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
