tcharacters.
(3) \showmathfontrepertoire
2067 pages output, one character a page
So about (1) and (2) I do not understand what happens.
If there are still problems send complete examples.
Wolfgang
___
If your questio
"Too many }'s"?
(3) \showmathfontrepertoire
2067 pages output, one character a page
So about (1) and (2) I do not understand what happens.
Hans van der Meer
> On 10 Oct 2016, at 14:44, Hans Hagen <pra...@wxs.nl> wrote:
>
> On 10/10/2016 12:55 PM,
Hi,
Maybe you should use rather
$\underbar{F_C=\unit{1e2 newton}}$ or \underbar{\unit{1e2 newton}}
since otherwise \underbar considers each character in the math formula as a
word, which should be underlined separately.
Best regards: OK
> On 5 Oct 2016, at 22:01, Florian Leup
In particular, Peter's example produces something like the following:
(I'm assuming these 90-character-plus-CRLF lines made it through the
Internet; if they did not make it, then someone's email-processing
software is non-conformant, so shame on him!)
We thrive in information-thick worlds scr
so if I want lining numbers I
> > have to use:
> > definefontfeature[default][default]
> > [%
> > lnum=yes,
> > protrusion=quality,
> > expansion=quality,
> > ]
> > This works just fine, except for hyphens sign where character protrusion
> > fails
umbers I
> have to use:
> definefontfeature[default][default]
> [%
> lnum=yes,
> protrusion=quality,
> expansion=quality,
> ]
> This works just fine, except for hyphens sign where character protrusion
> fails.
>
> I will appreciate any suggestion.
Hi Jose L
,
protrusion=quality,
expansion=quality,
]
This works just fine, except for hyphens sign where character protrusion
fails.
I will appreciate any suggestion.
___
If your question is of interest to others as well, please add
h it in hand, it is not particularly
>>> difficult to use Unicode symbols in the input file.
> Can you provide your file(s) for download?
They are at [1] with instructions.
Using an escape character as "\" is not necessary, but helps against unwanted
replacements. And it is not ne
> On 15 Sep 2016, at 18:50, Hans Hagen <pra...@wxs.nl> wrote:
>
> On 9/15/2016 6:33 PM, Hans Åberg wrote:
>> If one does not know the Unicode character, because the translation is
>> correct, one can typeset using legacy TeX commands, and copy from the output
a neat trick:
If one does not know the Unicode character, because the translation is correct,
one can typeset using legacy TeX commands, and copy from the output PDF. It can
then be used in the input file, if one so likes.
or maybe your editor has some selection menu
(the scite setup that ships
to the expected
>> Unicode $퐱 풙$.
>
> That is already the case.
FYI, I found a neat trick:
If one does not know the Unicode character, because the translation is correct,
one can typeset using legacy TeX commands, and copy from the output PDF. It can
then be used in the input file, if on
#1\endcsname}
\appendtoks
\catcode`‘=\activecatcode
\letcharcode `‘ \usemathcommand
\to \everymathematics
Then “$” must be followed by a character other than ‘ for this command to be
seen, but it works with “$$”.
_
On 9/12/2016 10:02 PM, Hans Åberg wrote:
On 12 Sep 2016, at 21:45, Hans Hagen <pra...@wxs.nl> wrote:
On 9/12/2016 8:25 PM, Hans Åberg wrote:
But then there seems to be a bug in the LuaTex \letcharcode command: There must
be a character between “$” and the first occurring \activec
> On 12 Sep 2016, at 21:45, Hans Hagen <pra...@wxs.nl> wrote:
>
> On 9/12/2016 8:25 PM, Hans Åberg wrote:
>> But then there seems to be a bug in the LuaTex \letcharcode command: There
>> must be a character between “$” and the first occurring \activecatcode
&g
On 9/12/2016 8:25 PM, Hans Åberg wrote:
Found a workaround: The idea is to use \csname …\endcsname with two delimiters
not likely to be used in math mode, below chosen to ‘…’.
