has the character, what you want to typeset is the
character U+00BD for 1/2 or, if you want to use mathmode, either of the
solutions below (wtach the slight differences between the three versions):
\starttext
$8\tfrac{1}{2} × 11$ inch
$8\frac{1}{2} × 11$ inch
$8{1 \over 2} × 11$ inch
\stop
Note that there is no consensus on how the `d` in calculus should be
typeset. There are also \differentiald and \differentialD that map to
unicode slots.
\definemathcommand[arsinh][nolop]{\mathlabel{arsinh}}
\starttext
$\arsinh z = \ln\bigl(z + \sqrt{z^2 + 1}\bigr)$\par
$\rho_{\mathlabel{ai
athlabel{d}}\mathopen{}}
i can add a 'diff'
With this new \mathlabel command, the user now have a convenient and
consistent way to label its math objets (functions and variables with
subscripts):
\definemathcommand[arsinh][nolop]{\mathlabel{arsinh}}
\starttext
$\arsinh z = \ln\bigl(z +
thlabel{arsinh}}
\starttext
$\arsinh z = \ln\bigl(z + \sqrt{z^2 + 1}\bigr)$\par
$\rho_{\mathlabel{air}} = \frac{p}{R_{\mathlabel{specific}}T}$\par
\stoptext
>Hans Hagen wrote:
>\unprotect
>\def\v!sansnormal {sansnormal}
>%def\v!sansbold {sansbold}
>\def\v!serifnormal{serifn
wn below:
\starttext
\def\foo{\frac{\frac{1}{\frac{1}{x}}}{\frac{1}{\frac{1}{x
\setupmathfence[brace][color=darkyellow]
\setupmathfence[bar][color=darkred]
\setupmathfence[doublebar][color=darkred]
$\left\| \foo \right\|$
$\left| \foo \right|$
$\left{ \foo \right}$
$\lfence{||} \foo
Dear members,
Why the floor and ceil math delimiters don't display?
Code:
\starttext
\startformula
\Bigl\lfloor \frac{x}{y}\Bigr\rfloor
\stopformula
\startformula
\Bigl\lceil \frac{x}{y}\Bigr\rceil
\stopformula
\stoptext
Thank you in advance.
Mag
Mr Hagen, is it the expected behaviour?
\starttext
The delimiters are correctly displayed:
\startformula
\left\lfloor \frac{x}{y}\right\rfloor
\stopformula
The delimiters vanish:
\startformula
\Bigl\lfloor \frac{x}{y}\Bigr\rfloor
\stopformula
\stoptext
Maggyero
MWE:
\starttext
The delimiters are correctly displayed:
\startformula
\left\lfloor \frac{x}{y}\right\rfloor
\stopformula
The delimiters vanish:
\startformula
\Bigl\lfloor \frac{x}{y}\Bigr\rfloor
\stopformula
\stoptext
Maggyero
On Sat, 28 Mar 2015 20:29:15 +0100
Otared Kavian wrote:
> Hi Hans,
>
> I just tried the new beta (ConTeXt ver: 2015.03.28 16:30 MKIV beta
> fmt: 2015.3.28 int: english/english) It gives an error with the
> following minimal example:
>
> \starttext
> \startformula
>
Hi Hans,
I just tried the new beta (ConTeXt ver: 2015.03.28 16:30 MKIV beta fmt:
2015.3.28 int: english/english)
It gives an error with the following minimal example:
\starttext
\startformula
\frac{2}{4}
\stopformula
\stoptext
The error message is:
\math_frac_command ->\cclf_mathfract
\rightarrow-2^{\mp}}{\arctan\frac{x}{2+x}}=\pm\frac{\pi}{2}
\stopformula
\startformula
f':\;y' = \frac{\sqrt{3}(1+x^2)}{(1-x^2)^2+3x^2}
\stopformula
\startformula
\lim\limits_{x\rightarrow 1^{\mp}}{\frac{x^2+1}{x-1}}=\mp\infty
\stopformula
\Startsmallformula
\lim\limits_{x\rightar
-mode=symbol]{\metre\per\second} produce m/s
\unit{10 meter per second}
\si[per-mode=fraction]{\metre\per\second} produce \frac{m}{s}
I think it is not possible with \unit{}
Do you know if there is the project to implement this feature?
