@inweb/viewer-visualize/lib/Viewer/Draggers/Common/Geometry.d.ts

JavaScript library for rendering CAD and BIM files in a browser using VisualizeJS

export interface Point2d {
    x: number;
    y: number;
}
export type Vector3 = [x: number, y: number, z: number];
export interface Point3d {
    add(point: Point3d): any;
    asVector(): Vector3d;
    distanceTo(point: Point3d): any;
    rotateBy(angle: number, vector: Vector3d): any;
    rotateByBasePoint(angle: number, vector: Vector3d, basePoint: Point3d): any;
    scaleBy(factor: number, basePoint: Point3d): any;
    set(x: number, y: number, z: number): any;
    setToProduct(matrix: any, point: Point3d): any;
    setToSum(point: Point3d, vector: Vector3d): any;
    sub(point: Point3d): Point3d;
    toArray(): number[];
    transformBy(matrix: any): any;
    translate(vector: Vector3d): any;
    get x(): number;
    set x(x: number);
    get y(): number;
    set y(y: number);
    get z(): number;
    set z(z: number);
}
export interface Vector3d {
    add(vector: Vector3d): any;
    angleTo(vector: Vector3d): any;
    angleToWithRef(vector: Vector3d, ref: Vector3d): any;
    asPoint(): Point3d;
    crossProduct(vector: Vector3d): any;
    dotProduct(vector: Vector3d): any;
    isEqualTo(vector: Vector3d): boolean;
    length(): number;
    lengthSqrd(): number;
    mirror(): any;
    negate(): any;
    normal(): any;
    normalize(): any;
    rotateBy(angle: number, vector: Vector3d): any;
    set(x: number, y: number, z: number): any;
    setLength(length: number): any;
    setToProduct(vector: Vector3d, scale: number): any;
    setToSum(vector1: Vector3d, vector2: Vector3d): any;
    sub(vector: Vector3d): any;
    toArray(): number[];
    transformBy(matrix: any): any;
    get x(): number;
    set x(x: number);
    get y(): number;
    set y(y: number);
    get z(): number;
    set z(z: number);
}
export interface Matrix3d {
    det(): number;
    get(row: number, col: number): number;
    getCoordSystem(origin: Point3d, xAxis: Vector3d, yAxis: Vector3d, zAxis: Vector3d): any;
    getCsOrigin(): Point3d;
    getCsXAxis(): Vector3d;
    getCsYAxis(): Vector3d;
    getCsZAxis(): Vector3d;
    invert(): Matrix3d;
    isEqualTo(): any;
    isPerspective(): any;
    isScaledOrtho(): any;
    isSingular(): any;
    isUniScaledOrtho(): any;
    norm(): number;
    postMultBy(rightSide: Matrix3d): Matrix3d;
    preMultBy(leftSide: Matrix3d): Matrix3d;
    scale(): any;
    set(row: number, col: number, value: number): any;
    setCoordSystem(origin: Point3d, xAxis: Vector3d, yAxis: Vector3d, zAxis: Vector3d): Matrix3d;
    setToAlignCoordSys(fromOrigin: Point3d, fromXAxis: Vector3d, fromYAxis: Vector3d, fromZAxis: Vector3d, toOrigin: Point3d, toXAxis: Vector3d, toYAxis: Vector3d, toZAxis: Vector3d): any;
    setToIdentity(): Matrix3d;
    setToProduct(matrix1: Matrix3d, matrix2: any): Matrix3d;
    setToProjection(projectionPlane: OdTvPlane, projectDir: Vector3d): Matrix3d;
    setToRotation(angle: number, axis: Vector3, center: Point3d): Matrix3d;
    setToScaling(arg0: any, arg1: any): any;
    setToWorldToPlane(geVector3d: number[]): any;
    setTranslation(vect: Vector3d): any;
    transpose(): Matrix3d;
    transposeIt(): Matrix3d;
    validateZero(): void;
}
export interface OdTvPlane {
    getOrigin(): any;
    getUAxis(): any;
    getVAxis(): any;
    normal(): any;
    set(point: number[], normal: OdTvVector): any;
    set3ptr(uPnt: OdTvVector, origin: OdTvVector, vPnt: OdTvVector): any;
    set4double(a: number, b: number, c: number, d: number): any;
    setUV(origin: OdTvPoint, uAxis: OdTvPoint, vAxis: OdTvPoint): any;
}
export interface OdTvPoint {
    setParam(controlPoints: any[]): any;
    getParam(): any[];
    getPointsCount(): number;
    editPointsViaRange(startPos: number, points: any[]): any;
    editPointsViaList(indPoints: any[], points: any[]): any;
    setPointSize(value: number): any;
    getPointSize(): number;
    setPointColorsViaList(indPoints: any[], colors: any[]): any;
    setPointColorsViaRange(indStart: number, nCount: number, colors: any[]): any;
    getPointColor(ind: number): any;
    setPointNormalsViaList(indPoints: any[], vectors: any[]): any;
    setPointNormalsViaRange(indStart: number, vectors: any[]): any;
    getPointNormal(ind: number): any;
}
export interface OdTvVector {
}