But then there seems to be a bug in the LuaTex \letcharcode command: There must
be a character between
Found a workaround: The idea is to use \csname …\endcsname with two delimiters
not likely to be used in math mode, below chosen to ‘…’.
But then there seems to be a bug in the LuaTex \letcharcode command: There must
be a character between “$” and the first occurring \activecatcode letter
\blank[...] ? Or is this just a work-around, until the "underscore-bug"
is fixed?
The problem with \crlf is that you start a new line for the following text
but you don’t end the current paragraph which is necessary when
you use "split=yes" for xtables.
BTW: The extra character in
eses, the last
> author should be separated by the & (Ampersand) character.
Yes, authoryears should use "and" and authoryear should use "&". I'll
fix it.
However, the APA style goes even further:
"Precede the final name in a multiple-author citation in running text
be separated by the & (Ampersand) character.
3. The last reference has 3 authors and should be written as Koch et
al (2014) instead, it replicates the entire list of authors previously
cited.
I must be missing something obvious in my settings. What changes to
this sample need to be made to cor
e size).
One more question - is there a ConTeXt/Lua function which would assign
a non-diacritical-character to that with diacritics, like:
Á => A
Š => S
Ý => Y etc.?
I'm asking as the "Trace Font for Kids" doesn't contain characters
with diacritics...
Simple Lua tab
would assign a
non-diacritical-character to that with diacritics, like:
Á => A
Š => S
Ý => Y etc.?
I'm asking as the "Trace Font for Kids" doesn't contain characters with
diacritics...
Simple Lua table would do the job, like
remove_dia_czech =
{ ["
nly scaling of a hyphen/dash/minus isn't so bad.
\scaled[] worked perfectly, but it breaks inside a natural table with
character alignment enabled. I have a commented example of this below.
\getscaledglyph works in the table, but the vertical shrink is a
non-starter.
Here's an example:
\ede
nly scaling of a hyphen/dash/minus isn't so bad.
\scaled[] worked perfectly, but it breaks inside a natural table with
character alignment enabled. I have a commented example of this below.
\getscaledglyph works in the table, but the vertical shrink is a
non-starter.
Here's an example:
\ede
a "feature" of \mathop.
>
>
> \definemathcommand [D] [nolop] {\mfunction{D}}
> \starttext
> Compare $\D f$ with $\mfunction{D}f$ and $\mathop{\mfunction{D}}f$.
> \stoptext
>
> If the argument of \mathop is a single character, \mathop centers the
glyph on the math
, how should I define my own operator (I found
this example on the wiki).
This is a "feature" of \mathop.
\definemathcommand [D] [nolop] {\mfunction{D}}
\starttext
Compare $\D f$ with $\mfunction{D}f$ and $\mathop{\mfunction{D}}f$.
\stoptext
If the argument of \mathop is a single
minus isn't so bad.
\scaled[] worked perfectly, but it breaks inside a natural table with
character alignment enabled. I have a commented example of this below.
\getscaledglyph works in the table, but the vertical shrink is a
non-starter.
Here's an example:
\edef\mathminus{\normalUchar&
shape and the middle triange are separate:
_
/ \
/ \ /\
/ _ \/__\
/_/ \_\
yes, I was aware of that, that's why I mentioned a "single-drawings-character".
there is no easy way to convert that into a dotted line that matches the ‘black
parts’ of
dots - something like
/\ .
/ \ . .
/\ .
/ \ . .
I guess that some MP "trick(s)" might be used;
also, a "simple" font should be used to be drawn dotted, which uses
"single drawings" to draw each line of the character.
Most anything
rawn
> with dots - something like
>
> /\ .
> / \ . .
> /\ .
> / \ . .
>
> I guess that some MP "trick(s)" might be used;
> also, a "simple" font should be used to be drawn dotted, which uses "single
> drawings" to draw each line of the character.
Most anyt
mple" font should be used to be drawn dotted, which uses "single
drawings" to draw each line of the character.
