On May 13, 4:57 pm, John H Palmieri wrote:
> On May 13, 9:49 am, Brian Hawkins wrote:
>
>
>
>
>
> > I did not know about the %latex command, thanks for the tip.
>
> > Looking at the symbol table, I found one that serves my particular
> > purpose well: \top. $M^\top$ renders as I'd like for a tr
On May 13, 9:49 am, Brian Hawkins wrote:
> I did not know about the %latex command, thanks for the tip.
>
> Looking at the symbol table, I found one that serves my particular
> purpose well: \top. $M^\top$ renders as I'd like for a transpose and
> avoids using an unsupported font in jsMath.
>
>
I did not know about the %latex command, thanks for the tip.
Looking at the symbol table, I found one that serves my particular
purpose well: \top. $M^\top$ renders as I'd like for a transpose and
avoids using an unsupported font in jsMath.
Brian
On May 12, 4:55 am, Jason Grout wrote:
> Rob B
Rob Beezer wrote:
> Hi Brian,
>
> In a notebook cell, I enter and evaluate:
>
> %latex
> $M^\mathsf{T}$
>
> and get back a slanted M and a very crisp, upright superscript T. So
> it can be done, but this is accomplished by running a full-blown
> instance of TeX and creating a PNG graphic as ou
Hi Brian,
In a notebook cell, I enter and evaluate:
%latex
$M^\mathsf{T}$
and get back a slanted M and a very crisp, upright superscript T. So
it can be done, but this is accomplished by running a full-blown
instance of TeX and creating a PNG graphic as output. $M^{\sf T}$
looks to render ide
