DYNAMIC VISUAL DISTORTION AND PARALLAX INTEGRATION IN WEB INTERFACE DESIGN

The study explores the potential for transforming the perception of web interfaces by combining image distortion technologies with parallax effects. The proposed approach is based on the idea of using controlled visual distortions to direct user attention and create an immersive interaction experience with content. It has been determined that the application of deep layered structures, perspective shifts, and targeted interventions in the visual composition of the interface can enhance user engagement and generate a sense of spatial depth. The study examines the mechanisms of adaptive distortion of interface elements, which can be used to emphasize critical sections of web pages, improve navigation, and create dynamic interactions. An analysis has been conducted on the impact of parallax variations on depth perception, the relationship between foreground and background, and the intuitive identification of hierarchical elements within the interface space. The effectiveness of morphological distortions in visually highlighting content and integrating it into the overall design concept has been evaluated. The necessity of positioning key textual elements in stable viewing points among moving layers has been established, ensuring they remain stationary or exhibit significantly less movement compared to the surrounding interface environment. As a result, a structured model for applying visual distortions and kinetic effects has been developed, allowing the preservation of the functional clarity of the web interface without diminishing its aesthetic expressiveness. Future research may focus on expanding the proposed methodology by incorporating adaptive personalization algorithms that can automatically adjust distortion levels based on user behavioral patterns. Integrating machine learning methods to analyze the effects of distortions on user experience could help determine optimal interaction parameters. Additionally, further investigation into the psychological aspects of perceiving dynamic interfaces and their impact on cognitive information processing is considered a promising direction.