3D Scene Editing Using Smart Device Sensors

The patent applies universality by enabling ordinary smart devices (mobile phones, tablets) to perform 3D object editing functions that previously required specialized proprietary software and equipment. The system allows a single smart device to handle multiple functions including 3D scene rendering, object manipulation, gesture recognition, and animation creation, making the complex functionality accessible through a universal device that users already possess.

The patent uses copying by creating virtual copies of real-world objects through image processing technology. The system captures images of actual objects and generates corresponding 3D virtual models that can be edited, animated, and manipulated in a virtual environment. This copying approach allows users to work with familiar object representations without needing specialized 3D modeling equipment.

The patent replaces complex mechanical 3D editing systems with gesture-based control mechanisms. Instead of requiring users to manipulate virtual objects through complex menu systems or precise coordinate inputs, the system recognizes natural hand gestures captured by the device's camera and sensors. This substitution makes the editing process as intuitive as physical hand movements, dramatically improving ease of operation while maintaining full 3D editing functionality.

The system applies self-service by automatically performing complex 3D scene rendering and object manipulation tasks based on user gestures. The smart device's processor automatically calculates transformation coordinates, renders the 3D scene from appropriate viewpoints, and applies edits without requiring users to manually configure rendering parameters or understand complex 3D coordinate systems. The system serves itself by handling the computational complexity while presenting a simple gesture-based interface.