export interface Add<In extends any[], Out = In[0]> {
    add(...addend: In): Out;
}
export interface Sub<In extends any[], Out = In[0]> {
    sub(...subtrahend: In): Out;
}
export interface Mul<In extends any[], Out = In[0]> {
    mul(...multiplicand: In): Out;
}
export interface Div<In extends any[], Out = In[0]> {
    div(...divisor: In): Out;
}
export interface Pow<In extends any[], Out = In[0]> {
    pow(...exponent: In): Out;
}
export interface Mod<In extends any[], Out = In[0]> {
    mod(...modulus: In): Out;
}
export interface Trig<Out> {
    sin(): Out;
    cos(): Out;
    tan(): Out;
}
export interface Abs<Out> {
    abs(): Out;
}
export interface Eq<Other extends any[]> {
    eq(...other: Other): boolean;
}
export interface Gt<Other extends any[]> {
    gt(...other: Other): boolean;
}
export interface Gte<Other extends any[]> {
    gte(...other: Other): boolean;
}
export interface Lt<Other extends any[]> {
    lt(...other: Other): boolean;
}
export interface Lte<Other extends any[]> {
    lte(...other: Other): boolean;
}
export declare abstract class Bounded {
    abstract get value(): number;
    abstract get min(): number;
    abstract get max(): number;
}
export type BoundedOptions = {
    max: number;
    min?: number;
};