import { CheckWithinSteppedBoundsResult } from '../interface/check-within-stepped-bounds-result';
import { CheckPrecisionAndScaleResult } from '../interface/check-precision-and-scale-result';
export declare class NumberUtils {
    static ParseIntNumberInput(arg: any): number;
    static ParseInt(arg: any): number;
    static ParseFloatNumberInput(arg: any, decimalPrecision?: number): number;
    static ParseFloatNumberInputKeepPrecision(arg: any): number;
    static ParseFloat(arg: any, decimalPrecision?: number): number;
    static ParseFloatKeepPrecision(arg: any): number;
    static ParseNumberOrDefault(arg: any, defaultValue?: number): number;
    static IsInteger(arg: any): boolean;
    static GetDecimalPlaces(arg: any, maxAnswer?: number): number;
    static ParseNumberInputOrDefault(numberInput: any, defaultValue?: number): number;
    static IsNumber(arg: any): boolean;
    static IsNaN(arg: any): boolean;
    static NaN(number: any, substitute?: number): number;
    static IsParsableNumber(arg: any): boolean;
    static IsParsableNumberInput(numberInput: any): boolean;
    static IsStringNumber(arg: string): boolean;
    static IsListOfNumbers(arg: string, separator?: string): boolean;
    static ParseStringNumber(arg: string): number;
    static ParseStringNumberDefault(arg: string | any, defaultValue?: number): number;
    static RandomInt(lowerBoundInt: number, upperBoundInt: number): number;
    static AddThousandsCommasTo(value: any): string;
    static NumIsComposedOfOtherPowTwoNum(bigNrToCheck: number, powTwoNumItShouldBeComposedOf: number): boolean;
    static NrOrDefault(nr: number, defaultNr?: number): number;
    static CheckPrecisionAndScale(nrToCheck: number, precision: number, scale?: number): CheckPrecisionAndScaleResult;
    static CheckWithinSteppedBounds(nrToCheck: number, min: number, max: number, stepSize?: number): CheckWithinSteppedBoundsResult;
    static GetNearestNumberWithinSteppedBounds(originalNr: number, min: number, max: number, stepSize?: number): number;
    static GetTrueSteppedBoundsMax(min: number, max: number, stepSize?: number): number;
    static GetNearestNumberWithinBounds(originalNr: number, min: number, max: number): number;
    static ToString(nr: number): string;
    static DecimalsToStepIncrement(numberOfDecimals: number): number;
    static Round(value: number, decimals: number): number;
    static PrecisionScaleToMaxValue(precision: number, scale: number): number;
    static DifferenceBetweenNumbers(numberA: number, numberB: number): number;
    private static _GetLargestDecimalPrecisionOf;
    private static _NumberInputToNumberStr;
}