currently not on the agenda
gt; \si[per-mode=symbol]{\metre\per\second} produce m/s
> \unit{10 meter per second}
>
>> \si[per-mode=fraction]{\metre\per\second} produce \frac{m}{s}
> I think it is not possible with \unit{}
>
Do you know if there is the project to imp
second}
> \si[per-mode=fraction]{\metre\per\second} produce \frac{m}{s}
I think it is not possible with \unit{}
All the best.
--
Romain Diss
___
If your question is of interest to others as well, please add an
Hi,
with siunitx LaTeX package its possible to obtain physics units like m/s
printed in different way changing one option:
e.g.
\si{\metre\per\second} produce ms^{-1}
\si[per-mode=symbol]{\metre\per\second} produce m/s
\si[per-mode=fraction]{\metre\per\second} produce \frac{m}{s}
have the unit
a bla bla bla bla bla bla bla bla bla
bla bla bla bla bla bla
\placeformula
\startformula
E(f) = \frac {K_1(f)} {f}
\stopformula
\placeformula
\startformula
K_1 \rightarrow
\startmathcases
\NC f \NC for $f \ll PS$ (flow limited transport) \NR
\NC PS \NC for $f \
in this example:
\starttext
bla bla bla bla bla bla bla bla bla bla bla bla bla bla bla bla bla bla
bla bla bla bla bla bla
\placeformula
\startformula
K_1 \rightarrow
E(f) = \frac {K_1(f)} { f}\,.
\stopformula
\placeformula
\startformula
K_1 \rightarrow
\startmathcases
\NC
Hi,
In the code below, why is there an extra line in the first item ?
Best regards,
Fabrice
\usesymbols[mvs]
\setupsymbolset[europe]
\starttext
\startitemize[n][stopper={.},style=bold]
\item
\startitemize[a][stopper={.},style=bold]
\item On pose $P_A=9$ et $P_B=7$.
On a alors $\frac{1}{2}P_A
id
>
> %\setupformulas[
> %spacebefore=,
> %spaceafter=,
> %]
>
>
> \starttext
> \dorecurse{10}{This is a statement. }
> \startformula
> 1+2+\cdots+(n-1)+n=\frac{1+n}{2}n.
> \stopformula
> \dorecurse{10}{This is a statement. }
> \startformula
> 1+2+\cdots+(n-
.
Is there a configure to get both of these to occupy three lines?
I use the latest standalone.
/Mikael
\setuplayout[
grid=tolerant,
]
\showgrid
%\setupformulas[
%spacebefore=,
%spaceafter=,
%]
\starttext
\dorecurse{10}{This is a statement. }
\startformula
1+2+\cdots+(n-1)+n=\frac{1+n}{2}n
On 10/16/2014 1:29 PM, Mikael P. Sundqvist wrote:
Sorry, another problem appear (maybe was apparent before as well):
fixed in next beta ... there might be a few more cases left
Hans
-
Ha
t;>
>>> \enabletrackers[math.openedup]
>>>
>>> \starttext
>>>
>>> \dorecurse{10}{\dorecurse{#1}{whatever }}
>>>
>>> \startitemize[packed]
>>> \startitem whatever \openedupimath{\frac{1}{2}} whatever
>>
\openedupimath{\frac{1}{2}} whatever
\startitem whatever \openedupimath{\frac{1}{2}} whatever
\startitem whatever \openedupimath{\frac{1}{2}} whatever
\stopitemize
\startitemize[packed,columns]
\startitem whatever \openedupimath{\frac{1}{2}} whatever
>>
>> Best regards: OK
>>
>> On 15 Oct 2014, at 19:03, Mikael P. Sundqvist wrote:
>>
>>> Hi,
>>>
>>> with a standalone installation updated today, I get smaller letters in
>>> \frac if \setupformulas[align=flushleft] is applied
On Wed, Oct 15, 2014 at 1:30 PM, Hans Hagen wrote:
> Hi,
>
> new experimental feature in next beta
>
> \enabletrackers[math.openedup]
>
> \starttext
>
> \dorecurse{10}{\dorecurse{#1}{whatever }}
>
> \startitemize[packed]
> \startitem whatever
>> with a standalone installation updated today, I get smaller letters in
>> \frac if \setupformulas[align=flushleft] is applied. The test file
>> below generates the attached pdf.
