export type PlanetModelBody = {
    /**
     * - the observed sidereal period input, SI days (the scaffold period of the no-chain bodies; the chain planets ride the artifact's elements)
     */
    solarYearInput: number;
    invPlaneInclinationJ2000?: number | undefined;
    longitudePerihelion?: number | undefined;
    /**
     * - carriers: the chain's g-mode beat (input since Phase 7 commit 2)
     */
    wobblePeriodYears?: number | undefined;
    /**
     * - carriers: the derived J2000 obliquity (input since Phase 7 commit 2)
     */
    obliquityMeanDeg?: number | undefined;
    axialTiltJ2000?: number | undefined;
    orbitalEccentricityJ2000?: number | undefined;
    ascendingNode?: number | undefined;
    rotationPeriodDays?: number | undefined;
    /**
     * - minor bodies: JSON input;
     * carriers: ignored (the K law derives it)
     */
    orbitalEccentricityBase?: number | undefined;
    orbitDistanceOverride?: number | undefined;
};
export type PlanetModelEnv = {
    /**
     * - the governed engine-D chain artifact (CHAIN_ARTIFACT): the seven chain planets' scaffold a and period ride its J2000 elements (plan 09 step 7b)
     */
    chainArtifact?: any;
    meanSolarYearDays: number;
    balancedYear: number;
    systemResetN: number;
    currentAUDistanceKm: number;
    earthEccentricityJ2000: number;
    earthPerihelionLongitudeJ2000Deg: number;
};
export type PlanetModelRecord = {
    wobblePeriodYears?: number | undefined;
    obliquityMeanDeg?: number | undefined;
    geometry: ReturnType<typeof derivePlanetGeometry>;
};
/**
 * @typedef {Object} PlanetModelBody
 * @property {number} solarYearInput - the observed sidereal period input, SI days (the scaffold period of the no-chain bodies; the chain planets ride the artifact's elements)
 * @property {number} [invPlaneInclinationJ2000]
 * @property {number} [longitudePerihelion]
 * @property {number} [wobblePeriodYears] - carriers: the chain's g-mode beat (input since Phase 7 commit 2)
 * @property {number} [obliquityMeanDeg] - carriers: the derived J2000 obliquity (input since Phase 7 commit 2)
 * @property {number} [axialTiltJ2000]
 * @property {number} [orbitalEccentricityJ2000]
 * @property {number} [ascendingNode]
 * @property {number} [rotationPeriodDays]
 * @property {number} [orbitalEccentricityBase] - minor bodies: JSON input;
 *   carriers: ignored (the K law derives it)
 * @property {number} [orbitDistanceOverride]
 */
/**
 * @typedef {Object} PlanetModelEnv
 * @property {any} [chainArtifact] - the governed engine-D chain artifact (CHAIN_ARTIFACT): the seven chain planets' scaffold a and period ride its J2000 elements (plan 09 step 7b)
 * @property {number} meanSolarYearDays
 * @property {number} balancedYear
 * @property {number} systemResetN
 * @property {number} currentAUDistanceKm
 * @property {number} earthEccentricityJ2000
 * @property {number} earthPerihelionLongitudeJ2000Deg
 */
/**
 * @typedef {Object} PlanetModelRecord
 * @property {number} [wobblePeriodYears]
 * @property {number} [obliquityMeanDeg]
 * @property {ReturnType<typeof derivePlanetGeometry>} geometry
 */
/**
 * Run the full derivation chain over a set of body records.
 *
 * @param {PlanetModelEnv} env
 * @param {Record<string, PlanetModelBody>} bodies - keyed by body name
 *   (the key selects the body-unique geometry branches: mercury, pluto,
 *   halleys, ceres)
 * @returns {{ bodies: Record<string, PlanetModelRecord> }}
 */
export function createPlanetModel(env: PlanetModelEnv, bodies: Record<string, PlanetModelBody>): {
    bodies: Record<string, PlanetModelRecord>;
};
import { derivePlanetGeometry } from "./geometry.cjs";