These functions convert a data matrix into latex{;{LaTeX}.
}
exact(x, prec)
tex.table(datmat, bare = FALSE, precision = if (bare) "NA" else 2,
rnames = if (bare) "-1" else dimnames(datmat)[[1]], cnames = if (bare)
"-1" else dimnames(datmat)[[2]], caption = NULL, label = NULL,
tpos = "b", stretch = NULL, adjust = "r", file = NULL)
tex.tab.head(datmat, precision = 2, rnames = NULL, cnames = NULL,
caption = NULL, label = NULL, tpos = "b", stretch = NULL,
adjust = "r", file = NULL)
tex.tab.tail(datmat, precision = 2, rnames = NULL, cnames = NULL,
caption = NULL, label = NULL, tpos = "b", stretch = NULL,
adjust = "r", file = NULL)
tex.tabelle(datmat, precision = 2, rnames = NULL, cnames = NULL,
caption = NULL, label = NULL, tpos = "b", stretch = NULL,
adjust = "r", file = NULL)
- x
{numeric item}
- prec
{decimal precision (?)}
- datmat
{data matrix}
- bare
{TRUE: precision,rnames,cnames will get useful
defaults, FALSE: set these parameters yourself}
- precision
{precision of rounding within the LATEX table, if NA, then no transformation to numeric is done}
- rnames
{row names}
- cnames
{column names}
- caption
{caption for LATEX table, default: no caption}
- label
{LATEX label for the table, default: no lable}
- tpos
{position of captions: above or below table, "a" for above, "b" for below}
- stretch
{optional vector with two entries, giving the baselinestretch for the caption (stretch[1]) and the colums of the table (stretch[2]);
default: no adjustment of baselinestretch}
- adjust
{adjusts the columns of the LATEX table, default: "r" (right),
also possible: "l" (left) and "c" (centre) or user defined:
"adjust=c("l","c","r",...)" yields {l|cr...}}
- file
{output file, default: printout in console}These functions are called for their side effect to write to a file.
xtable in package "xtable"
[object Object]
interface