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author | Karl Berry <karl@freefriends.org> | 2008-06-09 20:51:27 +0000 |
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committer | Karl Berry <karl@freefriends.org> | 2008-06-09 20:51:27 +0000 |
commit | c58445fb5fb17c48e0504ed7041e03aaaf6e387a (patch) | |
tree | a7ccc772c1f6e1ae94200b5a105654b9cc3f589e /Master/texmf-dist/doc/xelatex | |
parent | c2ded34c4ac6a32fbed94b870481aaf9667fc227 (diff) |
finish fontwrap commit
git-svn-id: svn://tug.org/texlive/trunk@8624 c570f23f-e606-0410-a88d-b1316a301751
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-rw-r--r-- | Master/texmf-dist/doc/xelatex/fontwrap/README | 120 | ||||
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-rw-r--r-- | Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.tex | 341 | ||||
-rw-r--r-- | Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.pdf | bin | 0 -> 123270 bytes | |||
-rw-r--r-- | Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.tex | 167 |
5 files changed, 628 insertions, 0 deletions
diff --git a/Master/texmf-dist/doc/xelatex/fontwrap/README b/Master/texmf-dist/doc/xelatex/fontwrap/README new file mode 100644 index 00000000000..5db36067474 --- /dev/null +++ b/Master/texmf-dist/doc/xelatex/fontwrap/README @@ -0,0 +1,120 @@ + + + fontwrap package for XeLaTex + ---------------------------- + Michiel Kamermans, june 2008 + Available under GPL + + +What is it? + -------------- + + fontwrap is a package for XeLaTeX to automatically + wrap multilingual utf8 encoded text in approriate + font tags, issuing fontspec commands whenever text + switches from one unicode block to another. As most + of us use TeX in order to separate visual styling + from the actual document as much as possible, this + package removes the need to add fonttags all over + the place when writing multilingual documents. + + +... Example? + -------------- + + Say you have a mixed text of English and Japanese, + going something like this: + + "English and nihongo can both be written in utf8" + + with the word "nihongo" written in Japanes. + the fontwrap package can automatically change + this to the following: + + "\fontspec{SomeFont}English and \fontspec{OtherFont} + nihongo\fontspec{SomeFont}\ can both be written in + utf8" + + where 'SomeFont' is a font you picked for English + - or rather, Latin - text, and 'OtherFont' is a + font you picked for Japanese text. + + +How do I use it? + -------------- + + simply use the fontwrap package like any other, and + wrap whichever text you want automatically font tagged + with the following command: + + \fontwrap{...your text here...} + + Both the fontwrap.tex and fontwrap_example.tex files + contain examples of this. + + Of course, fontwrap needs to know which fonts you want + to use for which blocks, for which there are a few + basic commands: + + \setfontwrapdefaultfont{Font Name} + + where 'Font Name' is the name of the font as you'd use + it in a word processor (and capitalisation counts!). To + then override the default, you can set fonts either for + single unicode blocks, or for entire informal unicode + groups: + + \setunicodeblockfont{BLock Name}{Font Name} + + \setunicodegroupfont{BLock Name}{Font Name} + + There are a small number of groups to pick from (namely + Arabic, Chinese, CJK (which combines all Chinese, + Japanese and Korean blocks), Cyrillic, Diacritics, + Greek (including some Coptic), Korean, Japanese, Latin, + Mathematics, Phonetics, Punctuation, Symbols, Yi and + 'Other'). There are few more blocks (158 of them), so + I won't list all of there here - please see the more + detailed pdf documentation for which specific blocks + you can set fonts for. + + In addition to these fonts, you also need to instruct + fontwrap which macros and environments it is allowed + to process the content of, because by default it will + skip over any macros or environments it is wrapping. + + \setfontwrapallowedmacros{macro list} + + \setfontwrapallowedenvironments{env. list} + + For both these commands, the lists are comma delimited, + so that if you want fontwrap to process the content of + emph, ruby and section macros, you would pass it the + list "emph,ruby,section". + + +Special notes + -------------- + + This package requires you use perltex, which is just + a wrapper for xelatex. if you use Tex Live or MikTeX + then you should either already have it installed, + or it should grab perltex automatically for you. + The command is also rather simple: + + perltex --latex=xelatex inputfile.tex + + Running this when using fontwrap may result in a + number of warnings/errors: + + 1) free to wrong pool + + perltex can, in some cases, perform mem cleanup on + the wrong thread. This will not affect your document + in any way. it's just annoying. + + 2) no unicode mapping available + + a font you picked for some block of text does not + contain the characters of that text. this is common + when using foreign language in a verbatim block.
