An Android library for adding multiple snapping behavior to RecyclerView with customizable gravity and snap intervals.
MultiSnapRecyclerView is an Android library that adds multiple snapping behavior to RecyclerView, enabling items to snap to positions like start, center, or end with customizable intervals. It solves the problem of implementing smooth, controlled scrolling in lists or galleries without complex custom code.
Android developers building apps with RecyclerView-based interfaces such as carousels, image galleries, or horizontally scrolling lists that require precise snapping behavior.
Developers choose MultiSnapRecyclerView for its simplicity, flexibility, and performance—it provides a ready-to-use solution with features like gravity snapping and snap listeners, reducing boilerplate code compared to manual implementations.
Android library for multiple snapping of RecyclerView
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Supports snapping to start, center, or end positions, enabling precise alignment for items in carousels or galleries, as demonstrated in the gravity GIF in the README.
Allows specifying the number of items to scroll over per snap via the 'interval' attribute, facilitating multi-item navigation, shown in the snap count GIF.
Works with both horizontal and vertical scrolling layouts, making it adaptable for various UI designs without extra configuration.
Can be used as a custom view in XML or attached as a helper to existing RecyclerViews, offering flexibility in setup and migration.
Provides callbacks when snapping occurs, allowing developers to trigger custom UI updates or logic, enhancing interactivity.
Only compatible with LinearLayoutManager; GridLayoutManager and others are not supported, restricting layout creativity and use cases.
The README explicitly lists reverse layout as unsupported, which hinders implementation in apps requiring mirrored or bidirectional scrolling.
While simple to start, the README lacks advanced tutorials, troubleshooting guides, or best practices, which could slow down complex integrations.
Adding snapping behavior may introduce scrolling overhead, especially with large datasets or complex animations, though not explicitly benchmarked in the docs.