DioxusLabs/taffy

Features

• Flexbox and Grid Layouts - Provides a full implementation of Flexbox and Grid layout models for computing element geometry.
• Cross Platform Layout Libraries - Provides flexbox layout capabilities to non-web environments as a language-agnostic library.
• Recursive Layout Measurement - Traverses the view hierarchy to calculate the dimensions of leaf nodes based on external content.
• Node Storage Abstractions - Provides a trait-based interface that abstracts node storage, allowing for custom tree implementations.
• Agnostic Layout Trees - Implements a layout engine that operates on any custom tree structure via a trait-based interface.
• Element Positioning - Computes the spatial arrangement and coordinate locations of nested UI components.
• Tree-Based Layout Logic - Allows the use of custom tree implementations to manage node storage and caching during layout.
• Pixel Snapping - Converts calculated floating point coordinates to integer pixel values to prevent sub-pixel blurring.
• UI Geometry Calculation Tools - Calculates the size and position of UI components with built-in support for pixel snapping and caching.
• Layout Tree Storage Interfaces - Taffy enables connecting layout algorithms to custom data structures and memory management systems through a low-level interface.
• Computational Result Caching - Caches computed layout geometry to skip redundant calculations for unchanged elements.
• Arena-Based Memory Management - Implements arena-based memory management to organize layout nodes in contiguous blocks for improved cache locality.
• Caching and Memoization - Utilizes memoization to cache previously computed layout geometry and avoid redundant calculations.
• Cross-Platform Rendering Frameworks - Functions as a cross-platform rendering framework by providing consistent geometry calculations across different environments.
• Custom UI Frameworks - Serves as a foundational component for building custom UI frameworks by providing the core layout logic.

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