knit2pdf

the output filename to be passed to the PDF
  compiler (e.g. a tex document)

output

a character string which gives the LaTeX
  program used to compile the tex document to PDF (by
  default it uses the default setting of
  <code><a href="/link/texi2pdf?package=knitr&version=1.2&to=tools" rd-options="tools" data-mini-rdoc="tools::texi2pdf">texi2pdf</a></code>, which is often PDFLaTeX);
  this argument will be us

compiler

options to be passed to
  <code><a href="/link/texi2pdf?package=knitr&version=1.2&to=tools" rd-options="tools" data-mini-rdoc="tools::texi2pdf">texi2pdf</a></code> or <code><a href="/link/rst2pdf?package=knitr&version=1.2" rd-options="" data-mini-rdoc="knitr::rst2pdf">rst2pdf</a></code>

input

the environment in which the code chunks are
  to be evaluated (can use <code><a href="/link/new.env?package=knitr&version=1.2" rd-options="" data-mini-rdoc="knitr::new.env">new.env</a>()</code> to
  guarantee an empty new environment)

envir

the encoding of the input file; see
  <code><a href="/link/file?package=knitr&version=1.2" rd-options="" data-mini-rdoc="knitr::file">file</a></code>

encoding

Knit the input Rnw or Rrst document, and compile to PDF
  using <code>texi2pdf</code> or <code>rst2pdf</code>.

This package provides a general-purpose tool for dynamic
        report generation in R, which can be used to deal with any type
        of (plain text) files, including Sweave, HTML, Markdown and
        reStructuredText. The patterns of code chunks and inline R
        expressions can be customized. R code is evaluated as if it
        were copied and pasted in an R terminal thanks to the evaluate
        package (e.g. we do not need to explicitly print() plots from
        ggplot2 or lattice). R code can be reformatted by the formatR
        package so that long lines are automatically wrapped, with
        indent and spaces being added, and comments being preserved. A
        simple caching mechanism is provided to cache results from
        computations for the first time and the computations will be
        skipped the next time. Almost all common graphics devices,
        including those in base R and add-on packages like Cairo,
        cairoDevice and tikzDevice, are built-in with this package and
        it is straightforward to switch between devices without writing
        any special functions. The width and height as well as
        alignment of plots in the output document can be specified in
        chunk options (the size of plots for graphics devices is still
        supported as usual). Multiple plots can be recorded in a single
        code chunk, and it is also allowed to rearrange plots to the
        end of a chunk or just keep the last plot. Warnings, messages
        and errors are written in the output document by default (can
        be turned off). Currently LaTeX, HTML, Markdown and reST are
        supported, and other output formats can be supported by hook
        functions. The large collection of hooks in this package makes
        it possible for the user to control almost everything in the R
        code input and output.  Hooks can be used either to format the
        output or to run a specified R code fragment before or after a
        code chunk. The language in code chunks is not restricted to R
        only (there is simple support to Python and Awk, etc). Many
        features are borrowed from or inspired by Sweave, cacheSweave,
        pgfSweave, brew and decumar.

knit2pdf: Convert Rnw or Rrst files to PDF using knit() and texi2pdf() or rst2pdf()

Description

Usage

Arguments

Value

See Also

Examples