mark does
> > not work)?
> >
> > In general: For LaTeX there exists the very helpful comprehensive LaTeX
> > symbol list [1].
> > Is there a similar documentation for ConTeXt somewhere?
> \usesymbols[fontawesome]
>
> \startTEXpage[offset=1ts]
> \
would be greatly appreciated!
> >
> > Dean
>
> Hi,
>
> Hans will add some annotation mechanism (already on my computer to
> test a bit). In your case you can use the first example here:
>
> \startbuffer
> \unframed
> [align=middle,toffset=0.5cm]
> {fir
r to
test a bit). In your case you can use the first example here:
\startbuffer
\unframed
[align=middle,toffset=0.5cm]
{firstline\crlf secondline}
\stopbuffer
$
\underbrace
[mindepth=0.5cm]
{\tf x + y + z}
_
{\mtext{\getbuffer}}
\quad
\mathannotation
[bottom={\getbuffer}]
{\underbrace
[minde
\xmlinclusion\{\#1\} ===> "\xmlinclusion{#1}"\crlf \xmlflush{#1}\crlf {\bf End test}\blank\stopxmlsetups\startxmlsetups demo:test \xmlflush{#1}\stopxmlsetups\starttext\currentdate-\currenttime\quad\ConTeXt-version=\contextversion\blankThe following text is on page 52 of xml-mkiv.pdf:\crlf\type{
r documentation for ConTeXt somewhere?
\usesymbols[fontawesome]
\startTEXpage[offset=1ts]
\symbol[fontawesome-solid][times]\quad
\symbol[fontawesome-solid][check]
\stopTEXpage
you can run symb-imp-fonta
as intermediate:
% \startsetups[userdata:idautor]
% \dontleavehmode
% \imghref
% {\externalfigure[cvlac.pdf][logo]}
% {\datasetvariable{autores}{\recurselevel}{vclac}}
% \quad
% \imghref
% {\externalfigure[orcid.pdf][logo]}
% {\datasetvariable{autores}{\recurselevel}{orcid
][renderingsetup=userdata:idautor]
\startsetups[userdata:idautor]
\dontleavehmode
\imghref
{\externalfigure[cvlac.pdf][logo]}
{\userdataparameter{cvlac}}
\quad
\imghref
{\externalfigure[orcid.pdf][logo]}
{\userdataparameter{orcid}}
\quad
\imghref
{\externalfigure
; james-tanton-web}.
> \placeformula[eq:james-tanton-canvi-de-variables]
> \startformula
> \startalign
> \NC ax^2 + bx + c = 0 \NC \NR
> \NC ax^2 + bx = -c \NC \quad \text{transposem } c\NR
> \NC x^2 + \frac{b}{a} x = - \frac{c}{a} \NC \quad \text{dividim per }a\NR
> \NC x \left( x + \frac{
ax^2 + bx + c = 0 \NC \NR
\NC ax^2 + bx = -c \NC \quad \text{transposem } c\NR
\NC x^2 + \frac{b}{a} x = - \frac{c}{a} \NC \quad \text{dividim per }a\NR
\NC x \left( x + \frac{b}{a} \right) = - \frac{c}{a} \NC \quad
\text{factoritzam} \NR
\NC (k-D)(k+D) = - \frac{c}{a} \NC \quad \text{canvi de
la
> \startalign
> \NC a = \NC (b, c) \quad \mtext{with}\NR
> \NC \NC \startwhatever
> \NC b \NC = something \NR
> \NC c \NC = someother \NR
> \stopwhatever \NR
> \NC somelong = \NC bla \NR
> \stopalign
> \stopformula
> \stoptext
Thanks, this looks exactly like
arttext
> > \startformula
> > \startalign
> > \NC a = \NC (b, c) \quad \text{with}\NR
> > \NC \NC \startalign
> > \NC b \NC = something \NR
> > \NC c \NC = someother \NR
&g
Hi,
I do not understand what you want to have, so here is just something
weird, but probably you look for simplealign.
