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LaTeX class for LiU Thesis

This is liuthesis, a modern class for writing a thesis for PhD, Licenciate, Master, or Bachelor (plus some more) at Linköping University (LiU) in Sweden.

Contributors

This list is not sorted in any particular order. Initial work was done by Ola Leifler, but several people have since made contributions to liuthesis. See the commit log for details.

  • Ola Leifler, ola.leifler@liu.se
  • Jonathan Jogenfors, jonathan.jogenfors@liu.se
  • Ivan Ukhov, ivan.ukhov@liu.se

How to contribute

Please do submit issues so we know what works and what does not work. If your issue pertains to deviations from prescribed formats, please include a pdf or other detailed description of how the typeset material should look. If there are missing features or bugs, please provide a minimal example that demonstrates the issue, along with a description of your environment. At best, provide a merge request. Remember that each merge request should address one specific issue, though, and be generally applicable to all theses at LiU. Merge Requests will be reviewed and approved by main developers, currently Ola Leifler.

Where to download

The latest version can always be found on GitLab. liuthesis is constantly being developed, so go to the download page to get the latest version.

Package options

The following options are recognized by the liuthesis document class

  • phd - For doctoral dissertations
  • lic - For licentiate theses
  • msc - For Masters' theses (default)
  • bachelor - For Bachelors' theses
  • hu - For the medical sciences (experimental)
  • filfak - For the Faculty of Arts and Sciences
  • lith - For LiTH (default)
  • exhibitpage - Produce an exhibit page (spikblad) and no thesis. Use this option to produce an exhibit page only for Licentiate/PhD dissertations.
  • printerfriendly - ensure chapters begin on recto pages
  • swedish - use Swedish as the main language, English as the secondary language
  • english - use English as the main language

Since liuthesis is based on the memoir document class, all options supported by memoir are supported by liuthesisas well.

System Requirements

You need a modern LaTeX distribution to be able to use liuthesis. Depending on your operating system, we recommend you install the following distribution:

  • For Linux systems: TeXLive (we recommend at least version 2016).
  • For Windows systems: MiKTeX (we recommend at least version 2.9).
  • For Mac/OSX systems: MacTeX.

More information on which distribution to choose can be found at the LaTeX project homepage.

liuthesis takes full advantage of the features of modern LaTeX, so you need to make sure your distribution installs at least the following packages (list incomplete):

  • biblatex
  • biber

When LaTeX has been installed, you are ready to use liuthesis. When compiling, liuthesis you have the option of choosing between the following build environments:

  • XeLaTeX (recommended)
  • pdfLaTeX

While the standard pdfLaTeX engine can be used for building, XeTeX is recommended in order to get the corrects fonts (KorolevLiU/Calibri/Carlito) used in the LiU style manual. When XeTeX is used, the polyglossia, mathspec, fontspec, xunicode and, xltxtra packages are loaded. When pdfLaTeX is used, babel, palatino, and mathpazo packages are used instead.

For correct font typesetting according to the LiU style manual, the proprietary fonts KorolevLiU or Calibri are required. Carlito may be used as a fallback for Calibri on systems that do not have Calibri installed. KorolevLiU is only used for exhibit pages ("spikblad") on the philosophical faculty.

Packages included

The liuthesis package includes a number of packages for convenient, contemporary TeX typesetting.

The BibLaTeX package is used for managing references. Currently, there is no way to specify the load-time options to biblatex as document class options together with other options, so the biblatex package has to be loaded manually in settings.tex (see Usage below).

Usage

This package contains a style file for theses (liuthesis.cls) and a file settings.tex which must at least include the lines

\usepackage{biblatex}
\addbibresource{<my bibliography file>}

and possibly other settings. In the directory figures/, you should place all graphics for your thesis. Logos are included for LiU, please add other logotypes as appropriate.

In your thesis file, you need to specify where the bibliography should be typeset using the command \printbibliography.

All files must be typeset using UTF-8 in order for non-latin characters such as åäö to work. Any modern editor will support this, and is probably enabled by default.

Example files

To make it easy to get started, a number of demonstration files are included:

  • demo_student_thesis.tex for Bachelor and Master student theses
  • demo_lith_lic.tex for Licenciate theses at LiTH
  • demo_filfak_lic.tex for Licenciate theses at Filfak
  • demo_lith_phd.tex for PhD theses at LiTH
  • demo_filfak_phd.tex for PhD theses at Filfak
  • demo_exhibipage_lith.tex for exhibit pages (spikblad) at LiTH
  • demo_exhibipage_filfak.tex for exhibit pages (spikblad) at Filfak

These demo pages are a good starting point and can be customized to your needs. Put your abstract in the file Abstract.tex (mandatory), and if your thesis requires a Swedish summary, put it in sammanfattning.tex. The demo files have further documentation to get you started.

