3D Graphical Component Rendering via Z-Depth Transformation
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Solution Overview
Problem
Current GUI technologies are limited by their two-dimensional approach, which restricts component arrangement and interaction, making it difficult to create effective user interfaces for modern electronic devices with small screens, increasing complexity, and high user expectations.
Innovation Solution
A method is introduced to transform two-dimensional graphical components into three-dimensional appearances by performing image data transformations, allowing components to extend perpendicular to the display plane and move within a three-dimensional space, enabling sophisticated visual effects and interactions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If two-dimensional graphical components are used in GUI technologies, then component arrangement is simple and compatible with existing technologies, but the visual engagement and interactive experience are limited
Solution Approach 1:
The patent transforms two-dimensional graphical components into three-dimensional representations by adding depth information. Graphical components are rendered with Z-depth values, allowing them to extend perpendicular to the display plane. This creates the illusion of three-dimensional space while maintaining the simplicity of 2D component structure, thereby improving visual engagement without significantly increasing implementation complexity.
2Ease of operation
If three-dimensional effects are introduced to enhance visual engagement, then user experience is improved, but processing requirements and device complexity increase
Solution Approach 1:
The patent creates three-dimensional effects by transforming and rendering modified forms of existing two-dimensional graphical components. Instead of requiring completely new 3D models, the system uses transformed versions of familiar 2D elements, preserving user recognition while adding depth. This approach maintains processing efficiency by reusing existing component assets rather than creating entirely new three-dimensional graphics.
Solution Approach 2:
The patent achieves three-dimensional appearance by modifying parameters of two-dimensional graphical components, specifically adding Z-depth values and transformation matrices. By changing these mathematical parameters rather than fundamentally altering the rendering pipeline, the system introduces 3D effects with minimal increase in processing requirements, maintaining compatibility with existing device hardware.
3Adaptability or versatility
If graphical components are confined to rectangular regions in two dimensions, then layout is simple and predictable, but spatial arrangement flexibility is limited
Solution Approach 1:
The patent extends component arrangement from two-dimensional rectangular regions to three-dimensional space by introducing Z-depth positioning. Graphical components can be positioned at different depths behind the display plane, allowing flexible spatial arrangements such as overlapping components at different levels, radial layouts, and depth-based organization. This maintains layout simplicity by using the same positioning concepts as 2D systems while adding a third dimension for flexibility.
Data Source
AI summary
User interface (UI) techniques, and more particularly to graphical user interface (GUI) techniques providing 3-dimensional (3-D) renditions. A method of displaying one or more graphical objects, the method being carried out in an electronic device, the device having processing circuitry, memory and a display device, the method comprising: obtaining first image data, the first image data defining at least one two-dimensional graphical component; performing a transformation operation on the first image data to generate second image data, the second image data defining, for the or each graphical component, a modified form of the graphical component; using said second image data, displaying the modified form whereby the or each graphical component has the appearance of having a component of dimension perpendicular the plane of the display device.