\definemathsimplealign
[whatever]
\starttext
\startformula
\startalign
\NC a = \NC (b, c) \quad \mtext{with}\NR
\NC \NC \startwhatever
\NC b \NC = something \NR
\NC c \NC
On 8/14/2023 1:16 PM, Gerion Entrup wrote:
Hi,
I try to typeset a nested align in a formula. However, the results looks
really wrong. Here is a MWE:
```
\starttext
\startformula
\startalign
\NC a = \NC (b, c) \quad \text{with}\NR
\NC \NC \startalign
Hi,
I try to typeset a nested align in a formula. However, the results looks
really wrong. Here is a MWE:
```
\starttext
\startformula
\startalign
\NC a = \NC (b, c) \quad \text{with}\NR
\NC \NC \startalign
\NC b \NC
}:\space \currentdate \quad \donefalse \ifcstok \currentproject
\currentproduct \ifcstok \currentproduct \currentcomponent \donetrue \fi
\fi \ifdone \donefalse \else \ifempty \
\page_info_add_to_box
#1->\scratchdimen \wd #1\setbox \b_page_versions \vpack to \ht #1{\vfill
\settexthoff
document}
> >
> > >
> > > As for the \showmakup ... it is used extensively and afaiks there are no
> > > issues with it.
> >
> > After running lualatex the problem dissappears. Or it seems like it.
> >
>
> I take it back. It doesn't disa
> On 28 Apr 2023, at 19:21, Fabrice Couvreur via ntg-context
> wrote:
>
> Hi,
> I want to write x'² . Only, I get x²'.
> Thanks
> Fabrice
>
> \starttext
> \m{{x'}²+{y'}²}
> \stoptext
This came up before [1]. The solution is to use \primed{...}
\starttext
\m
Noto Sasn Math Fonts
> \startformula
> a^2 \quad \sqrt{a}
> \stopformula
> \stoptext
>
> I get the errors `Math error: parameter 'supshiftup' with id 51 in style 0
> is not set'.
>
> Is there
Test Noto Sasn Math Fonts
\startformula
a^2 \quad \sqrt{a}
\stopformula
\stoptext
I get the errors `Math error: parameter 'supshiftup' with id 51 in style 0
is not set'.
Is there some method to solve it?
--
Best regards,
Li Yanrui
undefined
\MacAnulty
\par
23 \definedfont[Serif*whatever] McAnulty\quad
24 >>\MacAnulty\par
25 \definedfont[SerifBold*whatever] McAnulty\quad
The control sequence at the end of the top line of your error message
was never \def'ed. You can just continue
acAnulty
\par
23 \definedfont[Serif*whatever] McAnulty\quad
24 >>\MacAnulty\par
25 \definedfont[SerifBold*whatever] McAnulty\quad
The control sequence at the end of the top line of your error message
was never \def'ed. You can just continue as I'll forget abo
w, this works in
ConTeXt:
\starttext
\doloopoverlist{\tf,\ss,\tt}
{\bgroup\recursestring\doloopoverlist{\tf,\it,\bf,\bi,\sc}
{\bgroup\recursestring a̱ḇc̱ a̲b̲c̲\quad\egroup}\egroup\par}
\stoptext
Just
them:
> >
> > begin example
> > \setupinterlinespace[line=4ex]
> >
> > \setuptype[style=\ttx]
> >
> > \starttext
> >
> > \start
> > x \ruby{aaa}{bbb} x
> > \stop
> >
> > \start \setupruby[location=left]
arttext
>
> \start
> x \ruby{aaa}{bbb} x
> \stop
>
> \start \setupruby[location=left]
> \type{\setupruby[location=left]}\quad x \ruby{aaa}{bbb} x
> \stop
>
> \start \setupruby[location=right]
> \type{\setupruby[location=right]}\quad xxx
x \ruby{aaa}{bbb} x
\stop
\start \setupruby[location=left]
\type{\setupruby[location=left]}\quad x \ruby{aaa}{bbb} x
\stop
\start \setupruby[location=right]
\type{\setupruby[location=right]}\quad x \ruby{aaa}{bbb} x
\stop
\start \setupruby[location
}}} \quad + \quad
{\PettyMatha=b^2 + \sqrt[3]{\frac{1}{x}}} \quad + \quad
{\PatheticMath a=b^2 + \sqrt[3]{\frac{1}{x}}}
\stopformula
\stopbuffer
\input tufte
\getbuffer
\input tufte
\typebuffer
\stoptext
ign_column -\plusone \relax
> \endcsname
> \startforceddisplaymath \everycr \emptytoks
>
> a
>
Filling the empty cell with e.g. "d" makes it work. Using "\strut" or
"\quad&quo
protected\def\CrappyTraced
{\par \strut \rlap \bgroup\infofont
(\enspace
max = \the\crappyspeccount \quad step = \the\crappyspecstep \quad hsize =
\the\hsize \quad used = \the\crappyspecdimen \enspace
)
\egroup \par}
\starttext
\crappyspeccount60 \samplefile{tufte} \CrappyTraced \par
\crappyspeccount4
\partial_{tt} u - \Delta u + q(x) u \NC = 0 \NC \quad\text{in }\;
(0,T)\times\Omega \NR[+]
\NC u \NC = 0 \NC \quad\text{on }\; [0,T]\times\partial\Omega \NR[eq:Dirichlet]
\NC u(0,x) \NC = u_{0} \NC \quad\text{in }\; \Omega \NR[+]
\NC \partial_{t}u(0,x) \NC = v_{0} \NC \quad\text{in }\; \Omega \NR
properly with LucidaOT:
\startformula
x_{n} := (-1)^n, \quad\mbox{then} \quad \liminf_{n \geq 0}x_{n} = -1, \quad
\limsup_{n\geq 0} x_{n}= +1.