Could anybody help with such (MP) code?
Best regards,
Lukas
--
Ing. Lukáš Procházka | mailto:l...@pontex.cz
Pontex s. r. o. | mailto:pon...@pontex.cz | http://www.pont
digits as I
mentioned. If I use the \definedfont approach, I don't see the
character ۴ (argument of \high) at all. With the typescript
approach,
the same character /is/ typeset but is /not/ raised; it appears
on the
baseline but with smaller size.
A
>>
>> \definetypeface [myfont][rm] [serif][samim][default]
>> \setupbodyfont [myfont]
>>
>> \starttext
>> %\definedfont[Samim*arabic]
>> ۱۲۳\high{۴}۵۶.
>> \stoptext
>>
>>
>> I am using Persian digits because the font lacks Latin d
Latin digits as I
mentioned. If I use the \definedfont approach, I don't see the
character ۴ (argument of \high) at all. With the typescript approach,
the same character /is/ typeset but is /not/ raised; it appears on the
baseline but with smaller size.
Any ideas why this is happening? Could
approach, I don't see the character ۴
(argument of \high) at all. With the typescript approach, the same
character *is* typeset but is *not* raised; it appears on the baseline but
with smaller size.
Any ideas why this is happening? Could it be that some parameters, for
instance, \exheight
123.45.
\stoptext
Though this font feature works outside math, it does not seem to
have any effect within the math font. Why is that? Can we
add font
feature to the math font? Are the character codes different?
Notic
set=digitsnormal]
>>
>> \definefontsynonym
>> [MathRoman][name:modern][features={math\mathsizesuffix,mathp
>> eriod},goodies=lm-math,fallbacks=mathdigits]
>>
>> \starttext
>> $123.45.$
>>
>> 123.45.
>>
>&g
fect within the math font. Why is that? Can we add font
feature to the math font? Are the character codes different?
Notice that I could not get it to work, so I commented out the
fallback for Persian digits, to make things simpler. To get the
proof of concept, I am try
Can we add font feature
to the math font? Are the character codes different?
Notice that I could not get it to work, so I commented out the fallback
for Persian digits, to make things simpler. To get the proof of
concept, I am trying to change period to forward slash (see below).
Is the syntax I use for h
addff{mathperiod}
> 123.45.
> \stoptext
>
>
> Though this font feature works outside math, it does not seem to have any
> effect within the math font. Why is that? Can we add font feature to the
> math font? Are the character codes different?
>
> Notice that I could n
ix,mathperiod},goodies=lm-math,fallbacks=mathdigits]
\starttext
$123.45.$
123.45.
\addff{mathperiod}
123.45.
\stoptext
Though this font feature works outside math, it does not seem to have any
effect within the math font. Why is that? Can we add font feature to the
math font? Are the charact
trying?
I once converted Vafa Khalighi's XeTeX-based code to Lua but ran into
several setbacks. (The idea is to insert a sequence of
(ZWJ,\nobreak,stretchable leader,\nobreak,ZWJ) between certain character
pairs that join one another.) Here are some of the issues I faced:
1) This could
wrote it in the text as i need it, after compiling, i got a
message, that i am not allowed (You cant’t use macro paramenter
character #‘ in horinzontal mode) to use it as i wanted.
Can sombebody help me please?
As you can see above, i tried to use the unicode. But there is something
wrong
it, after compiling, i got a
message, that i am not allowed (You cantt use macro paramenter character #
in horinzontal mode) to use it as i wanted.
Can sombebody help me please?
As you can see above, i tried to use the unicode. But there is something
wrong.
Uschi
Dear Hans
In the annex you can find a table of character frequency for Portuguese. Is
it possible to add it in a future beta?
TIA
Marcus Vinicius
--
Todas as coisas fatigam o corpo, salvo a música, que não fatiga nem o corpo
nem seus membros, por ser descanso da alma, primavera do coração
On Thu, 26 May 2016, Mojca Miklavec wrote:
\catcode`č=\active
\defč{\buildtextaccent\textcaron c}
Instead of creating an active character, does this work:
\definefontfeature
[default]
[default]
[compose=yes
in
the first two examples.
