; > \ruledhbox{$\widetilde {OA} = \widebar {OA} = 4.2$}
> > \par
> > \ruledhbox{$\overbracket {OA} = \underbracket {OA} = 4.2$}
> > \stopTEXpage
> >
> > I'll add a 'force fix in spite of extensible being present' in mkiv. In
> > lmtx we always fix
{OA} = 4.2$}
\par
\ruledhbox{$\widetilde {OA} = \widebar {OA} = 4.2$}
\par
\ruledhbox{$\overbracket {OA} = \underbracket {OA} = 4.2$}
\stopTEXpage
I'll add a 'force fix in spite of extensible being present' in mkiv. In
lmtx we always fix also because we drop in nicer
box{$\overline{OA} = \overbar {OA} = 4.2$}
> \par
> \ruledhbox{$\underline {OA} = \underbar {OA} = 4.2$}
> \par
> \ruledhbox{$\widetilde {OA} = \widebar {OA} = 4.2$}
> \par
> \ruledhbox{$\overbracket {OA} = \underbracket {OA} = 4.2$
\ruledhbox{$\overbracket {OA} = \underbracket {OA} = 4.2$}
\stopTEXpage
I'll add a 'force fix in spite of extensible being present' in mkiv. In
lmtx we always fix also because we drop in nicer shapes (watch the round
tips in lm and fancy tips in antykwa) and concluded that fonts will
remain
fc resizing in math mode
The only mention of anything similar happened back in 2009 (but then again this
was with mkii). There may be more similar issues in the list. I just didn't
have the time to look for it.
https://www.mail-archive.com/ntg-context@ntg.nl/msg40224.html
But anyhow, the follow
rnative=mp]
\setupmathstackers
[bottom]
[color=darkred,
alternative=mp]
\starttext
$\overbracket {a+b+c+d} \quad \underbracket{a+b+c+d} \quad
\doublebracket{a+b+c+d}$ \blank
$\overparent{a+b+c+d} \quad \underparent {a+b+c+d} \quad
\doubleparent {a+b+c+d}$ \blank
$\overbrace {a+b+
It's very puzzling...
but I'll try to get myself back together, by ignoring
everything up to the next `;'. Please insert a semicolon
now in front of anything that you don't want me to delete.
(See Chapter 27 of The METAFONTbook for an example.)
[1]
51
52 $\overbracket {a+b+c+d} \quad \underbracket
% vfenced]
[color=darkred,
alternative=mp]
\setupmathstackers
[top]
[color=darkred,
alternative=mp]
\setupmathstackers
[bottom]
[color=darkred,
alternative=mp]
\starttext
$\overbracket {a+b+c+d} \quad \underbracket{a+b+c+d} \quad
\doublebracket{a+b+c+d}$ \blan
thstackers
[bottom]
[color=darkred,
alternative=mp]
\starttext
$\overbracket {a+b+c+d} \quad \underbracket{a+b+c+d} \quad
\doublebracket{a+b+c+d}$ \blank
$\overparent{a+b+c+d} \quad \underparent {a+b+c+d} \quad
\doubleparent {a+b+c+d}$ \blank
$\overbrace {a+b+c+d} \quad \
tive=mp]
>
> \setupmathstackers
> [top]
> [color=darkred,
>alternative=mp]
>
> \setupmathstackers
> [bottom]
> [color=darkred,
>alternative=mp]
>
> \starttext
>
> $\overbracket {a+b+c+d} \quad \underbracket{a+b+c+d} \quad
> \doublebracket
lation, afterwards you can try the following example:
\useMPlibrary[mat]
\setupmathstackers
[both]
[color=darkred,
alternative=mp]
\setupmathstackers
[top]
[color=darkred,
alternative=mp]
\setupmathstackers
[bottom]
[color=darkred,
alternative=mp]
\starttext
$\overbracket {a
math_stacker_arrow_shape
> enddef ;
> vardef math_stacker_rightarrow_shape =
> math_stacker_arrow_shape rotated 180
> enddef ;
> \stopMPextensions
>
> \startuniqueMPgraphic{math:stacker:\number"2190}
> math_stacker_draw(math_stacker_leftarrow_shape) ;
&
or=darkred,
alternative=mp]
\setupmathstackers
[bottom]
[color=darkred,
alternative=mp]
\starttext
$\overbracket {a+b+c+d} \quad \underbracket{a+b+c+d} \quad
\doublebracket{a+b+c+d}$ \blank
$\overparent{a+b+c+d} \quad \underparent {a+b+c+d} \quad
\doubleparent {a+b+c+
in a next version you can do this:
\setupmathstackers[vfenced][hoffset=10pt]
is it looks like these commands have built-in \limits, these are now set
for
\overbrace
\overparent
\overbracket
\overbar
\underbrace
\underparent
\underbracket
\underbar
\doublebrace
\doubleparent
\doublebracket
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