Browsers Browser plugins, scripts and extensions Editors Scientific Computation Composition and Rendering Engines Converters Authoring Systems Stylesheets to/from MathML DTDs and Schemas using MathML Components and SDKs Research Projects Accessibility W3C Amaya May 2004 W3C's Amaya browser displays Presentation MathML, and lets a Web page author edit equations directly. The software gives multiple views of a document so that its internal structure can be displayed as well as a WSYSIWYG interface. Microsoft Internet Explorer Feb 2005 Although IE doesn't directly support MathML, it has the hooks that allow plug-in support, enabling the full MathML experience through plug-ins such as Mathplayer or techexplorer. The Mozilla Foundation Firefox and other Mozilla based browsers Firefox 1.0 renders PersentationMathML in HTML pages natively. See the MathML project page. (Open source, all major platforms). Since MathML rendering is part of Mozilla's layout engine, all derived browsers (Netscape 7, Galeon, Kmeleon, etc.) include it. Abacus August 2004 Abacus is an extension for Mozilla-based applications for writing and editing MathML expressions. These expressions define the presentation and the content of a mathematical expression for other user-agents on the WWW. Abacus takes as its inspiration the W3C Amaya editor, using JavaScript and XUL to create a flexible interface for editing MathML. Abacus also insists on exporting content MathML, to convey to other user-agents the exact mathematical definition of an expression. Design Science MathPlayer April 2004 info@dessci.com MathPlayer™ is a high-performance MathML engine for Microsoft's Internet Explorer web browser. It requires Internet Explorer for Windows version 6.0 and later. We make MathPlayer available for free in order to accelerate the adoption of MathML in the math, science, and education communities. Viewing web pages containing MathML requires a browser that can display MathML. Currently, only Netscape, Mozilla and Amaya can display MathML directly. If you use Microsoft's Internet Explorer, the best solution for MathML display is Design Science MathPlayer. MathPlayer is a high-performance MathML display engine for Microsoft's Internet Explorer web browser. It requires Internet Explorer for Windows version 6.0 and later. We make MathPlayer available for free in order to accelerate the adoption of MathML in the math, science, and education communities. Visually impaired users of Internet Explorer use screen reader software packages that speak the words on the page. Many of the most popular Windows screen readers, such as Window-Eyes, HAL, Read & Write, and JAWS, will work with MathPlayer to speak the math in the page along with the words. Here's a sample of a web page as displayed in Internet Explorer with MathPlayer. Almost all of MathPlayer's special features are accessed by placing the mouse pointer over an equation and clicking the right mouse button, as shown on the picture. Choose the MathZoom command (or left-click on the equation) to get a closer look at the equation. This can be handy to view small scripts and accents. Design Science Design Science WebEQ Feb 2005 info@dessci.com WebEQ Developers Suite is a collection of Java tools and components for dynamic math applications and MathML processing. WebEQ Developers Suite is a collection of Java tools and components for dynamic math applications and MathML processing. The Developers Suite includes: WebEQ Editor. A graphical MathML equation editor, which can generate presentation or content MathML markup, images, or ViewerControl applet calls. The Editor also gives authors an easy way to create interactive equations. Publisher. A program for processing a variety of document formats containing math markup into web pages ready for publication. The Publisher accepts math marked up as either MathML or WebTeX, a markup language similar to the math part of LaTeX. Equation Server. The Equation Server is a batch version of the Publisher, suitable for server-side use as a back-end for dynamic math web applications, or off-line batch processing of documents. Viewer Control Applet. The Viewer Control is a scriptable MathML viewer for use in web pages. The Viewer Control displays both presentation and content MathML, and WebTeX. It supports both the W3C DOM, and the MathML maction element for interactivity. It also provides automatic line breaking capabilities. Input Control Applet. The Input Control is a streamlined MathML equation editor for using in web pages. It features customizable toolbars and help files, and supports the W3C DOM for scripting. Luca Padovani Pouria Masoudi GtkMathView-Bonobo June 2003 lpadovan@cs.unibo.it Integre Technical Publishing Co., Inc. techexplorer Hypermedia Browser Jan 2004 techexplorer-info@integretechpub.com Integre techexplorer Hypermedia Browser can be used either statically or dynamically to render TeX, LaTeX, Content MathML, and Presentation MathML. Java APIs provide programmatic access to techexplorer and document properties. soft4science SciWriter June 2004 SciWriter 1.9, from soft4science, is an XML-based scientific editor that completely integrates writing mathematics and text in the same environment. XML Authoring: SciWriter is a pure XML-based editor. The native document format is a subset of XHTML 1.1 and MathML 2.0 Presentation Markup Print Publishing: A SciWriter document can be exported to LaTeX. By utilizing a LaTeX system, like MikTeX, documents can be published as PDF, Postscript or DVI with high-quality layout Web Publishing: SciWriter documents can be published on the web as XHTML+MathML or as HTML with equations as images. Wolfram Research, Inc. webMathematica Mar 2002 webMathematica enables you to create web sites that allow users to compute and visualize results directly from a web browser. Based on Java Servlet technology, webMathematica is fully compatible with Mathematica and state-of-the-art dynamic web systems. webMathematica allows the generation of dynamic content by incorporating technologies such as HTML, MathML, and Java applets. With nothing more than knowledge of HTML and Mathematica, you can create custom interfaces to mathematical based web sites. MathML functionality, which is built into Mathematica itself, can be accessed through webMathematica. Examples of converting Mathematica code into MathML and rendering MathML code via webMathematica, as well as many other examples, are available online. Terra Dotta Mathiwyg Flash MathML Editor sales@terradotta.com Design Science Design Science MathType Feb 2005 info@dessci.com Design Science MathType™ for Windows and Macintosh is the full-featured professional version of the Equation Editor in Microsoft Office. MathType includes built-in translators that let you point and click to create equations, then copy/paste as MathML. MathType also includes MathPage™ technology that converts Microsoft Word+equations to XHTML+MathML, the emerging standard format for including MathML in a web page. Dave Raggett Davy Batsalle