>>
>> /Mikael
>>
>> \starttext
>> \startformula
>> z=\
ver: 2014.05.21 22:04 MKIV beta fmt: 2014.6.27 int:
english/english
Best regards: OK
On 15 Oct 2014, at 19:03, Mikael P. Sundqvist wrote:
> Hi,
>
> with a standalone installation updated today, I get smaller letters in
> \frac if \setupformulas[align=flushleft] is applied. T
Hi,
new experimental feature in next beta
\enabletrackers[math.openedup]
\starttext
\dorecurse{10}{\dorecurse{#1}{whatever }}
\startitemize[packed]
\startitem whatever \openedupimath{\frac{1}{2}} whatever
\startitem whatever \openedupimath{\frac{1}{2}} whatever
Hi,
with a standalone installation updated today, I get smaller letters in
\frac if \setupformulas[align=flushleft] is applied. The test file
below generates the attached pdf.
/Mikael
\starttext
\startformula
z=\frac{x}{y}
\stopformula
\setupformulas[align=flushleft]
\startformula
z=\frac{x
On 10/12/2014 7:08 PM, Xan wrote:
and
\item $\startdet[n=3]
\NC yz \NC \frac{1}{x} \NC x \NR
\NC zx \NC \frac{1}{y} \NC y \NR
\NC xy \NC \frac{1}{z} \NC z \NR
\stopdet$
puts x over 1 in the second row
in a next beta ...
\definemathmatrix[TheMatrixA][left={\left\lvert\,},right={\,\right
and
\item $\startdet[n=3]
\NC yz \NC \frac{1}{x} \NC x \NR
\NC zx \NC \frac{1}{y} \NC y \NR
\NC xy \NC \frac{1}{z} \NC z \NR
\stopdet$
puts x over 1 in the second row
___
If your question is of interest to others
Am 07.10.2014 um 09:20 schrieb Hans Hagen :
> On 10/7/2014 7:33 AM, Mikael P. Sundqvist wrote:
>> On Mon, Oct 6, 2014 at 11:32 PM, Wolfgang Schuster
>> wrote:
>>> \setupmathradical[alternative=default]
>>
>> Very good!
>>
>> Hans, will the default be default in next beta? :)
>
> no, but there
On 10/7/2014 7:33 AM, Mikael P. Sundqvist wrote:
On Mon, Oct 6, 2014 at 11:32 PM, Wolfgang Schuster
wrote:
\setupmathradical[alternative=default]
Very good!
Hans, will the default be default in next beta? :)
no, but there will be different settings ... the problem with fractions
and radic
On Mon, Oct 6, 2014 at 11:32 PM, Wolfgang Schuster
wrote:
> \setupmathradical[alternative=default]
Very good!
Hans, will the default be default in next beta? :)
Best regards, Mikael
___
If your question is of intere
Am 06.10.2014 um 16:12 schrieb Aditya Mahajan :
> On Mon, 6 Oct 2014, Mikael P. Sundqvist wrote:
>
>> On Fri, Oct 3, 2014 at 1:30 PM, Mikael P. Sundqvist wrote:
>>> Hi!
>>>
>>> Is this (see frac.pdf) the expected output of \frac and \tfrac in
>&g
On Mon, 6 Oct 2014, Mikael P. Sundqvist wrote:
On Fri, Oct 3, 2014 at 1:30 PM, Mikael P. Sundqvist wrote:
Hi!
Is this (see frac.pdf) the expected output of \frac and \tfrac in
combination with \sqrt? To me the \sqrt{3} looks too big in \tfrac.
