something like
\def\km{\math{K_m}}
We can now use \km\ in the body text but get sytnax errors when
putting it in this
\startformula
\km = 1
\stopformula
formula.
but this fails for obvious reasons (as would using `$$' instead of
`ensuremath' in the `latex' case).
so what I need is a way
as in this
\begin{equation}
\km = 1
\end{equation}
display equation.
in `context'? I've tried something like
\def\km{\math{K_m}}
We can now use \km\ in the body text but get sytnax errors when
putting it in this
\startformula
\km = 1
\stopformula
formula.
but this fails for obvious reasons
it in this
\startformula
\km = 1
\stopformula
formula.
but this fails for obvious reasons (as would using `$$' instead of
`ensuremath' in the `latex' case).
so what I need is a way of defining (potentially complex)
math-expressions via some shortcuts/definitions/macros/abbreviations
(whatever) which I can
something like
\def\km{\math{K_m}}
We can now use \km\ in the body text but get sytnax errors when
putting it in this
\startformula
\km = 1
\stopformula
formula.
but this fails for obvious reasons (as would using `$$' instead of
`ensuremath' in the `latex' case).
so what I need is a way
as in this
\begin{equation}
\km = 1
\end{equation}
display equation.
in `context'? I've tried something like
\def\km{\math{K_m}}
We can now use \km\ in the body text but get sytnax errors when
putting it in this
\startformula
\km = 1
\stopformula
formula.
but this fails for obvious reasons (as would using
:
\definesynonyms[mathnotation][mathnotations][\infull]
\mathnotation [KM] {\mathematics{K_m}} {Viscosity of membrane}
\starttext
\placelistofmathnotations
\section{Test}
We can use \KM\ to denote \infull{KM}.
\startformula
\KM = 10
\stopformula
\stoptext
This way, you get a list
][mathnotations][\infull]
\mathnotation [KM] {\mathematics{K_m}} {Viscosity of membrane}
\starttext
\placelistofmathnotations
\section{Test}
We can use \KM\ to denote \infull{KM}.
\startformula
\KM = 10
\stopformula
\stoptext
really thanks a lot for this tip. this seems to be the way to go for any
produce accents of different sizes.)
Minimal example:
\starttext
\startformula
s_i' s'_i s_i^2 s^2_i
\stopformula
\stoptext
The first two symbols should look the same, but they don't. They
should also be treated in the same way as ^2. With ConTeXt from 17th
November the second example (s'_i) seems
November. (In TL 2014 the
two example below produce accents of different sizes.)
Minimal example:
\starttext
\startformula
s_i' s'_i s_i^2 s^2_i
\stopformula
\stoptext
The first two symbols should look the same, but they don't. They
should also be treated in the same way as ^2. With ConTeXt from
.
\stopproof
\startproof
This is another simple proof that ends with a formula
\startformula
1+2=3.
\stopformula
\stopproof
\stoptext
%% end proof-qed.tex
Neither does the use of displaymath, that is
$$1+2=3.$$
Best regards: OK
On 10 Nov 2014, at 10:08, Hans Hagen pra...@wxs.nl wrote:
On 11/10/2014
]
\starttext
\startproof
This is a simple proof.
\stopproof
\startproof
This is another simple proof that ends with a formula
\startformula
1+2=3.
\stopformula
\stopproof
\stoptext
%% end proof-qed.tex
Neither does the use of displaymath, that is
$$1+2=3.$$
Best regards: OK
On 10 Nov 2014, at 10:08
=no,
closesymbol=\mathematics{\square},
closecommand=\ifmmode\eqno\else\wordright\fi]
\starttext
\startproof
This is a simple proof.
\stopproof
\startproof
This is another simple proof that ends with a formula
\startformula
1+1=2.
\stopformula
\stopproof
\stoptext
I don’t know when
\startproof
This is another simple proof that ends with a formula
\startformula
1+1=2.
\stopformula
\stopproof
\stoptext
to get the \square at the end of proofs, and it worked out well. But
with the latest beta (and some previous one(s)), the \square is not
placed at the same line as the formula
\wordright\fi]
\starttext
\startproof
This is a simple proof.
