import { Class } from 'everyday-types';
import { Rect } from './rect';
import { Shape, ShapeLike } from './shape';
export declare class Point extends Shape {
    static fromElement(el: HTMLElement): Point;
    static fromObject(obj: ShapeLike): Point;
    static fromMatrix(matrix: DOMMatrix): Point;
    static fromAngle(radians: number): Point;
    static fromAngleDegrees(degrees: number): Point;
    static compare(a: Point | void, b: Point): boolean;
    x: number;
    y: number;
    constructor(obj: ShapeLike);
    constructor(x?: number, y?: number);
    [Symbol.iterator](): IterableIterator<number>;
    toString(): string;
    set(other: Point): this;
    draw(this: this, color?: string, position?: string): HTMLDivElement;
    get pos(): Point;
    get position(): Point;
    get size(): Point;
    get width(): number;
    set width(x: number);
    get height(): number;
    set height(y: number);
    interpolate(this: this, other: Point, t: number): this;
    interpolateSelf(this: this, other: Point, t: number): this;
    diff(this: this, other: Point): this;
    diffSelf(this: this, other: Point): this;
    abs(this: this): this;
    absSelf(this: this): this;
    square(this: this): this;
    squareSelf(this: this): this;
    sum(this: this): number;
    manhattan(this: this, other: Point): number;
    octile(this: this, other: Point): number;
    /** Returns the maximum of its values. */
    max(this: this): number;
    /** Returns the minumum of its values. */
    min(this: this): number;
    clampSelf(this: this, min: number, max: number): this;
    clampMinSelf(this: this, min: number): this;
    chebyshev(this: this, other: Point): number;
    euclidean(this: this, other: Point): number;
    distance(this: this, other: Point): number;
    mag(this: this): number;
    length(this: this): number;
    unit(this: this): this;
    dot(this: this, other: Point): number;
    normal(this: this): Point;
    angleTo(this: this, other: Point): number;
    round(this: this): this;
    roundSelf(this: this): this;
    precisionRound(this: this, p?: number): this;
    precisionRoundSelf(this: this, p?: number): this;
    gridRound(this: this, p?: number): this;
    gridRoundSelf(this: this, p?: number): this;
    absoluteSum(this: this): number;
    absSum: this['absoluteSum'];
    withinRect(this: this, other: Rect): boolean;
    transform(this: this, matrix: DOMMatrix): this;
    transformSelf(this: this, matrix: DOMMatrix): this;
    multiply(this: this, x: Shape): InstanceType<Class<typeof this>>;
    multiply(this: this, x: number, y?: number): InstanceType<Class<typeof this>>;
    multiplySelf(this: this, x: Shape): InstanceType<Class<typeof this>>;
    multiplySelf(this: this, x: number, y?: number): InstanceType<Class<typeof this>>;
    normalize(this: this, other: DOMMatrix): InstanceType<Class<typeof this>>;
    normalize(this: this, other: Point): InstanceType<Class<typeof this>>;
    normalize(this: this, other: Rect): InstanceType<Class<typeof this>>;
    normalize(this: this, x: number, y?: number): InstanceType<Class<typeof this>>;
    normalize(this: this): InstanceType<Class<typeof this>>;
    normalizeSelf(this: this, other: DOMMatrix): InstanceType<Class<typeof this>>;
    normalizeSelf(this: this, other: Point): InstanceType<Class<typeof this>>;
    normalizeSelf(this: this, other: Rect): InstanceType<Class<typeof this>>;
    normalizeSelf(this: this, x: number, y?: number): InstanceType<Class<typeof this>>;
    normalizeSelf(this: this): InstanceType<Class<typeof this>>;
    equals(this: this, other: Point): boolean;
    equalsAny(this: this, other: Point): boolean;
}