EzMath dsr@w3.org EzMath is an easy-to-use input format based on how people speak expressions. EzMath also provides a convenient way to author MathML. Integre Technical Publishing Co., Inc. Integre MathML Equation Editor Jan 2004 techexplorer-info@integretechpub.com Integre MathML Equation Editor can be used to create well-formed content and presentation MathML using a WYSIWYG interface, by editing the MathML source, or both. An ActiveX control interface provides programmatic access to the content and presentation markup, and allows for extensive customization of editing templates, key bindings, menus, and palettes. MacKichan Software, Inc. Scientific Word info@mackichan.com soft4science MathML .NET Control February 2005 info@soft4science.com MathML .NET Control is a native MathML-based equation editor component, supporting a rich subset of MathML 2.0 Presentation Markup, implemented on top of the .NET Framework. It can be used in .NET Windows.Forms applications and provides complete integration with the Visual Studio .NET development environment. MathML .NET Control is an equation editor for all users ranging from students and teachers to the high-end science and technical publishers. MacKichan Software, Inc. mathmled - MathML Editor for Mozilla mathmled, from Steve Swanson, is an experimental MathML editor implemented in JavaScript and XUL which runs in Mozilla 1.2 and later versions. Raphael Jolly jscl-meditor Jun 2004 raphael.jolly@free.fr Meditor : a Java text editor with some symbolic computation capabilities which outputs presentation MathML code. (Open source, Java). Tom Chekam MathCast MathCast is an application that allows you to input mathematical equations, which can then be used in written documents, webpages, and even databases. Equations could be rendered graphically to the screen, to picture files, or to MathML - today's leading standard language for describing mathematics. MathCase can be used freely by anyone: students can create equation sheets to help them in their studies, educators can write handouts or study guides, webmasters can add mathematics to their website, and the list goes on and on. (open source, Windows.) OpenOffice.org Jan 2003 OpenOffice.org is an open source office suite and has an equation editor which can export formulas in MathML 1.01. Equations can either be input via a graphical interface or using a shorthand language (open source, many platforms) Wolfram Research, Inc. Publicon Mar 2002 Wolfram Publicon is a full-featured technical authoring system from Wolfram Research designed to simplify the creation of publication quality structured documents and is slated for release in mid-2002. It incorporates the same unique visual authoring tool for mathematical typesetting as Mathematica, along with a point-and-click interface for managing notes, citations, and other document features typical academic and scientific papers. Publicon documents convert automatically to XML with MathML (WRI's NotebookML and other XML types), HTML (with or without MathML), HTML with CSS (for MS Word), LaTeX (including AMS and PhysRev), and techexplorer. A free Windows/Mac version limited to the math typsetting system is currently available. WéM - PHP WéM: a MathML editor that converts a subset LaTeX to MathML . It can be tested on line and is also available for download (GPL, requires PHP). Luca Padovani EdiTeX Nov 2003 lpadovan@cs.unibo.it EdiTeX is a MathML editor based on TeX syntax. It allows the user to create a MathML document by typing the TeX markup as he or she would do in a normal text editor. The TeX markup is parsed as the user types, an internal structured model of the typed text is built and from there an XSLT stylesheet generates the corresponding MathML. MacKichan Software, Inc. Scientific WorkPlace info@mackichan.com MacKichan Software: Scientific Workplace is an easy-to-use word processor that completely integrates writing mathematics and text in the same environment. With the built-in computer algebra systems, you can perform computations right on the screen. In Version 4, you can export documents as HTML with MathML islands. Maplesoft Maple info@maplesoft.com Maple is a symbolic and numeric computation system with support for importing and exporting MathML 2.0, including both presentation and content forms of MathML. Wolfram Research, Inc. Mathematica Mar 2002 Mathematica is a technical computing system with high-quality mathematical typesetting and editing. Mathematica is a visual typesetting and authoring tool which both renders and exports MathML. XyEnterprise XPP XML-based publishing application, with MathML module. XMLProfessional Publisher is a high performance content formatting and publishing application that composes pages from XML source data and outputs high quality results in Postscript and PDF formats. XPP can also format other fielded data, such as database feeds, SGML, HTML, and other ASCII text to high-quality pages. XPP provides superior XML and typographic support combined with a level of speed, power and throughput that is unattainable in other publishing systems. XPP 7.2 includes a new MathML module for the import, use, and publishing of MathML structure and content, further enhancing XPP's capabilities to add value to XML standards-based publishing workflows. This functionality is particularly important for XPP's wide variety of users in the STM (Scientific, Technical, and Medical) Journals market, the textbook publishing market, and e-Leaning and testing organizations. Advent3B2 Core Publishing System high-end composition and pagination software The Core Publishing System (CPS) is a high-end composition and pagination software that is particularly well-suited to solving challenging publishing requirements. The CPS is a mature product that has been developed for over 16 years. It embraces the known standards and remains at the cutting edge of technology. As well as having significant support for TeX/LaTeX, Advent3B2's Core Publishing System (CPS) also supports MathML. Antenna House Antenna House XSL Formatter Antenna House's XSL Formatter optionally renders XSL-FO+MathML documents, and display them on the screen or generate high-quality PDF scientific and technical documents. (Commercial, runs on Windows 2000/2003/XP, Linux and Solaris). January 2005 Stratum Technical Services Ltd. Custom converters Jacques Distler Paul Gartside itex2mml June 2006 itex2MML is a commandline stream filter which converts itex (a subset of LaTeX) equations in the input to MathML. Distribution includes full source code and binaries for MacOSX and Linux. Originally developed by Paul Gartside, now maintained by Jacques Distler. Licensed under GPL/MPL. Romeo Anghelache Hermes Jan 2004 romeo@nu.ll Hermes is a semantic XML e-publishing tool for LaTeX authored scientific articles, is free software (GPL license), and relies on the TeX engine to compile the source. Hermes complements the TeX system by letting the user adding semantics to the document by parsing the resulting semantic dvi.It converts