import StrNumber from './libs/StrNumber';
export { default as StrNumber } from './libs/StrNumber';
export declare const strNumber: {
    (value?: any): StrNumber;
    new (value?: any): StrNumber;
} & {
    prototype: StrNumber;
    POSITIVE_INFINITY: import("./libs/StrNumberFlag").default;
    NEGATIVE_INFINITY: import("./libs/StrNumberFlag").default;
    NaN: import("./libs/StrNumberFlag").default;
    add: (a: StrNumberType, b: StrNumberType) => StrNumberValue;
    minus: (a: StrNumberType, b: StrNumberType) => StrNumberValue;
    times: (a: StrNumberType, b: StrNumberType) => StrNumberValue;
    into: (a: StrNumberType, b: StrNumberType) => StrNumberValue;
    calc: (str: string) => StrNumberValue;
    toFixed: (value: StrNumberType, digits: number) => string;
    trunc: typeof import("./libs/trunc").trunc;
    isNegativeNumber: typeof import("./libs/share").isNegativeNumber;
    isInfinite: typeof import("./libs/share")._isInfinite;
    isFinite: typeof import("./libs/share")._isFinite;
    isNaN: typeof import("./libs/share")._isNaN;
    isStrNumber: typeof import("./libs/share").isStrNumber;
    formatScientificNotationNumber: typeof import("./libs/share").formatScientificNotationNumber;
    aIsEqualToB: typeof import("./libs/share").aIsEqualToB;
    aIsMoreThanB: typeof import("./libs/share").aIsMoreThanB;
    aIsLessThanB: typeof import("./libs/share").aIsLessThanB;
    abs: typeof import("./libs/share").abs;
    formatNumber: typeof import("./libs/formatNumber").formatNumber;
};
export default strNumber;