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| 117 |
\code{\link{array}}s, the result corresponds to \code{x[.., drop=FALSE]}.
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117 |
\code{\link{array}}s, the result corresponds to \code{x[.., drop=FALSE]}.
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| 118 |
For \code{\link{ftable}} objects \code{x}, a transformed \code{format(x)}.
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118 |
For \code{\link{ftable}} objects \code{x}, a transformed \code{format(x)}.
|
| 119 |
}
|
119 |
}
|
| 120 |
\note{
|
120 |
\note{
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| 121 |
For array inputs the output of \code{tail} when \code{keepnums} is \code{TRUE},
|
121 |
For array inputs the output of \code{tail} when \code{keepnums} is \code{TRUE},
|
| 122 |
any dimnames vectors added for dimensions \code{>2} are the original
|
122 |
any dimnames vectors added for dimensions \eqn{>2} are the original
|
| 123 |
numeric indices in that dimension \emph{as character vectors}. This
|
123 |
numeric indices in that dimension \emph{as character vectors}. This
|
| 124 |
means that, e.g., for 3-dimensional array \code{arr},
|
124 |
means that, e.g., for 3-dimensional array \code{arr},
|
| 125 |
\code{tail(arr, c(2,2,-1))[ , , 2]} and
|
125 |
\code{tail(arr, c(2,2,-1))[ , , 2]} and
|
| 126 |
\code{tail(arr, c(2,2,-1))[ , , "2"]} may both be valid but have
|
126 |
\code{tail(arr, c(2,2,-1))[ , , "2"]} may both be valid but have
|
| 127 |
completely different meanings.
|
127 |
completely different meanings.
|