import { Point } from './point';
export declare enum VertexId {
    Corner = 0,
    VertexA = 1,
    otherCorner = 2,
    VertexB = 3
}
type MinMax = {
    minx: number;
    miny: number;
    maxx: number;
    maxy: number;
};
export declare class Parallelogram {
    isSeg: boolean;
    corner: Point;
    a: Point;
    b: Point;
    otherCorner: Point;
    aPlusCorner: Point;
    bPlusCorner: Point;
    aRot: Point;
    bRot: Point;
    abRot: number;
    baRot: number;
    contains(point: Point): boolean;
    get area(): number;
    vertex(vertexPar: VertexId): Point;
    static parallelogramOfTwo(box0: Parallelogram, box1: Parallelogram): Parallelogram;
    static pumpMinMax(mm: MinMax, p: Point): void;
    static intersect(parallelogram0: Parallelogram, parallelogram1: Parallelogram): boolean;
    static ParallelSegsIntersect(p0: Parallelogram, p1: Parallelogram): boolean;
    static separByB(p0: Parallelogram, p1: Parallelogram): boolean;
    static separByA(p0: Parallelogram, p1: Parallelogram): boolean;
    static parallelogramByCornerSideSide(corner: Point, sideA: Point, sideB: Point): Parallelogram;
    static getParallelogramOfAGroup(boxes: Parallelogram[]): Parallelogram;
}
export declare function allVerticesOfParall(p: Parallelogram): Generator<Point, void, unknown>;
export {};