fluid-design

Physics-based motion for drag and swipe gestures is implemented by triggering spring animations that preserve velocity and respond to direct manipulation. This allows interface elements like drawers and modals to glide, snap, and react with tactile weight.

Shared element transitions animate a UI element moving seamlessly between two layout states or components. They improve perceived responsiveness by maintaining visual continuity during layout transitions, making interfaces feel polished and physically connected.

Interruptible animations are created by binding motion directly to user input methods and gestures. This ensures that ongoing physics-based animations can be immediately redirected or stopped by new direct manipulation inputs, preventing locked or janky interactions.

Yes, physics-based motion design must satisfy accessibility requirements by supporting prefers-reduced-motion. This ensures that UI components relying on spring physics and momentum-driven interactions degrade gracefully for users who require reduced motion.

Spring animations can be applied across web and mobile UIs for interactive components like reorderable lists, carousels, and accordions. They provide the momentum and tactile feel necessary for these elements to respond naturally to user input.

The best way to prevent static transitions in interactive modals is to architect fluid interfaces using momentum-driven interactions. Implementing spring physics and gesture-driven UI ensures modals react with tactile weight and perceived responsiveness.