import { Decimal } from 'decimal.js';
import { NumberSystem } from './numberSystem';
import { UnitMeta } from './units';
export declare enum DATATYPE {
    NUMBER = 0,
    UNIT = 1,
    PERCENTAGE = 2
}
export declare enum TYPE_RANK {
    PERCENTAGE = 0,
    NUMBER = 1,
    UNIT = 2
}
declare abstract class Type {
    static typeVsStr: {
        [index in DATATYPE]: string;
    };
    abstract TYPE: DATATYPE;
    abstract TYPE_RANK: TYPE_RANK;
    abstract print(): string;
    abstract toFormat(): string;
    abstract toNumber(): number;
    abstract trusty(): boolean;
    toString(): string;
}
/**
 * Represents a type of variable or value
 */
declare namespace Type {
    abstract class Numeric extends Type {
        n: Decimal;
        lf: boolean;
        ns: NumberSystem;
        constructor(value: string | Decimal | number);
        format(): string;
        setSystem(numberSys: NumberSystem): Numeric;
        toNumericString(): string;
        print(): string;
        GT(value: Numeric): Numeric;
        GTE(value: Numeric): Numeric;
        LT(value: Numeric): Numeric;
        LTE(value: Numeric): Numeric;
        EQ(value: Numeric): Numeric;
        NEQ(value: Numeric): Numeric;
        Add(value: Numeric): Numeric;
        Sub(value: Numeric): Numeric;
        times(value: Numeric): Numeric;
        divide(value: Numeric): Numeric;
        power(value: Numeric): Numeric;
        modulo(value: Numeric): Numeric;
        toNumber(): number;
        trusty(): boolean;
        not(): Numeric;
        abstract New(value: Decimal): Numeric;
        abstract isZero(): boolean;
        abstract isNegative(): boolean;
        abstract negated(): Numeric;
        abstract plus(value: Numeric): Numeric;
        abstract mul(value: Numeric): Numeric;
        abstract div(value: Numeric): Numeric;
        abstract pow(value: Numeric): Numeric;
        abstract mod(value: Numeric): Numeric;
        abstract gt(value: Numeric): Numeric;
        abstract gte(value: Numeric): Numeric;
        abstract lt(value: Numeric): Numeric;
        abstract lte(value: Numeric): Numeric;
        abstract eq(value: Numeric): Numeric;
        abstract nEq(value: Numeric): Numeric;
    }
    /**
     * Basic Number type
     */
    class BNumber extends Numeric {
        toFormat(): string;
        static ZERO: BNumber;
        static New(value: string | Decimal | number): BNumber;
        TYPE_RANK: TYPE_RANK;
        TYPE: DATATYPE;
        constructor(value: string | Decimal | number);
        gt(value: Numeric): Numeric;
        gte(value: Numeric): Numeric;
        lt(value: Numeric): Numeric;
        lte(value: Numeric): Numeric;
        eq(value: Numeric): Numeric;
        nEq(value: Numeric): Numeric;
        isZero(): boolean;
        isNegative(): boolean;
        negated(): Numeric;
        div(value: Numeric): Numeric;
        pow(value: Numeric): Numeric;
        mod(value: Numeric): Numeric;
        mul(value: Numeric): Numeric;
        plus(value: Numeric): Numeric;
        New(value: Decimal): Numeric;
    }
    /**
     * Percentage type
     */
    class Percentage extends Numeric {
        toFormat(): string;
        static New(value: string | Decimal | number): Percentage;
        private static base;
        TYPE: DATATYPE;
        TYPE_RANK: TYPE_RANK;
        constructor(value: string | Decimal | number);
        gt(value: Numeric): Numeric;
        gte(value: Numeric): Numeric;
        lt(value: Numeric): Numeric;
        lte(value: Numeric): Numeric;
        eq(value: Numeric): Numeric;
        nEq(value: Numeric): Numeric;
        isZero(): boolean;
        isNegative(): boolean;
        negated(): Numeric;
        plus(value: Numeric): Numeric;
        mul(value: Numeric): Numeric;
        div(value: Numeric): Numeric;
        pow(value: Numeric): Numeric;
        mod(value: Numeric): Numeric;
        percentageValue(value: Decimal): Decimal;
        print(): string;
        New(value: Decimal): Numeric;
    }
    /**
     * Number with unit
     */
    class UnitNumber extends Numeric {
        toFormat(): string;
        static New(value: string | Decimal | number, unit: UnitMeta): UnitNumber;
        static convertToUnit(value: Numeric, unit: UnitMeta): UnitNumber;
        TYPE: DATATYPE;
        TYPE_RANK: TYPE_RANK;
        unit: UnitMeta;
        constructor(value: string | Decimal | number, unit: UnitMeta);
        New(value: Decimal): Numeric;
        isZero(): boolean;
        isNegative(): boolean;
        negated(): Numeric;
        gt(value: Numeric): Numeric;
        gte(value: Numeric): Numeric;
        lt(value: Numeric): Numeric;
        lte(value: Numeric): Numeric;
        eq(value: Numeric): Numeric;
        nEq(value: Numeric): Numeric;
        plus(value: Numeric): Numeric;
        mul(value: Numeric): Numeric;
        div(value: Numeric): Numeric;
        pow(value: Numeric): Numeric;
        mod(value: Numeric): Numeric;
        convert(ratio: Decimal, bias: Decimal): Decimal;
        ratio(): Decimal;
        bias(): Decimal;
        print(): string;
    }
    class FcalBoolean extends BNumber {
        toFormat(): string;
        static TRUE: FcalBoolean;
        static FALSE: FcalBoolean;
        private v;
        constructor(value: string | number | Decimal | boolean);
        print(): string;
        not(): BNumber;
    }
}
export { Type };