I noticed that my \parskip was ignored by the “minipage” environment. After some investigations I found that many vertical spacing commands have a special behaviour inside a minipage, and that the command “if@minipage” is used quite often.
The problem is best described by someone else’s question:
I’m trying to use the generic list environment inside a longtable. Unfortunately I get unexpected space above and below the list environment. If I use the same list between normal paragraphs, this extra space is not there.
Any ideas?
Some of my longtables are wider than \hsize (=\columnwidth). It’s ok. The problem is the left-aligned captions of such tables. If a table is X too wide, then the caption is indented by X.
Automatic font selection scheme in LaTeX somethimes is not so good. For example, when series “n” (normal) and “bx” (extra bold) are defined for a font, and an user want “b” (bold), the system uses “n” font, not “bx” font.
Babel allows LaTeX to speak multiple languages. It also introduces shorthands, one- or two-character sequences, which help non-English authors to type language-specific letters easily. Unfortunately, this feature leads to problems when generating LaTeX-files automatically.
My documents should use WingDings font, so I’ve added the font to LaTeX. It wasn’t easy task because (1) the font is True Type (2) the font encoding is non-standard.
A LaTeX document sets Helvetica as the main font, but some special symbols (like “copyright”) look strange. After detailed look at PDF, I found that the symbols aren’t taken from the font, but assembled from different items.
I’ve noticed that results of pdfLaTeX and LaTeX plus dvipdf sometimes differ. One case is the color of an image.
CJK and everysel seems not compatible. If a CJK document loads “everysel” package (or “ragged2e”, which loads “everysel”), the result has artefacts.
I started to use CJK in LaTeX recently, and I spend a lot of time trying to fix the following problem:
! Font C70/song/m/n/9/65=cyberb65 at 9.0pt not loadable:
Metric (TFM) file not found.
relax
l.74 ^^e6^^97^^a0
\par
?
I’ve spent two days understanding how to create CJK bookmarks using LaTeX. Finally, I checked the internal structure of a PDF document with a sheet of paper, a calculator and the PDF reference. The PDF document is correct. Problem is in Acrobat Reader 5 (AR5). It is said that AR5 uses the system font to display the bookmarks, and the system font on Windows 2000 Rus doesn’t have CJK symbols.
Some tutorials on non-root installation of LaTeX modules rely on the environment variable TEXMFLOCAL. Unfortunately, it doesn’t work when the folder “~/texmf” contains conflicting files.
The TeXML development version 1.27 brings new essential functionality: “–ascii” parameter. Now it’s possible to generate plain ASCII TeX files in a desired encoding. Non-ascii bytes are encoded as “^^XX“.
I have problems with non-latin publishing through LaTeX, and I’m going to ask for help in forums. While asking, I should provide a sample LaTeX file, but how to show non-latin characters? Fortunately, I have TeX background and know some tricks. One of them is that combination “^^xx” is interpreted as a character with the hexadecimal code “xx” by the TeX reader before any other processing. So, for example, if I use the symbol “\u9009″ which is encoded in utf8 by bytes “e9″, “80″ and “89″, I can write in the source LaTeX file: “^^e9^^80^^89″.
Without any knowledge of Chinese, I have to publish a Chinese document. Fortunately, I have a source as an utf8-encoded XML.
It looks there is a need for a converter from CALS tables to LaTeX. Here is yet another ask in comp.text.tex. Jonathan Fine answers a bit enigmatic, and I answer pessimistic.
I’m writing a paper for a conference. It should be written with conformance to the Lecture Notes in Computer Science style. After visiting the page with information for LNCS authors) I though that it might be a sort of magic for many people.
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