* Create a matrix based on the axis and rotation Angle (the matrix created by rotating the degrees according to the axis) * @param degrees Angle

* creatTextureDescriptor

* Decompose the current matrix * @param orientationStyle The default decomposition type is Orientation3D.EULER_ANGLES * @see Orientation3D.A

* * Returns an array of component objects of the specified type. * If there are no components of that type, search in the list of self body

* @returns determin it's a data type

* @internal

* Enter the 2D coordinates of the screen to obtain a ray that starts from the camera position and passes through the corresponding 3D position of the

* Sort userDataList by z based on the view coordinates of camera3D * @param camera3D camera3D * @param userDataList List of objects that use

* Convert world coordinates to screen coordinates * @param viewPortPosX Screen x coordinate * @param viewPortPosY Screen y coordinate *

* * Search for object children and return a child object with a matching name. * @param name matching name * @param loopChild Whether t

* * Returns all components of the specified type contained in the current object and its children. * If there are children in the child obj

* Get a Keyframe Data by Index * @param index must int * @returns Keyframe {@link Keyframe}

* Load the file from the URL * @param url file URL * @param c File parser * @param loaderFunctions loader callback * @see LoaderFu

* current matrix move position and rotation to target * @param eye eye position * @param at target position * @param up normalize axis

* @language en_US * Sets the members of Vector3 to the specified values * * @param xa The first element, such as the x coordinate.

* The components of the source vector are set to the current vector * @param src Original vector * @returns

* Create a shape3D by Shape3D constructor * * @template T * @param {Ctor<T>} cls * @return {*} {T} * @memberof Shape3DRender

* Fills the quaternion object with values representing the given euler rotation. * @param ax The angle in radians of the rotation aroun

* create matrix from two direction * @param fromDirection first direction * @param toDirection second direction * @param target ref ma

* Merge the bounding boxes that have been added to the world matrix based on the mesh of the children node

* load font file by url * @param url font file url * @param loaderFunctions callback * @returns

* Let's multiply the x and y values of this vector times v. * @param v

* Set Ammo.btVector3 using x, y, z

* * Prevent bubbling of all event listeners in subsequent nodes of the current node in the event flow.