Fast Estimation of Subbottin and AEP Distributions (Generalized Error Distribution)

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Documentation for package ‘Rsubbotools’ version 0.0.0.9

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alaplafit Fit an Asymmetric Laplace Distribution via maximum likelihood
dalaplace Returns density from Asymmetric Laplace Distribution
dasubbo Returns density from the AEP Distribution
dlaplace Returns density from Laplace Distribution
dpower Returns density from EP Distribution
dsep Returns density from Skewed Exponential Power distribution
dsubbo Returns density from Subbotin Distribution
laplafit Fit a Laplace Distribution via maximum likelihood
palaplace Returns CDF from Asymmetric Laplace Distribution
pasubbo Returns CDF from the AEP Distribution
plaplace Returns CDF from the Laplace Distribution
ppower Returns CDF from EP Distribution
psep Returns CDF from the Skewed Exponential Power distribution
psubbo Returns CDF from Subbotin Distribution
qalaplace Returns quantile from Asymmetric Laplace Distribution
qasubbo Returns CDF from the AEP Distribution
qlaplace Returns quantile from Laplace Distribution
qpower Returns quantile from EP Distribution
qsep Returns quantile from the Skewed Exponential Power distribution
qsubbo Returns CDF from Subbotin Distribution
ralaplace Generates an Asymmetric Laplace-distributed sample
rasubbo Produces a random sample from a Asymmetric Power Exponential distribution
rasubbo_orig Produces a random sample from a Asymmetric Power Exponential distribution
rgamma_c Generates a Gamma-distributed sample
rlaplace Generates a Laplace-distributed sample
rpower Generates a random sample from a Exponential Power distribution
rsubbo Produces a random sample from a Subbotin distribution
sepfit Fit a Skewed Exponential Power density via maximum likelihood
subboafish Returns the Fisher Information matrix and its inverse for the AEP
subboafit Fit an Asymmetric Power Exponential density via maximum likelihood
subbofish Return the Fisher Information Matrix for the Subbotin Distribution
subbofit Fit a power exponential density via maximum likelihood
subbolafit Fit a (Less) Asymmetric Power Exponential density via maximum likelihood