\stopproof
\startproof
This is another simple proof that ends with a formula
\startformula
1+1=2.
\stopformula
\stopproof
\stoptext
I don’t know when the change occurred, but at least it worked last year (which
for ConTeXt means
Hi,
I once used
\defineenumeration[proof][
text=Proof,
closesymbol=\mathematics{\square},
closecommand=\ifmmode\eqno\else\wordright\fi,
]
\starttext
\startproof
This is a simple proof.
\stopproof
\startproof
This is another simple proof that ends with a formula
\startformula
1+1=2
=,
%]
\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-1)+n=\tfrac{1+n}{2}n.
\stopformula
\dorecurse{10}{This is a statement. }
\stoptext
Sorry for answering my question
.
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
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}{y}
\stopformula
\stoptext
...@gmail.com wrote:
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
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
. The test file
below generates the attached pdf.
/Mikael
\starttext
\startformula
z=\frac{x}{y}
\stopformula
\setupformulas[align=flushleft]
\startformula
z=\frac{x}{y}
\stopformula
\stoptext
sffrac.pdf___
Hi,
I try to do that
\startformula
\startalign[left={\left(\,},right={\,\right.}]
\NC x - 2y + 2z \NC = 1 \NR
\NC 2 x + y - z \NC = 2 \NR
\NC 4 x - 3y + 6z \NC = 7 \NR
\stopalign
\stopformula
but it does not work.
Can anyone help me?
Thanks,
Xan
PS: Please CCme
Am 07.10.2014 um 10:59 schrieb Xan dxpubl...@telefonica.net:
Hi,
I try to do that
\startformula
\startalign[left={\left(\,},right={\,\right.}]
\NC x - 2y + 2z \NC = 1 \NR
\NC 2 x + y - z \NC = 2 \NR
\NC 4 x - 3y + 6z \NC = 7 \NR
\stopalign
\stopformula
but it does not work.
Can
Mm... I thought I could use mathalign instead.
Thanks,
On Tue, 7 Oct 2014 11:23:13 +0200
Wolfgang Schuster schuster.wolfg...@gmail.com ha escrit:
Am 07.10.2014 um 10:59 schrieb Xan dxpubl...@telefonica.net:
Hi,
I try to do that
\startformula
\startalign[left={\left(\,},right
={\right.},
style=\displaystyle]
\starttext
\startformula
\startalignedcases
\NC x - 2y + 2z \NC = 1 \NR
\NC 2 x + y - z \NC = 2 \NR
\NC 4 x - 3y + 6z \NC = 7 \NR
\stopalignedcases
\stopformula
\stoptext
Best regards: OK
On 07 Oct 2014, at 12:22, Xan dxpubl...@telefonica.net wrote
are cut.
Here is the example:
\usemodule[animation]
\setuppapersize[S6][S6]
\setupinteraction[state=start]
\definepairedbox[animationtext][location=top,align=middle,width=\textwidth]
\starttext
\startanimation
{\placeanimationtext{Sine norm, and}{\startformula \int_{0}^{2\pi}\sin^2(x)dx
.
plain tex:
$$1T\prime + 2T^\prime + 3T\prime_{rs} + 4T_{rs}\prime +
5T^{{}^\prime}_{rs} + 6T_{rs}^\prime + 7T^\prime_{rs}$$
$$8T' + 9T^{'} + 10T^{'}_{rs} + 11T'_{rs} + 12T_{rs}' $$
context:
\starttext
\startformula
13T\prime + 14T^\prime + 15T\prime_{rs} + 16T^\prime_{rs} + 17T_{rs}\prime
On Sun, 21 Sep 2014, Yuri Teixeira wrote:
Hi
is there a way for \prime not get smaller when used with sub/superscripts?
Or realigned somehow? Without font changes would be nice.
\starttext
\startformula
\frac13T\prime_{rs}T\prime_{st}T\prime_{tr}
\stopformula
\startformula
\frac13T_{rs
On Mon, 15 Sep 2014, Maggyero wrote:
I want to have the formula numbers of cases environment flushed on the
right like for regular formulas (not the default
numberdistance=2.5\emwidth). How can I do that?
