pmndrs/react-spring

Features

• Declarative UI Motion Frameworks - Maps state changes to animated property values for seamless interface transitions using hooks and components.
• Physics-Based Animation Libraries - Creates natural and fluid motion for interface elements by using spring physics instead of traditional time-based easing functions.
• Component Animation Hooks - Provides hooks that accept configuration objects to animate component properties for user interface elements.
• Declarative Animation Frameworks - Manages entry, exit, and layout changes of interface elements through a declarative system.
• Cross-Platform Rendering Abstractions - Decouples animation logic from specific UI frameworks to allow motion application across diverse rendering targets.
• Animation Controllers - Coordinates multiple spring values through a central controller to orchestrate complex animation sequences.
• Animation Hooks - Manages animation lifecycles and spring configurations through hooks that synchronize motion with state changes.
• Cross-Platform Animation Engines - Provides a rendering-agnostic motion core that supports web interfaces, 3D scenes, and custom environments.
• Animation and Tweening - Physics-based React animation library.
• Graphics and Animations - Listed in the “Graphics and Animations” section of the Awesome React awesome list.
• Animations - Physics-based animation library.
• Graphics and Animation - Physics-based animation library.
• Graphics and Animations - A spring physics based React animation library
• Accessibility Motion Controls - Identifies system-level accessibility settings to automatically disable or simplify motion effects.
• High-Performance Interpolation - Provides specialized containers to interpolate values directly to the screen for high-performance visual transitions.
• Physics-Based Animation Configurations - Allows adjusting mass, tension, and friction settings to define natural and responsive motion behavior.
• Physics Engines - Calculates animation frames by solving differential equations for mass, tension, and friction to simulate natural motion.
• Imperative Animation APIs - Supports triggering animation commands directly to modify motion states instantly without forcing interface re-renders.
• Lifecycle Transition Trackers - Monitors mounting and unmounting of elements to automatically trigger entry and exit animations based on data changes.
• List Transition Animations - Tracks arrays of data to animate items entering and leaving the screen with specific transition styles.
• Scroll-Driven Animation Tools - Links visual effects and element displacements to the user scroll position to create immersive navigation experiences.
• Scroll-Driven Interaction Layers - Links visual displacements and element transitions directly to user scroll positions and viewport visibility.
• 3D Animation Libraries - Facilitates smooth 3D object transitions using spring physics for dynamic responsiveness.
• Animation Orchestrators - Coordinates multiple independent animations into complex, synchronized, or staggered sequences.
• Imperative Animation Controllers - Provides direct control over animation playback and state transitions outside of the standard declarative rendering flow.
• Layout Dimension Animators - Measures interface element sizes and applies spring-based motion to create smooth transitions during layout changes.
• Multi-Spring Orchestrators - Manages multiple independent spring animations simultaneously by defining configurations for each spring.
• Sequential Animation Orchestrators - Orchestrates multiple animation hooks to run in sequence by triggering subsequent animations after previous ones finish.

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