Spanish
LaTeX supports many worldwide languages by means of some special packages. In this article is explained how to import and use those packages to create documents in Spanish.
Introduction
Spanish language has some special characters, such as the ñ and some accentuated words. For this reason the preamble of your document must be modified accordingly to support these characters and some other features.
\documentclass{article}
\usepackage[utf8]{inputenc}
\usepackage[spanish]{babel}
\begin{document}
\tableofcontents
\vspace{2cm} %Add a 2cm space
\begin{abstract}
Este es un breve resumen del contenido del
documento escrito en español.
\end{abstract}
\section{Sección introductoria}
Esta es la primera sección, podemos agregar
algunos elementos adicionales y todo será
escrito correctamente. Más aún, si una palabra
es demasiado larga y tiene que ser truncada,
babel tratará de truncarla correctamente
dependiendo del idioma.
\section{Sección con teoremas}
Esta sección es para ver qué pasa con los comandos
que definen texto
\end{document}
There are two packages in this document related to the encoding and the special characters. These packages will be explained in the next sections.
Open an example of the babel package in ShareLaTeX
Input encoding
Modern computer systems allow you to input letters of national alphabets directly from the keyboard. In order to handle a variety of input encodings used for different groups of languages and/or on different computer platforms LaTeX employs the inputenc package to set up input encoding. In this case the package properly displays characters in the Spanish alphabet. To use this package add the next line to the preamble of your document:
\usepackage[utf8]{inputenc}
The recommended input encoding is utf-8. You can use other encodings depending on your operating system.
Open an example of the babel package in ShareLaTeX
Font encoding
To proper LaTeX document generation you must also choose a font encoding which has to support specific characters for Spanish language, this is accomplished by the fontenc
package:
\usepackage[T1]{fontenc}
Even though the default encoding works well in Spanish, using this specific encoding will avoid glitches with some specific characters. The default LaTeX encoding is OT1
.
Open an example of the babel package in ShareLaTeX
Language-specific packages and commands
To extended the default LaTeX capabilities, for proper hyphenation and translating the names of the document elements, import the babel package for the Spanish language.
\usepackage[spanish]{babel}
As you may see in the example at the introduction, instead of "abstract" and "Contents" the Spanish words "Resumen" and "Índice" are used. An extra parameter can be passed when importing the babel package with spanish support:
\usepackage[spanish, mexico]{babel}
This will set a localization for the language. By now only mexico and mexico-com are available, the latter will use a comma instead of a dot as the decimal marker in mathematical mode.
Mathematical commands can also be imported specifically for the Spanish language.
\section{Sección con teoremas}
Esta sección es para ver que pasa con los
comandos que definen texto
\[ \lim x = \sen{\theta} + \max \{3.52, 4.22\} \]
El paquete también agrega un comportamiento especial
a <<estas marcas para hacer citas textuales>> tal como
lo indican las reglas de la RAE.
You can see that \sen
, \max
and \lim
are properly displayed. For a complete list of mathematical symbols in Spanish see the reference guide. For this commands to be available you must add the next line to the preamble of your document:
\def\spanishoperators{}
Notice also that <<
and >>
have a special format in Spanish, this can conflict with some packages. If you don't need these or you want to use the direct keyboard input « » set the parameter es-noquotes
, comma separated inside the brackets of the babel statement.
Open an example of the babel package in ShareLaTeX
Hyphenation
Sometimes for formatting reasons some words have to be broken up in syllables separated by a -
(hyphen) to continue the word in a new line. For example, matemáticas could become mate-máticas. The package babel, whose usage was described in the previous section, usually does a good job breaking up the words correctly, but if this is not the case you can use a couple of commands in your preamble.
\usepackage{hyphenat}
\hyphenation{mate-máti-cas recu-perar}
The first command will import the package hyphenat and the second line is a list of space-separated words with defined hyphenation rules. On the other side, if you want a word not to be broken automatically, use the {\nobreak word}
command within your document.
Open an example of the babel package in ShareLaTeX
Reference guide
Spanish LaTeX commands in mathematical mode
LaTeX command | Output |
---|---|
\sen |
sen |
\tg |
tg |
\arcsen |
arc sen |
\arccos |
arc cos |
\arctg |
arc tg |
\lim |
lím |
\limsup |
lím sup |
\liminf |
lím inf |
\max |
máx |
\inf |
ínf |
\min |
mín |
Further reading
For more information see
- Supporting modern fonts with XƎLaTeX
- Typesetting quotations and quotation marks
- International language support
- Chinese
- French
- German
- Greek
- Italian
- Japanese
- Korean
- Portuguese
- Russian
- Arabic
- The not so short introduction to LaTeX2ε
- LaTeX/Internationalization on WikiBooks
- LaTeX/Special_Characters on WikiBooks
Overleaf guides
- Creating a document in Overleaf
- Uploading a project
- Copying a project
- Creating a project from a template
- Including images in Overleaf
- Exporting your work from Overleaf
- Working offline in Overleaf
- Using Track Changes in Overleaf
- Using bibliographies in Overleaf
- Sharing your work with others
- Debugging Compilation timeout errors
- How-to guides
LaTeX Basics
- Creating your first LaTeX document
- Choosing a LaTeX Compiler
- Paragraphs and new lines
- Bold, italics and underlining
- Lists
- Errors
Mathematics
- Mathematical expressions
- Subscripts and superscripts
- Brackets and Parentheses
- Fractions and Binomials
- Aligning Equations
- Operators
- Spacing in math mode
- Integrals, sums and limits
- Display style in math mode
- List of Greek letters and math symbols
- Mathematical fonts
Figures and tables
- Inserting Images
- Tables
- Positioning Images and Tables
- Lists of Tables and Figures
- Drawing Diagrams Directly in LaTeX
- TikZ package
References and Citations
- Bibliography management in LaTeX
- Bibliography management with biblatex
- Biblatex bibliography styles
- Biblatex citation styles
- Bibliography management with natbib
- Natbib bibliography styles
- Natbib citation styles
- Bibliography management with bibtex
- Bibtex bibliography styles
Languages
- Multilingual typesetting on Overleaf using polyglossia and fontspec
- International language support
- Quotations and quotation marks
- Arabic
- Chinese
- French
- German
- Greek
- Italian
- Japanese
- Korean
- Portuguese
- Russian
- Spanish
Document structure
- Sections and chapters
- Table of contents
- Cross referencing sections and equations
- Indices
- Glossaries
- Nomenclatures
- Management in a large project
- Multi-file LaTeX projects
- Hyperlinks
Formatting
- Lengths in LaTeX
- Headers and footers
- Page numbering
- Paragraph formatting
- Line breaks and blank spaces
- Text alignment
- Page size and margins
- Single sided and double sided documents
- Multiple columns
- Counters
- Code listing
- Code Highlighting with minted
- Using colours in LaTeX
- Footnotes
- Margin notes
Fonts
Presentations
Commands
Field specific
- Theorems and proofs
- Chemistry formulae
- Feynman diagrams
- Molecular orbital diagrams
- Chess notation
- Knitting patterns
- CircuiTikz package
- Pgfplots package
- Typing exams in LaTeX
- Knitr
- Attribute Value Matrices
Class files
- Understanding packages and class files
- List of packages and class files
- Writing your own package
- Writing your own class
- Tips