\ No newline at end of file diff --git a/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.pdf b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.pdf Binary files differnew file mode 100644 index 00000000000..aecb9425da9 --- /dev/null +++ b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.pdf diff --git a/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.tex b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.tex new file mode 100644 index 00000000000..f43c04f3252 --- /dev/null +++ b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap.tex @@ -0,0 +1,341 @@ +\documentclass[12pt]{article} + +% Ruby markup renewal +\usepackage[overlap, CJK]{ruby} +\renewcommand{\rubysep}{-0.3ex} +\renewcommand{\rubysize}{0.6} + +% automatically wraps characters from specific unicode blocks with the relevant font tag +\usepackage{fontwrap} + +% in this example, fontwrap is only allowed to process content for 'ruby' tags. +\setfontwrapallowedmacros{section,subsection,subsubsection,paragraph,subparagraph,emph} +\setfontwrapallowedenvironments{tabular} + +% always good to have, in case a sentence is unmanageable and needs to be rewritten. +\overfullrule=5pt + +% fontspec +\setmainfont{Palatino Linotype} + +% floaty goodness +\usepackage{float} +\floatstyle{boxed} +\newfloat{block}{htbp}{blocks} + +% document start +\begin{document} + + % frontmatter + \title{fontwrap} + \author{Michiel Kamermans\\www.nihongoresources.com} + \date{\today} + \maketitle + + % set up fontwrap's default font. + % not quite sure why I can't issue this before the document start + \setfontwrapdefaultfont{Bitstream Cyberbit} + + % set specific unicode groups + \setunicodegroupfont{Arabic}{Traditional Arabic} + \setunicodegroupfont{Latin}{Palatino Linotype} + \setunicodegroupfont{Japanese}{Ume Mincho} + \setunicodegroupfont{Chinese}{SimHei} + \setunicodegroupfont{Korean}{BatangChe} + \setunicodegroupfont{Cyrillic}{Dotum} + \setunicodegroupfont{Greek}{Arno Pro} + + % thai and hebrew have no group, just a block + \setunicodeblockfont{Thai}{Cordia New} + \setunicodeblockfont{Hebrew}{Times New Roman} + + + % ---------------- + % START OF CONTENT + % ---------------- + + \section{What is fontwrap?} + + fontwrap is a Perl\TeX\ package for automatically adding font tags in multilingual + documents. More specifically, it adds font tags between unicode block changes + in documents that are encoded in UTF8 unicode (which is, thankfully these days, + pretty much any new multilingual document). + + The whole reason most of us use \TeX\ or \LaTeX\ or the newer \LaTeXe\ or + whichever flavour of \TeX\ you like to use, is because it lets you write your + document with a minimal amount of placing control codes inside the actual text + you're writing. Most of the time, your text will just be text, and you'll be + damned if you have to add all kinds of special codes because that will make the + source file less readable. However, when you're working in a multilingual \TeX\ document, + you might find you're wrapping bits of "foreign" text in with macros that ensure + the right font or other visual styling makes its way to the final document. + fontwrap was designed to remove the need for that practice, so that your document + stays readable. + + \begin{block} + \fontwrap{ + \emph{Even though I am writing this on an English operating system in an English + text editor, I can input quite a lot of different language. I can do this, + because of the power of unicode: English, 日本語, 中國話, 한글, 조선글, الْعَرَبيّة + , Русский язык, Ελληνικά, Tiếng Việt, ภาษาไทย , עִבְרִית and a whole scala of other + languages all use different scripts, which all have their own place in the + unicode 5.0 world.