To my surprise none of the \framed[align=..] options exhibits \vbox character!
Thus my question: has the behaviour of \framed[align=..] changed in the mean
time? Three years is of course an eternity when seen in the perspective of the
speed with which C
chosen, not
unimportant of course.
I did this by typesetting \hbox{abc}\hbox{xyz} inside a framed. For
\hbox want expects abcxyz as output and for \vbox abc and below it
xyz. As can be seen in the first two examples.
To my surprise none of the \framed[align=..] options exhibits \vbox
character!
T
} inside a framed. For \hbox want
expects abcxyz as output and for \vbox abc and below it xyz. As can be seen in
the first two examples.
To my surprise none of the \framed[align=..] options exhibits \vbox character!
Thus my question: has the behaviour of \framed[align=..] changed in the mean
time
= {1993},
title = {American metal typefaces of the twentieth century},
publisher = {Oak Knoll Pr},
language = {english},
}
@Book{McGuinne1992,
author= {McGuinne, D.},
year = {1992},
title = {Irish type design},
subtitle = {a history of printing types in th
On 5/14/2016 7:35 PM, Peter Münster wrote:
On Sat, May 14 2016, Pablo Rodriguez wrote:
the coma is the problematic character in url:
\setupinteraction[state=start]
\starttext
\goto{http://a,b.c}[url(http://a,b.c)]
\stoptext
I’m afraid this might be a bug.
Workaround: url
is updating)
.. there are less files too (so no big burden to have it alongside tex live)
With this installation, I get a strange bug:
In the example below, the first integral gets ‘limits' in the displayed
formula, as though ‘nolimits’ has not been defined. It works if one puts a
character befo
On 14 May 2016, at 20:01, Pablo Rodriguez <oi...@gmx.es>l wrote:
>
> On 05/14/2016 11:25 AM, Robert Blackstone wrote:
>>
>> When I process this with mkiv, the urls in AA and CC are active,
>> while in BB it is not. Why?
>
> Hi Robert,
>
> the
s quite simple (as is
>>> updating) .. there are less files too (so no big burden to have it
>>> alongside tex live)
>>
>> With this installation, I get a strange bug:
>>
>> In the example below, the first integral gets ‘limits' in the displayed
&g
I get a strange bug:
In the example below, the first integral gets ‘limits' in the displayed
formula, as though ‘nolimits’ has not been defined. It works if one puts
a character before the first integral sign. So it seems that the
\startformula command misses the ∫ definition on the first non
On Sat, May 14 2016, Pablo Rodriguez wrote:
> the coma is the problematic character in url:
>
> \setupinteraction[state=start]
> \starttext
> \goto{http://a,b.c}[url(http://a,b.c)]
> \stoptext
>
> I’m afraid this might be a bug.
Workaround: url(htt
not.
> [...]
> When I process this with mkiv, the urls in AA and CC are active,
> while in BB it is not. Why?
Hi Robert,
the coma is the problematic character in url:
\setupinteraction[state=start]
\starttext
\goto{http://a,b.c}[url(http://a,b.c)]
\stoptext
I’m afraid this mi
the example below, the first integral gets ‘limits' in the displayed
formula, as though ‘nolimits’ has not been defined. It works if one puts a
character before the first integral sign. So it seems that the \startformula
command misses the ∫ definition on the first non-space character.
\
>>>>> On 13 May 2016, at 12:22, Hans Hagen <pra...@wxs.nl> wrote:
>>>>>
>>>>> in principle one can make∫and \int but that has other side effects
>>>>
>>>> What side effect do you have in mind here?
>>>
>
side effect do you have in mind here?
using it as normal character .. it's often harder to turn off features than to
turn on
and making all those characters active by default is not a good idea
The use in the source code helps readability of math formulas, though.
it's no problem to m
de effects
>>
>> What side effect do you have in mind here?
