import * as types from './Types/AlignmentTypes';
import Alignments from './Interfaces/Alignments';
import Options from './Interfaces/PositionOptions';
export declare class HoverPosition {
    private _bodyDims;
    private _anchorDims;
    private _hoverBoxDims;
    /**
     * The top to be applied to the element
     */
    top: string;
    /**
     * The left to be applied to the element
     */
    left: string;
    /**
     * Get the position placement for one element relative to another
     * @param options The options to help attain the `top` & `left`
     */
    constructor(options: Options);
    private initialisePrivateFields;
    private calculatePosition;
    private calculateTop;
    private calculateLeft;
    private getFitPositions;
    /**
     * Parse an alignment string to it's `vertical` and `horizontal` alignments
     * @param alignment The alignment data to parse
     */
    static parse(alignment: CombinedAlignment): Alignments;
    static parse(alignment: PositionAlignment, defaults: Alignments): Alignments;
    static parse(alignment: PositionAlignment, defaults: Alignments, asCombined: true): CombinedAlignment;
    private static flipAlignment;
    private static flip;
    private static findBestFits;
}
export declare type PositionAlignment = types.PositionAlignment;
export declare type CombinedAlignment = types.CombinedAlignment;
export declare type VerticalAlignment = types.VerticalAlignment;
export declare type HorizontalAlignment = types.HorizontalAlignment;
export { default as PositionCollision } from './Enumerators/PositionCollision';
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