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| 86 |
% Have caught all currently known problems; hence no longer say:
|
86 |
% Have caught all currently known problems; hence no longer say:
|
| 87 |
% Similarly, \code{qgamma} has a very hard job for
|
87 |
% Similarly, \code{qgamma} has a very hard job for
|
| 88 |
% small \code{scale}, and warns of potential unreliability for
|
88 |
% small \code{scale}, and warns of potential unreliability for
|
| 89 |
% \code{scale < 1e-10}.
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89 |
% \code{scale < 1e-10}.
|
| 90 |
\note{
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90 |
\note{
|
| 91 |
The S (Becker \emph{et al} (1988) parametrization was via \code{shape}
|
91 |
The S (Becker \emph{et al}, 1988) parametrization was via \code{shape}
|
| 92 |
and \code{rate}: S had no \code{scale} parameter. It is an error
|
92 |
and \code{rate}: S had no \code{scale} parameter. It is an error
|
| 93 |
to supply and \code{scale} and \code{rate}.
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93 |
to supply and \code{scale} and \code{rate}.
|
| 94 |
|
94 |
|
| 95 |
\code{pgamma} is closely related to the incomplete gamma function. As
|
95 |
\code{pgamma} is closely related to the incomplete gamma function. As
|
| 96 |
defined by Abramowitz and Stegun 6.5.1 (and by \sQuote{Numerical
|
96 |
defined by Abramowitz and Stegun 6.5.1 (and by \sQuote{Numerical
|