OLHD.S2010

<code>OLHD.S2010</code> returns a <code>r2^{C+1}+1</code> or <code>r2^{C+1}</code> by <code>2^C</code> orthogonal Latin hypercube design generated by the construction method of Sun et al. (2010)

Contains different algorithms and construction methods for optimal Latin hypercube designs (LHDs) with flexible sizes. Our package is comprehensive since it is capable of generating maximin distance LHDs, maximum projection LHDs, and orthogonal and nearly orthogonal LHDs. Detailed comparisons and summary of all the algorithms and construction methods in this package can be found at Hongzhi Wang, Qian Xiao and Abhyuday Mandal (2021) <doi:10.48550/arXiv.2010.09154>. This package is particularly useful in the area of Design and Analysis of Experiments (DAE). More specifically, design of computer experiments.

Hongzhi Wang

Latin Hypercube Designs (LHDs)

Qian Xiao

Abhyuday Mandal

OLHD.S2010 function

<dl><dt>C</dt>
<dd>A positive integer.</dd>
<dt>r</dt>
<dd>A positive integer.</dd>
<dt>type</dt>
<dd>Design run size type, and it could be either odd or even. If <code>type</code> is odd (the default setting), <code>OLHD.S2010</code> returns an OLHD with run size <code>r2^{C+1}+1</code>. If <code>type</code> is even, <code>OLHD.S2010</code> returns an OLHD with run size <code>r2^{C+1}</code>.</dd></dl>

Arguments

Orthogonal Latin Hypercube Design — OLHD.S2010

<dl>

<dt>C</dt>
<dd>A positive integer.</dd>


<dt>r</dt>
<dd>A positive integer.</dd>


<dt>type</dt>
<dd>Design run size type, and it could be either odd or even. If <code>type</code> is odd (the default setting), <code>OLHD.S2010</code> returns an OLHD with run size <code>r2^{C+1}+1</code>. If <code>type</code> is even, <code>OLHD.S2010</code> returns an OLHD with run size <code>r2^{C+1}</code>.</dd>

</dl>

OLHD.S2010: Orthogonal Latin Hypercube Design

Description

Usage

Value

Arguments

References

Examples