} + } + \caption{A paragraph using many different unicode blocks} + \end{block} + + If you look closely at the example paragraph in block 1, you will see that all + the different languages use a different font. The English font is \emph{Palatino + Linotype}, the font for Japanese is \emph{Ume Mincho}, the font for Chinese is + \emph{SimHei}, for Korean \emph{BatangChe}, for Arabic \emph{Traditional Arabic}, + Cyrillic uses \emph{Dotum}, Greek uses \emph{Arno Pro}, Thai uses \emph{Cordia New}, + and for Hebrew I used \emph{Times New Roman}. For those wondering, Vietnamese + actually uses the Latin and Latin Extended Additional blocks, so it uses the same + \emph{Palatino Linotype}\ font as the English text. + + In normal \TeX\ , getting all the languages marked with the right fonts, with all + the commas and spaces using the same font as the English text, require a mad amount + of font markup, but with fontwrap this requires no markup beyond the 'fontwrap' command: + all I had to do to get the text to use all these different fonts is tell fontwrap which + fonts to use for which blocks in my frontmatter, and wrap write the paragraph exactly as + you see it in this pdf file into my .tex \textemdash\ wrapping it in the \textbackslash + fontwrap\{\} macro then takes care of all my fonty needs. + + \section{Getting fontwrap working for your document} + + The basic procedure for getting fontwrap to work in your document is really + quite straightforward. First, we must make sure to actually use it: + + \begin{verbatim} + \usepackage{autfont} + \end{verbatim} + + The rest of the code comes in the document body itself. Before we do anything + with fontwrap, it is usually a good idea to tell it which fonts to use for + which unicode blocks. There is one \emph{catch-all} command to do this, which + sets the same font for every block, and several \textbackslash set commands for + both single blocks, and informal multi-block groups. In this document, for + instance, I use this: + + \begin{verbatim} + % set up fontwrap's default font. + \setfontwrapdefaultfont{Bitstream Cyberbit} + + % set specific unicode groups + \setunicodegroupfont{Arabic}{Traditional Arabic} + \setunicodegroupfont{Latin}{Palatino Linotype} + \setunicodegroupfont{Japanese}{Ume Mincho} + \setunicodegroupfont{Chinese}{SimHei} + \setunicodegroupfont{Korean}{BatangChe} + \setunicodegroupfont{Cyrillic}{Dotum} + \setunicodegroupfont{Greek}{Arno Pro} + + % thai and hebrew have no group, just a block + \setunicodeblockfont{Thai}{Cordia New} + \setunicodeblockfont{Hebrew}{Times New Roman} + \end{verbatim} + + Of course, you can set as few or as many as you like, or more importantly as + is appropriate. If you're using a bilingual document, setting the catch-all + binding and an extra font for the "foreign" bits is all you have to do. After + having set up the font bindings in this way, all that's left is to type in + whichever mix of languages you please, and surround your text with the + \textbackslash fontwrap macro: + + \begin{verbatim} + \fontwrap{ + the verbatim environment used to make this + block of text only supports Latin, but you + would be free to type whatever you like in + this macro. + } + \end{verbatim} + + The only downside to this is that I cannot show the actual text from + example paragraph 1, because the \{ verbatim\}\ environment cannot + handle more than just Latin, and is one of the few blocks where + fontwrap should not be used - adding font tags inside a verbatim + block means you're going to get the \TeX\ commands in your final + output, instead of having them processed, because that's what + verbatim does! + + Moving on, \textbackslash fontwrap does not look into other macros + and environments by default. If you want it to process text in macros + such as \textbackslash emph or \textbackslash caption then you need + to explicitly tell