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DoE.MIParray (version 1.0-2)

Creation of Arrays by Mixed Integer Programming

Description

'CRAN' packages 'DoE.base' and 'Rmosek' and non-'CRAN' package 'gurobi' are enhanced with functionality for the creation of optimized arrays for experimentation, where optimization is in terms of generalized minimum aberration. It is also possible to optimally extend existing arrays to larger run size. The package writes 'MPS' (Mathematical Programming System) files for use with any mixed integer optimization software that can process such files. If at least one of the commercial products 'Gurobi' or 'Mosek' (free academic licenses available for both) is available, the package also creates arrays by optimization. For installing 'Gurobi' and its R package 'gurobi', follow instructions at . For installing 'Mosek' and its R package 'Rmosek', follow instructions at and , or use the functionality in the stump CRAN R package 'Rmosek'.

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Version

Install

install.packages('DoE.MIParray')

Monthly Downloads

276

Version

1.0-2

License

GPL (>= 2)

Maintainer

Ulrike Groemping

Last Published

September 3rd, 2025

Functions in DoE.MIParray (1.0-2)

write_MPSILPlist.Rd

Functions to create and write lists of (mixed) integer quadratic or linear problems related to orthogonal arrays
mosek_MIParray

Functions to Create a MIP Based Array Using Gurobi or Mosek
print.oa

Function to Print oa Objects with a Lot of Added Info
mosek2gurobi

Functions to recast quadratically constrained MIP in different format, and class qco
mosek_MIPcontinue

Functions to Continue Optimization from Stored State
dToCount.Rd

Functions to switch between count and array representation of an array
functionsFromDoE.base

Functions from package DoE.base
mosek_MIPsearch

Functions to Search for optimum MIP Based Array Using Gurobi or Mosek
create_MIQP.Rd

Internal functions that support the export of (mixed) integer quadratic or linear problems in MPS format
DoE.MIParray-package

Package to Create a MIP Based Array