所以这是我的解决方案......有一些例子......
我刚刚复制并粘贴了我的 Rmd 文件以演示如何使用它。
您应该能够将其复制并粘贴到空白 Rmd 文件中，然后编织到 HTML 以查看结果...
理想情况下，我希望将它变成一个很好的简洁功能，而不是将其分成两部分（即 setup.table 和 print.table），但由于块选项不能按照建议在中间块中更改Yihui，它必须分成两个功能......
`dprint` + `knitr` Examples to create table images
===========
```{r}
library(dprint)
# creating the sytle object to be used
CBs <- style(frmt.bdy=frmt(fontfamily="HersheySans"),
frmt.tbl=frmt(bty="o", lwd=1),
frmt.col=frmt(fontfamily="HersheySans", bg="khaki",
fontface="bold", lwd=2, bty="_"),
frmt.grp=frmt(fontfamily="HersheySans",bg="khaki",
fontface="bold"),
frmt.main=frmt(fontfamily="HersheySans", fontface="bold",
fontsize=12),
frmt.ftn=frmt(fontfamily="HersheySans"),
justify="right", tbl.buf=0)
# creating a setup function to setup printing a table (will probably put this function into my .Rprofile file)
setup.table <- function(df,width=10, style.obj='CBs'){
require(dprint)
table.style <- get(style.obj)
a <- tbl.struct(~., df)
b <- char.dim(a, style=table.style)
p <- pagelayout(dtype = "rgraphics", pg.dim = NULL, margins = NULL)
f <- size.simp(a[[1]], char.dim.obj=b, loc.y=0, pagelayout=p)
# now to work out the natural table width to height ratio (w.2.h.r) GIVEN the style
w.2.h.r <- as.numeric(f$tbl.width/(f$tbl.height +b$linespace.col+ b$linespace.main))
height <- width/w.2.h.r
table.width <- width
table.height <- height
# Setting chunk options to have right fig dimensions for the next chunk
opts_chunk$set('fig.width'=as.numeric(width+0.1))
opts_chunk$set('fig.height'=as.numeric(height+0.1))
# assigning relevant variables to be used when printing
assign("table.width",table.width, envir=.GlobalEnv)
assign("table.height",table.height, envir=.GlobalEnv)
assign("table.style", table.style, envir=.GlobalEnv)
}
# function to print the table (will probably put this function into my .Rprofile file as well)
print.table <- function(df, row.2.hl='2012-04-30', colour='lightblue',...) {
x <-dprint(~., data=df, style=table.style, pg.dim=c(table.width,table.height), ..., newpage=TRUE,fit.width=TRUE, row.hl=row.hl(which(df[,1]==row.2.hl), col=colour))
}
```
```{r}
# Giving it a go!
# Setting up two differnt size tables
small.df <- data.frame(matrix(1:100, 10,10))
big.df <- data.frame(matrix(1:800,40,20))
```
```{r}
# Using the created setup.table function
setup.table(df=small.df, width=10, style.obj='CBs')
```
```{r}
# Using the print.table function
print.table(small.df,4,'lightblue',main='table title string') # highlighting row 4
```
```{r}
setup.table(big.df,13,'CBs') # now setting up a large table
```
```{r}
print.table(big.df,38,'orange', main='the big table!') # highlighting row 38 in orange
```
```{r}
d <- style() # the default style this time will be used
setup.table(big.df,15,'d')
```
```{r}
print.table(big.df, 23, 'indianred1') # this time higlihting row 23
```