>
> using it as normal character .. it's often harder to turn off features than
> to turn on
>
> and making all those characters active by default is not a
On 5/13/2016 1:07 PM, Hans Åberg wrote:
On 13 May 2016, at 12:22, Hans Hagen <pra...@wxs.nl> wrote:
in principle one can make ∫ and \int but that has other side effects
What side effect do you have in mind here?
using it as normal character .. it's often harder to turn off features
atin modern. These are
modelled after traditional tex fonts and in traditional tex mode italics
are always added and sometimes compensated when not needed, while in
opentype math those corrections are only added in character sequences
(sort of) and not in constructs (which left/right are).
Fixing
[...]
>
> It has to do with more robust ways to let special character travel
> through the machinery
Many thanks for the code to fix the issue, Hans.
Pablo
--
http://www.ousia.tk
___
If your question is
om 2016.02.15 10:26 (and
LuaTeX-0.89.0), but links weren’t made interactive.
I hope the description helps. Could anyone confirm the issue?
It has to do with more robust ways to let special character travel
through the machinery
\startbuffer[demo]
Case 1: http://a.b/c#d;>http://a.b/c#d
st
1234567890
\stoptext
This gives:
.234567890
p234567890
So with latin modern it works fine, while with cambria the first
letter of the substituation is used.
I found the reason for that (side effect of utf conversion that takes
the first character) of 'period'.
The used fonts are:
filename=lmro
On 2016-04-11 Hans Hagen wrote:
> On 4/11/2016 9:06 PM, Jan Tosovsky wrote:
> > On 2016-04-09 Jan Tosovsky wrote:
> >>
> >> for an illustration I wanted to colorize all ligatures, but the
> >> following method is not reliable for three character
On 4/11/2016 9:06 PM, Jan Tosovsky wrote:
On 2016-04-09 Jan Tosovsky wrote:
for an illustration I wanted to colorize all ligatures, but the
following method is not reliable for three character ligatures
- which ends up black.
While tested with Palatino, it can be simulated even with
a default
On 2016-04-09 Jan Tosovsky wrote:
>
> for an illustration I wanted to colorize all ligatures, but the
> following method is not reliable for three character ligatures
> - which ends up black.
>
> While tested with Palatino, it can be simulated even with
> a
Sorry if there
is too much nonsense in the previous paragraph. But I need to know how
to do it for another example too.
You can use Lua to create a list of all character combinations. The
convert function
takes three argument, the first is the conversion method, the second the
conversion
value and the
Dear All,
for an illustration I wanted to colorize all ligatures, but the following
method is not reliable for three character ligatures - which ends up black.
While tested with Palatino, it can be simulated even with a default font
(however there are missing ffi and ffl ligatures
otype.pdf
> >>> pdfTeX offers fine tuning of:
> >>> (1) Character protrusion
> >>> (2) Font expansion
> >>> (3) Tracking
> >>> (4) Additional kerning
> >>> (5) Interword spacing
> >>>
> >>> AFAIK C
On 4/6/2016 6:48 AM, Henning Hraban Ramm wrote:
Am 2016-04-06 um 03:51 schrieb Jan Tosovsky <j.tosov...@email.cz>:
Note that character protrusion requires pdfTeX (version 0.14f or later),
LuaTeX, or
XeTeX (at least version 0.9997). Font expansion works with pdfTeX (versio
On 4/5/2016 11:51 PM, Jan Tosovsky wrote:
