I engineered a high-performance interactive engine using p5.js to manage complex state transitions between user input, programmed entropy, and generative resolution. The architecture utilizes real-time coordinate manipulation to inject system-level interference—such as cursor-lag simulations and dynamic axis-inversion—specifically designed to map against the “inverse U-shaped” discomfort curve. Following the disruption phase, the system executes a custom mirroring algorithm that transforms fractured vector data into harmonious mandalas. These individual outputs are then programmatically aggregated into a persistent global grid using a synchronized canvas system, scaling the individual user experience into a large-scale collaborative digital exhibition.