LaTeX and AMSTeX authored documents into XML documents containing MathML islands, containing enough information for indexing, archiving and rendering. Nikos Drakos Ross Moore LaTeX2HTML Nov 2003 LaTeX2HTML MathML package: LaTeX to MathML conversion. Eitan M. Gurari TeX4ht: LaTeX and TeX for Hypertext Feb 2004 gurari@cis.ohio-state.edu TeX4ht: general TeX to SGML/XML translator (presentation tags). Open Source, TeX. TtM, a TeX to MathML translator Jan 2003 TtM Ian Hutchinson's powerful (La)TeX to HTML + MathML translator. (Windows and free Linux version) Vasil I. Yaroshevich XSLT MathML Library November 2002 shade33@mail.ru XSLT MathML Library, is a set of XSLT stylesheets to transform MathML 2.0 to LaTeX. It supports Presentation and Content MathML. Luc Maranget HeVeA Luc.Maranget@inria.fr HEVEA is a quite complete and fast LATEX to HTML translator, written in Objective Caml. eXtyles Word -> XML + MathML eXtyles is an integrated suite of tools that allows editorial staff to work in the familiar Microsoft Word environment. eXtyles streamlines Word content into a standard editorial and visual style and exports Word documents to XML or other typesetting formats. eXtyles incorporates seamless integration of MathType to permit powerful equation editing within Microsoft Word and MathML or TeX export of equations embedded within XML created directly from Word. Peter Jipsen ASCIIMathML jipsen@chapman.edu ASCIIMathML is a JavaScript script which allows editing of XHTML+MathML through a simple text shorthand language, e.g we first divide by `a` to get `x^2+b/ax+c/a=0`. The script is open source and available under a GPL licence. An online demo page is also available. Mission Handicap BraMaNet bramanet@handy.univ-lyon1.fr BraMaNet is An XSL Style Sheet that translates MathML (Presentation tags only) into French Mathematical Braille. It has a user-friendly VB interface and can be used together with MathType to translate Word Documents into Braille for printing. SchemaSoft MathML to SVG Converter mathml@schemasoft.com MathML to SVG converter, from SchemaSoft, renders a MathML file to SVG (Java, free evaluation version) [SchemaSoft has decided in March of 2005 to leave the software services business, and to entrust their existing client relationships to Atimi Software] Dominique Broeglin Nicolas Duboc Stephane Lavirotte Marc Salvati Fixidea: MathML to SVG Feb 2003 Bhuvanesh Bhatt TIMathML Mar 2002 bbhatt1@towson.edu A MathML import/export module for TI-89/92+ calculators David Carlisle DSSSL stylesheets for MathML web@nag.co.uk?Subject=Attn. David Carlisle As part of the Esprit OpenMath Project, David Carlisle has made available DSSSL stylesheets for MathML. These parse both Content and Presentation MathML (although currently do not support the definition element). Using Jade one may render MathML to TeX or to rtf. The screenshots show the same example, viewed with the TeX previewer, xdvi, and in Microsoft Word. In these early versions of the scripts, some typographic aspects, especially for Content MathML, are not as you might expect. However being based on a full SGML system which is using the MathML DTD, the scripts do parse the full MathML language. The examples above were rendering the following MathML expressions. Docbook + MathML NIH's Journal Archiving and Publishing DTD CellML December 2004 an XML markup language to store and exchange computer-based mathematical models. The CellML language is an open standard based on the XML markup language. CellML is being developed by the Bioengineering Institute at the University of Auckland and affiliated research groups. The purpose of CellML is to store and exchange computer-based mathematical models. CellML allows scientists to share models even if they are using different model-building software. It also enables them to reuse components from one model in another, thus accelerating model building. Mathematical expressions are embedded in CellML documents using Mathematical Markup Language 2.0 (MathML), an XML-based language that encodes the underlying structure of a mathematical expression. CellML uses a subset of the elements from MathML 2.0, known as the content markup element set, which includes several deprecated elements from MathML 1.0. Ishikawa Masayasu An XHTML + MathML + SVG Profile August 2002 mimasa@w3.org Stéphane Dalmas W3C XML Schema for MathML This is the Math Working Group's MathML2.0 XML Schema. Hans Hagen ConTeXt ConTeXt is a free program by Hans Hagen, based on TeX can convert MathML to PDF or DVI files. An on-line testing page is available. Design Science Design Science MathFlow Editor for XMetaL Feb 2005 info@dessci.com Design Science MathFlow™ Editor for XMetaL is a native MathML equation editor that works with Blast Radius' XMetaL. Its user interface is similar to how Design Science's MathType and Equation Editor products work with Microsoft Word -- the operator double-clicks on an equation in an XMetaL document and it automatically opens in the MathFlow Editor window. To compose a new equation, click on the MathFlow Editor button on the XMetaL toolbar and the equation opens in a new equation window. Equations appear in typeset form and are saved as MathML within the XMetaL document. Design Science Design Science MathFlow Editor for Arbortext Feb 2005 info@dessci.com Design Science MathFlow™ Editor for Arbortext is a native MathML equation editor that works with Arbortext's Epic Editor. Its user interface is similar to how Design Science's MathType and Equation Editor products work with Microsoft Word -- the operator double-clicks on an equation in an Epic document and it automatically opens in the MathFlow Editor window. To compose a new equation, click on the MathFlow Editor button on the Epic toolbar and the equation opens in a new equation window. Equations appear in typeset form and are saved as MathML within the Epic document. Design Science MathFlow Composer for Arbortext Feb 2005 info@dessci.com Design Science MathFlow™ Composerworks with Arbortext's Epic Composer to generate output documents in HTML, XTHML and PDF formats. Design Science MathFlow Exchange for Arbortext Feb 2005 info@dessci.com Design Science MathFlow™ Exchange works with Arbortext's Interchange software to import documents from Microsoft Word containing MathType and Equation Editor equations. Equations are converted to MathML while the surrounding document is converted into XML. Design Science MathFlow Feb 2005 info@dessci.com Design Science MathFlow™ consists of several components which can be integrated into XML publishing workflows when math is involved. Currently, there are three MathFlow components: MathFlow Exchange -- imports Microsoft Word documents with equations (MathType and Microsoft Equation Editor equations), and converts them into XML+MathML documents. MathFlow Editor -- a WYSIWYG MathML equation editor for authoring and editing MathML equations. MathFlow Composer -- generates PDF and web output (HTML/XHTML+MathML). Endre Somogyi gNumerator Jan 2004 endre-somogyi@comcast.net