check_model.fit_model_bh_variance_intra
objectR/mean_comparisons.check_model_variance_intra.R
mean_comparisons.check_model_bh_variance_intra.Rd
mean_comparisons
performs mean comparisons from object coming from check_model.fit_model_bh_variance_intra
# S3 method for check_model_bh_variance_intra mean_comparisons(x, parameter, alpha = 0.05, type = 1, get.at.least.X.groups = 2, precision = 5e-04, threshold = 1, p.adj = "soft.bonf", ...)
x | outputs from |
---|---|
parameter | parameter on which the mean comparison is done. The possible values are "mu" and "sigma" |
alpha | level of type one error. 0.05 (5%) by default |
type | type of comparisons
|
get.at.least.X.groups | For type = 1. If there are only one group with alpha, the minimum number of groups wanted with a higher type one error (i.e. lower confidence). If NULL, nothing is done. |
precision | For type = 1. The precision of the alpha with the correspondong groups from get.at.least.X.groups. The smaller the better, but the smaller the more time consuming due to computing matters |
threshold | For type = 2. The threshold to which a parameter is different |
p.adj | For all except type = 2. NULL for no adjustement of the type one error. p.adj can be "soft.bonf". p.adj = "soft.bonf" for a soft bonferonni correction to take into account multiple comparisons (alpha / nb of parameters)..
The comparisons is based on the probability of having a common distribution for each pair of parameter.
When there is only one group with the value of alpha, the function (via |
... | further arguments passed to or from other methods#' |
A list of one elements :
data_mean_comparisons a list with as many elements as environment. Each element of the list is composed of two elements:
mean.comparisons: a dataframe with the following columns : parameter, median, groups, number of groups, alpha (type one error), alpha.correction (correction used), entry, environment, location and year.
Mpvalue : a square matrix with pvalue computed for each pair of parameter.
S3 method. For more details, see in the book : https://priviere.github.io/PPBstats_book/intro-agro.html#section-bayes