MathML-aware Article Conversion from LaTeX

• Main Authors: Stamerjohanns, Heinrich, Ginev, Deyan, David, Catalin, Misev, Dimitar, Zamdzhiev, Vladimir, Kohlhase, Michael
• Format: Conference Object
• Language: English
• Published: Masaryk University Press 2009
• Subjects: keyword:University of Western Ontario; keyword:XML; msc:68U10; msc:68U15; DML
• Online Access: http://hdl.handle.net/10338.dmlcz/702561

summary:Publishing in Mathematics and theoretical areas in Computer Science and Physics has been predominantly using TeX/LaTeX as a formatting language in the last two decades. This large corpus of born-digital material is both a boon — LaTeX is semi-semantic format where the source often contains indications of the author’s intentions — and a problem — TeX is Turing-complete and authors use this freedom to use thousands of styles and millions of user macros. Several tools have been developed to convert TeX/LaTeX documents to XML-based — i.e. Web and DML-compatible formats. Different DML Projects use different tools, and the selection seems largely accidental. To put the choice of converters for DML projects onto a more solid footing and to encourage competition and feature convergence we survey the market. In this paper we investigate and compare five LaTeX-to-XML transformers in three dimensions: $a$) ergonomic factors like documentation, ease of installation, $b$) coverage, and $c$) quality of the resulting documents (in particular the MathML parts).