\starttext
\startplaceformula
\startformula
\startcases
\NC x = 1
Hi
is there a way for \prime not get smaller when used with sub/superscripts?
Or realigned somehow? Without font changes would be nice.
\starttext
\startformula
\frac13T\prime_{rs}T\prime_{st}T\prime_{tr}
\stopformula
\startformula
\frac13T_{rs}\prime T_{st}\prime T_{tr}\prime
\stopformula
I want to have the formula numbers of cases environment flushed on the
right like for regular formulas (not the default
numberdistance=2.5\emwidth). How can I do that?
\starttext
\startplaceformula
\startformula
\startcases
\NC x = 1 \NR[+]
\NC y = 1 \NR
Am 09.09.2014 um 18:44 schrieb seasoul bioseas...@gmail.com:
Is there an already-exsting or easy way to add annotations to equations, just
something like
annotation1.png
You can use the \underbrace and \overbrace commands.
\starttext
\startformula
\underbrace{f(n)}_{\text{Output
\emspaceamount]
\startformula
\startalign
\NC \borderdttop{\neg P \vdash \neg Q, P \text{\hspace[spacedt]}} \NC
\borderdttop{ \hspace[spacedt] Q, \neg P \vdash \neg Q} \NR
\NC \borderdt{(P\pil Q), \neg P} \NC \borderdt{\vdash \neg Q}\NR
\NC \borderdt{(P\pil Q)} \NC \borderdt{\vdash (\neg P\pil
No.
Wolfgang
This used to work, how is it possible that it does not work anymore?
\starttext
\startsubformulas[eq:equation]
\placeformula[eq:first]
\startformula
c^2 = a^2 + b^2
\stopformula
\placeformula[eq:second]
\startformula
c^2 = a^2 + b^2
\stopformula
\stopsubformulas
The second formula has NO NUMBER (example taken from the ConTeXt Garden's
Math/Display page):
\starttext
\startsubformulas[eq:1]
\placeformula[eq:first]
\startformula
c^2 = a^2 + b^2
\stopformula
\placeformula[eq:second]
\startformula
c^2 = a^2 + b^2
\stopformula
\stopsubformulas
Formula
\smartref{equation}[eq:Fermat].
\startplacefigure [reference=fig:alpha] \externalfigure \stopplacefigure
\startplacefigure [reference=fig:beta] \externalfigure \stopplacefigure
\input knuth.tex
\placeformula[eq:Fermat]
\startformula
a,b,c \in {\Bbb N}^*, \quad n \geq 3, \quad a^n + b^n = c^n \imply
lines overflow are ok)
It does also depend on the width of the text because when I use 48pt in
the example below
the height of the brace is always the same but with 49pt the height
increases after the first page.
\starttext
\dorecurse{100}
{\startformula
\mathord
{%\setbox\scratchbox
of the text because when I use 48pt in the
example below
the height of the brace is always the same but with 49pt the height increases
after the first page.
\starttext
\dorecurse{100}
{\startformula
\mathord
{%\setbox\scratchbox\mathstylehbox{\Umathaccent\fam\zerocountFE3DF{\hskip48pt
-21_22:04 on debian testing so excuse me if this has
been changed.
\starttext
\startformula
T_\alpha {}^\beta {}_\gamma
\stopformula
\stoptext
Wolfgang
___
If your question is of interest to others as well, please
read, and I get a less
optimal spacing in this case \m{T^{i~k~m}_{~j~l~n}} in which the 'm'
appears to be after the 'n'.
I'm using version 2014-05-21_22:04 on debian testing so excuse me if this
has been changed.
\starttext
\startformula
T_\alpha {}^\beta {}_\gamma
\stopformula
\stoptext
the problem (I am using 2014.05.17 MkIV):
\setupformulas[indentnext=auto, spacebefore=none, spaceafter=none]
\starttext
\dorecurse{3000}{
\placeformula\startformula
\underbrace{\hbox{}}_{\rho} =
\underbrace{\hbox{ }}_{\rho}
\stopformula
}
\stoptext
It'll produce a 162-page file
root results in an empty dictionary key with corresponding value \Span. A
minimal example is:
\setuptagging[state=start]
\starttext
\startformula
\sqrt{A}
\stopformula
\stoptext
2. Structure element contains index of type real number:
According to the PDF Reference V 1.7 (see Table 10.10) a structure
to a corrupt RoleMap, e.g., the usage of a square
root results in an empty dictionary key with corresponding value \Span. A
minimal example is:
\setuptagging[state=start]
\starttext
\startformula
\sqrt{A}
\stopformula
\stoptext
2. Structure element contains index of type real number:
According
fine. Here is a
sample file.
