Sophisticated LaTeX Thesis Template
During their studies most students will be faced to the decision whether to use LaTeX or an other word processor to write a thesis. Since there are a number of strong reasons to use the former the next step is to start writing a LaTeX document.
Sooner or later the student will face issues or implements features that are very common while writing a thesis in LaTeX. This is why several instructions and even more tips are available in the Internet about writing Theses using LaTeX.
Although one can find many minimal examples and multiple small templates, there is no sophisticated community maintained template (i.e. everyone can collaborate) available that demonstrates all useful features. This project aims to fill this gap by providing a complex but stil easy to understand template. It should contain all necessary and nice to have features someone might need writing a thesis.
So please checkout the template (for both, a thesis and a paper), test it, spread the word, and contribute.
- PDF support: hyperlinks, ToC, annotations, metadata, linearlization, digital signatures, PDF/A2-b
- Language support: UTF8 encoding, support for CJK and German
- Integration: buildbot, TeXlipse, graphviz, gnuplot, R, plantuml, optipng, pdfopt, ...
- Validation: orthography (incl. project dictionary), hyphens, commas, references, todos, best practices, l2tabu, chklatex, latex/bibtex warnings
- Preface: title with logo, affidavit, dedication, acknowledgements, abstract, Zusammenfassung
- Tables: content, figures, listings, tables, per chapter
- Content: examples for (multiple) images, equations, tables, listings, acronyms (with references and footnotes)
- Appendix: acronyms, glossary, index
- Bibliography: multiple files and types, link to the source page, show unreferenced items
- Other: side notes, line numbering, chapter thumbs
- git clone --recursive git://github.com/tubav/Thesis.git
- cd Thesis
- make clean full
- make # to show all options
All make targets
* clean : Delete temporary files * all : Create the PDF file (run everything needed) * full : Create the PDF file (run LaTeX and BibTeX only) * quicker : Update the PDF file (just run LaTeX twice) * quick : Update the PDF file (just run LaTeX once) * bib : Update the bib file (just run BibTeX/biber once) * bibchk : Run some checks (e.g. biber, bibtex-check) * verify : Run some checks (e.g. l2tabu) * spell : Check for spelling errors (aspell) * eval : Run evaluation scripts (e.g. R) * generate : Generate images (gnuplot, R, dot/graphviz, ...) * deploy : Deploy the PDF file to a directory (e.g. for automated builds) * update : Get the latest sources (incl. latest library) * open : Opens the output file using 'open' * ci : Continuous Integration - watch for changes an rebuild everything * rename : Rename project * unicode : Find incompatible unicode characters * optimize : Optimize output (e.g. optipng) * sign : Sign the PDF using an X.509 certificate * preflight : Test for PDF/A and PDF/X compatibility
The template and build environment is proven to work with a reasonable large document (250 page, 450 references), without showing a single (unfiltered) warning message:
$ time make clean full verify bibchk Cleaning up...done Sorting acronyms...done Running LaTeX...done Running LaTeX...done Running Index...done Running BibTeX and Glossary...done Running LaTeX...done Running LaTeX...done Running LaTeX...done File created: thesis.pdf Pages: 250 Running chktex... Checking for duplicated/repeated words... Checking config... Checking todos... Checking orthography... Checking abstract... Checking introduction... Checking references... Checking latex (l2tabu)... Checking commas... Checking hyphens... Checking for common mistakes... Checking for common mistakes 2... Checking bibtex... real 10m47.507s user 9m0.911s sys 0m35.007s