Creation of Arrays by Mixed Integer Programming


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Documentation for package ‘DoE.MIParray’ version 0.13

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contr.XuWu Functions from package DoE.base
DoE.MIParray Package to Create a MIP Based Array
gurobi2mosek Functions to recast quadratically constrained MIP in different format, and class qco
gurobi_MIParray Functions to Create a MIP Based Array Using Gurobi or Mosek
gurobi_MIPcontinue Functions to Continue Optimization from Stored State
gurobi_MIPsearch Functions to Search for optimum MIP Based Array Using Gurobi or Mosek
GWLP Functions from package DoE.base
ICFTs Functions from package DoE.base
length2 Functions from package DoE.base
length3 Functions from package DoE.base
length4 Functions from package DoE.base
length5 Functions from package DoE.base
lowerbound_AR Functions from package DoE.base
mosek2gurobi Functions to recast quadratically constrained MIP in different format, and class qco
mosek_MIParray Functions to Create a MIP Based Array Using Gurobi or Mosek
mosek_MIPcontinue Functions to Continue Optimization from Stored State
mosek_MIPsearch Functions to Search for optimum MIP Based Array Using Gurobi or Mosek
oa_feasible Functions from package DoE.base
print.oa Function to Print oa Objects with a Lot of Added Info
qco Functions to recast quadratically constrained MIP in different format, and class qco
SCFTs Functions from package DoE.base