeometry } from '../';
/**
 * Convet a GeoJSON Feature to an S2Feature
 * @param data - GeoJSON Feature
 * @param tolerance - optional tolerance
 * @param maxzoom - optional maxzoom
 * @param buildBBox - optional - build a bbox for the feature if desired
 * @returns - S2Feature
 */
export declare function toS2(data: Feature | VectorFeature, tolerance?: number, maxzoom?: number, buildBBox?: boolean): S2Feature[];
/**
 * Convert a GeoJSON Feature to a GeoJSON Vector Feature
 * @param data - GeoJSON Feature
 * @param buildBBox - optional - build a bbox for the feature if desired
 * @returns - GeoJson Vector Feature
 */
export declare function toVector(data: Feature, buildBBox?: boolean): VectorFeature;
/** The resultant geometry after conversion */
export interface ConvertedGeometry {
    /** The vector geometry that was converted */
    geometry: VectorGeometry;
    /** The face of the vector geometry that was converted */
    face: Face;
}
/** A list of converted geometries */
export type ConvertedGeometryList = ConvertedGeometry[];
/**
 * Reproject GeoJSON geometry coordinates from lon-lat to a 0->1 coordinate system in place
 * @param feature - input GeoJSON
 * @param tolerance - if provided, geometry will be prepared for simplification by this tolerance
 * @param maxzoom - if provided,
 */
export declare function toUnitScale(feature: VectorFeature, tolerance?: number, maxzoom?: number): void;
/**
 * Reproject GeoJSON geometry coordinates from 0->1 coordinate system to lon-lat in place
 * @param feature - input GeoJSON
 */
export declare function toLL(feature: VectorFeature): void;
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