A Flutter package providing a collection of performant and customizable grid layouts, including staggered, masonry, quilted, woven, staired, and aligned grids.
Flutter Staggered Grid View is a Flutter package that provides a collection of grid layout widgets and delegates for creating dynamic, non-uniform grid interfaces. It solves the problem of displaying content in visually engaging layouts beyond standard grids, offering options like staggered, masonry, quilted, woven, staired, and aligned grids to enhance UI design.
Flutter developers building mobile, web, or desktop applications who need advanced grid layouts for displaying images, cards, or other content in a visually appealing and structured manner.
Developers choose this package for its variety of performant, ready-to-use grid layouts, its focus on smooth scrolling and efficient rendering, and its flexibility in creating complex, rhythmic designs that are difficult to achieve with Flutter's built-in grid widgets alone.
A Flutter staggered grid view
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Offers six distinct layout types including Masonry, Quilted, and Woven, each with specific use cases and visual examples, making it easy to choose the right grid for different UI needs.
The package uses separate implementations like MasonryGridView to avoid layout dependencies on child sizes, as stated in the philosophy, ensuring smooth scrolling for complex layouts.
Each layout includes detailed code snippets, property explanations, and visual previews in the README, reducing setup time and helping developers quickly implement grids.
Provides delegates like SliverQuiltedGridDelegate that work with Flutter's built-in GridView, allowing seamless integration while maintaining customization options for directions and patterns.
The Staggered layout is intended for a small number of items and lacks Sliver support, making it unsuitable for scrollable lists, as the README admits no performant algorithm exists for this context.
MasonryGridView only supports tiles that occupy one column, which restricts designs requiring multi-span items in a masonry-style grid, as explicitly noted in the tile properties.
With six different grid types each having unique APIs and delegates, developers must learn multiple interfaces, increasing complexity compared to a more unified widget approach.
For layouts like Masonry, the package acknowledges performance challenges with child-dependent sizes, which could impact rendering efficiency in apps with very large or dynamic datasets.