gNumerator is a set of components for .net supporting MathML: an implementation of the MathML DOM, and a MathML rendering WinForms control. Open Source (LGPL) Luca Padovani GtkMathView Mar 2002 lpadovan@cs.unibo.it GtkMathView is an open source widget that can render Presentation MathML markup. It can be used in any software based on the GTK+ toolkit. The tool is made of three main components: a portable rendering engine for MathML written in C++, the GTK interface, and a PostScript interface which renders MathML documents to encapsulated PostScript using TeX fonts. Max Berger (current maintainer) et al. JEuclid JEuclid is a complete MathML rendering solution, consisting of: a MathViewer application, command line converters from MathML to other formats, an ant task for autmated conversion, display components for AWT and Swing and a component for Apache Cocoon Torsten Bronger The tbook system for XML Authoring bronger@physik.rwth-aachen.de tbook is a DTD to edit scientific documents that include mathematics. Stylesheets convert XML files of the DTD (that also includes MathML) to high-level LaTeX, XHTML, HTML, and XML DocBook. It provides a simple alternative for creating documents. Hanane Naciri Figue Hanane.Naciri@sophia.inria.fr xfy technology xfy technology December 2004 an architecture for authoring and editing compound XML documents, including SVG and MathML (Java, commercial, free demo) William F. Hammond gellmu December 2004 GELLMU provides a way to generate fully accessible XHTML+MathML, accessible classic HTML with math in ASCII pseudo-TeX (for browsers not supporting MathML), and regular LaTeX markup (hence, both DVI and PDF) from a single article-level source document. Writing an article in "regular" GELLMU source is very much like writing an article in LaTeX article source. For example, the author may write: \[ \int_{0}^{\infty} t^x e^{-t} \frac{dt}{t}\int: \ = \ \frac{1}{x} \prod_{k=1}^{\infty}\fra c{\bal{1 + \frac{1}{k}}^x}{\bal{1 + \frac{x}{k}}} \prod: \] Note that this mathematical markup is slightly different from that of LaTeX in that both the integral and the product must be terminated explicitly. The screenshot is a rendering of Mozilla, version 1.7, on this content. GELLMU is available from the Comprehensive TeX Archive Network (CTAN) in support/gellmu, and the GELLMU web site is http://www.albany.edu/~hammond/gellmu/. LAMBDA Project January 2005 info@lambdaproject.org Linear Access to Mathematic for Braille Device and Audio-synthesis: An integrated and innovative system to manage scientific documents with Braille peripherals and voice synthesis. The Lambda system is based upon integration between a linear code, which can be immediately converted through MathML, and a mathematical editor which is designed to meet the educational needs of both students and teachers. The whole system is flexible and entirely configurable. There are different mathematical Braille codes in different countries, so the Lambda project allows customisation of the Braille code to meet the local standard. At the same time it ensures portability by its foundation in the MathML standard code. Group UMA (Universal Math Accessability) January 2005 The work of Group UMA is to build automatic translators between various Braille based math notations as well as presentation tools to help the users better read complex equations. Then, for example, a blind mathematician in Germany can convert his Marburg math representation to Nemeth and email it to a colleague in the United States, or into French notarion to send to a French colleague Accessible Electronic Mathematical Content Project January 2005 Design Science is investigating ways of making mathematical expressions accessible to people with print disabilities, including blindness, low vision, dyslexia and other learning disabilities. The project seeks to develop software that enables screen readers and other assistive technology products to seamlessly handle embedded MathML. To date, Design Science extended MathPlayer to speak and synchronously highlight MathML expressions in Web pages, and has worked with leading assistive technology vendors to integrate speech generation, navigation and highlighting for math and text. This work was supported in part by a grant from the National Science Foundation. Future plans include improving algorithms, and extending support to other electronic document formats. Enhancing the Searching of Mathematics Project January 2005 Design Science is conducting a project to develop infrastructure for enhanced search capabilities for documents containing mathematics. The project has three broad goals: to formulate, coordinate and disseminate best-practice guidelines for facilitating the searching and indexing of documents containing mathematics; to create a test bed collection of documents suitable for conducting usability testing for math-aware search systems; and to investigate several specific algorithms for searching mathematics. The project is support in part by a National Science Digital Library grant from the National Science Foundation. SchemaSoft Custard May 2005 SchemaSoft's Custard 2.1 is a Mathematical Markup Language 2.0 to Scalable Vector Graphics 1.1 converter that performs professional typography and equation layout using your choice of the packaged font families, including any combination of proportional/monospace and serif/sans-serif. You can also substitute your own SVG font file, which can be generated from TrueType fonts using third-party software. [SchemaSoft has decided in March of 2005 to leave the software services business, and to entrust their existing client relationships to Atimi Software] The ActiveMath Group DFKI GmbH and University of Saarland ActiveMath Learning Environment December 2006 activemath@activemath.org ActiveMath is a learning environment for mathematics on the Web with intelligent learner-support, advanced math rendering in contemporary browsers, mathematical exercise evaluation. ActiveMath is a stable, web-based, multi-lingual, user-adaptive learning system for mathematics. It is a Semantic Web application with a number of services. It's Model-View-Controller architecture as presented in the figure shows that ActiveMath is a server application and only a few addtional tools need installation on the client. ActiveMath's knowledge base stores semantically encoded learning objects annotated with metadata, wich are encoded in a pedagogically extended OMDoc. The course generator uses formalizations of pedagogical knowledge to automatically assemble individual courses according to a learner's learning goal, learning scenario, competencies, learning context and preferences. The exercise subsystem supports diagnoses of student errors and of misconceptions, it generates feedback, and has configurable tutorial strategies for the feedback. The search facility includes a cutting edge search for formulea as as fuzzy text search, presentation of dependencies., and parallel Google search. Another cognitive tool is the interactive