An R package for creating interactive web graphics via the open-source JavaScript library plotly.js.
Plotly for R is an interactive graphing library that allows R users to create dynamic, web-based visualizations. It provides a bridge between R's statistical graphics capabilities and interactive web technologies, enabling the conversion of static ggplot2 plots into interactive charts and the creation of specialized visualizations directly via plotly.js. It solves the problem of making R graphics explorable and shareable in modern web contexts.
R users, data scientists, and analysts who need to create interactive visualizations for data exploration, reporting, or embedding in Shiny applications and R Markdown documents.
Developers choose Plotly for R because it seamlessly integrates with the popular ggplot2 workflow while offering direct access to the extensive chart types and interactivity of plotly.js. It provides a unified solution for both ggplot2 conversion and native interactive plot creation within the R ecosystem.
An interactive graphing library for R
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The ggplotly() function automatically transforms static ggplot2 plots into interactive web graphics, preserving aesthetics while adding hover, zoom, and pan capabilities without rewriting code.
Direct access to plotly.js via plot_ly() enables specialized visualizations like 3D surfaces, maps, and parallel coordinates that ggplot2 alone cannot support.
Functions like style() and layout() offer fine-grained customization of tooltips, animations, and plot behavior, allowing developers to tailor interactions for data exploration.
Native support for Shiny and R Markdown makes embedding interactive plots in dynamic reports and applications straightforward, with built-in demos and examples.
Since transitioning to community maintenance, development pace and support responsiveness may be slower, potentially delaying bug fixes or new features compared to commercially backed alternatives.
ggplotly() can struggle with complex ggplot2 customizations, such as intricate geoms or themes, often requiring manual intervention with style() or direct plotly.js calls to achieve desired results.
Rendering relies on plotly.js, meaning plots require a web environment and may suffer performance issues with very large datasets, as all processing happens client-side in the browser.