Projects tagged ‘mathml’

Lasem is a C/Gobject based SVG/Mathml renderer, using pango and cairo, with a DOM like API.

DescriptionThis is a plugin for the Elgg Social Networking Platform that allows users to enter LaTeX markup in most long text fields, e.g. blog posts, comments, messages, forum posts and pages. The ... [More] markup gets rendered as HTML, with MathML used for equations. The conversion is done client-side via javascript. The plugin is based on the LaTeXMathML script by Jeff Knisley (http://math.etsu.edu/LaTeXMathML/). For an example of this plugin in use, see my elgg site. RequirementsA working installation of Elgg v1.0 or later. It has been tested up to Elgg v1.6.1 and the latest version is recommended. Users need to be using a browser that is MathML enabled, e.g. Firefox 3.5 or Internet Explorer with the Mathplayer plugin. Important NotesThe plugin might not behave correctly with WYSWIG editors for textareas like TinyMCE. It is best to use plain textareas. You must always use the "\lt" command, or the html entity "<" to display the less than sign when using this plugin with Elgg. This is because the "<" character is interpreted as the beginning of an HTML tag. [Less]

OverviewThese gadgets use ASCIIMathML to render formulae in the wiki pages of the projects hosted on the Google Code. There is an open Issue 1431 in the project hosting support. Until such a feature ... [More] is implemented these gadgets are a viable alternative to using images or plain wiki markup. If you need to write formulae in the wiki hosted by Google Code, then star this issue. GadgetsThe MathMLGadget can display a single formula. The AsciiGadget can display some text mixed with formulae in the same paragraph. For example, the following wiki code will render like this .gadget-title { margin-bottom: 2px; } function resizeIframeHandler(opt_height) { var elem = document.getElementById(this.f); if (!elem) return; if (!opt_height) { elem.style.height = undefined; } else { opt_height = Math.max(10, opt_height); elem.style.height = opt_height + 'px'; } } gadgets.rpc.register("resize_iframe", resizeIframeHandler); gadgets.rpc.register('set_title', function(title) { var elem = document.getElementById(this.f + '_title'); if (elem) { elem.innerHTML = gadgets.util.escape(title); } }); and the following wiki code will render like this All gadgets have the required content parameter (named as up_content when used from the wiki) to configure the text or formula displayed by the gadget. The element itself has some additional attributes. The border is usually set to 0 so there is no line border around the content displayed by the gadget. The gadget height (height attribute) is adjusted dynamically to fit the content, but the gadget width (width attribute) is not. If the gadget shows the horizontal scrollbar, the width should be set to either some specific value or to "100%" (the gadget will fill all available horizontal space). AlternativesAnother similar gadget is http://hosting.gmodules.com/ig/gadgets/file/112026212642543360418/maths.xml (preview) made by Joannes Vermorel. There are some services that will generate an image of the required formula, for example LaTeX Equation Editor for the Internet by Will Bateman and Steve Mayer and LaTeX Equation Editor from Sitmo. [Less]

Scientific blogging - a key issue with scientific blogging is the representation of formulas. I have built a simple tool which converts a Word document with equations into a XHTML+MathML document. So ... [More] it would be possible to type up the blog entry inside MS Word 2007, and then run this tool to create an XML file (actually an XHTML file) with the formulas represented as MathML and the remaining content simply coming from MS Word's conversion from .docx format to HTML format. Retaining the meaning of the Math content as MathML inside these XHTML documents would then allow searching the mathematical formulas. [Less]

MathML IDE MathML Editor MathML Graph MathML Formula MathML on web pages MathML GraphMathmlgraph is a project for drawing graphs of mathematical functions for web sites. The project use MathML to comunicate the functions.

MathML IDE MathML Editor MathML Graph MathML Formula MathML on web pages MathML WEB IDECreate an integrated web development environment to work with MathML

This project aims to integrate MathML into html pages. The goal is do accomplish this as simply as possible, while maintaining a feel similar to that of developing in GWT. The end goal is that ... [More] educational and academic websites will utilize MathML for making interactive applications such as editors, problem sheet generators, and other math/science related applications. Collaborators are welcome. TODO: + Implement a lightweight CAS (Computer algebra System) to run purely in the browser (Yacas,JAS,Mathrider,Matheclipse)?. This will help generate solutions for random problem sets. + Find other browsers which also support MathML. + Work on either integrating drag-math or another web math editor with the project to allow people such as students or teachers to communicate effectively. [Less]

Project DescriptionA stand-alone program that can take MathML (acquired, e.g., from Microsoft Word 2007) and convert it to a meaningful set of C# statements, thereby facilitating domain-driven design ... [More] in engineering and mathematical applications. To see the program in action, watch the screencast. System RequirementsRequires .NET Framework 3.5 to run and Visual Studio 2008 + NUnit to compile. To use the functionality, a MathML-compatible editor is required. If using MS Word, make sure your Clipboard settings for equations are set to copy MathML. FeaturesCurrent version implements the following features: Variable naming (e.g., if we write x = y, both variables are defined as double x, y;). Multiplication sign addition (e.g., writing x = 2y results in the statement x = 2 * y;). Superscript and subscript. Superscript is taken to mean 'power of' and is realized with Math.Pow(). Subscript properly affects variable naming. Round and square braces are handled. Some replacements, e.g. replaces × with *. Substitutions, e.g., replacing 'e' with Math.E, are supported. Power inlining. Allows us to generate x*x instead Math.Pow(x, 2), which is much slower. An ExampleGiven this: The tool outputs this: p = rho*R*T + (B_0*R*T-A_0-((C_0) / (T*T))+((E_0) / (Math.Pow(T, 4))))*rho*rho + (b*R*T-a-((d) / (T)))*Math.Pow(rho, 3) + alpha*(a+((d) / (t)))*Math.Pow(rho, 6) + ((c*Math.Pow(rho, 3)) / (T*T))*(1+gamma*rho*rho)*Math.Exp(-gamma*rho*rho); [Less]

MathML Formula for Flashis an implementation of MathML to display the mathematical formula and it is intended to be used in Adobe Flash applications. There are 2 opens source projects which use ... [More] this implementation: MathML Editor for Flash MathML on Web More info you can get from http://www.learn-math.info/mathml.htm?action=formula [Less]