\stopformula
The user defined commands \type{\liminfbar} and \type{\limsupbar} behave
correctly:
\startformula
x_{n} := (-1)^n, \quad\mbox{then} \quad
].
And then, but I guess it is still a hack, I use \hskip at a suitable
dimension whenever I need indented lines:
\startpoem
This is line one,
\hskip1em{This is line two}
This is line three,
\hskip1em{This is line four,}
\hskip1em{This is line five.}
\rightaligned{Poet's name}
\stoppoem
\quad
?
\definefontsynonym [bends] [file:manfnt.afm]
\startsymbolset [Dangerous Bends]
\definesymbol [dbend] [\resolvedglyphdirect{bends}{n:char_7e}]
\definesymbol [lhdbend] [\resolvedglyphdirect{bends}{n:char_7f}]
\stopsymbolset
\setupsymbolset [Dangerous Bends]
\starttext
\symbol{dbend}\quad
Bends]
\definesymbol [dbend] [\resolvedglyphdirect{bends}{n:char_7e}]
\definesymbol [lhdbend] [\resolvedglyphdirect{bends}{n:char_7f}]
\stopsymbolset
\setupsymbolset [Dangerous Bends]
\starttext
\symbol{dbend}\quad \symbol{lhdbend}
\stoptext
Thanks
Benjamin
+ e = f $\blank
$\showboxes\setupmathspacing[tight] x^2_1$\quad
$\showboxes\setupmathspacing[normal] x^2_1$\quad
$\showboxes\setupmathspacing[loose] x^2_1$\blank
$\showboxes\setupmathspacing[narrow]\sqrt[2]{x+1}$\quad
\setupmathspacing[narrow] a + b + x + d + e = f $\par
$\showboxes\setupmathspacing[normal] a + b + x + d + e = f $\par
$\showboxes\setupmathspacing[wide] a + b + x + d + e = f $\blank
$\showboxes\setupmathspacing[tight] x^2_1$\quad
$\showboxes\setupmathspacing[normal] x^2_1$\quad
$\showboxes
\startsetups [alexandre:1]
\setupTABLE [start] [frame=off]
\setupTABLE [c] [1] [width=.3\textwidth]
\setupTABLE [c] [2] [width=.6\textwidth]
\stopsetups
\startitemize [a] [right=),stopper=]
\bTABLE[setups=alexandre:1]
\bTR \bTD \dontleavehmode\itemtag\quad Something \eTD \bTD Something
interior is denoted by $\interior{A}$.
Can one have the circle over $A$ slightly bigger (probbaly this is font
dependent)?
The built-in commands $\liminf$ and $\limsup$ do not work properly with
LucidaOT (I tried other fonts and there they are fine):
\startformula
x_{n} := (-1)^n, \quad\mbox
MyLineNumberL]
> \definecounter[MyLineNumberR]
>
> \setupcounter[MyLineNumberL][numberconversion=characters]
> \setupcounter[MyLineNumberR][numberconversion=romannumerals]
>
>
> \def\LineNumberL{\incrementcounter[MyLineNumberL]\convertedcounter[MyLineNumberL]}
>
> \def\LineN
interior is denoted by $\interior{A}$.