I attach also the output from the corresponding
On Fri, Oct 3, 2014 at 1:30 PM, Mikael P. Sundqvist wrote:
> Hi!
>
> Is this (see frac.pdf) the expected output of \frac and \tfrac in
> combination with \sqrt? To me the \sqrt{3} looks too big in \tfrac.
>
> I attach also the output from the corresponding latex document, hav
Hi!
Is this (see frac.pdf) the expected output of \frac and \tfrac in
combination with \sqrt? To me the \sqrt{3} looks too big in \tfrac.
I attach also the output from the corresponding latex document, having
the result I expect.
Best regards, Mikael
PS Compilation done with latest standalone
=table:initialize]
\bTR
\bTD \eTD
\bTD $\sqrt{25}$ \eTD
\bTD \eTD
\bTD Partie entière de $\pi$ \eTD
\bTD \eTD
\bTD $\frac{48}{8}$ \eTD
\bTD \eTD
\bTD \eTD
\bTD 5 augmenté de 40\,\% \eTD
\eTR
\bTR
Am 26.05.2014 um 14:57 schrieb Mikael P. Sundqvist :
> On Mon, May 26, 2014 at 2:12 PM, Mojca Miklavec
> wrote:
>> How could I get upright lowercase Greek letters in math formulas
>> (provided that such a symbol exists, of course)?
>
> $\mathgreekupright 15{\rm\fra
On Mon, May 26, 2014 at 2:57 PM, Mikael P. Sundqvist wrote:
> On Mon, May 26, 2014 at 2:12 PM, Mojca Miklavec wrote:
>> How could I get upright lowercase Greek letters in math formulas
>> (provided that such a symbol exists, of course)?
>
> $\mathgreekupright 15{\rm\frac{μm}{μ
How could I get upright lowercase Greek letters in math formulas
(provided that such a symbol exists, of course)?
Here's a minimal example:
\setupbodyfont[times]
\starttext
$15{\rm\frac{μm}{μs}}$ 15 μs
\stoptext
T
On Mon, May 26, 2014 at 2:12 PM, Mojca Miklavec
wrote:
> How could I get upright lowercase Greek letters in math formulas
> (provided that such a symbol exists, of course)?
$\mathgreekupright 15{\rm\frac{μm}{μs}}$ 15 μs
I guess you are aware of \setupmathematics[lcgreek=normal] that mak
Hi,
How could I get upright lowercase Greek letters in math formulas
(provided that such a symbol exists, of course)?
Here's a minimal example:
\setupbodyfont[times]
\starttext
$15{\rm\frac{μm}{μs}}$ 15 μs
\stoptext
Thank you,
to play on
> the number n ?
> Regards,
> Fabrice
>
> \starttext
> \startitemize[a][stopper=),style=bold]
> \item $x\mapsto -x^2+x+1$ : \periods[66]
> \item $x\mapsto 2x^3+4x-7$ : \periods[65]
> \item $x\mapsto x^2-3$ : \periods[70]
> \item $x\mapsto \frac{x^2+x}2$ :
t; Regards,
> Fabrice
>
> \starttext
> \startitemize[a][stopper=),style=bold]
> \item $x\mapsto -x^2+x+1$ : \periods[66]
> \item $x\mapsto 2x^3+4x-7$ : \periods[65]
> \item $x\mapsto x^2-3$ : \periods[70]
> \item $x\mapsto \frac{x^2+x}2$ : \periods[72]
> \item $x\mapsto (x-2)^2$ : \
^3+4x-7$ : \periods[65]
\item $x\mapsto x^2-3$ : \periods[70]
\item $x\mapsto \frac{x^2+x}2$ : \periods[72]
\item $x\mapsto (x-2)^2$ : \periods[69]
\stopitemize
\stoptext
___
If your question is of interest to others as
Hans Hagen writes:
> these are font properties and using a consistent opentype math versus
> a bunch of loosely related type one fonts makes a difference
But shouldn't TeXGyrePagellaMath qualify?
