lapce/floem
Floem
Floem is a native desktop UI framework and cross-platform toolkit for building high-performance user interfaces. It functions as a reactive UI library that uses a signal-based state management system to automatically synchronize the interface with data changes via lightweight observable primitives.
The framework utilizes a GPU-accelerated rendering engine to ensure visual consistency and high performance across different desktop operating systems. It features a layout engine based on flexible box and grid models to create responsive screens that adapt to various window sizes.
The toolkit covers a broad range of interface development capabilities, including component styling, theme customization, and the creation of visual transitions using keyframe animations and spring-based easing. It also includes diagnostic tooling for analyzing the view tree and layout properties to identify visual bugs.
Features
- GPU-Accelerated UI Rendering - Utilizes a GPU-accelerated rendering engine to ensure high performance and visual consistency across desktop operating systems.
- Cross-Platform UI Frameworks - Provides a framework for building high-performance native user interfaces across multiple desktop operating systems.
- Desktop UI Frameworks - Provides a comprehensive framework for building hardware-accelerated, cross-platform native desktop user interfaces.
- Native Desktop UI Frameworks - Provides a framework for building high-performance desktop UIs using non-browser architectures.
- GPU-Accelerated UI Rendering - Implements a rendering layer that leverages GPU acceleration for high-performance, low-latency desktop interface display.
- Cross-Platform Desktop Toolkits - Offers a native-feeling desktop toolkit with a unified layout and rendering model across platforms.
- Flexbox Layout Engines - Implements a layout engine using flexible box and grid systems for responsive desktop interface design.
- Flexible Grid Layouts - Positions interface elements using flexible box and grid systems to create responsive screens.
- Hardware-Accelerated UI Transitions - Provides a hardware-accelerated engine to ensure smooth, high-performance native interface transitions and rendering.
- Reactive State Management - Synchronizes the user interface with data changes automatically using a lightweight signal-based system.
- Reactive UI Frameworks - Offers a reactive framework that automatically synchronizes the user interface with application state changes.
- Responsive Layout Adapters - Implements responsive layout adapters that adjust dimensions based on window size changes.
- Signal-Based Reactivity - Synchronizes the user interface with data changes automatically using a lightweight signal-based state management system.
- Component Styling - Enables customization of the look and feel of interface elements using specific style attributes.
- Diagnostic Tooling - Provides diagnostic tools for analyzing the internal view tree and layout properties to identify and fix visual bugs.
- UI Animations - Creates smooth visual transitions between states using keyframe animations and spring-based easing.
- Visual Layout Auditors - Provides diagnostic tools to analyze the view tree and layout properties to identify and fix visual bugs.
