Provides chronological objects which can handle dates and times.

A system for creating R Markdown reports with a sequential syntax.

Decorate functions to make them return enhanced output. The
    enhanced output consists in an object of type 'chronicle' containing
    the result of the function applied to its arguments, as well as a log
    detailing when the function was run, what were its inputs, what were
    the errors (if the function failed to run) and other useful
    information. Tools to handle decorated functions are included, such as
    a forward pipe operator that makes chaining decorated functions
    possible.

Easy way to draw chronological charts from tables, aiming to include an intuitive environment for anyone new to R. Includes 'ggplot2' geoms and theme for chronological charts.

The implemented functions allow the query, download, and import of remotely-stored and version-controlled data items. The inherent meta-database maps data files and import code to programming classes and allows access to these items via files deposited in public repositories. The purpose of the project is to increase reproducibility and establish version tracking of results from (paleo)environmental/ecological research.

Data stored in text file can be processed chunkwise using 'dplyr' commands. These
    are recorded and executed per data chunk, so large files can be processed with
    limited memory using the 'LaF' package.

Set chunk hooks for 'R Markdown' documents <https://rmarkdown.rstudio.com/>,
    and improve user experience.
    For example, change units of figure sizes, benchmark chunks, and number
    lines on code blocks.

Read tables chunk by chunk using a C++ backend and a simple R interface.

An implementation of the probability mass function, cumulative density function, quantile function, random number generator, maximum likelihood estimator, and p-value generator from a conditional hypergeometric distribution: the distribution of how many items are in the overlap of all samples when samples of arbitrary size are each taken without replacement from populations of arbitrary size.