java3d函数说明整理（Java3d function description collation）.docVIP

java3d函数说明整理（Java3d function description collation） A brief description of the java3D class: Class BranchGroup The object of this type is used for the construction of scene graph, an example of a BranchGroup is the root node graph, BranchGroup object is the only object Locale object can become child objects. The BranchGroup object can have more than one child, the child BranchGroup objects can be Group and Leaf objects. The BranchGroup default constructor (BranchGroup) An instance of BranchGroup, as the root node of the branch of the scene graph, the BranchGroup object is only inserted into Locale objects. Class Canvas3D The Canvas3D class inherits from Abstract Windowing Toolkit (AWT) class Canvas. In view of the bifurcation diagram of scene graph, at least a reference to a Canvas3D object (Note: there may be multiple Canvas3D objects, in order to make a simple demonstration, in the use of the SimpleUniverse class, Canvas3D class in the program only one instance). About Canvas more information, please refer to AWT. Appendix B provides a series of reference. The constructor of the Canvas3D class Canvas3D (GraphicsConfiguration graphicsconfiguration) structure and initializes a new Canvas3D object, Java 3D can render the GraphicsConfiguration object under the conditions given this object. This is the extension of the AWT Canvas class. For more information about the GraphicsConfiguration object please refer to the Java 2D specification. It is a part of the JDK 1.2 AWT. Class Transform3D The Transform3D object for 3D than in translational and rotational geometric deformation. These objects are generally only used to create a TransformGroup object. First of all, the Transform3D object may create some combination based on Transform3D object, and then use this Transform3D to construct a TransformGroup object. The Transform3D default constructor An object of the transformation usually expressed as a 4x4 double precision floating-point matrix. This is the main behavior of t