Point class from paper.js

Point.fs

and [<AllowNullLiteral>] [<Import("Point","paper")>] Point(x: float,y:float) =
        member __.x with get(): float = jsNative and set(v: float): unit = jsNative
        member __.y with get(): float = jsNative and set(v: float): unit = jsNative
        member __.length with get(): float = jsNative and set(v: float): unit = jsNative
        member __.angle with get(): float = jsNative and set(v: float): unit = jsNative
        member __.angleInRadians with get(): float = jsNative and set(v: float): unit = jsNative
        member __.quadrant with get(): float = jsNative and set(v: float): unit = jsNative
        member __.selected with get(): bool = jsNative and set(v: bool): unit = jsNative
        static member min(point1: Point, point2: Point): Point = jsNative
        static member max(point1: Point, point2: Point): Point = jsNative
        static member random(): Point = jsNative
        member __.equals(point: Point): bool = jsNative
        member __.clone(): Point = jsNative
        member __.toString(): string = jsNative
        member __.getAngle(Point: Point): float = jsNative
        member __.getAngleInRadians(point: Point): float = jsNative
        member __.getDirectedAngle(point: Point): float = jsNative
        member __.getDistance(point: Point, ?squared: bool): float = jsNative
        member __.normalize(?length: float): Point = jsNative
        member __.rotate(angle: float, center: Point): Point = jsNative
        member __.transform(matrix: Matrix): Point = jsNative
        member __.isInside(rect: Rectangle): bool = jsNative
        member __.isClose(point: Point, tolerance: float): bool = jsNative
        member __.isColinear(point: Point): bool = jsNative
        member __.isOrthogonal(point: Point): bool = jsNative
        member __.isZero(): bool = jsNative
        member __.isNan(): bool = jsNative
        member __.dot(point: Point): float = jsNative
        member __.cross(point: Point): float = jsNative
        member __.project(point: Point): Point = jsNative
        member __.round(): Point = jsNative
        member __.ceil(): Point = jsNative
        member __.floor(): Point = jsNative
        member __.abs(): Point = jsNative
        member __.add(point: Point): Point = jsNative
        member __.add(number: float): Point = jsNative
        member __.subtract(point: Point): Point = jsNative
        member __.subtract(number: float): Point = jsNative
        member __.multiply(point: Point): Point = jsNative
        member __.multiply(number: float): Point = jsNative
        member __.divide(point: Point): Point = jsNative
        member __.divide(number: float): Point = jsNative
        member __.modulo(point: Point): Point = jsNative
        member __.modulo(number: float): Point = jsNative
        static member (+) (x:Point,y:Point) : Point = x.add y 
        static member (-) (x:Point,y:Point) : Point = x.subtract y 
        static member (*) (x:Point,y:Point) : Point = x.multiply y 
        static member (/) (x:Point,y:Point) : Point = x.divide y 
        static member (%) (x:Point,y:Point) : Point = x.modulo y