leapmotor OS HMI design

This system, utilizing an 'environment fusion' mode, transcends the limitations of traditional two-dimensional UIs by integrating driving and control. It collects external data via radar point clouds and renders vehicle scenarios in 3D, allowing users to truly perceive their environmental space. While driving, it automatically switches to intelligent driving mode, displaying ADAS environmental perception information and navigation assistance. In the vehicle's 3D space, it offers a unique blend of aesthetics and practicality. Users can intuitively perform operations such as 'one-touch vehicle lock, trunk access, suspension adjustment, and dynamic demonstrations of front and rear headlights.' A seamless, continuous 3D scene camera movement smoothly conveys control and functional information. This differentiated, immersive interactive experience redefines the human-machine relationship within the intelligent cockpit. The interface is centered around themed environments such as geometric spaces, snow-capped mountain landscapes, architectural forms, and musical atmospheres to create a multi-dimensional, immersive ambiance. Users can switch themes based on their preference or the driving scenario. The interface hierarchy emphasizes "zero-layer operation," allowing for quick adjustments to air conditioning, seats, and vehicle-to-home connectivity through long-presses and swipes on the bottom bar or via card-style shortcuts. Under the musical rhythm theme, the rendering engine drives spectrum pulsations that synchronize with ambient lighting, injecting dynamic artistic beauty into the vehicle's interior. The overall visual language balances a sense of technology with a humanistic atmosphere, presenting a fluid and immersive digital aesthetic. The system covers an end-to-end functional experience, from driving and parking to energy management. During driving, the ADAS environmental perception renders the surrounding environment in real-time, complementing features like automated parking, route memory, blind-spot monitoring, and highway navigation pilot to enhance driving safety. On the interaction level, users can achieve seamless services through voice commands, a large AI model, and multi-modal recognition for features such as rear-passenger care, a smart rest mode, and intelligent headlight control. The desktop card design and bottom-bar shortcuts enable "zero-layer direct access," significantly reducing operational complexity and the learning curve.