Makefile

If you are on a platform where you can use make for building your PDF, we have prepared a Makefile. Edit the name of the main file that you wish to process (TEXMAINFILE) and run make. This will run XeLaTeX and biber as many times as needed to produce a PDF. To clean all auxiliary files, run make clean. To typeset the demos, run make demos, which will compile the demo files.

Including articles

\includearticle{<citekey>}

With the \includearticle command, you can include PDF articles and refer to them in your thesis. An example of this is given in the demo files (see above). <citekey> should be the same as the key in your bibliography which describes your article, and the file name of the PDF file. You can refer to your articles in your thesis using the reference key art:<citekey>.

\includearticletex{<citekey>}

With the \includearticletex command, you can include TeX articles and refer to them in your thesis. The demonstration files for PhD and Licenciate (see above) include examples for this. <citekey> should be the same as the key in your bibliography which describes your article, and the file name of the TeX manuscript in the papers/ directory. Please refer to the scigen.tex example for hints how you format your manuscript for inclusion. You can refer to your articles in your thesis using the reference key art:<citekey>.

There are a number of commands with one parameter which should be used to specify thesis metadata, and they are all typeset using the command names as they appear in the PDF. For instance, using the command \opponent{Your opponent}, you can specify the opponent. If you do not, the PDF will contain the verbatim text \opponent on all locations where the argument supplied to that command will substitute \opponent.

File headers

To use and update the file headers appropriately, you will need Emacs with the header2 package. Put this information in an Emacs init file:

(require 'package)
;; Marmalade
(add-to-list 'package-archives
             '("marmalade" . "http://marmalade-repo.org/packages/"))

;; The original ELPA archive still has some useful
;; stuff.
 (add-to-list 'package-archives
              '("elpa" . "http://tromey.com/elpa/"))
(package-initialize)

(autoload 'auto-update-file-header "header2")
(add-hook 'write-file-hooks 'auto-update-file-header)
(add-hook 'latex-mode-hook   'auto-make-header)

Complete list of parameters

This is a complete list of parameters that can be modified as part of the template. Some of them are set by specifying a document class option, but all are available in the main manuscript and can be overwritten if necessary. Here is a description of them.

All parameters are accessible through eponymous commands that render the name of the command, so that it will be obvious (hopefully) which commands to use for parametrizing the thesis.

Thus, \createvariable{edition} creates a command \edition{} which accepts a single parameter and sets the global variable \@edition, which is given the initial value \texttt{\textbackslash edition}.

%% The edition of the PhD thesis (at the philosophical faculty)
\createvariable{edition}

%% Parameters for the exhibit page (spikblad)
\createvariable{presentationroom}
\createvariable{presentationbuilding}
\createvariable{presentationcampus}
\createvariable{presentationdate}
\createvariable{presentationdateenglish}
\createvariable{presentationtime}

\createvariable{thesislanguage}
\createvariable{faculty}
\createvariable{issn}

\createvariable{degreeprefix}
\createvariable{degreesuffix}
\createvariable{exhibittext}
\createvariable{exhibittextswedish}
\createvariable{opponenttitle}
\createvariable{opponentname}
\createvariable{opponentuniversity}
\createvariable{opponentcountry}
\createvariable{thesisnumber}
\createvariable{currentyearthesisnumber}
\createvariable{supportedby}
\createvariable{publicationyear}
\createvariable{publicationmonth}
\createvariable{isbn}
\createvariable{supervisor}
\createvariable{examiner}
\createvariable{titleenglish}
\createvariable{titleswedish}
\createvariable{keywords}
\createvariable{keywordsswedish}
\createvariable{department}
\createvariable{departmentenglish}
\createvariable{departmentshort}
\createvariable{division}
\createvariable{divisionshort}
\createvariable{dateofpublication}
\createvariable{publicationseries}

%% Undergrad specific

% faculty abbreviation, for the publication number
\createvariable{area}

% First-cycle/Second-cycle
\createvariable{level}
\createvariable{thesistypenameswedish}
\createvariable{thesistypenameenglish}

% 15/16/30 credit thesis
\createvariable{thesiscredits}

\createvariable{thesissubject}
\createvariable{thesissubjectenglish}