On 2016-04-05 Hans Hagen wrote:
On 4/5/2016 10:55 PM, Jan Tosovsky wrote:
according to http://texdoc.net/texmf-
dist/doc/latex/microtype/microtype.pdf
pdfTeX offers fine tuning of:
(1) Character protrusion
(2) Font expansion
(3) Tracking
(4
Am 2016-04-06 um 03:51 schrieb Jan Tosovsky <j.tosov...@email.cz>:
>
> Note that character protrusion requires pdfTeX (version 0.14f or later),
> LuaTeX, or
> XeTeX (at least version 0.9997). Font expansion works with pdfTeX (version
> 1.20 for
> automatic expansion
On 2016-04-05 Hans Hagen wrote:
> On 4/5/2016 10:55 PM, Jan Tosovsky wrote:
> >
> > according to http://texdoc.net/texmf-
> > dist/doc/latex/microtype/microtype.pdf
> > pdfTeX offers fine tuning of:
> > (1) Character protrusion
> > (2) Font expansion
>
On 4/5/2016 10:55 PM, Jan Tosovsky wrote:
Dear All,
according to http://texdoc.net/texmf-dist/doc/latex/microtype/microtype.pdf
pdfTeX offers fine tuning of:
(1) Character protrusion
(2) Font expansion
(3) Tracking
(4) Additional kerning
(5) Interword spacing
AFAIK ConTeXt covers 1+2+(3
Dear All,
according to http://texdoc.net/texmf-dist/doc/latex/microtype/microtype.pdf
pdfTeX offers fine tuning of:
(1) Character protrusion
(2) Font expansion
(3) Tracking
(4) Additional kerning
(5) Interword spacing
AFAIK ConTeXt covers 1+2+(3?). In recent discussion Hans mentioned
...) in such cases
Btw, from end user perspective I'd expect it should work by default without
further tweaking.
so what if someone has
\hbox{some image or whatever unknonws}
should character overflow into the box?
how is tex supposed to know the intentions
so if all gets a boundary mark in the end
On 2014-02-23 Wolfgang Schuster wrote:
> On 2014-02-22 Jan Tosovsky wrote:
> > On 2014-02-22 Jan Tosovsky wrote:
> >>
> >> when hanging in footnotes is enabled and the starting character
> >> is a punctuation, it is not protruded. However, the same character
}>Bar< ...
A minimal example is available at
http://drifted.in/other/sample.tex
I cannot place the space character between these two parts
(which helps) as I sometimes need to join this and the previous
phrase with the non-breaking space.
It is more serious issue than expected. Consider ne
erm.
> > >
> > > ... \index{foo}>Bar< ...
> > >
> > > A minimal example is available at
> > > http://drifted.in/other/sample.tex
> > >
> > > I cannot place the space character between these two parts
> > > (which helps) as
On 3/6/2016 2:19 PM, Schmitz Thomas A. wrote:
Hi all,
short example in extra big size to make the effect visible:
\setupbodyfont [termes,48pt]
\mainlanguage [de]
\starttext
„Vater“
\quotation{Vater}
\stoptext
In the first line, the character „ has a bit of kerning with the following V
Hi all,
short example in extra big size to make the effect visible:
\setupbodyfont [termes,48pt]
\mainlanguage [de]
\starttext
„Vater“
\quotation{Vater}
\stoptext
In the first line, the character „ has a bit of kerning with the following V
(could be even more, to my taste
SOLVED: I cut and pasted the code from the original response and failed to
notice that the very first character i.e. the ‘\’ was missing in the message.
It all executed with no error messages!! Works fine with the minor correction.
Thanks for your help.
Aidan
On 02/29/2016 03:21 PM, Wolfgang Schuster wrote:
>> Pablo Rodriguez 29. Februar 2016 um 00:27
>> [...]
>> Is there any way to have the Unicode character on the final PDF document
>> without having to edit the text?
