List of Examples | The MathML Handbook (Charles River Media Internet & Web Design)

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Chapter 7: Displaying MathML in Web Browsers

Example 7.1: A template document that contains a reference to the Universal MathML stylesheet.
Example 7.2: An XHTML+MathML document suitable for display by Mozilla.
Example 7.3: A sample document for displaying MathML in Amaya.
Example 7.4: A sample document for displaying MathML in IE using MathPlayer.
Example 7.5: A sample document for displaying MathML in Netscape using techexplorer.
Example 7.6: Using the src attribute to specify a MathML equation in a separate file.
Example 7.7: A sample document for displaying MathML in IE using techexplorer.
Example 7.8: An object tag that contains an embedc tag. This allows the MathML markup to be rendered by both IE and Netscape.
Example 7.9: A sample document for displaying MathML in IE using techexplorer as a Behavior.
Example 7.10: A sample document for displaying MathML using the WebEQ Viewer Control.

Example 8.1: A simple XML document.
Example 8.2: An XSLT stylesheet that contains a single template
Example 8.3: An XML document with several nested elements
Example 8.4: An XSLT stylesheet that uses xsl:apply-templates.
Example 8.5: An XSLT stylesheet that illustrates the concept of default templates.
Example 8.6: A simple MathML document with presentation markup for the tan function.
Example 8.7: An XSLT stylesheet that changes the name of the tangent function.
Example 8.8: A MathML document that contains the presentation markup for a binomial coefficient.
Example 8.9: An XSLT stylesheet that changes the notation for a binomial coefficient.
Example 8.10: A content MathML document that uses the factorial element.
Example 8.11: An XSLT stylesheet for transforming content MathML expressions involving the factorial operator.
Example 8.12: A MathML document that contains the content markup for (2n)!
Example 8.13: An XSLT stylesheet that causes parentheses to be placed around complex operands of the factorial operator.
Example 8.14: A MathML document showing the content markup for an integral.
Example 8.15: An XSLT stylesheet for transforming the content markup for an integral into presentation markup.
Example 8.16: A content MathML document that represents an integral using the interval element.
Example 8.17: A modified XSLT stylesheet for converting integrals from content markup to presentation markup.

Example 10.1: An HTML document called calculus.html that contains WebTeX equations.
Example 10.2: A LaTeX document called article.tex that contains inline and display equations.
Example 10.3: An xmt package that defines LaTeX commands for specific XHTML elements.
Example 10.4: An XHTML+MathML document called test.xml.

Example 12.1: An HTML document that contains JavaScript code.
Example 12.2: An HTML document that contains controls.
Example 12.3: An HTML document for rendering a specified MathML expression.
Example 12.4: An HTML document for showing the steps in solving a problem..
Example 12.5: An HTML document with a menu for changing the color of an equation.
Example 12.6: An HTML document that contains the WebEQ Input Control.
Example 12.7: An HTML document for entering and checking the answer to a problem.
Example 12.8: An HTML document that uses a Java program to convert an equation into an image.
Example 12.9: An HTML document for rendering MathML expressions using techexplorer.
Example 12.10: An HTML document for converting between MathML and LaTeX.
Example 12.11: An HTML document for calculating the integral of a function using webMathematica.
Example 12.12: An HTML document for plotting a function using webMathematica.
Example 12.13: An HTML document for doing matrix calculations using webMathematica.
Example 12.14: An HTML document for converting an expression into MathML.
Example 12.15: An HTML document for integrating a function specified in MathML form.
Example 12.16: An HTML document for plotting a function specified in MathML form.

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