Can one have the circle over $A$ slightly bigger (probbaly this is font
dependent)?
The built-in commands $\liminf$ and $\limsup$ do not work properly with
LucidaOT (I tried other fonts and there they are fine):
\startformula
x_{n} := (-1)^n, \quad\mbox
\bgroup\bf
\startformula
c^2 = a^2 + b^2
\stopformula
\egroup
\startformula
\cos (\gamma) = \Alpha \Gamma \Pi\sin (\alpha)
\stopformula
\bgroup\bf
\startformula
\cos (\gamma) = \Alpha \Gamma \Pi\sin (\alpha)
\stopformula
\egroup
\startformula
\[x\] - |y| + x^2 + y^2 -k² ≤ z^2; \quad \sin(\alpha)^2
r=darkblue]
\protected\def\LeftTextA#1{\llap{#1}\quad}
\definelocalboxes
[linetextB]
[command=\LeftTextB,
location=left,
style=\bs,
color=darkgreen]
\protected\def\LeftTextB{\llap{\unhbox\localboxconten
[MyLineNumberR]}
\protected\def\LeftNumber {\hbox to
\localboxesparameter{width}{\strut(\LineNumberL\hss)}}
\protected\def\RightNumber{\hbox to
\localboxesparameter{width}{\strut(\hss\LineNumberR)}}
\protected\def\LeftText #1{#1\quad}
\protected\def\RightText#1{\quad#1}
\showframe
\starttext
\start
later) –
\protect
\protected\def\spac_word_right_indeed#1#2%
{\registerparwrapper
{\v!word:\v!right}
{\begingroup
\frozen\parfillskip\zeropoint
\frozen\finalhyphendemerits\zerocount
\endgroup}
{\doifelseparwrapper{\v!word:\v!right}{\unregisterparwrapper{\
t; { "offset", 0, off, okay },
> { "offset", owd, off, okay },
> { "offset", 2*owd, off, okay },
> { "offset", 3*owd, off, okay },
> }
> else
> -- we don't add (but we coul
{ "offset", 3*owd, off, okay },
}
else
-- we don't add (but we could), just patch, and there's no
-- reverse quad either
end
and no one will notice (unless you wikify al this)
Hans
-
gle}
\index{Coton de Tulear}
\index{breeding programs}
\page
\definedescription[Index][headstyle=bold,alternative=top,inbetween=]
\startIndex{a}
Adams\par
\quad \reference[AdamsDouglas]{Adams, Douglas}Douglas\quad 1\par
\quad John\quad 1\par
\quad
also
be used for other purposes although currently this is not done. There
is plenty of relative new functionality that can/will be applied some
day.
Here is an example:
\setbox0\hbox{\strut this is just a test}
\setprelistbox 0\hbox{\strut \quad before}
\setpostlistbox0\hbox{\strut \quad
is an example:
\setbox0\hbox{\strut this is just a test}
\setprelistbox 0\hbox{\strut \quad before}
\setpostlistbox0\hbox{\strut \quad after}
test \par \box0 \par test
Here \setprelistbox and \setpostlistbox are macros that (ab)use these
hooks into lists. They will stay but keep in mind that when you use
ic one here (it is needed(?) in the Neo Euler case to
>> have function names set upright). The following file shows the problem
>> as well:
>> %%%
>> \setupmathematics[
>> functionstyle=normal,
>> ]
>> \starttext
>> We have $\cos\alpha$, $\sin\alpha$, $
[
functionstyle=normal,
]
\starttext
We have $\cos\alpha$, $\sin\alpha$, $\tan\alpha$,
\startformula
\cos\alpha=\frac{a}{c},\quad
\sin\alpha=\frac{b}{c},\quad
\tan\alpha=\frac{\sin\alpha}{\cos\alpha}=\frac{b}{a}.
