Provides methods to integrate functions over m-dimensional simplices in n-dimensional Euclidean space. There are exact methods for polynomials and adaptive methods for integrating an arbitrary function. Dirichlet probabilities are calculated in certain cases.

Author | John P. Nolan, with parts adapted from Fortran and matlab code by Alan Genz |

Date of publication | 2016-05-16 15:41:03 |

Maintainer | John P. Nolan <jpnolan@american.edu> |

License | GPL (>= 2) |

Version | 1.2 |

**adaptIntegrateSimplex:** Integrate a general function over a simplex

**adsimp:** Internal functions for adaptIntegrateSimplex.

**CanonicalSimplex:** Internal functions for defining/working with simplices.

**definePoly:** Define, evaluate, or print a polynomial

**grnmol:** Grundmann-Moller integration of a function over a simplex

**integrateSimplexPolynomial:** Exact integration of a polynomial over a simplex

**LasserreAvrachenkov:** Internal functions for integrateSimplexPolynomial.

**SimplicialCubature-package:** Numerical integration of functions over simplices

SimplicialCubature

SimplicialCubature/NAMESPACE

SimplicialCubature/demo

SimplicialCubature/demo/SimplicialCubature.R

SimplicialCubature/demo/00Index

SimplicialCubature/R

SimplicialCubature/R/adsimp.R
SimplicialCubature/R/SimplicialCubature.R
SimplicialCubature/R/grnmol.R
SimplicialCubature/MD5

SimplicialCubature/DESCRIPTION

SimplicialCubature/man

SimplicialCubature/man/integrateSimplexPolynomial.Rd
SimplicialCubature/man/adsimp.Rd
SimplicialCubature/man/adaptIntegrateSimplex.Rd
SimplicialCubature/man/grnmol.Rd
SimplicialCubature/man/CanonicalSimplex.Rd
SimplicialCubature/man/SimplicialCubature-package.Rd
SimplicialCubature/man/LasserreAvrachenkov.Rd
SimplicialCubature/man/definePoly.Rd
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