\environment MatrixLuacode
\starttext
\getbuffer[luaMatrix]
\startformula\startalign
\startluacode
local mat = {{0, 2, 4, -4, 1},{0, 0, 2, 3 , 4}, {2, 2, -6, 2, 4 }, {2,0 , -6,
9, 7},{2, 2, -6, 2, 4 },{2, 2, -6, 2, 4 }}
-- local mat = {{1,2,3},{3,4,5},{3,4,5},{3,4,5
] [math] [Cambria Math]
\setupbodyfont[myfontcollection]
\starttext
{\rm\input ward }
{\ss\input ward }
{\tt\input ward }
\startformula
c^2 = a^2 + b^2
\stopformula
\stoptext
Wolfgang
___
If your question
\processcommalist[#1]\dorowvector
\stoppmatrix}
\starttext
\startformula
\columnvector{1,2,3}
\stopformula
\startformula
\rowvector{4,5}
\stopformula
\stoptext
On May 23, 2014, at 6:08 AM, Otared Kavian ota...@gmail.com wrote:
Hi,
Some time ago Wolfgang S. gave a solution to a similar problem
Thanks Aditya,but out of the box the following\usemodule[simplematrix]\definesimplematrix[MATRIX][fence=bracket]\starttext\startformula\MATRIX{1,2,3}\MATRIX{1;2;3}\stopformula\stoptextgives me
texshop_image.pdf
Description: Adobe PDF document
MatthiasOn May 23, 2014, at 6:56 AM, Aditya Mahajan
On May 23, 2014, at 7:14 AM, Matthias Weber matwe...@indiana.edu wrote:
Thanks Aditya,
but out of the box the following
\usemodule[simplematrix]
\definesimplematrix[MATRIX][fence=bracket]
\starttext
\startformula
\MATRIX{1,2,3}
\MATRIX{1;2;3}
\stopformula
\stoptext
{document.matthias.lua_columnvector(#1)}}
\starttext
\startformula
\columnvector{{1,2,3}} %% watch the double { !
\stopformula
\stoptext
--
luigi
___
If your question is of interest to others as well, please add an entry to the
Wiki
()
end
document.matthias.lua_columnvector = document.matthias.lua_columnvector or
lua_columnvector
\stopluacode
\def\columnvector#1{\ctxlua{document.matthias.lua_columnvector(#1)}}
\starttext
\startformula
\columnvector{{1,2,3}} %% watch the double { !
\stopformula
\stoptext
{document.matthias.lua_columnvector(#1)}}
\starttext
\startformula
\columnvector{{1,2,3}} %% watch the double { !
\stopformula
\stoptext
--
luigi
-- next part --
An HTML attachment was scrubbed...
URL:
http://www.ntg.nl/pipermail/ntg-context/attachments/20140523/569165d6
[myfontcollection]
\starttext
{\rm\input ward }
{\ss\input ward }
{\tt\input ward }
\startformula
c^2 = a^2 + b^2
\stopformula
\stoptext
Wolfgang
___
If your question is of interest to others as well, please add
{document.matthias.lua_columnvector(#1)}}
\starttext
\startformula
\columnvector{{1,2,3}} %% watch the double { !
\stopformula
\stoptext
--
luigi
-- next part --
An HTML attachment was scrubbed...
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.
However, the settings don't seem to affect fractions inside square
roots. Here's an example (the 20pt setting is to exaggerate the
possible effect), using 2014.05.17 beta.
\starttext
\placeformula\startformula
\dfrac{ag}{bcd}\quad{ag\over bcd}
\stopformula
\placeformula\startformula
\sqrt{1\over
to the top of the H or E.