\stopformula
\stoptext
%%%
I had a backup of the file I was working on, and the problem
inner{\vrule height 30mm depth 30mm width 5mm}}
\color[red] {\rab\Umathadapttoleft ^5_6^^{\black 7}__{\black 8}}
$
\quad
$
\rab\Umathadapttoright^1_2^^3__4
\mathinner{\vrule height 30mm depth 30mm width 5mm}
\rab\Umathadapttoleft^5_6^^7__8
$
\quad
$ \showboxes
\rab\Umathadap
$, $\sin\alpha$, $\tan\alpha$,
\startformula
\cos\alpha=\frac{a}{c},\quad
\sin\alpha=\frac{b}{c},\quad
\tan\alpha=\frac{\sin\alpha}{\cos\alpha}=\frac{b}{a}.
\stopformula
\stoptext
%%%
I had a backup of the file I was working on, and the problem was not
present on june 13 (not sure I had a completely
\color[blue] {\mathinner{\vrule height 30mm depth 30mm width 5mm}}
\color[red] {\rab\Umathadapttoleft ^5_6^^{\black 7}__{\black 8}}
$
\quad
$
\rab\Umathadapttoright^1_2^^3__4
\mathinner{\vrule height 30mm depth 30mm width 5mm}
\rab\Umathadapttoleft^5_6^^7__8
$
\quad
$ \showbox
ing > unable to define 'newcmmath-regular' as
'newcomputermodern-12pt-mm-mb--1'
tex error > tex error on line 12 in file ./hans-33.tex: Math error:
parameter 'quad' in style 0 is not set
\p_distance \endgroup \stopimath
\p_distance \stopforceddisplaymath
\egroup \d_strc_mat
inewidth = 1pt,
] ;
draw lmt_matrix [
cell = (2, 6),
shape = "scaledpath",
offset= .5ExHeight,
path = fulldiamond,
color = "yellow",
linewidth = 1pt,
] ;
\stopoverlayMPgraphic
\blank
\framed
[
Hi,
I uploaded a new lmtx. Nothing spectacular as I'm still playign with
compact font support (as explained in previous mails). Most seem to work
now.
New magic:
\startTEXpage[offset=10pt]
\vl\glyph `M\vl\quad
\vl\glyph raise 3pt`M\vl\quad
\vl
ms to work
correctly:
\startformula
\Paren{\int_0^1 \Paren{f_1(x)+f_2(x)}\,dx}
\stopformula
\startformula
\Paren{\int_0^1 \Paren[size=1]{f_1(x)+f_2(x)}\,dx}
\stopformula
With most fonts, the sizing works well:
\startformula
\Set[size=0]{a}\quad
\Set[size=1]{a}\quad
\Set[size=2]{a}\quad
\Set[siz
55 \permanent\tolerant\protected\def\showinjector
[#1]{\clf_showinjector{#1}}
56
57 \permanent\protected\def\domarkinjector#1#2% called at the lua end
58 {\dontleavehmode\llap{\infofont\ifcase#1\else\red\fi<#2>\quad}}
59
Swapping typo-inj.mkxl with typo-inj.mkiv makes it work tho
\starttext
\startBlockQuotation[index=aaa]
\startparagraph
1 \quad when indexing aaa.
\stopparagraph
\stopBlockQuotation
\startBlockQuotation[index={aab}]
\startparagraph
2 \quad when indexing \{aab\}.
\stopparagraph
\stopBlockQuotation
][Serif*whatever]
{\myfont test effe every}\quad
{ test effe every}\par
{\myfont \nokerningtest effe every}\quad
{\nokerningtest effe every}\par
{\myfont \noligaturing test effe every}\quad
{\noligaturing test effe every}\par
{\myfont
Follow up,
I'm trying to also ignore commands when setting PDF metadata:
The wiki gives these examples:
\appendtoks
\def\CONTEXT{ConTeXt}
\to \simplifiedcommands
And:
\appendtoks
\let\quad\space
\to \simplifiedcommands
So, I just added this to my environment file:
\appendtoks
Rudd, Kevin schrieb am 09.09.2020 um 17:32:
[Workable solution found]
After more exploration, the following seems to solve the problem of
creating a simple 2x2 quad chart; thanks for the explanation that the
\bTD requires a matching \eTD in the immediate (not future expanded)
evaluation
[Workable solution found]
After more exploration, the following seems to solve the problem of creating a
simple 2x2 quad chart; thanks for the explanation that the \bTD requires a
matching \eTD in the immediate (not future expanded) evaluation context. I
prefer the \start* and \stop* model
text] problem embedding TABLE macros within wrapper macros
"to reduce repetitive complexity")
Rudd, Kevin schrieb am 09.09.2020 um 00:30:
Thanks. The immediate goal is to make a �quad chart� w/ different pains in
the four (2x2 => NW, NE, SW, SE) quadrants. It seemed that the concept was
Rudd, Kevin schrieb am 09.09.2020 um 00:30:
Thanks. The immediate goal is to make a ”quad chart” w/ different
pains in the four (2x2 => NW, NE, SW, SE) quadrants. It seemed that
the concept was scalable to any NxM (even with multi-cell
spreads---useful for larger structured posters) ba
Thanks. The immediate goal is to make a ”quad chart” w/ different pains in the
four (2x2 => NW, NE, SW, SE) quadrants. It seemed that the concept was scalable
to any NxM (even with multi-cell spreads---useful for larger structured
posters) based on TABLE. But I'd settle for 2x2 at the mom
Il 03/09/20 11:38, Henning Hraban Ramm ha scritto:
Hi Massi, thank you!