concept mapping tool. ActiveMath has been usability tested so far and the user interface has been revised accordingly. It has been evaluated in classrooms a number of times, in several European countries, and with with different content. Please see Evaluations for more detail. ActiveMath has been engineered according to standard software engineering practices.a It is a rather modular software and some of the components are reusable. ActiveMath has been developed at the DFKI and at the University of Saarland. It has an open source license for non-commercial applications. soft4science MathML Renderer February 2005 info@soft4science.com MathML Renderer for .NET is a native high-performance MathML Rendering Engine, supporting a rich subset of MathML 2.0 Presentation Markup, implemented on top of the .NET Framework. It can be used client-side in .NET Windows.Forms Applications or server-side, for MathML to bitmap conversion, in ASP.NET Web Applications or .NET Web Service Applications. An online demo is also available. Jacques Distler ItexToMML MovableType Plugin January 2005 distler@golem.ph.utexas.edu MovableType plugin to allow easy authoring of XHTML+MathML in a weblogging system. [update: see also Jacques Distler's itex2MML plugin page.] This MovableType plugin provides automated conversion of LaTeX-like input into XHTML+MathML. It uses an updated version of itex2MML. Additional support for Textile and Markdown syntax is available. Jacques Distler ItexToMML WordPress Plugin January 2005 distler@golem.ph.utexas.edu WordPress plugin to allow easy authoring of XHTML+MathML in a weblogging system. This WordPress plugin provides automated conversion of LaTeX-like input into XHTML+MathML. It uses an updated version of itex2MML. Supports Texturize, Textile and Markdown syntax. Jacques Distler ItexToMML ecto Plugins January 2005 distler@golem.ph.utexas.edu Plugin for the ecto weblogging client. This ecto plugin provides automated conversion of LaTeX-like input into XHTML+MathML. Support for Markdown syntax is available, if Markdown is installed on your MovableType weblog. Jacques Distler MathML::Entities January 2005 XHTML+MathML defines over 2100 named entities, a superset of the 252 named entities in (X)HTML. Only the 5 "safe" ones (<, >, &, ", ') are suitable for consumption by a generic XML parser (which includes by XHTML UAs which are not specifically MathML-aware). This Perl Module will convert the rest to numeric character references or to UTF-8 characters. A MovableType plugin is also provided, for easy integration into the popular weblogging system. ORCCA Software Team Ontario Research Centre for Computer Algebra Translator from MathML to TeX/LaTeX December 2004 webmaster@orcca.on.ca This MathML to LaTeX on-line translator converts MathML representations of math formulae to equivalent TeX expressions. The user may also control line-breaking. This MathML to LaTeX on-line translator converts MathML representations of math formulae to equivalent TeX expressions. The user may also control line-breaking. One of the main goals of this converter is to conserve high-level semantics during translation. The user may provide one or more mapping files to specify how MathML or other XML elements should be translated. This allows user customization and transformation of high-level MathML extensions to TeX macros. (These mapping files are also used for the TeX to MathML converter.) The translator supports three kind of conversion: File to file: to convert an entire MathML file into TeX document (.tex file) or XML file with MathML entries to XML document (.xml file) with embedded TeX Expression to expression: to convert any valid MathML expression, given as input string. Object to object: allows the user to manipulate individual MathML and TeX-objects obtained from sources different from standard MathML or TeX files. Inquiries about a stand-alone version should be directed to the ORCCA software group ORCCA Software Team Ontario Research Centre for Computer Algebra Translator from TeX/LaTeX to MathML December 2004 webmaster@orcca.on.ca This TeX/LaTeX to MathML on-line translator converts mathematical expressions embedded in math mode in TeX/LaTeX documents. This TeX/LaTeX to MathML on-line translator converts mathematical expressions embedded in math mode in TeX/LaTeX documents. The translator can produce two kinds of output: MathML files (.xml), containing only the math formulae from the submitted TeX/LaTeX document or An entire TeX/LaTeX document (.tex file or complex directory), containing all non-math context of the original and embeded verbatim MathML. (This package may be used in conjunction with the LaTeX2HTML converter by Ross More.) Conversion is driven by mapping files, which allow high-level translation of user-defined macros to help preserve any semantic content of the original document. The same set of mapping files are used for the conversion from MathML to LaTeX. Inquiries about a stand-alone version should be directed to the ORCCA software group ORCCA Software Team Ontario Research Centre for Computer Algebra Translator from Content to Presentation MathML June 2003 webmaster@orcca.on.ca This XSLT stylesheet translates Content to Presentation MathML or to mixed (Content+Prentation) MathML. This XSLT stylesheet translates Content to Presentation MathML or to mixed (Content+Prentation) MathML. The input is a file containing Content MathML, and the output can be given as Presentation MathML Parallel Markup, with Content given as an XML annotation at the root node Parallel Markup, with Content given as an XML annotation at the root node and cross-reference attributes given on the interior Presentation nodes, or Parallel Markup, with equivalent Content given as an XML annotation at the interior Presentation nodes. This is useful to display MathML in settings where Content is not understood, or if one wishes to use particular notations. ORCCA Software Team Ontario Research Centre for Computer Algebra Translator between OpenMath and MathML September 2003 webmaster@orcca.on.ca These XSLT stylesheets convert between OpenMath and Content MathML. These XSLT stylesheets convert between OpenMath and Content MathML. Conversion from OpenMath to Content MathML may either elect to generate the built-in MathML operations, when appropriate, or to give everything in a general format using csymbols. The converter supports arbitrary OpenMath CDs Conversion in the other direction, from Content MathML to OpenMath, understands the standard OpenMath CDs. These stylesheets can be used in combination with the ORCCA Translator from Content to Presentation MathML to format OpenMath mathematical content for presentation. This is useful to display OpenMath in settings where its content is not understood, or if one wishes to use particular notations. ORCCA Software Team Ontario Research Centre for Computer Algebra MathML Notation Selection Tool Novemeber 2004 webmaster@orcca.on.ca This On-line Notation Selection Tool perform conversion of mathematical