'C++' Header Files for Color Conversion and Color Mappings
c(
person("Stéphane", "Laurent", , "laurent_step@outlook.fr", role = c("cre", "aut")),
person("Scott", "Spencer", role = "aut")
)
Provides 'C++' header files to deal with color conversion
from some color spaces to hexadecimal with 'Rcpp', and exports some
color mapping functions for usage in R. Also exports functions to
convert colors from the 'HSLuv' color space for usage in R. 'HSLuv' is
a human-friendly alternative to HSL.
Stéphane Laurent [cre, aut],
Scott Spencer [aut]

Global optimization by differential evolution in C++
Dirk Eddelbuettel extending DEoptim (by David Ardia, Katharine
Mullen, Brian Peterson, Joshua Ulrich) which itself is based on
DE-Engine (by Rainer Storn)
This package provides an efficient C++ based
implementation of the DEoptim function which performs global
optimization by differential evolution. It aims to show that
"easier, shorter, faster: pick any three" is achievable when
moving code from plain old C to modern C++.

This package provides an efficient C++ based
implementation of the DEoptim function which performs global
optimization by differential evolution.  Its creation was
motivated by trying to see if the old approximation "easier,
shorter, faster: pick any two" could in fact be extended to
achieving all three goals while moving the code from plain old
C to modern C++.  The initial version did in fact do so, but a
good part of the gain was due to an implicit code review which
eliminated a few inefficiencies which have since been
eliminated in DEoptim.

Dirk Eddelbuettel extending DEoptim (by David Ardia, Katharine Mullen,
Brian Peterson, Joshua Ulrich) which itself is based on DE-Engine (by Rainer Storn)
This package provides an efficient C++ based implementation of the
DEoptim function which performs global optimization by differential evolution.
Its creation was motivated by trying to see if the old approximation "easier,
shorter, faster: pick any two" could in fact be extended to achieving all
three goals while moving the code from plain old C to modern C++.  The
initial version did in fact do so, but a good part of the gain was due to
an implicit code review which eliminated a few inefficiencies which have
since been eliminated in DEoptim.