The Lambert W\(\times\) F framework can take any (continuous) random variable with distribution
F and make it skewed (type = "s"), heavy tailed (type = "h"),
or both (type = "hh").
In principle, this works for any F. Of course, this package implements only a finite
number of distributions, which can be specified with the distname argument.
Most functions in this package, however, also allow you to pass your own distribution and parameters
and create a Lambert W\(\times\) F version of it.
check_distname checks if the distribution specified by
the distname argument is implemented in this package.
get_distname_family determines whether a distribution is a
location, scale, or location-scale family.
It also returns whether the distribution is supported on non-negative
values only.
get_distnames lists all currently implemented distributions \(F_X\).
check_distname(distname)get_distname_family(distname)
get_distnames()
check_distname returns (invisible) that the distribution is implemented,
or throws an error otherwise.
get_distname_family returns a list with
logical; if TRUE, the distribution is a location family,
logical; if TRUE, the distribution is a scale family.
logical; if TRUE, the distribution has support only for
the non-negative reals (this is usually the case when location = FALSE
and scale = TRUE)
get_distnames returns a vector of strings in alphabetical order.
It lists all supported distributions.
Each string can be passed as the distname argument to several functions in this package.
character; name of input distribution; see
get_distnames.
create_LambertW_input, create_LambertW_output.
check_distname("normal")
if (FALSE) {
check_distname("my_great_distribution")
}
get_distname_family("normal")
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