subbofish {Rsubbotools}R Documentation

Return the Fisher Information Matrix for the Subbotin Distribution

Description

Calculate the standard errors, the correlation, the Fisher Information matrix and its inverse for a power exponential density with given parameters

Usage

subbofish(size = 1L, b = 2, m = 0, a = 1, O_munknown = 0L)

Arguments

size

numeric - number of observations (Default: 01)

b

numeric - the exponent b (Default: 2.0)

m

numeric - the location parameter (Default: 0.0)

a

numeric - the scale parameter (Default: 1.0)

O_munknown

numeric - if true assumes m known

Value

a list containing four elements:


[Package Rsubbotools version 0.0.0.9 Index]