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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.
Chapter 8: Applying Styles and Transformations
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 (2
n
)!
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.
Chapter 10: Converting between TeX and MathML
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
.
Chapter 12: Creating Dynamic Math Web Pages
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 web
Mathematica
.
Example 12.12: An HTML document for plotting a function using web
Mathematica
.
Example 12.13: An HTML document for doing matrix calculations using web
Mathematica
.
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.
< Day Day Up >
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The MathML Handbook (Charles River Media Internet & Web Design)
ISBN: 1584502495
EAN: 2147483647
Year: 2003
Pages: 127
Authors:
Pavi Sandhu
BUY ON AMAZON
Software Configuration Management
Project Management in a CM Environment
The DoD CM Process Model
Configuration Status Accounting
Appendix D Problem Change Report
Appendix S Sample Maintenance Plan
Lotus Notes Developers Toolbox: Tips for Rapid and Successful Deployment
The Action Pane
An Introduction to Formula Language
Create a New Document by Double-Clicking on a Calendar Date
Using Field Hints on a Form
Composite Application Development Tools
After Effects and Photoshop: Animation and Production Effects for DV and Film, Second Edition
Exaggeration Equals Characterization
Rotoscoping Techniques with Photoshop
Matte and Keying Plug-ins
Color, Light, and Focus
Appendix Adobe Photoshop and After Effects Resources
AutoCAD 2005 and AutoCAD LT 2005. No Experience Required
Basic Commands to Get Started
Working with Hatches and Fills
Controlling Text in a Drawing
Managing External References
Appendix A Look at Drawing in 3D
.NET System Management Services
Querying WMI
Handling WMI Events
Instrumenting .NET Applications with WMI
WMI Providers
WMI Security
.NET-A Complete Development Cycle
Introducing Software Engineering Practices
References for Further Reading
Project Management Issues
Putting It All Together
Product Release
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