Indeholder "List of Figures", "List of Tables", "Preface", "1. The Web its documents and LATEX", " 1.1 The Web, a window on the Internet", " 1.1.1 The Hypertext Transport Protocol", " 1.2 LATEX in the Web environment", " 1.2.1 Overview of document formats and strategies", " 1.2.2 Staying with DVI", " 1.2.3 PDF for typographic quality", " 1.2.4 Down-translation to HTML", " 1.2.5 Java and browser plug-ins", " 1.2.6 Other LATEX-related approaches to the Web", " 1.3 Is there an optimal approach?", " 1.4 Conclusion", "2. Portable Document Format", " 2.1 What is PDF?", " 2.2 Generating PDF from TEX", " 2.2.1 Creating and manipulating PDF", " 2.2.2 Setting up fonts", " 2.2.3 Adding value to your PDF", " 2.3 Rich PDF with LATEX. The hyperref package", " 2.3.1 Implicit behavior of hyperref", " 2.3.2 Configuring hyperref", " 2.3.3 Additional user macros for hyperlinks", " 2.3.4 Acrobat-specific commands", " 2.3.5 Special support for other packages", " 2.3.6 Creating PDF and HTML forms", " 2.3.7 Designing PDF documents for the screen", " 2.3.8 Catalog of package options", " 2.4 Generating PDF directly from TEX", " 2.4.1 Setting up pdfTEX", " 2.4.2 New primitives", " 2.4.3 Graphics and color", "3. The LATEX2HTML translator", " 3.1 Introduction", " 3.1.1 A few words on history", " 3.1.2 Principles for Web document generation", " 3.2 Required software and customization", " 3.2.1 Running LATEX2HTML on a LATEX document", " 3.2.2 Installation", " 3.2.3 Customizing the local installation", " 3.2.4 Extension mechanisms and LATEX packages", " 3.3 Mathematics modes with LATEX2HTML", " 3.3.1 An overview of LATEX2HTML's math modes", " 3.3.2 Advanced mathematics with the math extension", " 3.3.3 Unicode fonts and named entities, in expert mode", " 3.3.4 HTML 4.0 and style sheets", " 3.3.5 Large images and HTML 2.0", " 3.3.6 Future use of MathML", " 3.4 Support for different languages", " 3.4.1 Titles and keywords", " 3.4.2 Character-set encodings", " 3.4.3 Multilingual documents using babel", " 3.4.4 Images using special fonts", " 3.4.5 Converting transliterations using preprocessors", " 3.5 Extending LATEX sources with hypertext commands using the html package", " 3.5.1 Hyperlinks to external documents", " 3.5.2 Enhancements appropriate for HTML", " 3.5.3 Alternative text for hyperlinks", " 3.5.4 Conditional environments", " 3.5.5 Navigation and layout of HTML pages", " 3.5.6 Example of linking various external documents", " 3.5.7 Advanced features", "4. Translating LATEX to HTML using TEX4ht", " 4.1 Using TEX4ht", " 4.1.1 Package options", " 4.1.2 Picture representation of special content", " 4.2 A complete example", " 4.3 Manual creation of hypertext elements", " 4.3.1 Raw hypertext code", " 4.3.2 Hypertext pages", " 4.3.3 Hypertext links", " 4.3.4 Cascading Style Sheets", " 4.4 How TEX4ht works", " 4.4.1 From LATEX to DVI", " 4.4.2 From DVI to HTML", " 4.4.3 Other matters", " 4.5 Extended customization of TEX4ht", " 4.5.1 Configuration files", " 4.5.2 Tables of contents", " 4.5.3 Parts, chapters, sections, and so on", " 4.5.4 Defining sectioning commands", " 4.5.5 Lists", " 4.5.6 Environments", " 4.5.7 Tables", " 4.5.8 Small details", " 4.6 The inner workings of TEX4ht", " 4.6.1 The translation process", " 4.6.2 Running LATEX", " 4.6.3 Running the tex4ht program", " 4.6.4 A look at t4ht", " 4.6.5 From DVI to GIF", " 4.6.6 A taste of the lg file", " 4.6.7 The font control files", " 4.6.8 The control file", "5. Direct display of LATEX on the Web", " 5.1 IBM techexplorer Hypermedia Browser", " 5.1.1 Basic formatting issues", " 5.1.2 Your browser and techexplorer", " 5.1.3 Adding hypertext links", " 5.1.4 Popping up windows and footnotes", " 5.1.5 Using images, sound, and video", " 5.1.6 Defining and using pop-up menus", " 5.1.7 Using color in your documents", " 5.1.8 Building a document hierarchy", " 5.1.9 Running applications", " 5.1.10 Alternating between two displayed expressions", " 5.1.11 Printing from techexplorer", " 5.1.12 Searching in a document", " 5.1.13 Optimizing your documents for techexplorer", " 5.1.14 Scripting techexplorer from Java and JavaScript", " 5.2 WebEQ", " 5.2.1 An introduction to