Basic routines used in scientific coding, such as timing routines, vector/array handing functions and I/O support routines.

Provides the ability to display something analogous to
    Python's docstrings within R.  By allowing the user to document
    their functions as comments at the beginning of their function
    without requiring putting the function into a package we allow
    more users to easily provide documentation for their functions.
    The documentation can be viewed just like any other help files
    for functions provided by packages as well.

Creates 'testthat' tests from 'roxygen' examples using simple tags.

Have you ever been tempted to create 'roxygen2'-style documentation
    comments for one of your functions that was not part of one of your
    packages (yet)?
    This is exactly what this package is about: running 'roxygen2' on
    (chunks of) a single code file.

It is sometimes necessary to create documentation for all files in a directory. Doing so by hand can be very tedious. This task is made fast and reproducible using the functionality of 'documenter'. It aggregates all text files in a directory and its subdirectories into a single word document in a semi-automated fashion.

Connect to the 'DocuSign' Rest API <https://www.docusign.com/p/RESTAPIGuide/RESTAPIGuide.htm>, 
  which supports embedded signing, and sending of documents.

'Microsoft Word' 'docx' files provide an 'XML' structure that is fairly
    straightforward to navigate, especially when it applies to 'Word' tables and
    comments. Tools are provided to determine table count/structure, comment count
    and also to extract/clean tables and comments from 'Microsoft Word' 'docx' documents.
    There is also nascent support for '.doc' and '.pptx' files.

A variety of sampling plans are able to be compared using evaluations of their operating characteristics (OC), average outgoing quality (OQ), average total inspection (ATI) etc.

Distances on dual-weighted directed graphs using
    priority-queue shortest paths (Padgham (2019) <doi:10.32866/6945>).
    Weighted directed graphs have weights from A to B which may differ
    from those from B to A.  Dual-weighted directed graphs have two sets
    of such weights. A canonical example is a street network to be used
    for routing in which routes are calculated by weighting distances
    according to the type of way and mode of transport, yet lengths of
    routes must be calculated from direct distances.