Description Usage Arguments Author(s) See Also Examples

These functions provide information about the generalized Weibull
distribution, also called the exponentiated Weibull, with scale
parameter equal to `m`

, shape equal to `s`

, and family
parameter equal to `f`

: density, cumulative distribution,
quantiles, log hazard, and random generation.

The generalized Weibull distribution has density

*
f(y) = s f y^(s-1) (1-exp(-(y/m)^s))^(f-1) exp(-(y/m)^s)/m^s*

where *m* is the scale parameter of the distribution,
*s* is the shape, and *f* is the family
parameter.

*f=1* gives a Weibull distribution, for
*s=1*, *f<0* a generalized F distribution,
and for *s>0*, *f<=0* a Burr type XII distribution.

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`y` |
vector of responses. |

`q` |
vector of quantiles. |

`p` |
vector of probabilities |

`n` |
number of values to generate |

`m` |
vector of location parameters. |

`s` |
vector of dispersion parameters. |

`f` |
vector of family parameters. |

`log` |
if TRUE, log probabilities are supplied. |

J.K. Lindsey

`dweibull`

for the Weibull distribution,
`df`

for the F distribution,
`dburr`

for the Burr distribution.

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