> I've added:
>
> \starttext
>
> $\displaystyle 1+{2g\over3}+{2\over3}$ \blank
>
> \setup
On 5/2/2014 4:46 AM, Sanjoy Mahajan wrote:
I've noticed the following issue with how high the numerator is placed,
but only when using Palatino:
\setupbodyfont[palatino]
\starttext
\startformula
{3\over4}\quad {1\over2}
\stopformula
\stoptext
The 3 and the 1 sit quite high above the division li
I just compared MkII and MkIV in this respect, and the MkII fraction
looks more symmetric (more correct) than the MkIV version.
Here is the MkII code:
\usetypescript[palatino][ec]
\setupbodyfont[palatino]
\starttext
\startformula
{3\over4}\quad {1\over2}
\stopformula
\stoptext
I've attached (cr
I've noticed the following issue with how high the numerator is placed,
but only when using Palatino:
\setupbodyfont[palatino]
\starttext
\startformula
{3\over4}\quad {1\over2}
\stopformula
\stoptext
The 3 and the 1 sit quite high above the division line, esp. in
comparison with the gap below the
, the
first k\over m has a small, inline-math m in the denominator but a
display-math k in the numerator. The second sqrt is fine.
Is the problem that my plain-TeX habits, from decades using \over,
should be over, and that \frac is the recommended way?
indeed. this is what (sort of) happens in
m in the denominator but a
display-math k in the numerator. The second sqrt is fine.
Is the problem that my plain-TeX habits, from decades using \over,
should be over, and that \frac is the recommended way?
(This is with the 2014.03.27 beta.)
-S
\page
> % }
>
>
>
> \startbuffer[goniometrickefunkce]
> \def\function{cos(deg(\x+\parametr))}
> \def\permfunction{cos(deg(\x))}
> \def\permfunctiontwo{sin(deg(\x))}
> \startTEXpage
> \starttikzpicture[scale=1]
> \tikzset{style={font=\ssxx}}
> \startaxis
> [xm
={-1.57,1.57,3.14,4.71,6.28,7.85,9.42,10.99,12.57}, extra x
tick
labels={$-\frac{\pi}{2}$,$\frac{\pi}{2}$,$\pi$,$3\!\frac{\pi}{2}$,$2\pi$,$5\!\frac{\pi}{2}$,$3\pi$},
title={{\framed[frame=off,height=1cm]{\blue $\ssb f\!:\ y=\cos{(x
\mparametr )}$}}},
]
\addplot[color=yellow, line width=0.5pt
On 2014–02–09 Jaroslav Hajtmar wrote:
> How can type big integral sign to result looked good?
>
> Here is my example:
>
> \startformula
> \int \frac{P_n(x)}{Q_m(x)} \, \mathrm{d}x, \quad n \stopformula
I don't know how to reduce the space between the integral sign and
Hello ConTeXist.
I googled a long time, but did not come across anything relevant.
How can type big integral sign to result looked good?
Here is my example:
\startformula
\int \frac{P_n(x)}{Q_m(x)} \, \mathrm{d}x, \quad nhttp://www.ntg.nl/mailman/listinfo/ntg-context
webpage : http
Dear list,
I think the symbol of the angles is too close to the letters.
Is it possible to change this ?
