import { calculateReachableRanges, type MaxNumberOfAlternatives, type RouteType, type TrafficInput } from "@tomtom-org/maps-sdk/services";
import { type Routes, type Avoidable, type TravelMode, type Language } from "@tomtom-org/maps-sdk/core";
import type { Position } from "geojson";
import type { ReachableRangeOptionsOrbis } from "./types";
interface RouteOptions {
    routeType?: RouteType;
    traffic?: TrafficInput;
    avoid?: Avoidable | Avoidable[];
    travelMode?: TravelMode;
    departAt?: string;
    arriveAt?: string;
    maxAlternatives?: MaxNumberOfAlternatives;
    language?: Language;
    instructionsType?: string;
}
export declare function getRoute(locations: Position[], options?: RouteOptions): Promise<Routes>;
export declare function getReachableRange(origin: Position, options: ReachableRangeOptionsOrbis): Promise<Awaited<ReturnType<typeof calculateReachableRanges>>>;
export interface EVRoutingParams {
    /** Route origin as [longitude, latitude] (GeoJSON convention) */
    origin: Position;
    /** Route destination as [longitude, latitude] (GeoJSON convention) */
    destination: Position;
    /** Optional intermediate waypoints as [longitude, latitude] positions */
    waypoints?: Position[];
    currentChargePercent: number;
    maxChargeKWH: number;
    consumptionInKWH?: Array<{
        speedKMH: number;
        consumptionUnitsPer100KM: number;
    }>;
    batteryCurve?: Array<{
        stateOfChargeInkWh: number;
        maxPowerInkW: number;
    }>;
    minChargeAtDestinationPercent?: number;
    minChargeAtChargingStopsPercent?: number;
    routeType?: RouteType;
    traffic?: TrafficInput;
    avoid?: Avoidable[];
    departAt?: string;
    language?: string;
}
/**
 * Calculate a long distance EV route with automatic charging stop planning.
 *
 * Uses SDK's calculateRoute() with vehicle.engineType = 'electric' and
 * charging preferences to automatically insert optimal charging stops.
 */
export declare function calculateEVRoute(params: EVRoutingParams): Promise<Routes>;
export {};