expressions in XML format. The user may select notational conventions from menus organized by mathematical area. This On-line Notation Selection Tool perform conversion of mathematical expressions in XML format. It provides a graphical user interface to generate an XSLT stylesheet, which is then used to transform Content MathML to the Presentation MathML. This generated stylesheet is combined with a base stylesheet that may be specified, with the default being the ORCCA Content to Presentation stylesheet. The user may select notational conventions from menus organized by mathematical area. The Notation Selection Tool is initialized by an XML-format configuration file. This configuration file provides a database of concepts and alternative notations as well as template transformation rules to be applied for the selected notations. Advanced users may supply their own configuration files. Inquiries about a stand-alone version should be directed to the ORCCA software group ORCCA Software Team Ontario Research Centre for Computer Algebra Modular XML Schema for MathML April 2002 webmaster@orcca.on.ca A modular XML Schema for MathML describes pure presentation markup and pure content markup, as well as mixed presentation and content markup. A modular XML Schema for MathML describes pure presentation markup and pure content markup, as well as mixed presentation and content markup. The Schema consists of modules in a hierarchical structure that may be used independently or in combination. Stéphan Sémirat CRDP de l'Académie de Grenoble WéM - Web éditeur Mathématique Mars 2005 wem@wem-editeur.com WéM is a French xhtml+mathml editor that is aimed at the creation of scientific and interactive documents. WéM is a complete editor to create scientific texts. Special chars, math formulae (mathml), geometric figures (SVG and PNG) and functions plotter are all integrated. It is not only designed for high quality printed documents, but also for the creation of interactive documents like presentations, online exercices for the classroom, etc. The edition is made through a simple specific language (that looks like a very very simplified LaTeX) : menus, buttons, contextual assistants and real time visualisation will guide the non-experimented user, while the experimented one will be completely satisfied with the keyboard access. WéM could then be placed between the "all automatic" that you cannot control and the "do it by yourself" that you cannot manage : that is a modern and powerfull point of view of the scientific edition. Mustapha EDDAHIBI and Azzeddine LAZREK RyDArab Dadzilla June 2004 rydarab@ucam.ac.ma Dadzilla, an adapted version of Mozilla, allows using MathML for Arabic mathematical presentation. In this presentation, Arabic mathematical expressions use specific symbols and spread out from right to left. Dadzilla runs both in Linux and Windows platforms. Denis Makarov Binary Things Development MathML Generator March 2005 info@binarythings.com MathML Generator converters expressions like 'sin(2pi/3)=sqrt(3)/2' into MathML. MathML Generator - tiny batch converter of expressions like 'sin(2pi/3)=sqrt(3)/2' into MathML. It works in command-line & GUI mode. Sergiu Dumitriu Girdea Marta Catalin Hritcu sMArTH April 2005 smarth.team@gmail.com sMArTH is an online equation editor for MathML and LaTeX sMArTH is an online equation editor built on open Web standards. The editor itself uses a friendly SVG user interface and the application logic is implemented in JavaScript using the DOM. MathML and LaTeX can be exported in addition to the native SVG format. Andriy Kovalchuk, Vyacheslav Levitsky, Igor Samolyuk, Valentyn Yanchuk Hermitech Laboratory Formulator plugin for Altova's XMLSPY April 2005 info@hermitech.ic.zt.ua Formulator plugin for Altova's XMLSPY enhances this industry standard XML Development Environment to display and visually edit mathematical notation within an XML page. Formulator plugin for Altova's XMLSPY enhances this industry standard XML Development Environment to display and visually edit mathematical notation within an XML page. Formulator plugin for Altova's XMLSPY also allows users of XMLSPY embedding mathematical equations into XML documents as MathML fragments through simple point-and-click techniques. Andriy Kovalchuk, Vyacheslav Levitsky, Igor Samolyuk, Valentyn Yanchuk Hermitech Laboratory Formulator April 2005 info@hermitech.ic.zt.ua Formulator is a program to create, edit mathematical expressions and convert them to/from MathML/graphics. The Hermitech MathML Expression Editor, known also as Formulator, is a dynamic and intelligent mathematical equation editor designed for personal computers running MS Windows. This application allows to create mathematical equations through simple point-and-click techniques. Equations can be converted into MathML 2.0 and can be saved in several graphic file formats, ready to be imported into documents. Formulator provides not only import into the MathML 2.0 format, but also export from this standard for math on the World Wide Web. Formulator supports both Presentation and Content MathML. Andriy Kovalchuk, Vyacheslav Levitsky, Igor Samolyuk, Valentyn Yanchuk Hermitech Laboratory Formulator ActiveX Control April 2005 info@hermitech.ic.zt.ua Formulator ActiveX Control is a component edition of the Hermitech MathML Expression Editor, known also as Formulator Formulator ActiveX Control (or Automation Server) is a component edition of the Hermitech MathML Expression Editor, known also as Formulator. It can be viewed as MathML expressions editor and uses the same core for creating, rendering, interacting, converting mathematical expressions as Formulator. The editing functionality provided by Formulator, when combined with the API of the Formulator ActiveX Control component (or Automation Server), can be used to implement a variety of mathematical applications that can be utilized in several different contexts. For example, an interface for computer algebra systems can be created that interchange MathML data, or multimedia materials with mathematical data can be created. Andriy Kovalchuk, Vyacheslav Levitsky, Igor Samolyuk, Valentyn Yanchuk Hermitech Laboratory Formulator plugin for Internet Explorer April 2005 info@hermitech.ic.zt.ua Formulator plugin for Internet Explorer enhances the browser to display mathematical notation within a web page. Formulator plugin for Internet Explorer enhances the browser to display mathematical notation within a web page. If the math in a web page is written in the MathML language, Internet Explorer gives it to the Hermitech MathML Equation Editor to display as standard math notation. When displayed the equation within a web page can be accessed by placing the mouse pointer over an equation and clicking the right mouse button. This brings up Formulator's shortcut menu. In addition to the commands operating with the clicked-on equation, there are commands to view Formulator's information, version number and copyright and to visit the Formulator web site.

