Résumé/CV templates are abundantly
available in many varieties of themes and layouts. The
vitae
package provides a few of the more popular templates
that are suitable for most resumes. The included templates are far from
comprehensive - your favourite template may not be included, or perhaps
you have created your own template. This vignette explains how your
LaTeX CV can be used within the package using custom templates.
Extending vitae
to support new templates involves a
similar process to creating new rmarkdown
document
templates. An extended explanation for creating rmarkdown
templates can be found in the Document
Templates chapter in “R Markdown: The Definitive
Guide”.
Creating a template for vitae can be broken into three parts: -
Converting a CV into a Pandoc template - Adding LaTeX macros for
displaying CV entries - Using the template with
rmarkdown
Most elements that are included in the YAML header of an
rmarkdown
document are passed to your template via Pandoc
variables. Pandoc variables can be included in your template file by
surrounding the variable with $
. These can be used to fill
in basic CV details such as your name, occupation, and social links.
For example, suppose your document contains this YAML header:
name: "Mitchell O'Hara-Wild"
position: "vitae maintainer"
output: vitae::awesomecv
The $name$
variable in the template would be substituted
with Mitchell O'Hara-Wild
and similarly,
$position$
would become vitae maintainer
. Many
templates won’t follow this same structure exactly (some may split the
name into first and last names), but most of the time there is a
reasonable place for these variables. It is recommended that a
consistent set of variables are used to make switching between templates
easy.
The current list of variables used in the vitae
templates are:
In the moderncv
template, the position of ‘vitae maintainer’ is specified using
\position{vitae maintainer}
. Using Pandoc variables, this
would be replaced with \position{$position$}
, which allows
the position to be defined in the rmarkdown
document’s YAML
header.
However if a position
has not been provided in the YAML
header, this would leave us with \position{}
(which might
be okay for some templates, but is undesirable for most templates). To
resolve this, we can use Pandoc to conditionally include this section
with $if(position)$\position{$position$}$endif$
.
The main content from an rmarkdown
document is also
included using Pandoc variables. The results from the main section of
the document is stored in $body$
. So in a typical LaTeX CV
template, where there is usually pre-filled details about experience and
employment, this can be completely replaced with $body$
.
There are a few other common variables to place within the template,
which are typically placed in the same location as other templates.
These variables include:
Placement of these variables can be found by looking at other
template files provided in the package. The conversion of the moderncv
template into a Pandoc template for vitae
can be found on
GitHub.
The interface for producing entries in a CV varies greatly between
templates. To support these various formats, template specific R
functions are used to convert the vitae
format of what,
when, with, where, and why to output suitable for each template.
These functions are specified using the set_entry_formats()
function, which accepts output from
new_entry_formats()
.
The moderncv template provides many different layouts, of which I
have selected the two that best suit brief_entries
and
detailed_entries
.
The moderncv template \cvitem
command generates an
appropriate layout for brief entries. It expects inputs in this
format:
\cvitem{Title}{Description}
An appropriate function for creating these items could be:
moderncv_cv_entries <- new_entry_formats(
brief = function(what, when, with){
paste0(
"\t\\cvitem{", when, "}{", what, ". ", with, "}",
collapse = "\n"
)
},
detailed = ... # See below
)
Note that what
, when
and with
may contain more than one entry. This function combines each
\cvitem{}
into a single string by separating each entry
with a new line.
For detailed CV entries, the moderncv \cventry
command
is appropriate. It expects inputs in this format:
\cventry{Year}{Degree}{Institution}{City}{Grade}{Description}
A function that can produce these entries is as follows:
moderncv_cv_entries <- new_entry_formats(
brief = ...,
detailed = function(what, when, with, where, why){
# Combine why inputs into a bullet list
why <- lapply(why, function(x) {
if(length(x) == 0) return("\\empty")
paste(c(
"\\begin{itemize}%",
paste0("\\item ", x, "%"),
"\\end{itemize}"
), collapse = "\n")
})
# Combine inputs into \cventry{} output
paste0(
paste0("\t\\cventry{", when, "}{", what, "}{", with, "}{", where, "}{}{", why, "}"),
collapse = "\n"
)
}
)
Once the Pandoc variables and LaTeX CV entry macros are set in the
template, it is ready for use with the vitae
package. The
package provides the cv_document
output format, which is
suitable for use with custom templates. To use the custom template, your
rmarkdown
document’s YAML header would look like this:
output:
vitae::cv_document:
template: my_custom_template.tex
You will also need to copy all of the LaTeX class (.cls
)
and style (.sty
) files provided with the template into the
same folder as your rmarkdown
document. Once that is done,
your new template should be ready to use with the vitae
package.
If you’ve gone to the effort of successfully creating a new template
with the vitae
package, you may be interested in making it
available for others to use. You can contribute to this package by
submitting a pull request that adds your template to the package.
Adding your template to the package can be done with:
usethis::use_rmarkdown_template(
template_name = "Curriculum Vitae (My custom format)",
template_dir = "my_template",
template_description = "The custom vitae template made by me!",
template_create_dir = TRUE)
Then by navigating to the package’s
inst/rmarkdown/templates/my_template
folder, you can add
your Pandoc template to the resources
folder, and your
.cls
and .sty
files to the
skeleton
folder.
Once that is done, we can create a new rmarkdown
output
format that uses your template. These are added to the “R/formats.R”
file, and will usually follow the same structure as other templates. The
template argument to cv_document
is a link to your Pandoc
template in the package (accessed using system.file
), and
it is recommended that the supporting .cls
and
.sty
files are copied using
copy_supporting_files
.
#' @rdname cv_formats
#' @export
my_template <- function(...) {
template <- system.file("rmarkdown", "templates", "my_template",
"resources", "my_template.tex", package="vitae")
set_entry_formats(moderncv_cv_entries)
copy_supporting_files("my_template")
cv_document(..., template = template)
}
The automatically generated skeleton.Rmd
document in the
skeleton
folder should be modified to be a basic example of
using your template. Examples of this file can be found in other
templates, and this template file can act as a useful test for your
template!
All done! You should now be able to install your new version of the
package with devtools::install()
, and test out your new
output format with:
output:
vitae::my_template