Adaptive User Interface Configuration via Stretching Ratio

The patent changes the parameter from discrete resolution-based logic to a continuous stretching ratio parameter. By calculating the stretching ratio based on screen dimensions and applying it uniformly to all UI components, the system achieves multi-device adaptation without requiring separate design logics for different resolutions, thus maintaining design simplicity and operability.

The patent creates a universal UI configuration method that works across all device resolutions through a single stretching ratio calculation. Instead of creating multiple resolution-specific UI logics, one universal configuration approach handles all devices by dynamically calculating and applying the appropriate stretching ratio, eliminating the need for multiple design paths.

The patent replaces the complex boundary-based design approach with a simple parameter-driven approach. Instead of manually configuring boundaries and creating different logics for different resolution ranges, the system calculates a single stretching ratio parameter that automatically scales the UI to fit any screen size, dramatically reducing design process complexity.

The system performs self-adaptation by automatically calculating the stretching ratio based on screen dimensions and applying it to UI components. This eliminates the need for manual boundary configuration and complex design decisions, allowing the UI configuration system to adapt itself to different screen sizes without extensive human intervention.

The patent reduces design work time by changing from a multi-configuration approach to a single-parameter approach. Instead of creating and maintaining multiple UI configurations for different devices, designers only need to create one base UI configuration, and the system automatically generates device-specific versions by applying the calculated stretching ratio, significantly reducing design and maintenance time.

The system creates device-specific UI configurations by copying and scaling the base UI configuration using the stretching ratio. Instead of manually designing each UI from scratch for different devices, the system copies the base configuration and applies geometric transformation (scaling), which is much faster and less costly than creating multiple independent configurations.