Abstract: Systems and methods for creating, storing, and manipulating 3D objects in a software-supported virtual environment, and furthermore automatically generating the 3D objects in a CAD software application, are disclosed. The systems and methods allow for assemblies of the 3D objects to be saved and exported, where the saved assemblies are then imported by the CAD software application. The CAD software application includes a plug-in for generating part instances corresponding to each 3D object of the saved assembly. The plug-in includes master part models that define how the part instances are represented in the CAD software application, and how each part instance is to be connected for creating the saved assemblies in the CAD software application.

Abstract: Systems and methods for creating, storing, and manipulating 3D objects in a software-supported virtual environment, without having to release new versions or renderings of the software-supported virtual environment, are disclosed. The system includes one or more graph files for defining particular 3D objects, where the one or more graph files define the object behavior in the software-supported virtual environment. A mobile application included in the system may receive the one or more graph files for displaying the 3D objects. A user of the mobile application may visually manipulate or configure the 3D objects, such as extending or rotating the 3D objects, which results in real-time adjustments to the one or more graph files, the display, and additional services such as price quoting.