\enablemode[pxmath]
\setupbodyfont[palatino,12pt]
\starttext
\startformula
\sin\widehat{PAM}
=\frac{AM}{PA}=\frac{\frac{\sqrt{2}}{4}}{\frac{\sqrt{6}}{2}}=\frac{\sqrt{2}}{4}\times\frac{2}{\sqrt
ight)'= f'\pm g'$
\blank[big]
$\left(f\cdot g\right)'= f'\cdot g + f\cdot g'$
\blank[big]
\mathematics{\left(\frac{f}{g}\right)'=\frac{f'\cdot g - f\cdot g'}{g^2}},
$g\neq0$
\blank[big]
\startformula
\left(\frac{f}{g}\right)'=\frac{f
X, Version beta-0.78.2 (TeX Live 2013/W32TeX) (rev 4771)
> % ConTeXt ver: 2014.01.30 22:19 MKIV beta fmt: 2014.1.30 int:
> english/english
>
>
> \starttext
>
> $\left(f\pm g\right)'= f'\pm g'$
>
> \blank[big]
>
> $\left(f\cdot g\right)'=
#x27;\pm g'$
\blank[big]
$\left(f\cdot g\right)'= f'\cdot g + f\cdot g'$
\blank[big]
\mathematics{\left(\frac{f}{g}\right)'=\frac{f'\cdot g - f\cdot
g'}{g^2}}, $g\neq0$
\blank[big]
\startformula
\left(\frac{f}{g}\right)'=\frac{f'\cdot g - f\c
]
\setupSTEPtexts [framecolor=green]
\setupSTEPlines [alternative=5]
\cell {initial concentration, $C_i$}
\text {$\div C_f$, final concentration}
\cell {diluation factor, $f$}
\text {inverse}
\cell {$\frac{1}{f}$}
\text {$\times V_f$, volume of the volumetric flask}
\cell {pipette volume, $V_p
]
\setupSTEPtexts [framecolor=green]
\setupSTEPlines [alternative=5]
\cell {initial concentration, $C_i$}
\text {$\div C_f$, final concentration}
\cell {diluation factor, $f$}
\text {inverse}
\cell {$\frac{1}{f}$}
\text {$\times V_f$, volume of the volumetric flask}
\cell {pipette volume, $V_p
ps
>
> \starttext
>
> \startitemize[columns,two,packed][before=\directsetup{itemize:before},after=\directsetup{itemize:after}]
> \item abc
> \item \math{a^2}
> \item xyz
> \item \math{\frac{1}{2}}
> \item foo
> \item bar
> \item baz
> \item \math{\sqrt{2}}
> \ite
nespace[medium]
\stopsetups
\startsetups[itemize:after]
\endgroup
\blank
\stopsetups
\starttext
\startitemize[columns,two,packed][before=\directsetup{itemize:before},after=\directsetup{itemize:after}]
\item abc
\item \math{a^2}
\item xyz
\item \math{\frac{1}{2}}
\item foo
\item bar
\item baz
\
t; This seems to work.
>> =
>> \loadtypescriptfile[mathdesign]
>> \setupbodyfont[garamond]
>>
>> \starttext
>>
>> S
e[mathdesign]
> \setupbodyfont[garamond]
>
> \starttext
>
> Some random text and \math{\alpha=\frac{-b}{2a}}
>
> \stoptext
> ==
=\frac{-b}{2a}}
\stoptext
mtx-context | run 1: luatex
--fmt="/home/fab/texlive/2013/texmf-var/luatex-cache/co
Thanks Aditya.
Roger
On 11/25/2013 12:21 PM, Aditya Mahajan wrote:
\left( \frac \right)
Aditya
___
If your question is of interest to others as well, please add an entry to the
Wiki!
maillist : ntg
Hello,
I'd like to have delimiters that match the height of the fraction in an
expression like this:
\startformula
c\Delta T = t\big{(} \frac{c}{v_s} - \frac{c}{v_f} \big{)}.
\stopformula
I looked in the docs and tried a few likely solutions without luck.
\left( \frac \right)
A
Hello,
I'd like to have delimiters that match the height of the fraction in an
expression like this:
\startformula
c\Delta T = t\big{(} \frac{c}{v_s} - \frac{c}{v_f} \big{)}.
\stopformula
I looked in the docs and tried a few likely solutions without luck.
Please accept my apologi
mframed" in the mailing list archives.
>
> % The next statement is part of the core. Included it here for % illustration.
>
> \definemathframed[mcframed] [location=mathematics]
>
> \starttext
>
> \startformula
>\ln (1+x) =
> \mcframed[background=color,backgroundcolor=red,
end mframed-example.tex
>
> Search for "Alignment in inmframed" in the mailing list archives.
>
> % The next statement is part of the core. Included it here for % illustration.
>
> \definemathframed[mcframed] [location=mathematics]
>
> \starttext
>
>
mailing list archives.
% The next statement is part of the core. Included it here for
% illustration.
