Elastick Stack for React Native
The react-native-elastic-stack is a dynamic and visually engaging component designed for React Native applications. It introduces an elastic stack effect, allowing developers to create a smooth, swipeable card interface. The component is perfect for applications that require interactive data presentations, such as card-based UIs for dating apps, product selections, or any scenario where engaging user interactions enhance the experience.
This component’s design is particularly user-friendly, simplifying the implementation of swiping functionality. It incorporates a range of customization options, making it incredibly adaptable for various project requirements. Whether you’re looking to display images, texts, or other UI elements, react-native-elastic-stack offers a robust solution that enhances both functionality and visual appeal.
Smooth Swipe Animation: Experience an elastic, snap-back effect as users swipe items, creating an enjoyable interaction that mimics real-life gestures.
Multiple Swipe Directions: Customize how users can swipe items away with support for top, right, bottom, and left directions.
Infinite Swiping: Allow users to swipe through options endlessly with the infinite swiping feature, keeping the interaction engaging.
Custom Item Dimensions: Easily set the width and height of items based on device dimensions, ensuring consistent and optimal display across different screen sizes.
Dynamic Styling Options: Use flexible styling properties to tailor the appearance of the component according to your app’s branding and design scheme.
Event Callbacks: Utilize various callback functions such as onSwiped, onPanResponderGrant, and onStackEnded for precise control over user interactions and to enhance functionality.
Adjustable Stack Effect: Configure visual settings like stack effect height, rotation degree, and opacity reduction for a more tailored and sophisticated user interface.
Responsive Item Rendering: Implement a custom rendering function that allows for diverse content types to be displayed, providing the flexibility to meet specific design requirements.
