eds.activemath.org

Paul,

Thank you very much for enabling the issue of LaTeX Into Active Math to take place at a LibreSource instantiation you have created.

The enhanced facilities you have made available will very well come in handy in the exploration of the issue.

Well done.

This task describes the introduction of an angle symbol along with its input (QMath) notation as well as its presentation.

This page under construction explains how to start the translation of the ActiveMath server with a new language. It should also be useful to correct or adapt the translations’ terms.

See also other pages about translation.

Proposed schedule of the authoring tutorial to start on the 30th of January.

Could we please have an online poll to collect information on how ActiveMath sympathizers tend to create, edit, present, puplish and distribute mathematical contents? What software do they use in their workflow?

The list below may be a starting point,

• jEditOQMath
• TeX
• Mathematica
• Maple
• Publicon
• Adobe CS
• Microsoft
• Apple Works
• Keynote
• Studio 8
• Design Science
• Dynamic Geometry Software
• ?? …

From ajgB’s blog, I am converting this question into a forum post:

Please allow me to revisit a previous entry and hopefully to express it more clearly.

This book is about the ActiveMath authoring and discovery tutorial, Jan 30th to Feb 1st. It will contain tutorial-info, partiticipants info and log…

Please allow me to revisit a previous entry and hopefully to express it more clearly.

I would welcome a kernel of templates, syntactically correct, validated, sufficiently minimal and rich, as well as appropriate to the mathematical contexts realized or envisioned for ActiveMath. I do appreciate that this may partially be work in progress, and I hope that it could be added to the toDo’s?

Hello Activemathers. I wanted to invite persons using recent CVS snapshots of ActiveMath to try the content-storage I have been working on thus far. It is called Slumb, and is expected to be better than LuceneMBase.

Any chance of an appropriate kernel of minimal OMDocs with ActiveMath enhancements, syntactically correct, validated, and sufficiently rich to act as base templates for contents creation for authors of ActiveMath content ?

OMDoc documents are made of mathematical items which can contain mathematical formulas; the latter may be presented to the screen or print media. The ActiveMath presentation system uses XSLT and Velocity to convert the OMDoc fragments to rendered HTML, XHTML, or PDF. For the mathematical formula to be presented well, an amount of notations are defined which produce XSLT templates.

This handbook page explains by examples how notations are conceived, authored, and used in ActiveMath.