\definemathframed[mcframed] [location=mathematics]
\starttext
\startformula
\ln (1+x) =
\mcframed[background=color,backgroundcolor=red,foregroundcolor=white,frame=off]{x
- {\frac {x
> \startformula goes into displaymode so is used in cases like
>
> \startmixedcolumns[balance=yes]
> \placeformula\startformula 5^{-3} \colon 5^4 \stopformula
> \placeformula\startformula (2^{3})^{-2} \cdot 2^{-3} \stopformula
> \placeformula\startformula \frac{(-4)^
conveninent factoritzar el nombres més grans):
\startitemize[a,columns]
\item \startformula 5^{-3} \colon 5^4 \stopformula
\item \startformula (2^{3})^{-2} \cdot 2^{-3} \stopformula
\item \startformula \frac{(-4)^2 \cdot 2^3}{2^{-2}} \stopformula
\item \startformula \left(\frac{5}{2}\right)^{-3} \cdot
grans):
\startitemize[a,columns]
\item \startformula 5^{-3} \colon 5^4 \stopformula
\item \startformula (2^{3})^{-2} \cdot 2^{-3} \stopformula
\item \startformula \frac{(-4)^2 \cdot 2^3}{2^{-2}} \stopformula
\item \startformula \left(\frac{5}{2}\right)^{-3} \cdot
\left(\frac{2}{5}\right)^4
em $\left(-3\right)^5$
26 \item $\left(-50\right)^5$
27 \column
28 \item $\left(-10\right)^7$
29 \item $0,2^3$
30 \item $\left(-0,22\right)^4$
31 \column
32 \item $\left(\frac{3}{2}\right)^4$
33 \item $22^1$
34 \item $22^0$
35 >> \stopitemize
36
37
ttext
> > \startitemize[a,columns,four]
> > \item $5^3$
> > \item $\left(\frac{2}{3}\right)^4$
> > \item $254^0$
> > \column
> > \item $\left(\frac{-8}{12}\right)^3$
> > \item $\left(-3\right)^5$
> > \item $\left(-50\right)^5$
> > \column
> &
On 9/19/2013 3:19 PM, Xan wrote:
Hi,
With this minimal example:
\starttext
\startitemize[a,columns,four]
\item $5^3$
\item $\left(\frac{2}{3}\right)^4$
\item $254^0$
\column
\item $\left(\frac{-8}{12}\right)^3$
\item $\left(-3\right)^5$
\item $\left(-50\right)^5$
\column
\item $\left(-10\right
Hi,
With this minimal example:
\starttext
\startitemize[a,columns,four]
\item $5^3$
\item $\left(\frac{2}{3}\right)^4$
\item $254^0$
\column
\item $\left(\frac{-8}{12}\right)^3$
\item $\left(-3\right)^5$
\item $\left(-50\right)^5$
\column
\item $\left(-10\right)^7$
\item $0,2^3$
\item $\left
and=yes]
>> \starttext
>>
>> \startformula
>> \colorbracket{\frac {a}{b}\fence a = b}^n
>> \stopformula
>>
>> \stoptext
>>
>> The delimiter is of the wrong color (black instead of red), and the
>> clause after \fe
On 7/29/2013 3:24 AM, Aditya Mahajan wrote:
Hi,
Some questions/remarks about math fences
1. When using
\definemathfence[colorbracket][bar][middle=0x7C,color=red,
command=yes]
\starttext
\startformula
\colorbracket{\frac {a}{b}\fence a = b}^n
\stopformula
Hi,
Some questions/remarks about math fences
1. When using
\definemathfence[colorbracket][bar][middle=0x7C,color=red,
command=yes]
\starttext
\startformula
\colorbracket{\frac {a}{b}\fence a = b}^n
\stopformula
\stoptext
The delimiter is of the wrong color (black
s for such operators?
This is because it's a greek sigma and I'm pretty sure that e.g. Thomas
would be surprised to see a math symbol showing up in his greek.
