Awesome GitHub RepositoriesReact Charting Libraries

This project is a community-driven knowledge base that serves as a centralized directory for the React and React Native ecosystems. It functions as a developer discovery portal, aggregating high-quality libraries, frameworks, and learning resources to assist in the research and selection of tools for modern web and mobile application development. The repository distinguishes itself through a hierarchical taxonomy that organizes a fragmented landscape of third-party software into functional domains. By utilizing markdown-based content curation, it provides a structured index that allows develo

vx is a declarative charting framework and SVG data visualization library. It serves as an integration layer that combines D3 mathematical scales and shapes with a component-based UI for rendering visualizations. The project provides a set of building blocks for constructing custom charts and diagrams using React components. It bridges mathematical data and visual representation by utilizing low-level primitives to manage scalable vector graphics without manual document object model manipulations. The library covers a broad capability surface including custom chart development, declarative S

Visx is a collection of modular, low-level primitives designed for building custom data visualizations within a React component architecture. It functions as a toolkit for mapping data to coordinate systems and geometric shapes, allowing developers to construct bespoke charts and graphs that integrate directly into the standard component lifecycle. The library utilizes a decoupled package architecture, enabling the use of specific visualization utilities without requiring the entire framework. By leveraging established mathematical primitives for geometric calculations and functional data tra

Nivo is a responsive charting framework and a React data visualization library that uses D3 for its underlying math logic. It serves as both a collection of interactive chart components for web applications and a server-side visualization engine for generating static data chart images. The project distinguishes itself by providing a containerized chart rendering API, allowing the visualization engine to be deployed via Docker to serve rendered graphics as images or files through a programmatic interface. It also features a motion engine for animated data transitions, ensuring smooth visual sh

Victory is a React data visualization library and composable visualization toolkit used to build interactive charts and graphs. It functions as an SVG charting framework that renders scalable data visualizations designed to maintain consistency across different web browsers and operating systems. The project provides a collection of reusable UI primitives that combine to form complex interactive data layouts. This component-based approach allows for the construction of sophisticated graphs by composing modular visualization elements within React applications.

DataV is a big screen visualization framework designed for high-impact data displays. It provides a collection of libraries for both Vue and React to build large-scale data dashboards featuring interactive charts and visual elements. The toolkit includes a specialized decoration kit of scalable vector graphics used to add borders and frames to professional data display screens. It focuses on complex data visualization, including the rendering of specialized charts such as water level and flight line maps. The framework covers a broad capability surface for data dashboard visualization, provi

react-vis 是一个 React 数据可视化库和声明式图表框架，用于创建可组合的图形表示。它提供了一个系统，通过将简单的构建块组合成更大的图表结构来渲染复杂的可视化效果。 该库包括用于通过旭日图和树状图进行层次数据映射的专用工具，以及使用桑基图进行流和关系可视化的工具。它还提供了一个多变量数据可视化器，用于通过平行坐标、雷达图和径向可视化来绘制高维数据。 该框架支持用于折线图、柱状图和饼图的标准图表实现，以及图表图例管理和正交坐标图。这些可视化效果使用可缩放矢量图形（SVG）生成。

react-vis is a declarative, component-based React data visualization library. It provides a framework of reusable building blocks for rendering interactive charts and graphs by mapping raw data to visual attributes such as position, color, and size. The system leverages D3 for its scaling and layout logic. The library is distinguished by its ability to handle complex data relationships, including hierarchical data via tree maps and circle packing, as well as multidimensional analysis using parallel axes and radar charts. It also supports network flow mapping to illustrate the volume and direc

react-chartjs-2 is a data visualization library that provides a set of React components acting as a wrapper for Chart.js. It allows for the rendering of interactive charts and graphs within a React application using a declarative approach. The library manages HTML5 canvas charting components by tying the lifecycle of Chart.js instances to the mounting and unmounting of the React component tree. It translates component props into the configuration objects required by the underlying engine to map datasets to visual elements. The project covers a range of frontend integration capabilities, incl

react-chartjs-2 is a data visualization library that provides a set of React components to integrate the Chart.js library. It serves as a component-based charting interface for rendering dynamic data visualizations and graphs based on structured data sets. The project provides a declarative way to manage chart configurations and data updates. It maps component props to the underlying charting engine, allowing users to modify visual options and data dynamically to refresh displays. The library covers broader data visualization development, including the implementation of dynamic dashboards an

BizCharts is a React charting library that wraps the G2 grammar of graphics, providing declarative React components for building interactive data visualizations. It bridges G2's imperative charting API with React's declarative component model, enabling chart creation through nested component composition without writing imperative code. The library distinguishes itself by mapping G2's grammar of graphics primitives directly to React component types, allowing chart series like line, bar, and scatter to be expressed as interchangeable React components. It synchronizes G2 chart instance creation,

MUI X is a collection of advanced React UI components for building data-rich applications, including a data grid, charting library, date and time pickers, scheduler, and tree view. The library is built with accessibility as a core principle, ensuring all components meet WCAG and WAI-ARIA standards for keyboard navigation and screen reader announcements. The components are designed for extensibility and performance. The data grid offers comprehensive data management with sorting, filtering, pagination, column pinning, row grouping, inline editing, and Excel export. The charting library support

echarts-for-react 是一个 React 图表库和数据可视化组件，作为 Apache ECharts 库的包装器。它允许在基于组件的架构中使用声明式配置来渲染复杂的数据可视化和图表。 该库提供了一种访问底层可视化实例的机制，从而实现图像导出和手动调整大小等底层操作。它还支持将自定义函数绑定到可视化事件，以根据用户交互触发应用程序逻辑。 该工具集涵盖了通用图表行为配置和更新策略。它还支持仅导入特定组件以减小整体应用程序包的大小。

react-stockcharts 是一个使用 React 和 D3 构建的金融图表库，用于可视化市场价格数据。它提供了一个用于渲染股票图表和蜡烛图可视化以表示市场走势的系统。 该库作为技术分析工具，计算并在价格图表上叠加数学交易指标。它包括一个交互式界面，通过缩放、平移和添加手动几何注释来导航金融数据。 该项目涵盖了金融数据可视化、市场价格跟踪以及交互式交易仪表板的创建。

This project is a charting library designed for the React Native framework, providing a collection of reusable components for rendering data visualizations within mobile applications. It functions as a cross-platform interface tool that maps coordinate arrays to graphical elements, allowing developers to display statistical information consistently across both iOS and Android environments. The library enables the creation of line, bar, and pie charts through a declarative component structure. By mapping JavaScript properties to platform-specific drawing primitives, it facilitates the integrat

Rough Charts is a React-based charting library that provides a set of modular components for building data visualizations. It enables the creation of custom charts and graphs through a declarative syntax, allowing developers to compose complex layouts by nesting individual elements like axes, series, and tooltips. The library distinguishes itself by applying a procedural, hand-drawn aesthetic to all rendered graphics. By utilizing randomized offsets to generate irregular line paths, it produces visualizations that mimic the appearance of sketches. This style is applied to standard chart eleme