it that it is allowed to do this. This command, + and the equivalent command for environments, goes in the preamble: + + \begin{verbatim} + % allow processing of content for the following macros: + \setfontwrapallowedmacros{section,subsection, + subsubsection,paragraph, + subparagraph,emph, caption, + ... } + % allow processing of content for the following environments: + \setfontwrapallowedenvironments{tabular, ... } + \end{verbatim} + + whenever \textbackslash fontwrap is now used, it will process text + in general document structure macros, as well as the tabular environment, + which is useful if we use "foreign" text in any tables we're bound to + end up using. + + And with that the basic use is pretty much covered. + + \section{Available commands} + + First off, \textbackslash fontwrap of course: + + \begin{verbatim} + \fontwrap{ ... } + \end{verbatim} + + and wrapped in the fontwrap verbatim environment in case whitespace really, really matters: + + \begin{verbatim} + \begin{fontwrapverbatim} + \fontwrap{ ... } + \end{fontwrapverbatim} + \end{verbatim} + + Secondly, the allowances: + + \begin{verbatim} + \setfontwrapallowedmacros{comma delimited list} + \setfontwrapallowedenvironments{comma delimited list} + \end{verbatim} + + Thirdly, the font setup commands: + + \begin{verbatim} + \setunicodegroupfont{block name}{font name} + \setunicodeblockfont{block name}{font name} + \end{verbatim} + + \begin{block} + Arabic, Chinese, CJK (which combines all Chinese, Japanese + and Korean blocks), Cyrillic, Diacritics, Greek (including some + Coptic), Korean, Japanese, Latin, Mathematics, Phonetics, Punctuation, + Symbols, Yi and finally, Other, which is just a lump category for everything + else, really\dots + \caption{All available informal group names} + \end{block} + + There are several informal groups available, which are listed + in block 2. Also not unimportant to note: these are all case + sensitive. The "other" group is a bit of an eyesore, but for + now it will have to do. Of course, Linear B and Ethiopian form + informal groups too, but I just don't use them, so they will be + given their own group when I'm done refining fontwrap, really. + + In addition to these groups, there are also the individual + blocks, in case there is no group for what you want to set + a font for, such as Hebrew, Thai, or really exotic things + like Cuneiform or Byzantine musical symbols! There are a total + of 158 blocks available for font binding, listed in block 3. + + \begin{block} + AegeanNumbers, AlphabeticPresentationForms, AncientGreekMusicalNotation, + AncientGreekNumbers, Arabic, ArabicPresentationFormsA, + ArabicPresentationFormsB, ArabicSupplement, Armenian, Arrows, + Balinese, BasicLatin, Bengali, BlockElements, Bopomofo, + BopomofoExtended, BoxDrawing, BraillePatterns, Buginese, + Buhid, ByzantineMusicalSymbols, Cherokee, CJKCompatibility, + CJKCompatibilityForms, CJKCompatibilityIdeographs, + CJKCompatibilityIdeographsSupplement, CJKRadicalsSupplement, + CJKStrokes, CJKSymbolsandPunctuation, CJKUnifiedIdeographs, + CJKUnifiedIdeographsExtensionA, CJKUnifiedIdeographsExtensionB, + CombiningDiacriticalMarks, CombiningDiacriticalMarksforSymbols, + CombiningDiacriticalMarksSupplement, CombiningHalfMarks, ControlPictures, + Coptic, CountingRodNumerals, Cuneiform, CuneiformNumbersandPunctuation, + CurrencySymbols, CypriotSyllabary, Cyrillic, CyrillicExtendedA, + CyrillicExtendedB, CyrillicSupplement, Deseret, Devanagari, Dingbats, + DominoTiles, EnclosedAlphanumerics, EnclosedCJKLettersandMonths, + Ethiopic, EthiopicExtended, EthiopicSupplement, GeneralPunctuation, + GeometricShapes, Georgian, GeorgianSupplement, Glagolitic, Gothic, + GreekandCoptic, GreekExtended, Gujarati, Gurmukhi, HalfwidthandFullwidthForms, + HangulCompatibilityJamo, HangulJamo, HangulSyllables, Hanunoo, Hebrew, + HighPrivateUseSurrogates, HighSurrogates, Hiragana, IdeographicDescriptionCharacters, + IPAExtensions, Kanbun, KangxiRadicals, Kannada, Katakana, KatakanaPhoneticExtensions, + Kharoshthi, Khmer, KhmerSymbols, Lao, LatinExtendedAdditional, LatinExtendedA, + LatinExtendedB, LatinExtendedC, LatinExtendedD, LatinSupplement, + LetterlikeSymbols, Limbu, LinearBIdeograms, LinearBSyllabary, LowSurrogates, + MahjongTiles, Malayalam, MathematicalAlphanumericSymbols, MathematicalOperators, + MiscellaneousMathematicalSymbolsA, MiscellaneousMathematicalSymbolsB, + MiscellaneousSymbols, MiscellaneousSymbolsandArrows, MiscellaneousTechnical, + ModifierToneLetters, Mongolian, MusicalSymbols, Myanmar, NewTaiLue, NKo, + NumberForms, Ogham, OldItalic, OldPersian, OpticalCharacterRecognition, + Oriya, Osmanya, PhagsPa, Phoenician, PhoneticExtensions, PhoneticExtensionsSupplement, + PrivateUseArea, Runic, Shavian, Sinhala, SmallFormVariants, + SpacingModifierLetters, Specials, SuperscriptsandSubscripts, + SupplementalArrowsA, SupplementalArrowsB, SupplementalMathematicalOperators, + SupplementalPunctuation, SupplementaryPrivateUseAreaA, + SupplementaryPrivateUseAreaB, SylotiNagri, Syriac, Tagalog, + Tagbanwa, Tags, TaiLe, TaiXuanJingSymbols, Tamil, Telugu, + Thaana, Thai, Tibetan, Tifinagh, Ugaritic, UnifiedCanadianAboriginalSyllabics, + VariationSelectors, VariationSelectorsSupplement, VerticalForms, + YiRadicals, YiSyllables, and finally YijingHexagramSymbols. + \caption{All 158 blocks available in unicode 5.0} + \end{block} + + These, too, are case sensitive. + + \section{Running Perl\TeX\ and possible errors} + + Running \TeX\ files that use fontwrap means you have to use Perl\TeX\ to + get it all to work. Luckily, Perl\TeX\ is just a \TeX\ wrapper, so you can + tell it which \TeX\ engine to use and it will. Because fontwrap relies on + the fontspec package, we have to use Xe\TeX : + + \begin{verbatim} + perltex --latex=xelatex myfile.tex + \end{verbatim} + + This should run fine, but there are three problems you might run into. + + \paragraph{No unicode mapping available} + + You get this error when \TeX\ uses a font that cannot represent the + unicode glyphs you have written. For instance, using something other + than Latin text in a verbatim block will cause this error. It's + not fatal in any way, it just means that you will see empty blocks + in your final document. + + \paragraph{Free to wrong pool} + + Perl\TeX\ uses Perl \emph{(fairly obviously)}\ but it does so sort + of multithreaded. It also uses the Perl "safe" module, and that's + where things go funky. The combination of multithread perl and "safe" + can lead to perl trying to free the memory it used, but failing + at this because it tries to do so in entirely the wrong thread. + This is completely inconsequential, other than that it can lead + to memory leaks. Now, I made sure to unset all the perl variables + I use once fontwrap is done, so you shouldn't run into any problems + \emph{(unless maybe you were counting the bytes by hand)} . + + \paragraph{Overfull/underfull hbox} + + The boon of \TeX , this means that a particular sentence is + made up of letters and spaces in such a way that \TeX\ cannot + really get the glue stretched properly for it to look nice + in your final document. You're going to have to go in, and + fix the problem yourself by rephrasing the sentence... either + that or leave it in and turn off whatever visual notification + for problematic hboxes you use during draft generation. + + \section{The end\ldots} + + And\ldots\ I think that's it. I can't think of anything more + to tell you with respects to using fontwrap. If you have any + questions you can always check out the .sty file, or contact + me through the contact page on my website, http://www.nihongoresources.com. + + \bigskip + + Enjoy! + + \bigskip + \bigskip + + - Mike Kamermans +\end{document}
