import type { GeoJsonBbox, GeoJsonFeatureCollection, GeoJsonGeometry, GeoJsonMultiPolygon, GeoJsonPolygon, GeoJsonPosition } from "./GeoJsonSchemas";
type Edge = readonly [GeoJsonPosition, GeoJsonPosition];
/**
 * Ray-casting point-in-polygon test for a single coordinate ring.
 * Returns true if the point is inside the ring (crossing-number algorithm).
 *
 * This is an unvalidated, performance-optimized version of
 * `isGeoJsonPositionInLinearRing` for use in hot rendering paths.
 */
export declare const isPositionInsideRing: (point: GeoJsonPosition, ring: ReadonlyArray<GeoJsonPosition>) => boolean;
/**
 * Hole-aware point-in-polygon: true when the point is inside the exterior ring
 * and outside every hole ring (RFC 7946 Section 3.1.6).
 *
 * This is an unvalidated, performance-optimized version of
 * `isGeoJsonPointInPolygon` for use in hot rendering paths.
 */
export declare const isPointInPolygon: (point: GeoJsonPosition, polygon: GeoJsonPolygon) => boolean;
/**
 * Whether every outer-ring vertex of `geom1` lies inside `geom2` (holes respected;
 * for a MultiPolygon `geom2`, "inside" means inside any one member). A degenerate
 * `geom1` with no outer rings is contained in nothing.
 *
 * This is an unvalidated, performance-optimized version of
 * `isFullyContainedInGeoJsonGeometry` for use in hot rendering paths.
 */
export declare const isFullyContainedInGeometry: (geom1: GeoJsonPolygon | GeoJsonMultiPolygon, geom2: GeoJsonPolygon | GeoJsonMultiPolygon) => boolean;
/**
 * Check if a bounding box is fully inside any polygon in a feature collection.
 * All four corners of the bbox must be inside the same polygon and outside
 * all interior rings (holes).
 *
 * Handles Polygon, MultiPolygon, and recursive GeometryCollection.
 * Returns false for non-polygon geometries (Point, LineString, etc.)
 * since they have no interior area.
 */
export declare const isBboxInsideFeatureCollection: (bbox: Readonly<GeoJsonBbox>, features: GeoJsonFeatureCollection) => boolean;
/**
 * Extract edges from all polygon-like and line-like geometries in a feature collection.
 * Handles Polygon, MultiPolygon, LineString, MultiLineString, and recursive GeometryCollection types.
 *
 * For Polygon and MultiPolygon, only outer ring edges are collected — interior rings (holes) are
 * intentionally skipped since these edges are used for outline label placement.
 */
export declare const extractEdges: (features: GeoJsonFeatureCollection) => ReadonlyArray<Edge>;
/**
 * Compute the centroid (average coordinate) of all geometries in a feature collection.
 */
export declare const computeGeometryCentroid: (features: GeoJsonFeatureCollection) => GeoJsonPosition | null;
/**
 * Extract the first point coordinate from a feature collection containing
 * Point or MultiPoint geometries. Returns null if no point geometries exist.
 */
export declare const extractFirstPointCoordinate: (features: GeoJsonFeatureCollection) => GeoJsonPosition | null;
/**
 * Extract all coordinates from a single GeoJSON geometry.
 * Handles Point, LineString, Polygon, MultiPoint, MultiLineString, MultiPolygon,
 * and GeometryCollection (recursively).
 */
export declare const extractPositionsFromGeometry: (geometry: GeoJsonGeometry) => ReadonlyArray<GeoJsonPosition>;
/**
 * Wrap a GeoJSON geometry in a single-feature FeatureCollection.
 *
 * Bridges geometry-producing functions (e.g. `getPolygonFromPointAndRadius`)
 * with consumers that expect a FeatureCollection (e.g. `useShapes`).
 */
export declare const toFeatureCollection: (geometry: GeoJsonGeometry, options?: Readonly<{
    id?: string;
    properties?: Readonly<Record<string, unknown>>;
}>) => GeoJsonFeatureCollection;
export {};