Arbortext User Group TODAY “Building the future of technical publishing with MathFlow, MathType, and MathML” http://su.pr/1zDNs6

#Arbortext #ptcuser meeting starting - Building the future of technical publishing with MathFlow, MathType, and MathML

#Arbortext #ptcuser R.Miner: Dominant model for Science, technical, engineering, medical publishing is based around XML

#Arbortext #ptcuser R.Miner: MathFlow is industry leading method for working with Math in publishing

#Arbortext #ptcuser A.Cuellar: MathType works with hundreds of applications, most STEM content authors know it.

#Arbortext #ptcuser A.Cuellar: MathType can work with hand-written math entered into your computer.

#Arbortext #ptcuser A.Cuellar: By default, Arbortext converts equations to images for publishing, use MathML with Arbortext and you can edit

#Arbortext #ptcuser A.Cuellar: MathFlow Editor makes math editable in XML editors, and MathML is saved into the document

#Arbortext #ptcuser A.Cuellar: MathFlow also works with the Arbortext Compose mechanism to compose MathML for the page

#Arbortext #ptcuser A.Cuellar: MathFlow composition works for any output (pdf, html, chm...etc)

#Arbortext #ptcuser A.Cuellar: MathJax is an open source javascript rendering engine to read in MathML (& TeX) and display in any browser

#Arbortext #ptcuser R.Miner: MathType: create and reuse math

#Arbortext #ptcuser R.Miner: MathDaisy: convert Math to accessible digital talking books

#Arbortext #ptcuser R.Miner: MathJax displays math in modern browsers and exposes it for accessibility and reuse

#Arbortext #ptcuser R.Miner: MathPlayer provides accessible, high-quality display of math in IE and screen readers

#Arbortext #ptcuser R.Miner: there's a gelling taking place to help mechanized agents display and process math more effectively

#Arbortext #ptcuser R.Miner: For math, it's very different how math is authored based on who does it and why

#Arbortext #ptcuser R.Miner: want to be able to search on math meaning not just symbols

#Arbortext #ptcuser R.Miner: Math is used in a lot of applications as well as for processing.

#Arbortext #ptcuser R.Miner: It would be great to do the right thing in the right context

#Arbortext #ptcuser R.Miner: line wrapping for fractional equations, not so easy..

#Arbortext #ptcuser R.Miner: MathML has been part of the thinking for web since very early on

#Arbortext #ptcuser R.Miner: Math is a dependable 5% of all publishing

#Arbortext #ptcuser R.Miner: isolated areas of math support are suddenly connecting up

#Arbortext #ptcuser R.Miner: last few years get html support, browser implementation, accessibility, pen input, cut/paste interoperability

#Arbortext #ptcuser R.Miner: Math ML appeared first in 1998. It's in it's 3rd version, and finally a part of key standards (HTML5)

#Arbortext #ptcuser R.Miner: MathFlow will be implementing MathML3 in the next version

#Arbortext #ptcuser A.Cuellar: Showing MathPlayer 3 which has most of the MathML features, it shows the line breaking features

#Arbortext #ptcuser A.Cuellar: No more having to use tables for Math layout

#Arbortext #ptcuser A.Cuellar: Get layout like you get in APP (Arbortext Advanced Print Publisher

#Arbortext #ptcuser A.Cuellar: Support for Right to Left math layout

#Arbortext #ptcuser A.Cuellar: MathPlayer has a "speak expression" feature, that will read out the MathML expression

#Arbortext #ptcuser A.Cuellar: "thirteen oh six divided by 3 equals 4 hundred thirty five point three. Here's why.." (Really Cool!)

#Arbortext #ptcuser A.Cuellar: some really exciting features for MathML 3 and the accessibility community

#Arbortext #ptcuser R.Miner: Purely mechanized reading based on MathML content

#Arbortext #ptcuser R.Miner: MathML semantic/structural approach facilitates accessibility and navigation

#Arbortext #ptcuser R.Miner: DAISY 3 has some regulatory force, and MathML is part of the DAISY standard

#Arbortext #ptcuser R.Miner: MathML will be required for textbook publishing to meet accessibility requirements

#Arbortext #ptcuser R.Miner: ProjectSMART (Kentucky): the more MathML is used, really helped students with disabilities succeed

#Arbortext #ptcuser R.Miner: MathType works with Braille systems..

#Arbortext #ptcuser A.Cuellar: Showing a Digital Daisy talking book, uses MathPlayer to speak the math expressions encoded by MathML

#Arbortext #ptcuser WOW. The integration between the math and the text it reads seamlessly through the word and expressions

#Arbortext #ptcuser R.Miner: That kind of integration just was never available before

#Arbortext #ptcuser R.Miner: Navigating in a math expression is 2-D not just forward and back, move in logical directions

#Arbortext #ptcuser R.Miner: convergence in accessibility is happening

#Arbortext #ptcuser R.Miner: #HTML5 native #MathML implementation in WebKit unerway .. MathJax completes the solution

#Arbortext #ptcuser R.Miner: MathJax (Javascript, CSS, webfonts) offers a stable interface adaptable to changing browser capabilities

#Arbortext #ptcuser R.Miner: Math in browsers should match surrounding rendering, print well, and require nothing of the reader

#Arbortext #ptcuser R.Miner: www.mathjax.org

#Arbortext #ptcuser R.Miner: converence in interoperability..

#Arbortext #ptcuser A.Cueller: showing interoperability between browser and other applications via MathJax

#Arbortext #ptcuser A.Cueller: right click on equations can view source and change format of the source - can be MathML or TeX

#Arbortext #ptcuser A.Cueller: show source on eqn, can copy and paste into other applications.

#Arbortext #ptcuser A.Cueller: copied to clipboard, pasted into Mathematica, Word, see the typeset version or the MathML version

#Arbortext #ptcuser A.Cueller: copy/paste of TeX rendering same formula.. into wikipedia for example

#Arbortext #ptcuser R.Miner: This is just the tip of the iceberg, lots of cool stuff going on in math and publishing today

#Arbortext #ptcuser R.Miner: We're looking at how to use Arbortext and MathFlow for an ebook workflow

#Arbortext #ptcuser R.Miner: web apps are becoming increasingly important for display and authoring

#Arbortext #ptcuser R.Miner: cut and paste interoperability via tools like MathType will become increasingly important

#Arbortext #ptcuser R.Miner: exposing data in published output will have increasing value (interoperability, reuse, and searchability)

#Arbortext #ptcuser R.Miner: New discover-ability and collaboration models in math community: MathOverflow.net and Polymath project

#Arbortext #ptcuser R.Miner: What about tweeting equations?

#Arbortext #ptcuser R.Miner: MathML brings convergence - display, editing, accessibility, discovery, and reuse

#Arbortext #ptcuser Great presentation! Thanks for attending the video will be posted soon