• The "Copy MathML" command copies the MathML equivalent of the equation to the Clipboard.
• The "Save as image..." command exports the current equation by saving it on disk in a graphic file.
• The "Open with Formulator" command opens the equation in a new Formulator window.
• Choose the "Zoom" command to change the viewing scale and get a closer look at the equation (accessibility elements).

Nikolai Grigoriev SVGMath June 2005 svgmath@grigoriev.ru SVGMath is a converter from presentation MathML to SVG, written in Python SVGMath converts MathML expressions into SVG images. It is written in pure Python (version 2.4 or higher). It can be used either as a command-line script for batch-mode file conversion, or as a layout engine component to process MathML data in other Python applications. SVGMath is an open-source project, released under MIT license. Victor Porton www.mathematics21.org Extended XHTML for Math - XSLT Stylesheets July 2005 support@ex-code.com Converts extended XHTML+MathML into XHTML+MathML XSLT stylesheet which converts an extended XHTML format into XHTML+MathML. It is intented for writing math articles. It has advanced support for embedding formulas and other mathematical texts features. Additionally features converting content markup into presentational markup. As of Jul 2005 is pre-alpha, but should grow into full-scale LaTeX replacement. (A future version should be also able to convert XML into LaTeX.) Alexandre Stevens pMML2SVG 24 July 2005 alexandre.stevens(AT)student.ulg.ac.be XSLT stylesheets transforming MathML formulas to SVG Helder Ferreira AudioMath 2005 September 2005 helder.filipe@sapo.pt AudioMath is a research project, since 2003, that studies the MathML Audio Rendering. During this project some tools have been created: AudioMathEngine (a set of algoritms capable to convert MathML into a comprehensive text that can be spoken out), AudioMathGUI (a nice demo GUI that allows the user to navigate through MathML expressions and listen to them), and AudioMathWEB (an on-line conversion service, working as an accessibility service). Currently it only supports European Portuguese but you can try it in: http://lpf-esi.fe.up.pt/~audiomath/demo/index_en.html MathMLStudio MathMLStudio Lite October 2005 support@mathmlstudio.com This program converts a TeX formula to MathML. The MathML code can be easily copied to the clipboard for pasting to another document. (Requires Mozilla ActiveX Control.) This program converts a TeX formula to MathML. A large subset of Plain TeX, some LaTeX, and some AMS-TeX commands are recognized. It comes with samples of simple to complicated formulas, a help file, and a PDF listing the symbols supported. The browser window lets you see the generated MathML immediately. The MathML code can be easily copied to the clipboard for pasting to another document. Stefan Behnel http://mathdom.sourceforge.net MathDOM October 2005 scoder@users.sourceforge.net MathDOM is a set of Python 2.4 modules (using PyXML or lxml, and pyparsing) that import literal mathematical terms as a Content MathML DOM. It currently parses MathML and literal infix or Python terms into a DOM or lxml document and writes out Content MathML, Presentation MathML and literal infix/prefix/postfix/Python terms. The DOM elements are enhanced by domain specific methods that make using the DOM a little easier. You can call it the shortest path between different term representations and a Content MathML DOM. Ever noticed the annoying differences between terms in different programming languages? Build your application around MathDOM and stop caring about the term representation that users prefer or that your machine can execute. If you need a different representation, add a converter, but don't change the model. Literal terms are connected through an intermediate AST step that makes writing converters for C/Fortran/SQL/yourfavourite easier. Charlie Hu MathBB November 2005 MathBB is a MathML-enabled Bulletin Board System. It supports itex (a simple version of Latex) input, and shows the result with MathML. It is designed for web forums focusing on mathematic related discussion. An example forum is available at http://mathbb.sourceforge.net/MathBB/index.php Luca Padovani Luca Padovani AbiMathView plugin October 2005 http://www.cs.unibo.it/~lpadovan/ Since version 2.4.0, released last October, the free, open-source AbiWord word-processor can import and display MathML by means of the AbiMathView plugin. The MathML is embedded in AbiWord's document format. In addition, it is possible to edit the math using a LaTeX-like syntax. Saltire Software Geometry Expressions Geometry Expressions January 2006 info@geometryexpressions.com Geometry Expressions is the world's first Interactive Symbolic Geometry System. This means: Geometric figures can be defined by either Symbolic Constraints or numeric locations. Measurements on your drawing are not only presented numerically, but also expressed symbolically as Mathematical Expressions. Your drawing comes to life via parametric, symbolic animation. All the usual constructions are available but also powerful, new symbolic constraints. Visit our website now to sign up to participate in our beta program! Ephox Ephox. EditLive! WebEQ Equation Editor April 2006 sales@ephox.com Allows authors to include equations in HTML documents using the mathematical markup language, MathML. Add the WebEQ equation editor to EditLive! for Java or EditLive! for XML and enable content contributors to create and edit mathematical and scientific equations.  