Am 03.09.2020 um 11:09 schrieb mf :
This should be exactly what you asked for:
\defineprocessor[passim][right=\quad{\it passim}]
I didn’t think to use processors.
You need them to get the "passim"; if y
Hi Massi, thank you!
> Am 03.09.2020 um 11:09 schrieb mf :
>
> This should be exactly what you asked for:
>
> \defineprocessor[passim][right=\quad{\it passim}]
I didn’t think to use processors.
> \seeindex{passim->Ramm, Hraban}{}
No, this results in
"Ramm
This should be exactly what you asked for:
\defineprocessor[passim][right=\quad{\it passim}]
\starttext
\samplefile{ward}\index{Ward, Peter}
\samplefile{sapolsky}\index{Sapolsky, Robert}
\seeindex{passim->Ramm, Hraban}{}
\seeindex{Hraban}{Ramm, Hraban}
\page
\placeindex[check=yes]
\p
In the earlier post I mentioned the rules not balancing. That was my
error. In experimenting with things I had made a minor error with one of
the single \quad statements. Apologies. So, at this stage, replacing
left=\zerowidthnobreakspace with left=\quads[3] on the ChapterLeftRule,
and doing
define a left and right version. So, for example, for the left version:
\definefiller
[ChapterLeftRule]
[ChapterRule]
[left=\zerowidthnobreakspace,
right=\quad]
This gives me a rule that extends to the margins. What if I want the
rule to be, say, 2 cm either side of my centered header t
,
height=0.8ex,
depth=-0.6ex]
\definefiller[ChapterLeftRule]
[ChapterRule]
[left=\zerowidthnobreakspace,
right=\quad]
\definefiller[ChapterRightRule]
[ChapterRule]
[left=\quad,
right=\zerowidthnobreakspace]
\define[2
]
[alternative=rule,
color=gray,
height=0.8ex,
depth=-0.6ex]
\definefiller
[ChapterLeftRule]
[ChapterRule]
[left=\zerowidthnobreakspace,
right=\quad]
\definefiller
[ChapterRightRule]
[ChapterRule]
[left=\quad,
right=\zerowidthnobreakspace]
\setuphead
[chapter
s
> > 6. Conversion
> > 7. Fundamental theorems on well-formed formulas and on the normal form
> > I tried to the following for the chapters:
> > \defineconversion[church][Chapter \Romannumerals.\quad]
> > \setuphead[chapter][conversion=church]
> > Whic
the normal form
I tried to the following for the chapters:
\defineconversion[church][Chapter \Romannumerals.\quad]
\setuphead[chapter][conversion=church]
Which appeared to generate the prefix correctly but it overlapped the
title.
\setuplabeltext
[en] [chapter=Chapter ]
\defineresetset
on
Chapter II. Lambda Conversion .
