% axessibility - create pdf files with mathematical formulae accessible by assistive % technologies for visually impaired people with LaTeX % % Copyright (C) 2018, 2019 by % Anna Capietto, Sandro Coriasco, Tiziana Armano, % Nadir Murru, Alice Ruighi, Eugenia Taranto, % Dragan Ahmetovic, Cristian Bernareggi, Michele Berra % % Based on accsupp.sty % % This work consists of the main source file axessibility.dtx % and the derived files % axessibility.ins, axessibility.sty, axessibility.pdf, README, % axessibilityExampleGoldenMean.tex % % The Current Maintainer of this work is % Sandro Coriasco % % This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 License % http://creativecommons.org/licenses/by-nc/4.0/ % This is version 2.0 of axessibility, a package which allows LaTeX to create pdf files with mathematical formulae accessible by assistive technologies for visually impaired people. The following files are enclosed. README - This file. axessibility.dtx - Documented tex file of the axessibility package. Run pdfLaTeX on this file to obtain the package documentation. axessibility.ins - Run LaTeX on this file to extract the axessibility.sty file from axessibility.dtx. axessibilityExampleGoldenMean - A sample LaTeX file which uses the axessibility package. Installation notes: The package is supplied in `.ins`&`.dtx` format. Running `latex axessibility.ins` will extract the package, whereas `pdflatex axessibility.dtx` will typeset the documentation. Move `axessibility.sty` to your local `texmf` directory.
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axessibility – Access to formulas in PDF files by assistive technologies
PDF documents containing formulas generated by LaTeX are usually not accessible by assistive technologies for visually impaired people (i.e., by screen readers and braille displays). The axessibility package manages this issue, allowing to create a PDF document where the formulas are read by these assistive technologies, since it automatically generates hidden comments in the PDF document (by means of the /ActualText attribute) in correspondence to each formula.
|Licenses||CC BY-NC 4.0|
|Copyright||2018,2019 Anna Capietto, Sandro Coriasco, Tiziana Armano, Nadir Murru, Alice Ruighi, Eugenia Taranto, Dragan Ahmetovic, Cristian Bernareggi, Michele Berra|