The add-on allows authors to generate equations using the mathematical markup language, MathML. Benefits include: Seamlessly embed equations in your content Generate industry standard MathML markup Completely integrated with the EditLive! editing environment Intuitive user interface David Harvey Gilles Van Assche Blahtex and Blahtexml July 2008 Blahtex is a free software tool/library that translates TeX markup into MathML markup. It is also capable of generating PNG format images, using some external tools. Blahtexml is a super-set of blahtex, which has XML processing in mind and is able to process a whole XML document into another XML document. SciFace Software GmbH & Co. KG MuPAD Pro July 2006 info@sciface.com MuPAD is a symbolic and numeric computation system with support for exporting MathML 2.0, including both presentation and content forms of MathML. Rene Heuer eXMPL v2Math November 2006 heuer@exmpl.de v2Math is a program to display MathML sequences. It is written in pure Java, open source with GPL licence. The generated picture has all attributes of a single character (baseline etc.) to make it easy for text based applications. Any parts of a displayed formula are available as glyphs to create simple interfaces for SVG. Download v2Math Héctor Fabián Echeverri Quintero Cristian Camilo Lopez Alejandro Victoria Banco de Objetos Virtuales de Aprendizaje MathML Chat 30-Ago-2005 hefaeche@ieee.org MathML Chat is software for the synchronous transmission of Mathematical content MathML Chat es un software sincrónico para la transmisión de contenido Matemático MathML Chat consist of a chat server that allows communication of mathematical content on the Web. It can be installed in a local network or on the Internet, and the clients can access the server through simple software. The zip file contains a manual for installation and use. The program is based on the Open Source software figue and nfcchat. Although with limitations, it allows students and teachers to interact synchronously. MathML Chat esta compuesto de un servidor chat que permite la comunicación de contenido matemático en la Web, se puede instalar en cualquier equipo con dirección ip valida dentro de una red local u internet, y los clientes pueden acceder al mismo a través de un software sencillo. El comprimido contiene además un manual de instalación y uso. Se fundamenta en las librerías open source de figue y nfcchat. Aunque con limitaciones, permite interactuar de forma sincrónica a estudiantes y docentes Aleksey Onopriyenko Vladimir Sukhoy Aleksey Onopriyenko Expressionism April 2007 info@mathdonalds.com A WYSIWYG browser-based editor (MathML + JavaScript) of mathematical expressions which is also capable of rendering images (e.g. in PNG format). Su Wei ICCM Lab, Lanzhou University MathEdit May 2007 MathEdit is a browser-based visual editor for mathematical expressions Alex Billingsley DragMath November 2007 This is an open-source drag and drop equation editor written in Java. Once an expression is created the user can convert it into a variety of different linear syntax for mathematics, including MathML, LaTeX, Maple, Maxima or any user defined style. It is possible for the user to create an .xml file containing a custom output format without requiring the applet to be recompiled. This is an open-source drag and drop equation editor written in Java. Once an expression is created the user can convert it into a variety of different linear syntax for mathematics, including MathML, LaTeX, Maple, Maxima or any user defined style. It is possible for the user to create an .xml file containing a custom output format without requiring the applet to be recompiled. Bruno Mascret NatBraille NAT November 2006 natbraille@free.fr NAT is a free universal translator which converts standards inputs (text, openoffice, word+mathtype) into Braille NAT uses MathML through XSL stylesheets to convert mathematical expressions into Braille. It bests the BraMaNet project and uses a part of this work. Maths for More WIRIS WIRIS Editor Jan 2008 ramon@mathsformore.com info@mathsformore.com WYSIWYG editor for math expressions based on MathML. Developed as a Java applet. WIRIS also provides an image web service that produces the associated image to a mathml code. Potentially integrated into any web page. Currently integrate it into the LMS Moodle. Check it at WIRIS Plugin for Moodle Ionel Alexandru MathML for Flash January 2008 admin.learnmath@gmail.com http://mathmlflash.blogspot.com/ “MathML for Flash” is an implementation of MathML intended to be used in Adobe Flash applications to display a MathML formula, display the functions (not implemented in version 0.2) and process the functions (not implemented in version 0.2). Aravind Mohanoor SoonerDev Word2MathML May 2008 mcaravind@gmail.com Word2MathML is a tool which converts existing Word 2007 documents into XHTML+MathML which can be directly viewed in browsers Word2MathML is a tool which converts existing Word 2007 documents into XHTML+MathML which can be directly viewed in browsers MathMagic Support InfoLogic, Inc. MathMagic equation editor July 2007 support@mathmagic.com MathMagic is a WYSIWYG equation editor that can convert from+to MathML and TeX. [Math+Magic] is a stand-alone equation editor application based on easy-to-use WYSIWYG interface. MathMagic is known for its publishing quality equation and high productivity in Desktop Publishing market, mainly among InDesign users and QuarkXPress users. You run MathMagic, write any equation or symbols in the editor window fast and easily via keyboard or palettes, or typing TeX expressions or pasting TeX or MathML from other editor. Then, you can bring the beautiful equation to other applications and documents, via Copy&Paste, Drag&Drop, or Export in PICT, EPS, WMF, JPEG, PDF, Plain TeX, or MathML. You can also re-edit those equations by pasting back to MathMagic editor window. Fully functional trial version is available for download.