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diff --git a/Master/texmf-dist/doc/xindy/style-tutorial-1.html b/Master/texmf-dist/doc/xindy/style-tutorial-1.html new file mode 100644 index 00000000000..890b1ecd8b9 --- /dev/null +++ b/Master/texmf-dist/doc/xindy/style-tutorial-1.html @@ -0,0 +1,92 @@ +<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2 Final//EN"> +<HTML> +<HEAD> + <META NAME="GENERATOR" CONTENT="SGML-Tools 1.0.9"> + <TITLE>XINDY Style File Tutorial: About xindy</TITLE> + <LINK HREF="style-tutorial-2.html" REL=next> + + <LINK HREF="style-tutorial.html#toc1" REL=contents> +</HEAD> +<BODY> +<A HREF="style-tutorial-2.html">Next</A> +Previous +<A HREF="style-tutorial.html#toc1">Contents</A> +<HR> +<H2><A NAME="s1">1. About <SF>xindy</SF></A></H2> + +<P><SF>xindy</SF> means fle<B>x</B>ible <B>ind</B>exing s<B>y</B>stem. It is an +indexing system that can be used to generate book-like indexes for +arbitrary document preparation systems. This term includes systems +such as TeX [1] and LaTeX [2], the Nroff-family +or SGML-based systems (e.g. HTML) that process some kind of text and +generate indexing information. It is not fixed to any specific system, +but can be configured for a wide variety of purposes. +<P>Authors sometimes wish to include an index into their document, but +very often their document preparation systems aren't able to produce +indexes on their own, or the capabilities of the built-in indexers are +insufficient and produce ugly looking results. More often they use +separate specialized tools for this purpose, sometimes called +<EM>index processors</EM>. +<P>In comparison to other index processors <SF>xindy</SF> has several +powerful features that make it an ideal framework for describing and +generating complex indexes. Its most interesting features are +<P> +<DL> +<P> +<DT><B>Internationality</B><DD><P><SF>xindy</SF> can be configured to process indexes +for many languages with different letter sets and different sorting +rules. For example, many roman languages such as Italian, French, +Portuguese or Spanish contain accentuated letters such as À, +Á, ñ. Other languages from northern Europe have letters +like Ä, Ø, æ or ß which often can't even be +processed by many index processors let alone sorting them correctly +into an index. The <SF>xindy</SF> system can be configured to process +these alphabets by defining <EM>sort</EM> and <EM>merge rules</EM> that allow +expressing language specific rules. One example of such a rule would +be +<P> +<BLOCKQUOTE><CODE> +<PRE> +(sort-rule "ä" "ae") +</PRE> +</CODE></BLOCKQUOTE> +<P>defining that a word containing the umlaut-a will be sorted as if it +contained the letters <CODE>ae</CODE> instead. This is one form of how the +umlaut-a ("ä") is sorted into german indexes. With an appropriate set +of rules on can express the complete rules of a specific language. +<P> +<DT><B>User Definable Location Types</B><DD><P>Locations are the entities an +index entry points to. Often used locations are <EM>page numbers</EM>, +<EM>section numbers</EM>, etc. <SF>xindy</SF> allows to define new kinds of +types to be composed of basic entities like arabic numbers, roman +numerals, letters, etc. which can be used to describe new index types. +Examples of these entities can be books that have a page numbering +scheme that starts from 1 for each new chapter resulting in page +numbers of the form <EM>1-13, 2-15, 2-20</EM>, etc. This type of locations +can often be found in computer manuals. A more complex structure is +represented by the locations <EM>Psalm 46, 1-8</EM> and <EM>Genesis 1, +31</EM>. Even the structure of bible verses can be described allowing +<SF>xindy</SF> to correctly sort and process indexes for documents with a +completely different structure. +<P> +<DT><B>Highly Configurable Markup</B><DD><P>Since a index processor is only one +component in a document preparation system it ought to fit smoothly +into the complete environment. Many text processing systems use the +concept of <EM>environments</EM> that can be used to describe the markup +of the text entities. Our approach is based on this concept which has +proved to be expressive enough for most applications. As an example +one can view systems such as TeX, SGML and its instance HTML, GNU +Info, RTF and the Nroff-familiy of document formatters. The markup of +an index can be defined for all of these systems in a very comfortable +though extremly powerful way. +<P> +</DL> +<P> +<P> +<P> +<HR> +<A HREF="style-tutorial-2.html">Next</A> +Previous +<A HREF="style-tutorial.html#toc1">Contents</A> +</BODY> +</HTML> |