\ No newline at end of file diff --git a/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.pdf b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.pdf Binary files differnew file mode 100644 index 00000000000..3fec552512c --- /dev/null +++ b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.pdf diff --git a/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.tex b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.tex new file mode 100644 index 00000000000..54e0c31c367 --- /dev/null +++ b/Master/texmf-dist/doc/xelatex/fontwrap/fontwrap_example.tex @@ -0,0 +1,167 @@ +\documentclass[12pt]{article} + +% Ruby markup renewal +\usepackage[overlap, CJK]{ruby} +\renewcommand{\rubysep}{-0.3ex} +\renewcommand{\rubysize}{0.6} + +% automatically wraps characters from specific unicode blocks with the relevant font tag +\usepackage{fontwrap} + +% in this example, fontwrap is only allowed to process content for 'ruby' tags. +\setfontwrapallowedmacros{ruby} + +% The main font is a somewhat bland font. +\setmainfont{Times New Roman} + +% always good to have, in case a sentence is unmanageable and needs to be rewritten. +\overfullrule=5pt + +% document start +\begin{document} + + + % --------------------------------------------------------- + % + % In the first part of what is effectively a unit test, + % we set the font handling for characters from the Latin + % unicode blocks to the 'Palatino Linotype' font. For + % characters from the CJK unicode blocks, we use the + % 'kiloji' font, which is a playful font for Japanese. + % + % --------------------------------------------------------- + + \section{Before we start:} + + \setunicodegroupfont{Latin}{Palatino Linotype} + \setunicodegroupfont{CJK}{kiloji} + + Before the test text is generated, \textbackslash unicodegroupLatinFont is set to '\unicodegroupLatinFont', + and \textbackslash unicodegroupCJKFont is set to '\unicodegroupCJKFont'. + + + % --------------------------------------------------------- + % + % In our unit test, the first section must look identical + % to the second section. + % + % --------------------------------------------------------- + + \section{This:} + + \fontwrap{ + test 1: \emph{- 仕 -}, test2: \ruby{ruby base text}{- 仕 -}\ どうぞ. + } + + \section{Should look like this:} + + \fontspec{\unicodegroupLatinFont}test 1: \emph{- 仕 -}, test2: \ruby{ruby + base text}{- \fontspec{\unicodegroupCJKFont}仕\fontspec{\unicodegroupLatinFont} + -}\ \fontspec{\unicodegroupCJKFont}どうぞ\fontspec{\unicodegroupLatinFont}. + + + % --------------------------------------------------------- + % + % In the second part of our test, we issue font changes. + % We set the font handling for characters from the Latin + % unicode blocks to the 'Arial' font, which is distinctly + % different from the Palatino Linotype font, and we set + % the CJK font to 'Ume Mincho', a "clinical" Japanese font. + % + % --------------------------------------------------------- + + \section{Before we continue:} + + \setunicodegroupfont{Latin}{Arial} + \setunicodegroupfont{CJK}{Ume Mincho} + + Then, before we continue our test, \textbackslash unicodegroupLatinFont is set to '\unicodegroupLatinFont', + and \textbackslash unicodegroupCJKFont is set to '\unicodegroupCJKFont'. + + + % --------------------------------------------------------- + % + % Again, the first section must look identical to the + % second section. + % + % --------------------------------------------------------- + + \section{And more elaborately, this:} + + \fontwrap{ + This is a paragraph on the Japanese language, written \ruby{日本語}{nihongo}. The pronunciation above + the Japanese