MMLSharp MathML to C# Converter (will support other languages)
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MMLSharp Tags

Converter convert send statement measure statement AMS-Latex to MathML MathML printf statement statement include statement income statement financing statement Statement of Income statement balance Statement Comparison logical statement generator logic statement logical statement loop statement statement memorize print statement Log Statement Statement Wrapper Class statement code Billing Statement TeX-Math to MathML statement syntax number statement parse SELECT statement SELECT statement parser bank statement XPath statement statement tester MathML to Csharp MML Converter MathML Converter MathML2Csharp Statement Comparator Compare Statement Statement Comparation MathML to C Statement Retriever Statement Generator Generate Statement Order Statement get/set statement generator get/set statement VERSIONINFO resource statement comment statement viewer browser comment statement comment statement statement creator create JDBC statement JDBC statement issue statement Control Statement view MathML MathML viewer C# statement output log statement NET log statement DML statement update test DML statement Latex to MathML manipulate MathML read MathML MathML writer FORTRAN statement renumber statement statement coding mission statement Insert Statement Creator net worth statement microsoft works free current version plugin whatsapp latest version microsoft works word spss student trial microsoft word 2009 3GP compressor mp3player moto e1 opera 64 bit 3d photo builder best 3d theme descargar ithmb converter

MMLSharp Description

Edit By A 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 in engineering and mathematical applications. Current 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.

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