@floating-ui/core vs @material-ui/core
UI Component Libraries Comparison
1 Year
@floating-ui/core@material-ui/coreSimilar Packages:
What's UI Component Libraries?

UI component libraries provide pre-built components and utilities that facilitate the development of user interfaces in web applications. They help streamline the design process by offering reusable components that adhere to design principles, ensuring consistency and efficiency in building interfaces. The choice between these libraries often depends on the specific requirements of the project, such as the need for advanced positioning capabilities or adherence to Material Design guidelines.

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@floating-ui/core14,347,86730,726213 kB472 months agoMIT
@material-ui/core1,213,84594,8795.96 MB1,837-MIT
Feature Comparison: @floating-ui/core vs @material-ui/core

Design Principles

  • @floating-ui/core:

    @floating-ui/core focuses on providing utilities for positioning elements in relation to others, without imposing a specific design language. It allows developers to create custom-styled tooltips, popovers, and dropdowns while ensuring they are positioned correctly based on the viewport and other elements.

  • @material-ui/core:

    @material-ui/core is built on the Material Design guidelines established by Google. It offers a cohesive set of components that adhere to these principles, ensuring a consistent look and feel across applications. This library emphasizes usability and accessibility, making it easier to create user-friendly interfaces.

Component Variety

  • @floating-ui/core:

    @floating-ui/core specializes in positioning components rather than providing a wide range of UI elements. It is primarily focused on tooltips, popovers, and dropdowns, making it a niche solution for specific use cases where positioning is critical.

  • @material-ui/core:

    @material-ui/core offers a comprehensive collection of UI components, including buttons, forms, grids, and navigation elements. This extensive variety allows developers to build entire applications using a consistent design language and pre-built components.

Customization

  • @floating-ui/core:

    @floating-ui/core allows for extensive customization of positioning logic and styles, enabling developers to tailor the behavior and appearance of tooltips and popovers to fit their application's design. However, it requires more manual styling and integration with other UI libraries.

  • @material-ui/core:

    @material-ui/core provides built-in theming capabilities, allowing developers to easily customize the appearance of components through a theme provider. This makes it straightforward to adjust colors, typography, and spacing across all components, ensuring a unified design.

Integration

  • @floating-ui/core:

    @floating-ui/core can be integrated with any UI framework or library, as it focuses solely on positioning. This flexibility allows developers to use it alongside other libraries without being tied to a specific design system.

  • @material-ui/core:

    @material-ui/core is designed to work seamlessly with React applications, providing a rich set of components that are easy to integrate. It leverages React's component-based architecture, making it a natural choice for React developers.

Learning Curve

  • @floating-ui/core:

    The learning curve for @floating-ui/core can be moderate, as it requires an understanding of positioning logic and how to integrate it with other UI components. Developers need to be familiar with the nuances of positioning elements dynamically.

  • @material-ui/core:

    @material-ui/core is relatively easy to learn, especially for developers familiar with React. Its component-based structure and comprehensive documentation make it accessible for newcomers, allowing for quick adoption and implementation.

How to Choose: @floating-ui/core vs @material-ui/core
  • @floating-ui/core:

    Choose @floating-ui/core if your project requires advanced positioning and tooltip management functionalities. It excels in creating dynamic popups, tooltips, and dropdowns that adapt to their surroundings, making it ideal for applications with complex layouts or interactive elements.

  • @material-ui/core:

    Choose @material-ui/core if you are looking for a comprehensive set of components that follow Material Design principles. It provides a wide range of pre-styled components, making it easier to create visually appealing and consistent user interfaces quickly.

README for @floating-ui/core

@floating-ui/core

This is the platform-agnostic core of Floating UI, exposing the main computePosition function but no platform interface logic.