is a romanisation of the Japanese syllabic word にほんご, which is a combination of 'ni', + 'ho', 'n' and 'go'. The last syllable is a voicing of the syllable こ, 'ko', denoted with two tickmarks + in the upper right. + + Adding a pronunciation key to written Japanese is a common practice. A simple example of this would + be the aforementioned \ruby{日本語}{にほんご}, this time with Japanese in the pronunciation key. + The type of writing that is used to mark pronunciation is called \ruby{振り仮名}{ふりがな}\ in Japanese, + which translates to something like 'sprinkled (syllabic) writing'. + } + + \section{Should look like:} + + \fontspec{\unicodegroupLatinFont}This is a paragraph on the Japanese language, written \ruby{\fontspec{\unicodegroupCJKFont}日本語\fontspec{\unicodegroupLatinFont}}{nihongo}. The pronunciation above + the Japanese is a romanisation of the Japanese syllabic word \fontspec{\unicodegroupCJKFont}にほんご\fontspec{\unicodegroupLatinFont}, which is a combination of 'ni', + 'ho', 'n' and 'go'. The last syllable is a voicing of the syllable \fontspec{\unicodegroupCJKFont}こ\fontspec{\unicodegroupLatinFont}, 'ko', denoted with two tickmarks + in the upper right. + + Adding a pronunciation key to written Japanese is a common practice. A simple example of this would + be the aforementioned \ruby{\fontspec{\unicodegroupCJKFont}日本語\fontspec{\unicodegroupLatinFont}}{\fontspec{\unicodegroupCJKFont}にほんご\fontspec{\unicodegroupLatinFont}}, this time with Japanese in the pronunciation key. + The type of writing that is used to mark pronunciation is called \ruby{\fontspec{\unicodegroupCJKFont}振り仮名\fontspec{\unicodegroupLatinFont}}{\fontspec{\unicodegroupCJKFont}ふりがな\fontspec{\unicodegroupLatinFont}}\ in Japanese, + which translates to something like 'sprinkled (syllabic) writing'. + + % --------------------------------------------------------- + % + % In the third part of our test, we check whether fontwrap + % respects our environment declarations. Because we'll use + % a verbatim group, we make sure to call verbatimfontwrap + % as well, to preserve the whitespace precisely. + % + % --------------------------------------------------------- + + \section{Again, before we continue:} + + \setunicodegroupfont{Latin}{Arial} + \setunicodegroupfont{CJK}{kiloji} + + For the final test, \textbackslash unicodegroupLatinFont is set to \unicodegroupLatinFont\ + and \textbackslash unicodegroupCJKFont is kept at '\unicodegroupLatinFont', for contrast. + The verbatim block will not support Japanese, so we'll see gaps in it. + + \section{This:} + + \begin{verbatimfontwrap} + \fontwrap{ + This is some text with English and 日本語 in it (\ruby{正解}{せいかい}), with a + \begin{verbatim} + Verbatim Block Inside It. + Also With English And 日本語 Text. + (Don't mind the capitals. The point was there + should not be any fontspec tags) + \end{verbatim} + After which some more 日本語 and English. + } + \end{verbatimfontwrap} + + \section{Should look like this:} + + \fontspec{\unicodegroupLatinFont}This is some text with English and + \fontspec{\unicodegroupCJKFont}日本語\fontspec{\unicodegroupLatinFont}\ in it (\ruby{\fontspec{\unicodegroupCJKFont}正解\fontspec{\unicodegroupLatinFont}}{\fontspec{\unicodegroupCJKFont}せいかい\fontspec{\unicodegroupLatinFont}}), with a + \begin{verbatim} + Verbatim Block Inside It. + Also With English And 日本語 Text. + (Don't mind the capitals. The point was there + should not be any fontspec tags) + \end{verbatim} + After which some more \fontspec{\unicodegroupCJKFont}日本語\fontspec{\unicodegroupLatinFont}\ and English. + + + % --------------------------------------------------------- + % + % And that concludes the unit test. + % + % --------------------------------------------------------- + +\end{document}
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