Multidimensional Graphical Interface Depth and Reflection

The patent transitions from a traditional 2D graphical user interface to a 3D multidimensional interface by introducing depth dimension. Visualization objects are disposed at different depths along the Z-axis, and a reflection surface is added to create reflected visualizations. This dimensional change enables more intuitive information conveyance by leveraging spatial relationships and reflections that mirror real-world perception, while the systematic organization of elements maintains implementability.

The patent segments the display space into multiple depth layers along the Z-axis, with different visualization objects positioned at different depths. This segmentation allows multiple objects to be displayed simultaneously without creating a cluttered 2D plane. Users can selectively focus on objects at specific depths, and the reflection surface provides organized mirrored representations, making the interface easier to navigate despite the increased quantity of visualization objects.

The patent uses reflection surfaces to create mirrored copies of visualization objects and their surroundings. Instead of rendering every possible element from multiple angles, the reflection surface provides a simplified mirrored representation that enhances user experience by creating immersive 3D effects. This copying approach reduces rendering complexity compared to full 3D rendering of all elements, as reflections can be computed more efficiently than complete 3D scene rendering.