| Title: | Semi-Latin Rectangles |
|---|---|
| Description: | A facility to generate balanced semi-Latin rectangles with any cell size (preferably up to ten) with given number of treatments, see Uto, N.P. and Bailey, R.A. (2020). "Balanced Semi-Latin rectangles: properties, existence and constructions for block size two". Journal of Statistical Theory and Practice, 14(3), 1-11, <doi:10.1007/s42519-020-00118-3>. It also provides facility to generate partially balanced semi-Latin rectangles for cell size 2, 3 and 4 for any number of treatments. |
| Authors: | Kaushal Kumar Yadav [aut], Sukanta Dash [aut], Baidya Nath Mandal [aut, cre], Rajender Parsad [aut] |
| Maintainer: | Baidya Nath Mandal <[email protected]> |
| License: | GPL (>= 2) |
| Version: | 1.3.0 |
| Built: | 2024-11-26 03:06:13 UTC |
| Source: | https://github.com/cran/slr |
This function generates a balanced semi-Latin rectangles for given number of treatments and cell size
bslr(v, k)bslr(v, k)
v |
number of treatments |
k |
cell size, preferably up to 10 |
design |
(Balanced semi-Latin rectangle of cell size k for v treatments |
Avg.Effi |
Average efficiency of the design |
Kaushal Kumar Yadav <[email protected]>
bslr(5, 2) bslr(7, 3)bslr(5, 2) bslr(7, 3)
This function generates a balanced semi-Latin rectangles for given cell size and even number of treatments
bslr.even(v, k)bslr.even(v, k)
v |
number of treatments and is even |
k |
cell size, preferably up to 10 |
design |
(Balanced semi-Latin rectangle of cell size two for v treatments |
Avg.Effi |
Average efficiency of the design |
Sukanta Dash <[email protected]>
bslr.even(4,2)bslr.even(4,2)
This function generates a balanced semi-Latin rectangles for given number of treatments and cell size
bslr.gen(v, k)bslr.gen(v, k)
v |
number of treatments |
k |
cell size, preferably up to 10 |
design |
(Balanced semi-Latin rectangle of cell size k with v treatments |
Avg.Effi |
Average efficiency of the design |
Kaushal Kumar Yadav <[email protected]>
bslr.gen(7, 4)bslr.gen(7, 4)
This function generates a partially balanced semi-Latin rectangles for given cell size and odd number of treatments
bslr.odd(v,k)bslr.odd(v,k)
v |
number of treatments and is odd |
k |
cell size, prerably up to 10 |
design |
(Balanced semi-Latin rectangle of cell size two for v treatments |
Avg.Effi |
Average efficiency of the design |
Kaushal Kumar Yadav <[email protected]>
bslr.odd(5,2)bslr.odd(5,2)
This function generates a partially balanced semi-Latin rectangles of cell size two, three and four
pbslr(v,k)pbslr(v,k)
v |
number of treatments |
k |
cell size, 2, 3 or 4 is supported. |
design |
(Partially balanced semi-Latin rectangle of cell size two, three or four for v treatments |
Avg.Effi |
Average efficiency of the design |
Rajender Parsad <[email protected]>
pbslr(5, 2) pbslr(6, 3)pbslr(5, 2) pbslr(6, 3)
This function generates a partially balanced semi-Latin rectangles of cell size two, three and four for even number of treatments
pbslr.even(v,k)pbslr.even(v,k)
v |
number of treatments and is even |
k |
cell size, 2, 3 and 4 is supported |
design |
(Partially balanced semi-Latin rectangle of cell size two, three and four for v treatments for even number of treatments |
Avg.Effi |
Average efficiency of the design |
Baidya Nath Mandal <[email protected]>
pbslr.even(4,2) pbslr.even(6,4)pbslr.even(4,2) pbslr.even(6,4)
This function generates a partially balanced semi-Latin rectangles of cell size two and three for odd number of treatments
pbslr.odd(v,k)pbslr.odd(v,k)
v |
number of treatments and is odd |
k |
cell size. Either 2 or 3 is supported |
design |
(Partially balanced semi-Latin rectangle of cell size two for v treatments for odd number of treatments |
Avg.Effi |
Average efficiency of the design |
Baidya Nath Mandal <[email protected]>
pbslr.odd(5,2)pbslr.odd(5,2)