You need to use another one:
$$\sum\frac{1}{\frac{1}{\frac{1}{\frac{1}{2$$
$$∑\frac{1}{\frac{1}{\
On Sat, 15 Jun 2013, Hans Hagen wrote:
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...])
does not get the right vertical space. For example,
\starttext
\startformula
\ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3
ct
> \fact specific heat for water ... \celsius is much greater than air \\
> x \\ y \\
> \stopfact
>
> \startlegend
>\leg Temperature \\ 5 \celsius\\ xyz \\
> \stoplegend
>
>
> \startformula
>\frac{j}{ m^2 \cdot s \cdot \celsius }
ature \\ 5 \celsius\\ xyz \\
\stoplegend
\startformula
\frac{j}{ m^2 \cdot s \cdot \celsius }
\stopformula
A formula by itself: \frac{j}{m^2\cdot s\cdot \celsius} continuing text.
\blank
A formula inlined: $ \frac{j}{m^2\cdot s\cdot \celsius} $ continu
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...])
does not get the right vertical space. For example,
\starttext
\startformula
\ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots.
\stopformula
\stoptext
Note
On Fri, 14 Jun 2013, Hans Hagen wrote:
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...])
does not get the right vertical space. For example,
\starttext
\startformula
\ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3
On 6/14/2013 9:06 PM, Aditya Mahajan wrote:
\inmframed (and by extension \definemathframed[...][location=low,...])
does not get the right vertical space. For example,
\starttext
\startformula
\ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots.
\stopformula
\stoptext
Note
\inmframed (and by extension \definemathframed[...][location=low,...])
does not get the right vertical space. For example,
\starttext
\startformula
\ln (1+x) = \inmframed{x - {\frac {x^2}{2}}} + \frac{x^3}{3}-\cdots.
\stopformula
\stoptext
Note that the two fractions do not align at the
mathfraction
> [wfrac]
> [margin=.25em]
>
> \starttext
>
> \startformula
>\wfrac {
>a
>} {
>\frac {
>b
>} {
>
sized kern
\define[0]\pad{\kern \padwidth}
% Needed for the formula
\def\VAR#1{\text{VAR}(#1)}
\startformula
\frac{
\mu_{Z}
}{
\pad\frac{
\VAR{Z}
}{
N_{\text{segments}}
}\pad
}
\stopformula
ok, a new feature f
% Needed for the formula
\def\VAR#1{\text{VAR}(#1)}
\startformula
\frac{
\mu_{Z}
}{
\pad\frac{
\VAR{Z}
}{
N_{\text{segments}}
}\pad
}
\stopformula
___
:
\startfomula
\frac{\mu_{Z}}{\frac{\sqrt{\VAR{Z}}{\sqrt{N_{\text{segments}
\stopformula
___
If your question is of interest to others as well, please add an entry
to the Wiki!
maillist : ntg-context@ntg.nl /
http
Hi,
How can I make the subfraction in the denominator of a fraction appear
smaller even though the nominator is very small? This gives basically
three equally long division lines:
\startfomula
\frac{\mu_{Z}}{\frac{\sqrt{\VAR{Z}}{\sqrt{N_{\text{segments}
\stopformula
\% after the opening brace no problem! \par
\MyBoxit[width=10cm]
{%
\Statement{First Statement}
\Statement{Second Statement}
}
\crlf
Second problem:\par
How do I avoid added space!\par
\MyBoxit[width=10cm]
{%
\IfStatement{$\frac{(x < y)}{z} \gt gh$ OR $x \neq z$ AND \| \\ $z ≥ 2$ AND $z
On 04/26/2013 08:31 AM, Procházka Lukáš Ing. - Pontex s. r. o. wrote:
even though I consider myself a serious Ctx user, Dutch is still Greek
to me.
How about to prompt the user to encode a displayed math, e.g. "b/a2^3"
to be answered "$\frac{b}{a_2^3}$"?
Well, in tha
d keyword/option" may mean a
unanswered/unanswerable question...
How about to prompt the user to encode a displayed math, e.g. "b/a2^3" to be answered
"$\frac{b}{a_2^3}$"?
Best regards,
Lukas
If that doesn't help, we make them
pronounce it...
Thomas
--
Ing. Lu
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