randtoolbox: Toolbox for Pseudo and Quasi Random Number Generation and RNG Tests

The package provides (1) pseudo random generators - general linear congruential generators (Park Miller) and multiple recursive generators (Knuth TAOCP), generalized feedback shift register (SF-Mersenne Twister algorithm and WELL generators); (2) quasi random generators - the Torus algorithm, the Sobol sequence, the Halton sequence (thus include Van der Corput sequence) and (3) some additional tests such as the gap test, the serial test, the poker test... The package depends on rngWELL package but it can be provided without this dependency on demand to the maintainer. For true random number generation, use the 'random' package, for Latin Hypercube Sampling (a hybrid QMC method), use the 'lhs' package, a number of RNGs and tests for RNGs are provided by 'RDieHarder', all available on CRAN. There is also a small stand-alone package 'rngwell19937' for the WELL19937a RNG.

Version: 1.16
Depends: rngWELL (≥ 0.10-1)
Published: 2014-12-05
Author: R port by Yohan Chalabi, Christophe Dutang, Petr Savicky and Diethelm Wuertz (underlying C codes of (i) the SFMT algorithm from M. Matsumoto and M. Saito, (ii) the Knuth-TAOCP RNG from D. Knuth).
Maintainer: Christophe Dutang <christophe.dutang at ensimag.fr>
License: BSD_3_clause + file LICENSE
NeedsCompilation: yes
Citation: randtoolbox citation info
Materials: NEWS
In views: Distributions
CRAN checks: randtoolbox results


Reference manual: randtoolbox.pdf
Vignettes: A note on random number generation
Quick introduction of randtoolbox
Package source: randtoolbox_1.16.tar.gz
Windows binaries: r-devel: randtoolbox_1.16.zip, r-release: randtoolbox_1.16.zip, r-oldrel: randtoolbox_1.16.zip
OS X Snow Leopard binaries: r-release: randtoolbox_1.16.tgz, r-oldrel: randtoolbox_1.16.tgz
OS X Mavericks binaries: r-release: randtoolbox_1.16.tgz
Old sources: randtoolbox archive

Reverse dependencies:

Reverse depends: cepp, GPC, iterLap, KrigInv
Reverse imports: cda, FDGcopulas, GPareto, mcGlobaloptim
Reverse suggests: DiceDesign, sensitivity