import { DateTime } from 'luxon';
import { EphemerisEngine, PlanetPosition, HouseData } from './engine/ephemeris.js';
import { calculateHouseCusps, HouseSystemMethod } from './vedic/houses.js';
import { calculateVarga, calculateShashtyamsa, VargaPoint } from './vedic/vargas.js';
import { calculatePanchanga, PanchangaResult } from './vedic/panchanga.js';
import { calculateTimeUpagrahas, calculateDhumadiUpagrahas, UpagrahaPositions } from './vedic/upagrahas.js';
import { calculatePranapada, calculateInduLagna, calculateShreeLagna, calculateHoraLagna, calculateGhatiLagna, calculateBhavaLagna, calculateVarnadaLagna } from './vedic/special_lagnas.js';
import { getRelationship, Relationship, PLANET_IDS } from './core/relationships.js';
import { KPSubLord, KPSignificator } from './kp/sublord.js';
import { KPRuling, RulingPlanetsResult } from './kp/ruling.js';
import { VargaDeities } from './vedic/deities.js';
import { type JyotishConfig } from './config.js';
export type { PlanetPosition, HouseData, PanchangaResult, KPSignificator, RulingPlanetsResult, VargaPoint, UpagrahaPositions, HouseSystemMethod };
export { normalize360, getShortestDistance, dmsToDecimal, decimalToDms } from './core/math.js';
export { D, toNum, normalize360D, NAKSHATRA_SPAN_D, DASHA_YEAR_DAYS } from './core/precise.js';
export { calculateVarga, calculateShashtyamsa, VargaDeities, getRelationship, PLANET_IDS, Relationship };
export { AYANAMSA, DEFAULT_AYANAMSA, DEFAULT_POSITION_MODE, DEFAULT_NODE_TYPE } from './engine/ephemeris.js';
export type { AyanamsaMode, PositionMode } from './engine/ephemeris.js';
export { DEFAULT_DASAMSA_SCHEME, DEFAULT_HORA_SCHEME } from './vedic/vargas.js';
export type { DasamsaScheme, HoraScheme, VargaOptions } from './vedic/vargas.js';
export { ayanamsaName, AYANAMSA_MODELS } from './engine/ayanamsa.js';
export { DEFAULT_CONFIG, JHORA_PRESET, resolveConfig, TROPICAL_YEAR_DAYS, } from './config.js';
export type { JyotishConfig, HouseSystem, NodeType } from './config.js';
export { parseJhd, jhdToUtcISO, hasPositions, sexagesimalToDecimal, JHD_BODY_ORDER } from './io/jhd.js';
export type { JhdChart, JhdBody } from './io/jhd.js';
export interface ChartData {
    planets: PlanetPosition[];
    houses: HouseData;
    ascendant: number;
    ayanamsa: string;
}
/**
 * Ayanamsa names accepted by the convenience API.
 * For the full set of models use `config.ayanamsaMode` with an `AYANAMSA.*` code.
 */
export type Ayanamsa = 'TrueChitra' | 'TruePushya' | 'TrueRevati' | 'TrueMula' | 'Lahiri' | 'LahiriICRC' | 'Raman' | 'KP' | 'Yukteshwar' | 'FaganBradley';
/**
 * Instance configuration. Every field is optional and falls back to
 * {@link DEFAULT_CONFIG}; every field can also be overridden per call.
 *
 * `ayanamsaOrder` is retained as an alias for `ayanamsaMode` so existing code
 * keeps working.
 */
export interface NodeJHoraConfig extends Partial<JyotishConfig> {
    /** @deprecated Use `ayanamsaMode`. Retained for backward compatibility. */
    ayanamsaOrder?: number;
}
export declare function init(): Promise<void>;
/**
 * Facade Class for Object-Oriented Usage
 */
export declare class NodeJHora {
    private ephemeris;
    private location;
    /** Instance defaults. Every method accepts a per-call override. */
    readonly config: JyotishConfig;
    constructor(location: {
        latitude: number;
        longitude: number;
        altitude?: number;
    }, config?: NodeJHoraConfig);
    /** Resolve a per-call override against this instance's defaults. */
    private cfg;
    init(): Promise<void>;
    /**
     * Initialize the WASM engine (call once before calculate)
     */
    static init(): Promise<void>;
    /**
     * Quick calculation without creating an instance
     * Note: Call NodeJHora.init() first or this will call it automatically
     */
    static calculate(date: Date, location: {
        latitude: number;
        longitude: number;
        altitude?: number;
    }, ayanamsaName?: Ayanamsa, config?: NodeJHoraConfig): Promise<ChartData & {
        panchanga: PanchangaResult;
    }>;
    getPlanets(date: DateTime, override?: NodeJHoraConfig): PlanetPosition[];
    getHouses(date: DateTime, override?: NodeJHoraConfig): HouseData;
    getChart(date: DateTime, override?: NodeJHoraConfig): {
        planets: PlanetPosition[];
        houses: HouseData;
    };
    getPanchanga(date: DateTime, override?: NodeJHoraConfig): PanchangaResult;
    /** Divisional chart for one longitude, honouring the configured varga rules. */
    getVarga(longitude: number, division: number, override?: NodeJHoraConfig): VargaPoint;
}
export { EphemerisEngine, calculateHouseCusps, calculatePanchanga, KPSubLord, KPRuling, calculateTimeUpagrahas, calculateDhumadiUpagrahas, calculatePranapada, calculateInduLagna, calculateShreeLagna, calculateHoraLagna, calculateGhatiLagna, calculateBhavaLagna, calculateVarnadaLagna };