5. Primitive symbols and formulas
6. Conversion
7. Fundamental theorems on well-formed formulas and on the normal form
I tried to the following for the chapters:
\defineconversion[church][Chapter \Romannumerals.\quad]
\setuphead[chapter][conversion=chur
\meaning\bitwiseand
\meaning\bitwiseor
\meaning\bitwisexor
\meaning\ifbitwiseand
\stoplines
used as:
\scratchcounter = \bitwiseand "01 "02
\uchexnumbers{\scratchcounter} \quad
\scratchcounter = \bitwiseand "01 with "02
\uchexnumbers{\scratchcounter} \quad
\scratchcount
ees that
\placeformula
\startformula
a^2 + b^2 = c^2
\stopformula
which is the Pythagoras theorem. \qed
Another proof of Pythagors theorem is based on the figure below in which one
sees that:
\placeformula
\startformula
(a+b)^2 = c^2 + 2ab \quad \imply \quad a^2 + b^2 = c^2. \qed
\stopformula
\stoptext
%%
thematics{\square}]
> \def\qed{\ifmmode\quad\symbol[Fin]\else\strut\wordright{\symbol[Fin]}\fi}
> \starttext
> \startformula
> a^2 + b^2 = c^2.
> \stopformula
> \startformula
> a^2 + b^2 = c^2. \qed
> \stopformula
> One sees that\type{\qed} in the formula changes the alignm
-qed.tex
\definesymbol[Fin][\mathematics{\square}]
\def\qed{\ifmmode\quad\symbol[Fin]\else\strut\wordright{\symbol[Fin]}\fi}
\starttext
\startformula
a^2 + b^2 = c^2.
\stopformula
\startformula
a^2 + b^2 = c^2. \qed
\stopformula
One sees that\type{\qed} in the formula changes the alignment
5}{153}, 3013
\frac{3}{4}>\sqrt{9082321}, \quad 1838 \frac{9}{17}>\sqrt{3380929} \NR
\NC 1009 \frac{1}{6}>\sqrt{1018405}, \quad 2017
\frac{1}{4}>\sqrt{4069284} \frac{1}{38}, \quad 591
\frac{1}{8}<\sqrt{349450} \NR
\NC 1172 \frac{1}{8}<\sqrt{1373943\frac{84}{33}}, 2339
\frac{1}{4}&l
Hi everyone! The following example shows that numerators of fractions
inside math alignment environments appear with a funny size:
\startTEXpage
\startformula
\startmathalignment[n=1,align=middle]
\NC \frac{1351}{780}>\sqrt{3}>\frac{265}{153}, 3013
\frac{3}{4}>\sqrt{9082321}, \quad 183
{$
{\tf X}^1_2^^3__4 \quad
{\tf X}^1 ^^3\quad
{\tf X} _1 __4 \quad
{\tf X}^^3\quad
{\tf X} __4 \quad
{\tf X}^^3__4
$} \blank
or with the control sequence variants:
\blank \hbox{
\ruledhbox{${\tf X}\Usuperscript{a}
$}
\ruledhbox{${\tf X
},
> },
> }
> \stopluacode
>
> \definefontfeature
>[f:pointedhebrew]
>[hebrew]
>[normalizehebrew=yes]
>
> \definefontfamily[hebrew] [rm] [SBL Hebrew] [features=f:pointedhebrew]
>
> \setupbodyfont[hebrew]
>
> \setupalign[r2
hebrew]
[normalizehebrew=yes]
\definefontfamily[hebrew] [rm] [SBL Hebrew] [features=f:pointedhebrew]
\setupbodyfont[hebrew]
\setupalign[r2l]
\starttext
בֶּן \quad בֶּן \par
\stoptext
How many such reorderings are there? (I saw some document about that
font and it sounds like a bit mess
\whateverb
{\Umathordrelspacing \textstyle=25mu
\Umathopenbinspacing\textstyle=25mu}
$\whatevera a = (-2)$
$\whateverb a = (-2)$
$ {\whatevera a = (-2)}\quad
{\whateverb a = (-2)}\quad
{\whatevera a = (-2)}
$
I presume that you can predict what you get given your question.
Now, to come to your
=0mm,color=yellow]\quad%
\blackrule[width=15mm,height=1mm,depth=0mm,color=red]\quad%
\blackrule[width=15mm,height=1mm,depth=0mm,color=green]\quad%
\blackrule[width=15mm,height=1mm,depth=0mm,color=blue]\quad
\dontleavehmode
\blackrule[width=15mm,height=1mm,depth=0mm,color=yellow]\quad%
\blackrule
Using lmtx, while trying to get multiple pieces of black rule on one
line, for some reason the line breaks after the first item, to continue
on the second line with the remainder.
