Dynamic Screen-Off Display Generation via Pixel Translation

The patent transforms static preset pictures into dynamic generated pictures by introducing random factors and environmental parameters. The display content dynamically changes based on time, location, device orientation, and other environmental factors, making the screen-off display adaptable and varied while maintaining simple implementation through algorithmic generation rather than manual picture selection.

The patent changes the parameters used for picture generation by incorporating environmental parameters such as time, location, temperature, and device orientation. Instead of using fixed preset pictures, the system generates pictures with varying parameters based on real-time environmental data, achieving display content variety while keeping the implementation straightforward through parameter-driven generation.

The patent segments the picture generation process into distinct modules: environmental parameter acquisition, random factor generation, picture element generation, and composition. Each module performs a specific function, making the overall complex process manageable and implementable through standardized, independent components that can be executed sequentially or in parallel.

The system performs self-service by automatically acquiring environmental parameters, generating random factors, and creating display pictures without requiring manual intervention. The device uses its own sensors and processing capabilities to generate adaptive display content, reducing the need for external input or complex user configuration while achieving varied and adaptive display results.

The patent applies preliminary action by pre-defining the structure and characteristics of pictures to be generated, including contour patterns, element types, and composition rules. By establishing these templates and rules in advance, the system can quickly generate high-quality pictures during screen-off periods without requiring extensive real-time processing, thus maintaining both quality and efficiency.

The patent applies partial action by selectively processing only the essential elements needed for picture generation, such as key contour features and major composition components, rather than processing every detail exhaustively. This approach achieves sufficient picture generation quality while reducing processing time by focusing computational resources on the most impactful elements.