An 'R' port of the 'Python' 'seaborn' library. 'reaborn' mirrors the
    'seaborn' public function API (identical function names, argument names, and
    defaults) and renders visually indistinguishable plots using 'ggplot2'.
    Because every 'reaborn' plot is a 'ggplot' object, it can be extended with the
    full 'ggplot2' grammar of graphics.

Partitions the phenotypic variance of a plastic trait, studied through its reaction norm. The variance partition distinguishes between the variance arising from the average shape of the reaction norms (V_Plas) and the (additive) genetic variance . The latter is itself separated into an environment-blind component (V_G/V_A) and the component arising from plasticity (V_GxE/V_AxE). The package also provides a way to further partition V_Plas into aspects (slope/curvature) of the shape of the average reaction norm (pi-decomposition) and partition V_Add (gamma-decomposition) and V_AxE (iota-decomposition) into the impact of genetic variation in the reaction norm parameters. Reference: de Villemereuil & Chevin (2025) <doi:10.32942/X2NC8B>.

Tools to help with 'shiny' reactivity. The 'react' object offers
    an alternative way to call reactive expressions to better identify them
    in the server code.

Interactive data tables for R, based on the 'React Table'
    JavaScript library. Provides an HTML widget that can be used in 'R Markdown'
    or 'Quarto' documents, 'Shiny' applications, or viewed from an R console.

Enhanced functionality for 'reactable' in 'shiny' applications, offering interactive and dynamic data table capabilities with ease.
    With 'reactable.extras', easily integrate a range of functions and components to enrich your 'shiny' apps and facilitate user-friendly data exploration.

Provides a checkbox group input for usage in a 'Shiny'
    application. The checkbox group has a head checkbox allowing to check
    or uncheck all the checkboxes in the group. The checkboxes are
    customizable.

Building interactive web applications with R is incredibly easy
  with 'shiny'. Behind the scenes, 'shiny' builds a reactive graph that can
  quickly become intertwined and difficult to debug. 'reactlog'
  (Schloerke 2019) <doi:10.5281/zenodo.2591517> provides a visual insight into
  that black box of 'shiny' reactivity by constructing a directed dependency
  graph of the application's reactive state at any time point in a reactive
  recording.