| Line 61... |
Line 61... |
| 61 |
\code{x \%prop\% y} \tab x is proportional to y \cr
|
61 |
\code{x \%prop\% y} \tab x is proportional to y \cr
|
| 62 |
\code{plain(x)} \tab draw x in normal font \cr
|
62 |
\code{plain(x)} \tab draw x in normal font \cr
|
| 63 |
\code{bold(x)} \tab draw x in bold font \cr
|
63 |
\code{bold(x)} \tab draw x in bold font \cr
|
| 64 |
\code{italic(x)} \tab draw x in italic font \cr
|
64 |
\code{italic(x)} \tab draw x in italic font \cr
|
| 65 |
\code{bolditalic(x)} \tab draw x in bolditalic font \cr
|
65 |
\code{bolditalic(x)} \tab draw x in bolditalic font \cr
|
| - |
|
66 |
\code{symbol(x)} \tab draw x in symbol font \cr
|
| 66 |
\code{list(x, y, z)} \tab comma-separated list \cr
|
67 |
\code{list(x, y, z)} \tab comma-separated list \cr
|
| 67 |
\code{...} \tab ellipsis (height varies) \cr
|
68 |
\code{...} \tab ellipsis (height varies) \cr
|
| 68 |
\code{cdots} \tab ellipsis (vertically centred) \cr
|
69 |
\code{cdots} \tab ellipsis (vertically centred) \cr
|
| 69 |
\code{ldots} \tab ellipsis (at baseline) \cr
|
70 |
\code{ldots} \tab ellipsis (at baseline) \cr
|
| 70 |
\code{x \%subset\% y} \tab x is a proper subset of y \cr
|
71 |
\code{x \%subset\% y} \tab x is a proper subset of y \cr
|
| Line 126... |
Line 127... |
| 126 |
\code{group("(",list(a, b),"]")} \tab specify left and right delimiters \cr
|
127 |
\code{group("(",list(a, b),"]")} \tab specify left and right delimiters \cr
|
| 127 |
\code{bgroup("(",atop(x,y),")")} \tab use scalable delimiters \cr
|
128 |
\code{bgroup("(",atop(x,y),")")} \tab use scalable delimiters \cr
|
| 128 |
\code{group(lceil, x, rceil)} \tab special delimiters \cr
|
129 |
\code{group(lceil, x, rceil)} \tab special delimiters \cr
|
| 129 |
}
|
130 |
}
|
| 130 |
|
131 |
|
| - |
|
132 |
The symbol font uses Adobe Symbol encoding so, for example, a
|
| - |
|
133 |
Greek lower case mu can be obtained either by the special
|
| - |
|
134 |
symbol \code{mu} or by \code{symbol("m")}. This provides
|
| - |
|
135 |
access to symbols that have no special symbol name, for example,
|
| - |
|
136 |
the universal, or forall, symbol is \code{symbol("\\042")}.
|
| - |
|
137 |
|
| 131 |
Note to TeX users: TeX's \code{\Upsilon} is \code{Upsilon1}, TeX's
|
138 |
Note to TeX users: TeX's \code{\Upsilon} is \code{Upsilon1}, TeX's
|
| 132 |
\code{\varepsilon} is close to \code{epsilon}, and there is no
|
139 |
\code{\varepsilon} is close to \code{epsilon}, and there is no
|
| 133 |
equivalent of TeX's \code{\epsilon}. TeX's \code{\varpi} is close to
|
140 |
equivalent of TeX's \code{\epsilon}. TeX's \code{\varpi} is close to
|
| 134 |
\code{omega1}. \code{vartheta}, \code{varphi} and \code{varsigma} are
|
141 |
\code{omega1}. \code{vartheta}, \code{varphi} and \code{varsigma} are
|
| 135 |
allowed as synonyms for \code{theta1}, \code{phi1} and \code{sigma1}.
|
142 |
allowed as synonyms for \code{theta1}, \code{phi1} and \code{sigma1}.
|
The R Project SVN
R