\setupbodyfont[palatino]
\starttext
\placeformula\startformula
\text{P}(
H\,|\, E
)
\stopformula
\stoptext
Again, I don't think it's a ConTeXt problem, but rather a Pagella
problem. But is there a recommended ConTeXt workaround? Maybe a
metafun symbol?
-Sanjoy
in the
surrounding text, to show how it's used (in probability, as P(H|E)).
I think the bottom of the bar is correct, but the tip of the bar doesn't
reach to the top of the H or E.
\setupbodyfont[palatino]
\starttext
\placeformula\startformula
\text{P}(
H\,|\, E
)
\stopformula
\stoptext
Again
]
\input ward
You can use the following syntax
\startR
f - function(x) x^2
\stopR
to define a function. (Begging of line should not be indented.)
\input ward
Have a look at
\startformula
f(x) = x^2
\stopformula
where $f$ is a function. (No indent as expected.)
\input ward
\stoptext
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
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
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
]
\stoptypescript
\usetypescript[Test]
\setupbodyfont[Test]
\starttext
\startformula
\Omega = \int_0^x \sin 2x\, {\rm d}x
\stopformula
\stoptext
But in the generated PDF, the “0” and “2” are both typed in Euler. What
should I do to get them fallback to lmr?
Thanks!
--
Darksair
\placeformula\startformula
\sqrt{k\over m}\quad \sqrt{\displaystyle{k\over m}}
\stopformula
\setupmathradical[sqrt][alternative=mp]
\placeformula\startformula
\sqrt{k\over m}\quad \sqrt{\displaystyle{k\over m}}
\stopformula
\stoptext
In the first line, the fractions come out fine. In the second line
=chapter]
%\setuphead[subsection][number=no]
\setuphead[subsection][incrementnumber=no] \starttext
\chapter{Chapter 1} \chapter{Chapter 2} \section{Section}
\subsection{Subsection} \placeformula \startformula a^2+b^2=c^2
\stopformula \stoptext
This bug appears to still
I have been trying out the newish
\setupmathradical[sqrt][alternative=mp], which has been very nice
because of the fine control over the radical sign.
I've noticed that it crunches the denominator in \sqrt{a\over b}
For example:
\starttext
\placeformula\startformula
\sqrt{k\over m}\quad \sqrt
Hi,
The \triangle operator is used for instance in the « symmetric difference » of
two subsets: if $E$ is a set and $A \subset E$, and $B \susbet E$, then one
defines
\startformula
A \triangle B := (A \cup B) \setminus (A \cap B).
\stopformula
Then the mapping $(A,B) \mapsto A \triangle B
:
\startformula
\nabla T
\quad
\triangledown T
\quad
\mathop{\nabla} T
\stopformula
From what I remember, I was the one who added the mappings for
triangledown as a mathop based on, I believe, unicode-math package in
LaTeX. I don't understand what all the triangle operators are supposed
to do
[mainface] [tt] [mono] [dejavu] [default] [rscale=0.9]
\definetypeface [mainface] [mm] [math] [pagellaovereuler][default]
\appendtoks \rm \to \everymathematics
\setupmathematics[lcgreek=normal, ucgreek=normal]
\setupbodyfont[mainface]
\starttext
\startformula
\arctan x
\stopformula
\stoptext
, ucgreek=normal]
\starttext
\placeformula\startformula
M_{\rm Sun}\quad M_{\hbox{\tfx Sun}} \quad M_{\hbox{\tfxx Sun}} \quad M_{\tf
Sun}
\stopformula
\stoptext
___
If your question is of interest to others as well, please
is symonym with \mathrm etc. The
standard way to write this is _{\text{Sun}}.
I agree about \rm. However, _{\tf blah} once (in MkII) selected the
text font. e.g.
\starttext
\placeformula\startformula
M_{\tf Sun}
\stopformula
\stoptext
Is the II-IV change in \tf semantics intended? It's not hard
The superscripted degree symbol in $10^\circ$ comes out slightly low.
e.g.
\starttext
\placeformula\startformula
10^\circ \quad 10\mathstrut^\circ
\stopformula
\placeformula\startformula
x^7\quad x\mathstrut^7
\stopformula
\stoptext
I'm not quite sure what's right, but my eye says
, then the problem does not occur.)
