person("Eric", "Dunipace",
role = c("aut", "cre"),
email = "edunipace@mail.harvard.edu",
comment = c(ORCID = "0000-0001-8909-213X"))
Eric Dunipace [aut, cre] (<https://orcid.org/0000-0001-8909-213X>)
Creates a header only package to link to the CGAL
(Computational Geometry Algorithms Library)
header files in Rcpp. There are a variety of potential uses for
the software such as Hilbert sorting, KDtree nearest neighbors,
and convex hull algorithms. There is only one R function in this
package, which returns the current version of the CGAL library
included. For more information about how to use the header files,
see the CGAL documentation at <https://www.cgal.org>. Currently
includes the CGAL 5.4 stable release.

This package provides access to the cnpy library by Carl
Rogers which provides read and write facilities for files
created with (or for) the NumPY extension for Python.

This package provides access to the cnpy library by Carl
Rogers which provides read and write facilities for files
created with (or for) the NumPY extension for Python.  Vectors
and matrices of numeric types can be read or written;
compressed files can be read as well. Support for integer files
is available if the package (and Rcpp) are compiled with
-std=c++11.

This package provides R with access to the cnpy library
written by Carl Rogers which provides read and write facilities
for files created with (or for) the NumPy extension for Python.
Vectors and matrices of numeric types can be read or written to
and from files as well as compressed files. Support for integer
files is available if the package (and Rcpp) have been compiled
with -std=c++0x.

This package use the cnpy library written by Carl Rogers to
provide read and write facilities for files created with (or for) the NumPy
extension for Python.  Vectors and matrices of numeric types can be read or
written to and from files as well as compressed files. Support for integer
files is available if the package has been built with -std=c++0x or
-std=c++11 which is needed to support 'long long int' types.