>
> You have to switch to math mode to show the
Pablo Rodriguez <mailto:oi...@gmx.es>
29. Februar 2016 um 00:27
Dear list,
I have the following sample:
\definefallbackfamily[mainface][rm][TeX Gyre Pagella][range={⋀}]
\definefontfamily[mainface][rm][EB Garamond]
\starttext
⋀
\stoptext
Is there any way to have the Unicode cha
Dear list,
I have the following sample:
\definefallbackfamily[mainface][rm][TeX Gyre Pagella][range={⋀}]
\definefontfamily[mainface][rm][EB Garamond]
\starttext
⋀
\stoptext
Is there any way to have the Unicode character on the final PDF document
without having to edit
probably does some character substitution, so as long as I
have any font that contains that particular character, I can see that
character in the editor. There is no need for a special huge font
because the system takes care of it to some extent. This is probably
different on Windows and Linux though
On 18 February 2016 at 10:22, Hans Hagen wrote:
>
> this brings up the question: would users (here) start using real math
> unicode input if we had a monospace math font?
On Mac (TextMate, but I assume other editors would behave the same)
the system probably does some character substit
...
Hans, you forgot: ¥x^2¥, ₽x^2₽, ₱x^2₱, ₹x^2₹, ...
Besides, U+0024 comes from ASCII and all programmers know that it is a
perfectly valid and useful character.
Of course, and even ₧x²₧ or even ₯x²₯...
we need a proper begin/end symbol ..
Too bad Knuth did not choose ¡x^2!
Excuse me, Alan
Hans, you forgot: ¥x^2¥, ₽x^2₽, ₱x^2₱, ₹x^2₹, ...
> Besides, U+0024 comes from ASCII and all programmers know that it is a
> perfectly valid and useful character.
Of course, and even ₧x²₧ or even ₯x²₯...
>> we need a proper begin/end symbol ..
>
> Too bad Knuth did not cho
024 comes from ASCII and all programmers know that it is a
perfectly valid and useful character.
> we need a proper begin/end symbol ..
Too bad Knuth did not choose ¡x^2!
> anyway, this won't happen as it's too tricky:
>
> $[i:tight] x^2$
This is a good case for \math[i:tight]{x^
one could easily make then
math-shift characters again
\catcode`\$ = 3
(or pounds on an brittish keyboard or ...)
btw, in math mode some chars are special too (primes for instance, a
headache character)
Best regards: OK
On 16 Feb 2016, at 20:18, Alan BRASLAU <alan.bras...@cea.fr>
quotation mark for German
* blue with
o most punctuation, but not *]* or *)*, when at paragraph end or
not followed by whitespace
o some punctuation (*@ # & % *** / …***·* *and others) at any
position
o *.* preceding a character other than *]*
o *.* prece
, but not *]* or *)*, when at paragraph end or
not followed by whitespace
o some punctuation (*@ # & % *** / …***·* *and others) at any
position
o *.* preceding a character other than *]*
o *.* preceding *\,*
o some asterisms ⁂ (the second and third when t
Hi Marco,
On 02/15/2016 05:30 AM, Marco Patzer wrote:
On Mon, 15 Feb 2016 04:42:31 +0800
Zhichu Chen wrote:
I have some special needs that requires all the characters be rotated
by 90 degrees. I've searched around the web and maybe adding
/FontMatrix [0 1 -1 0 0 0]
to
Dear list,
I have some special needs that requires all the characters be rotated by
90 degrees. I've searched around the web and maybe adding
/FontMatrix [0 1 -1 0 0 0]
to the font descriptor dictionary is helpful. But I can't find a \pdf???
primitive that can achieve this. (Am I wrong about
On Mon, 15 Feb 2016 04:42:31 +0800
Zhichu Chen wrote:
> I have some special needs that requires all the characters be rotated
> by 90 degrees. I've searched around the web and maybe adding
> /FontMatrix [0 1 -1 0 0 0]
> to the font descriptor dictionary is helpful. But I
quite
complex but still quite fast too) just for the sake of an occasional
three character ligature in latin which is not even always permitted due
to language constraints
Hans
-
Hans
I would like to differentiate on the following character being one of X or not
X.
But cannot get it right in \doifnextcharelse.
For example
\def\mynextchar{\doifnextcharelse{X}{\def\Next{Y}}{\def\Next{Z}}\Next}
delivers: ZX ZQ
then input: \mynextchar X \mynextchar Q
I hoped for YX ZQ
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