== test6.tex =
\project testproject2
\startcomponent test
\input knuth
\placeformula\startformula
a^2 + b^2 = c^2
\stopformula
\stopcomponent
==
Here is the log file. It says 'result saved in test6.pdf' but no pdf
file
Thanks Otared for the offer to look into math issues.
Here are a few I noticed when TeXing an MK2 set of notes with MK4.
Matthias
\starttext
\startformula
\text{\bf R}^n = R^n ={\bf R}^n= \mathbb{R}^n
\stopformula
%spacing of exponent is in Mk4 wider than in Mk2
\startformula
\left| \int_{a_
\placeformula\startformula
a^2 + b^2 = c^2.
\stopformula
\stoptext
If I add
\appendtoks \rm \to \everymathematics
\setupmathematics[lcgreek=normal, ucgreek=normal]
just before \starttext, the math is typeset in roman pagella.
What am I doing silly?
Also, one of my reservations
\setupmathematics[lcgreek=normal, ucgreek=normal]
\starttext
\input knuth
\startplaceformula
\startformula
a^2 + b^2 = c^2.
\stopformula
\stopplaceformula
\stoptext
Wolfgang
___
If your question is of interest
with 2014.02.14 beta, and it is a big improvement. Again, sorry
it took so long to test.
If I use hoffset=3pt, it seems that some underbraces get 3-pt borders
but others don't. For example,
\setupmathstackers[vfenced][hoffset=3pt]
\starttext
\placeformula\startformula
\underbrace{15\,\tf cm
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 nm
\stopformula
Thanx
Jaroslav Hajtmar
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 nm
\stopformula
I don't know how to reduce the space between the integral sign and
the fraction (I assume that's
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
'$
\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\cdot g'}{g^2}
\stopformula
\blank[big]
$\left(c\cdot f
}},
$g\neq0$
\blank[big]
\startformula
\left(\frac{f}{g}\right)'=\frac{f'\cdot g - f\cdot g'}{g^2}
\stopformula
\blank[big]
$\left(c\cdot f\right)'=c\cdot f'$
\blank[big]
$\left[f\left(g\right)\right]'=f'(g)\cdot g'$
\blank[big]
\stoptext
\right)'= 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'\cdot g - f\cdot g'}{g^2}
\stopformula
\blank[big
]
/Ascent 1127
/CapHeight 683
/Descent -280
/ItalicAngle 0
/StemV 91
/XHeight 431
In context,
\hbox{\startformula x+y \stopformula}
boils down to
\hbox{\par $$ x+y $$ \par}
plus some more so i decided to turn this into
\hbox{\par \Ustartdisplaymath x+y
, I can change the name; But for the extra
padding I don't know how to remove it.
I could add a \vskip-\baselineskip at the beginning, but there is
probably a better solution.
(By the way, the construction \blueframed{\startformula
hello\stopformula \input knuth} behave badly
mouse text selection with Okular (haven't
tried with another viewer):
When I mouse text select elements of the formula, when the
\startformula \stopformula in embeded in a \hbox, what is highlighted
looks alright. Instead, when it's in vertical mode, what is
highlighted is very very large.
It's
\StartQuestions
\q Prove that
\startformula
\sum_{n=1}^\infty{1 \over n^2} = {\pi^2 \over 6}.
\stopformula
\q Prove that for any $n \geq 1$ integer one has
\startformula
\sum_{k=1}^n k^3 = \left({n(n+1) \over 2}\right)^2.
\stopformula
\StopQuestions
\stopexo
\stoptext
%%% end example-exercise.tex
\startexo
\StartQuestions
\q Prove that
\startformula
\sum_{n=1}^\infty{1 \over n^2} = {\pi^2 \over 6}.
\stopformula
\q Prove that for any $n \geq 1$ integer one has
\startformula
\sum_{k=1}^n k^3 = \left({n(n+1) \over 2}\right)^2.
\stopformula
\StopQuestions
\stopexo
\stoptext
%%% end example
\q Prove that
\startformula
\sum_{n=1}^\infty{1 \over n^2} = {\pi^2 \over 6}.
