Skip to main content

Building Jinja2 templates with latex

Project description

This is a recent effort at writing a very light Latex build wrapper for Python 3 using Jinja2 templates. It was inspired by the build philosophy found in . However, the original latex library made it difficult to do complex, non-pdf builds (such as compiling to HTML). This repository creates simple components that can be used to build Latex from Jinja2 templates without losing control of the lower-level command line tools provided with latex (like pdflatex and htlatex). The usefulness of the library is split into two components:

  1. Rendering Jinja2 templates for Latex
  2. Compiling the rendered template with Latex

Currently, the following output formats are supported out of the box:

  1. .pdf
  2. .html
  3. .docx

That said, given the granular control offered by this package, as long as you stick with formats that are supported by build tools distributed with texlive, you should be able to easily write your own output format extensions using this package as a base.


This project is available at and may be installed with pip. I strongly recommend the usage of a virtual environment.

# Create a virtual environment
virtualenv -p python3.4 venv

# Source the virtual environment
source venv/bin/activate

# Install latexbuild in the virtual environment
pip install latexbuild

Rendering Jinja2 templates for Latex

Latex is a great typesetting engine for large, complex projects. However, its native build tools lack a straightforward templating engine where multiple people can collaborate on a similar document. For example, imagine a scenario where five professors in the same department need to create a course syllabus. Grading requirements may be standardized at the department level, which individual lessons are up to the professors. If course syllabuses were created using Jinja2 templating and Latex, the department could create a base template that listed the department standards and ask the professors to extend the base template for each course’s syllabus. That way, the professors need not worry about cross-course content or department-wide formatting requirements: these would be handled by the base template.

Assume the department saves the following content in template.tex:

% FILENAME: template.tex

\title{Economics Department: \BLOCK{block title}\BLOCK{endblock}}


\section{Department Introduction}
This is a standard message from the department
that will appear in every syllabus in exactly this place.
Professors shouldn't have to think about this.

\BLOCK{block greatness}\BLOCK{endblock}

\BLOCK{block boredom}\BLOCK{endblock}


Now that the template has been created, the accounting professor can create his syllabus in the following way:

%- extends "template.tex"

% FILENAME: accounting.tex

%- block title
%- endblock

%- block greatness
This is a great, accounting-specific block
%- endblock

%- block boredom
This is a boring, accounting-specific block
%- endblock

Additionally, the statistics professor can create her syllabus as follows:

%- extends "template.tex"

% FILENAME: statistics.tex

%- block title
Statistics for juggernauts
%- endblock

%- block greatness
This is a great, statistics-specific block
%- endblock

%- block boredom
This is a boring, statistics-specific block
%- endblock

Most Jinja2 templating functionality is supported, using the same syntax alterations as the latex python package referenced in this README’s introduction. For example, if you would like to loop over values and place them in a Latex list, you may use the following code.

This snippet provides an ordered list displaying the
list variable passed from Python:

  %- for variable in variable_list
  \item \VAR{variable}
  %- endfor

Alternatively, this snippet provides an unordered list
displaying the list variable passed from Python:

  %- for variable in variable_list
  \item \VAR{variable}
  %- endfor

This section will continue being updated over time with more examples.

Building Latex Output

For the simplest project, you can build a Jinja2-templated latex source repository with the following code:

from latexbuild import build_pdf, build_html, build_docx, render_latex_template

PATH_JINJA2 = "/path/to/your/latex/jinja2/root"
PATH_TEMPLATE_RELATIVE_TO_PATH_JINJA2 = "template/filepath.tex"
PATH_OUTPUT_PDF = "/path/to/your/output/directory/MYOUTPUTFILE.pdf"
PATH_OUTPUT_HTML = "/path/to/your/output/directory/MYOUTPUTFILE.html"
PATH_OUTPUT_DOCX = "/path/to/your/output/directory/MYOUTPUTFILE.docx"

# Build Jinja2 template, compile result latex, move compiled file to output path,
# and clean up all intermediate files

# If you just want the rendered template's text in a python variable,
# do the following (assuming you have no variables to pass):

# If your template renders Jinja2 variables, most interfaces provide
# a dictionary parameter. See below for an example for simply
# rendering the template's text in Python
    'var1': 'my variable 1 value',
    'list_var': ['item 1 for analysis', 'item 2 for analysis']

For more complex builds, the system is designed to accept whatever command line arguments you wish to use. Please see the source file latexbuild/ and read the LatexBuild class’s documentation for more information.

Supported / tested systems

Python 3, Linux

Written by

Samuel Roeca

Project details

Download files

Download the file for your platform. If you're not sure which to choose, learn more about installing packages.

Filename, size & hash SHA256 hash help File type Python version Upload date
latexbuild-0.2.2-py3-none-any.whl (14.8 kB) Copy SHA256 hash SHA256 Wheel py3
latexbuild-0.2.2.tar.gz (9.9 kB) Copy SHA256 hash SHA256 Source None

Supported by

Elastic Elastic Search Pingdom Pingdom Monitoring Google Google BigQuery Sentry Sentry Error logging AWS AWS Cloud computing DataDog DataDog Monitoring Fastly Fastly CDN SignalFx SignalFx Supporter DigiCert DigiCert EV certificate StatusPage StatusPage Status page