WebTEX", " 5.2.2 Adding interactivity", " 5.2.3 Using the APPLET tag with WebEQ", " 5.2.4 Preparing HTML pages via the WebEQ Wizard", " 5.3 Embedded content problems and future developments", " 5.3.1 Expression size", " 5.3.2 Ambient style", "6. HTML SGML and XML: Three markup languages", " 6.1 Will HTML lead to the downfall of the Web?", " 6.2 HTML 4: A richer and more coherent language", " 6.2.1 HTML 4 goodies", " 6.2.2 HTML 4, the end of the old road", " 6.3 Why SGML?", " 6.3.1 Different types of markup", " 6.3.2 Generalized logical markup", " 6.3.3 SGML to HTML, and XML", " 6.4 Extensible Markup Languages", " 6.4.1 What is XML?", " 6.4.2 The components of XML", " 6.4.3 Declaring document elements", " 6.5 The detailed structure of an XML document", " 6.5.1 XML is truly international", " 6.5.2 XML document components", " 6.5.3 The XML declaration", " 6.5.4 The document type declaration", " 6.5.5 Document elements", " 6.6 XML parsers and tools", " 6.6.1 Emacs and psgml", " 6.6.2 The perlSGML programs", " 6.6.3 The DTDParse tool", " 6.6.4 The Language Technology Group XML toolbox", " 6.6.5 Validating documents with XML parsers", "7. CSS, DSSSL, and XSL - Doing it with style", " 7.1 Style sheet languages: A short history", " 7.2 Programming or style sheets which is better?", " 7.3 Formatting with Perl", " 7.3.1 Principles of operation", " 7.3.2 Generating a LATEX instance", " 7.4 Cascading Style Sheets", " 7.4.1 The basic structure of a CSS style sheet", " 7.4.2 Associating style sheets with a document", " 7.4.3 A quick look at CSS properties", " 7.4.4 CSS style sheets for formatting XML documents", " 7.4.5 The invitation example revisited", " 7.4.6 Generating HTML with another document instance", " 7.5 Document Style Semantics and Specification Language", " 7.5.1 The componenents of DSSSL", " 7.5.2 Creating style sheets with DSSSL", " 7.5.3 Introducing Jade", " 7.5.4 The TEX back-end for Jade and the JadeTEX macros", " 7.5.5 The Jade SGML transformation interface", " 7.5.6 Formatting real-life documents with DSSSL", " 7.6 Extensible Stylesheet Language", " 7.6.1 The general structure of an XSL style sheet", " 7.6.2 Building the source tree", " 7.6.3 Template rules", " 7.6.4 XSL processors", " 7.6.5 Patterns", " 7.6.6 Templates", " 7.6.7 Formatting objects and their properties", " 7.6.8 Proposed extensibility mechanisms", " 7.6.9 Using XSL to generate HTML or LATEX", " 7.6.10 Using XSL to generate formatting objects", "8. MathML, intelligent math markup", " 8.1 Introduction to MathML", " 8.1.1 MathML, Unicode, and XML entities", " 8.2 MathML software", " 8.2.1 Equation editors", " 8.2.2 Web browser support for MathML", " 8.2.3 Converting LATEX to MathML", " 8.2.4 Typesetting MathML", "A. Example files", " A.1 An example LATEX file and its translation to XML", " A.1.1 The LATEX source", " A.1.2 LATEX converted to XML", " A.1.3 Document Type Definition for XML version", " A.2 Scripting examples for techexplorer", " A.2.1 teched.html", " A.2.2 teched.java", "B. Technical appendixes", " B.1 The HyperTEX standard", " B.2 Configuring TEX4ht to produce XML", " B.2.1 Starting from scratch", " B.2.2 Adding XML tags", " B.2.3 Getting deeper for extra configurations", " B.3 XML namespaces", " B.4 Examples of important DTDs", " B.4.1 The DocBook DTD", " B.4.2 The AAP effort and ISO 12083", " B.4.3 Text Encoding Initiative", " B.4.4 A DTD for BIBTEX", " B.4.5 LATEX-like markup, from DTD to printed document", " B.5 Transforming HTML into XML", " B.5.1 HTML in XML", " B.5.2 The Extensible HyperText Markup Language", " B.6 Java eventbased interface", " B.6.1 The SAX Java classes", " B.6.2 Running a SAX application", "C. Internationalization issues", " C.1 Codes for languages, countries and scripts", " C.2 The Unicode standard", " C.2.1 Character codes and glyphs", " C.2.2 Unicode and ISO/IEC 10646-1", " C.2.3 UTF-8 and UTF-16 encodings", " C.3 Foreign languages in XML", " C.3.1 Latin-base encodings", " C.3.2 Handling non-Latin encodings with UTF-8", "Glossary", "URL catalog", "Bibliography", "Index".

En masse ideer til at styre verden inde fra Latex-dokumenter. Gad vide hvorfor det ikke er så hot? ( )