Паралельна підготовка друкованого науково-технічного документа та його електронних версій
Василь Олександрович Кохановський
Abstract
Василь Олександрович Кохановський
Abstract
Currently, the predominant share of information on the Web is presented in the form of HTML (HyperText Markup Language). Using HTML for publishing materials with a large number of мathematics characters currently very limited. The classic way to represent the formulas in the form of graphic representation has several significant shortcomings and contrary to the modern concept according to which data must be separated from the form.To converting data proposed converter TeX4HT, which for any command or procedure Latex makes it possible to determine the appropriate equivalent markup language used by the source document (eg, HTML, XHTML, MathML). For the converter written style and configuration files with the help of which we can get electronic version in PDF and HTML + MathML formats.
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Currently, the predominant share of information on the Web is presented in the form of HTML (HyperText Markup Language). Using HTML for publishing materials with a large number of мathematics characters currently very limited. The classic way to represent the formulas in the form of graphic representation has several significant shortcomings and contrary to the modern concept according to which data must be separated from the form.To converting data proposed converter TeX4HT, which for any command or procedure Latex makes it possible to determine the appropriate equivalent markup language used by the source document (eg, HTML, XHTML, MathML). For the converter written style and configuration files with the help of which we can get electronic version in PDF and HTML + MathML formats.
Key concepts: XHTML, HTML, Markup language, Computer science, SGML, RuleML, Document type definition, World Wide Web