icdf
Return the inverse CDF of name distribution function for value p.
This is a wrapper for the name
inv and name
_inv functions
available in the statistics package. See the corresponding functions’ help to
learn the signification of the arguments after p.
name must be a char string of the name or the abbreviation of the desired quantile distribution function as listed in the followng table. The last column shows the maximum number of extra arguments that must be passed to the desired inverse CDF.
Distribution Name | Abbreviation | Max Arguments | ||
---|---|---|---|---|
"Birnbaum-Saunders" | "bbs" | 3 | ||
"Beta" | "beta" | 2 | ||
"Binomial" | "bino" | 2 | ||
"Burr" | "burr" | 3 | ||
"Cauchy" | "cauchy" | 2 | ||
"Chi-square" | "chi2" | 1 | ||
"Extreme Value" | "ev" | 4 | ||
"Exponential" | "exp" | 1 | ||
"F-Distribution" | "f" | 2 | ||
"Gamma" | "gam" | 2 | ||
"Geometric" | "geo" | 1 | ||
"Generalized Extreme Value" | "gev" | 3 | ||
"Generalized Pareto" | "gp" | 3 | ||
"Hypergeometric" | "hyge" | 3 | ||
"Laplace" | "laplace" | 2 | ||
"Logistic" | "logistic" | 2 | ||
"Lognormal" | "logn" | 2 | ||
"Nakagami" | "naka" | 2 | ||
"Negative Binomial" | "nbin" | 2 | ||
"Noncentral F-Distribution" | "ncf" | 3 | ||
"Noncentral Student T" | "nct" | 2 | ||
"Noncentral Chi-Square" | "ncx2" | 2 | ||
"Normal" | "norm" | 2 | ||
"Poisson" | "poiss" | 1 | ||
"Rayleigh" | "rayl" | 1 | ||
"Standard Normal" | "stdnormal" | 0 | ||
"Student T" | "t" | 1 | ||
"Triangular" | "tri" | 3 | ||
"Discrete Uniform" | "unid" | 1 | ||
"Uniform" | "unif" | 2 | ||
"Weibull" | "wbl" | 2 |
See also: cdf, pdf, random, bbsinv, betainv, binoinv, burrinv, cauchy_inv, chi2inv, evinv, expinv, finv, gaminv, geoinv, gevinv, gpinv, hygeinv, laplace_inv, logistic_inv, logninv, nakainv, nbininv, ncfinv, nctinv, ncx2inv, norminv, poissinv, raylinv, stdnormal_inv, tinv, triinv, unidinv, unifinv, wblinv
Source Code: icdf