import type { FormedAspect } from './aspect';
import type { AstroData, LocatedPoint, Points } from './radix';
import type Radix from './radix';
import type SVG from './svg';
import type { Settings } from './settings';
/**
   * Transit charts.
   *
   * @class
   * @public
   * @constructor
    * @param {this.settings.Radix} radix
   * @param {Object} data
   */
declare class Transit {
    data: AstroData;
    paper: SVG;
    cx: number;
    cy: number;
    toPoints: Points;
    radius: number;
    settings: Settings;
    rulerRadius: number;
    pointRadius: number;
    shift: number;
    universe: Element;
    context: this;
    locatedPoints: LocatedPoint[];
    constructor(radix: Radix, data: AstroData, settings: Settings);
    /**
     * Draw background
     */
    drawBg(): void;
    /**
     * Draw planets
     *
     * @param{undefined | Object} planetsData, posible data planets to draw
     */
    drawPoints(planetsData?: Points): void;
    /**
   * Draw circles
   */
    drawCircles(): void;
    /**
   * Draw cusps
   * @param{undefined | Object} cuspsData, posible data cusps to draw
   */
    drawCusps(cuspsData?: number[]): void;
    drawRuler(): void;
    /**
   * Draw aspects
   * @param{Array<Object> | null} customAspects - posible custom aspects to draw;
   */
    aspects(customAspects: FormedAspect[]): Transit;
    /**
   * Moves points to another position.
   *
    * @param {Object} data - planets target positions.
    * @param {Integer} duration - in seconds
    * @param {boolean} isReverse
    * @param {Function | undefined} callbck - the function executed at the end of animation
   */
    animate(data: AstroData, duration: number, isReverse: boolean, callback: () => void): Transit;
}
export default Transit;