/**
 * @typedef {import('d3-scale').ScaleLinear<any, any> |
 *           import('d3-scale').ScaleTime<any, any> |
 *           import('d3-scale').ScalePower<any, any> |
 *           import('d3-scale').ScaleLogarithmic<any, any> |
 *           import('d3-scale').ScaleSymLog<any, any> |
 *           import('d3-scale').ScaleOrdinal<any, any> |
 *           import('d3-scale').ScaleBand<any> |
 *           import('d3-scale').ScalePoint<any> |
 *           import('d3-scale').ScaleSequential<any, any> |
 *           import('d3-scale').ScaleDiverging<any, any>} Scale
 */
/**
    Returns a modified scale domain by in/decreasing
    the min/max by taking the desired difference
    in pixels and converting it to units of data.
    Returns an array that you can set as the new domain.
    Padding contributed by @veltman.
    See here for discussion of transforms: https://github.com/d3/d3-scale/issues/150
    @param {Scale} scale A D3 scale funcion
    @param {[number, number]} padding A two-value array of numbers specifying padding in pixels
    @returns {any[]} The padded domain
*/
export default function padScale(scale: Scale, padding: [number, number]): any[];
export type Scale = import("d3-scale").ScaleLinear<any, any> | import("d3-scale").ScaleTime<any, any> | import("d3-scale").ScalePower<any, any> | import("d3-scale").ScaleLogarithmic<any, any> | import("d3-scale").ScaleSymLog<any, any> | import("d3-scale").ScaleOrdinal<any, any> | import("d3-scale").ScaleBand<any> | import("d3-scale").ScalePoint<any> | import("d3-scale").ScaleSequential<any, any> | import("d3-scale").ScaleDiverging<any, any>;