\starttext
\blackrule[width=15mm,height=1mm,depth=0mm,color=yellow]\quad%
\blackrule[width=15mm,height=1mm,depth=0mm
version 2.03.3, ConTeXt ver: 2019.12.12, format: 2019.12.14
%
\starttext
\startitemize
\head inline formula:
$1001 \times 23 \equiv 1 \quad \pmod {3837}$
\head display mode
\startformula
1001 \times 23 \equiv 1 \quad \pmod {3837}
\stopformula
\head
On 10/25/2019 4:54 PM, mf wrote:
Hello list,
is there a better way to interlace overbraces and underbraces like this?
\starttext
These are the expressions to combine:
$$\overbrace{a+b+c}+d \quad a+\underbrace{b+c+d}$$
This is the desired result:
$$\overbrace{a+b+c}+d \kern-16mm\underbrace
Hello list,
is there a better way to interlace overbraces and underbraces like this?
\starttext
These are the expressions to combine:
$$\overbrace{a+b+c}+d \quad a+\underbrace{b+c+d}$$
This is the desired result:
$$\overbrace{a+b+c}+d \kern-16mm\underbrace{\hbox to 15mm{ }}$$
\blank
{\tfx
of Font Definitions%%\starttext\startbuffer[test]Testing script fonts in maths\startformulax^2 + y^2 = z^2, \quad \sin(a)^2 + \cos(b)^2 = 1.\stopformula\startformula\cal{A}, \quad \cal{B}, \quad \cal{C}, \quad \cal{D},\quad \cal{E},\quad \cal{F},\quad \cal{G},\quad \cal{H
the
result
of the first random value is stored in the macro.
\def\RandomA{\cldcontext{math.random(1,4)}}
\edef\RandomB{\cldcontext{math.random(1,4)}}
\starttext
\dorecurse{10}{A: \RandomA \quad B: \RandomB\par}
\stoptext
Wolfgang
define its {\it limit
inferior}, denoted $\liminfbar$ by setting:
\startformula
a_{n} := \inf\{u_{k} \; ; \; k \geq n \},
\qquad\text{and then}\quad
\liminfbar_{n\to\infty} u_{n} := \sup_{n \geq 1} a_{n}.
\stopformula
\stoptext
%%% end bug-math-lmtx.tex
also in yesterdays beta?
Hans
$\liminfbar$ by setting:
\startformula
a_{n} := \inf\{u_{k} \; ; \; k \geq n \},
\qquad\text{and then}\quad
\liminfbar_{n\to\infty} u_{n} := \sup_{n \geq 1} a_{n}.
\stopformula
\stoptext
%%% end bug-math-lmtx.tex
___
If your
rix:parentheses]
>> [simplecommand=pmatrix]
>>
>> \definemathmatrix
>> [bmatrix]
>> [matrix:brackets]
>> [simplecommand=bmatrix]
>>
>> \definemathmatrix
>> [vmatrix]
>> [matrix:bars]
>> [simplecommand=vmatrix]
>
t;right={\mskip\thinmuskip\right\rVert},
>align=middle,
>simplecommand=Vmatrix]
>
> \starttext
>
> \startformula
> \startpmatrix
> \NC A \NC B \NR
> \NC C \NC D \NR
> \stoppmatrix
> \quad
> \startbmatrix
> \NC A \N
[simplecommand=vmatrix]
\definemathmatrix
[Vmatrix]
[left={\left\lVert\mskip\thinmuskip},
right={\mskip\thinmuskip\right\rVert},
align=middle,
simplecommand=Vmatrix]
\starttext
\startformula
\startpmatrix
\NC A \NC B \NR
\NC C \NC D \NR
\stoppmatrix
\qua
t={\left\lVert},right={\right\rVert}]
\starttext
\startformula
\startpmatrix
\NC A \NC B \NR
\NC C \NC D \NR
\stoppmatrix
\quad
\startbmatrix
\NC A \NC B \NR
\NC C \NC D \NR
\stopbmatrix
\quad
\startvmatrix
\NC A \NC B \NR
\NC C \N
Floris van Manen schrieb am 27.12.18 um 10:43:
When trying to typeset, luatex kept complaining about incorrect parameters for
‘minus’.
There is no \minus command in the source however.
So it turns out that the combination of using \quad with ‘plus’, 'minus', and
some more make the error appear
1 - 100 of 565 matches
Mail list logo