\stopformula
\q Prove that for any $n \geq 1$ integer one has
\startformula
\sum_{k=1}^n k^3 = \left({n(n+1) \over 2}\right)^2.
\stopformula
\StopQuestions
\stopexo
\stoptext
%%% end example-exercise.tex
On 12/27/2013 12:24 PM, Sanjoy Mahajan wrote:
A minimal example:
--- cut ---
\setupbodyfont[palatino,12pt]
\starttext
\startformula
\underbrace{x}_{1}
\stopformula
\stoptext
--- cut ---
It works fine with 2013.05.28 00:36 MKIV current
A minimal example:
--- cut
\def\2#1#2{\vcenter{\halign{\hfil ##\hfil\cr #1\cr#2\cr}}}
\def\ptwo#1#2{\left(\2{#1}{#2}\right)}
\starttext
\startformula
\underbrace{\ptwo{specific}{heat}}_{1}
\stopformula
\stoptext
--- cut
A minimal example:
--- cut ---
\setupbodyfont[palatino,12pt]
\starttext
\startformula
\underbrace{x}_{1}
\stopformula
\stoptext
--- cut ---
It works fine with 2013.05.28 00:36 MKIV current.
With 2013.12.26 12:50 MKIV beta, the underbrace disappears
]
[range={uppercasedoublestruck}] %%%,letterlikesymbols}]
\definefontfamily [mainface] [mm] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard AB[C]DEFG[H]IJKLM[N]O[PQR]STUVWXY[Z]}
\stopformula
\stoptext
letters here in brackets weren't rendered
]
\definefallbackfamily [mainface] [mm] [TeX Gyre Termes Math]
[range={uppercasedoublestruck}] %%%,letterlikesymbols}]
\definefontfamily [mainface] [mm] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard AB[C]DEFG[H]IJKLM[N]O[PQR]STUVWXY[Z]}
\stopformula
\stoptext
letters
[mainface] [mm] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard AB[C]DEFG[H]IJKLM[N]O[PQR]STUVWXY[Z]}
\stopformula
\stoptext
letters here in brackets weren't rendered as expected... Because there
are holes
in the uft table as can be seen
] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard AB[C]DEFG[H]IJKLM[N]O[PQR]STUVWXY[Z]}
\stopformula
\stoptext
letters here in brackets weren't rendered as expected... Because there
are holes
in the uft table as can be seen there:
http://www.w3.org/TR
] [mm] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard ABC}
\stopformula
\stoptext
Wolfgang
___
If your question is of interest to others as well, please add an entry
a opentype math font.
\definefontfamily [mainface] [rm] [Latin Modern Roman]
\definefallbackfamily [mainface] [mm] [TeX Gyre Termes Math]
[range=uppercasedoublestruck]
\definefontfamily [mainface] [mm] [Latin Modern Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC
]
\definefallbackfamily [mainface] [mm] [TeX Gyre Termes Math]
[range=uppercasedoublestruck] [force=no]
\definefontfamily [mainface] [mm] [TeX Gyre Termes Math]
\setupbodyfont[mainface]
\starttext
\startformula
ABC \quad {\blackboard ABC}
\stopformula
\stoptext
Very grateful for this example
]
\starttext
\startformula
ABC \quad {\blackboard ABCN} \char2115 % still Latin Modern Math
\stopformula
\stoptext
Chris
On Sun, Dec 22, 2013 at 5:40 PM, Wolfgang Schuster
schuster.wolfg...@gmail.com wrote:
Am 22.12.2013 um 17:33 schrieb Elspeth McGullicuddy
elspethmcgullicu...@gmail.com:
I've
arrangements of variables (that
recur often in my book chapter on springs and piano strings). For
example, it goes away after changing the \rho to a b.
\starttext
\startformula
\sqrt{Tb^2\over \rho}.
\stopformula
\stoptext
I know that the big math symbols are constructed differently in MkIV
and MkII. Does
.
Is there a way to preserve normal letterspacing locally in a formula?
Latex provides a \mathit macro for such variables. From what I understand,
this is essentially the same as using \text{\it ...}. For example:
\starttext
\startformula \startalign
\NC efat \NR
\NC \text{\it efat} \NR
\stopalign
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