wix/react-native-interactable

Features

• UI Physics Coordinators - Calculates view coordinates using simulated spring tension, damping, and gravitational forces to mimic real-world movement.
• Gesture Interaction Frameworks - Implements a high-performance engine that maps real-time touch gestures to animated interface properties.
• Animated Gesture Event Mappings - Maps real-time view movement deltas to animated values for synchronized interface transitions.
• Interaction Frameworks - System for creating complex touch-based components like swipeable rows and draggable cards using high-performance animations.
• Gesture Physics Libraries - Provides high-performance draggable and swipeable interface elements in React Native using physics-based movement.
• Gesture Physics Extensions - Adds spring physics, friction, and gravitational forces to draggable views within React Native.
• Spring Physics Configurations - Provides simulated springs that pull elements toward specific coordinates with adjustable tension and damping.
• Physics-Based Animations - Implements interface elements that respond to touch using simulated gravity, springs, and friction.
• Interactive Motion Drivers - Binds real-time draggable view coordinates to animation drivers for controlling opacity, scale, and rotation.
• Movement Boundary Constraints - Restricts view movement within defined rectangular areas and implements bounce effects when boundaries are exceeded.
• Physics-Based UI Toolkits - Provides a comprehensive set of tools for simulating tension, damping, and boundary bounce for mobile interfaces.
• Interaction Coordinate Snapping - Forces views to align with specific target coordinates after a gesture ends to create locked UI states.
• Touch Coordinate Deltas - Tracks touch coordinate differences to apply physics-based friction and resistance logic.
• Physics-Driven View Rendering - Supports rendering views that interact dynamically using simulated spring physics, gravity, and friction.
• UI Gravitational Simulations - Enables the creation of gravity wells that attract or repel views within specific influence areas.
• UI Surface Friction Simulations - Simulates physical resistance within specific screen regions to increase movement difficulty for views.
• Interactive Navigation Components - Enables development of non-standard navigation components like draggable cards and swipeable rows with precise snapping.
• Screen Boundary Triggers - Triggers events when a view's center point enters or exits predefined screen boundary regions.
• Programmatic Position and Size - Enables the programmatic manipulation of view coordinates and velocities via imperative commands.
• Reactive Animation Bindings - Links real-time view movement to other animation values to create reactive and dynamic mobile user interfaces.
• Movement Range Restrictions - Allows setting hard horizontal and vertical movement boundaries with configurable bounce effects.
• Animation Response Mappings - Maps view movement deltas to animated values so other interface elements react in real-time.
• View Property Animators - Synchronizes view movement to animated values to drive the scale, opacity, or rotation of elements.
• Animation - High-performance interactable views.

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