The function get_relevant_limits() expects a list returned by the
function set_limits and returns a list of only the relevant limits,
i.e. those that are relevant with respect to transformation.
get_relevant_limits(limits_list, xform = c("no", "no"), ivl_side = "lower")A list with the following elements is returned:
A numeric value or a numeric vector of length 2 of the
specification limit(s) on the original scale.
A numeric value or a numeric vector of length 2 of adjusted
specification limit(s).
A numeric value or a numeric vector that specifies the release
limit(s) on the original scale. If NA was passed in, NA is
returned.
A numeric value or a numeric vector of adjusted release limit(s).
If NA was passed in, NA is returned.
A numeric value or a numeric vector of length 2 of
adjusted specification limit(s) before transformation. If no
transformation has been performed it is NA.
A numeric value or a numeric vector of adjusted release
limit(s) before transformation. If no transformation has been performed
it is NA.
A list returned by the set_limits() function.
A vector of two character strings that specifies the
transformation of the response and the time variable. The default is
“no” transformation, i.e. c("no", "no"), where the first
element specifies the transformation of the \(x\) variable and the
second element the transformation of the \(y\) variable. Valid
alternatives for \(x\) and/or \(y\) variable transformation are
"log" (natural logarithm), "sqrt" (square root) and
"sq" (square).
A character string that specifies if the specification
limit, given that the limit has only one side, is an “upper” or a
“lower” bound, i.e. it is specified as either "upper" or
"lower", respectively. The default is "lower". If the
specification has two boundaries, then this parameter specifies the
preferred side. If no side is preferred over the other, "both" can
be used.
The function get_relevant_limits() makes a subset of the
list returned by the set_limits() function.
set_limits