Rollable Display Image Adaptation During Area Extension

The patent applies dynamics by making the image representation adaptive and changeable in real-time according to the display area extension state. The processor dynamically adjusts image parameters (position, size, rotation angle, visual effects) based on the current extension distance and speed, transforming the static image display into a dynamic process that continuously adapts to the changing display area, thereby ensuring smooth visual transitions throughout the extension process.

The patent implements parameter changes by modifying multiple image parameters simultaneously - position coordinates, scaling dimensions, rotation angles, and visual effect intensities - in response to display area extension. These parameter adjustments are calculated based on the extension distance and speed, allowing the image to transform smoothly from its initial state to a state suitable for the expanded display area, resolving the discontinuity issue.

The patent segments the image processing into multiple independent parameter adjustments - position adjustment, size scaling, rotation transformation, and visual effect application. Each parameter can be independently calculated and adjusted based on the extension state, allowing for modular processing that enhances visual engagement while maintaining manageable system complexity through divided functionality.

The patent implements multi-functionality by enabling the image processing system to perform multiple operations simultaneously - resizing, repositioning, rotating, and applying visual effects - all in response to a single trigger (display area extension). This universal approach allows the same processing framework to handle diverse visual transformation needs, enhancing adaptability without proportionally increasing complexity.