coincidence_index: Computes the coincidence index of genotype selection
Description
Computes the coincidence index (Hamblin and Zimmermann, 1986) as follows:
CI = A-CM-C 100
where A is the number of selected genotypes common to different
methods; C is the number of expected genotypes selected by chance; and
M is the number of genotypes selected according to the selection
intensity.
coincidence: A data frame with the coincidence index, number of
common genotypes and the list of common genotypes for each model combination.
coincidence_mat: A matrix-like containing the coincidence index.
genotypes: The number of common genotypes for all models, i.e.,
the insersection of the selected genotypes of all models
Arguments
...
A comma-separated list of objects of class mgidi,
mtsifai_blup, or sh. When a model is informed, then
the selected genotypes are extracted automatically.
total
The total number of genotypes in the study.
sel1, sel2
The selected genotypes by the method 1 and 2, respectively. Defaults to NULL.
References
Hamblin, J., and M.J. de O. Zimmermann. 1986. Breeding Common Bean for Yield
in Mixtures. p. 245-272. In Plant Breeding Reviews. John Wiley & Sons, Inc.,
Hoboken, NJ, USA.tools:::Rd_expr_doi("10.1002/9781118061015.ch8")