On Sun, Jul 24, 2022 at 3:58 AM Gavin Smith <[email protected]>
wrote:
> On Fri, Jul 22, 2022 at 02:58:21PM -0700, Raymond Toy wrote:
> > I'm getting a funny line break when displaying MathJax inline formulas on
> > an html page. The TeX version doesn't have a line break.
> >
> > It's part of a much larger document from maxima, but the relevant part is
> > given below. On the html page, there's a line break before "is the
> > solution subject". All the other parts have no unexpected line breaks.
> > Other than that, the formulas and everything display very nicely.
> >
> > This is with texinfo 6.8.
> >
>
> The problem is that you are using @html as well as @ifhtml. If you
> take the @html lines out the results are good.
>
Indeed it does. Thanks!
This example comes from maxima, and before the manual was updated to use
texinfo 6.8, the @html block contained html that contained the mathjax
formula to be shown. Since it mostly worked when the formula was updated
to use @math{}, I didn't think about it. It should all be fixed now.
>
> Although using Texinfo commands like @math in @html appeared to work
> here, this is not at all recommended and the results are unpredictable.
> @html is for raw HTML only. To my knowledge, the only Texinfo commands
> that should occur in these "raw blocks" are @@, @{ and @}, as well as
> possibly macros and conditionals. There might be more work to be done
> here on texi2any to issue warnings for invalid command nestings.
>
> Processed with '../texi2any.pl mathjax.texi --html -c HTML_MATH=mathjax'
> for development version:
>
>
> \input texinfo
>
> These two solutions are oscillatory for @math{x < 0}.
>
> @ifhtml
> @math{{\rm Ai}(x)}
> @end ifhtml
> @ifinfo
> @math{Ai(x)}
> @end ifinfo
> @tex
> ${\rm Ai}(x)$
> @end tex
> is the solution subject to the
> condition
> @ifhtml
> @math{y\rightarrow 0}
> @end ifhtml
> @ifinfo
> @math{y -> 0}
> @end ifinfo
> @tex
> $y\rightarrow 0$
> @end tex
> as
> @ifhtml
> @math{x\rightarrow \infty}
> @end ifhtml
> @ifinfo
> @math{x -> inf}
> @end ifinfo
> @tex
> $x\rightarrow \infty$
> @end tex
> .
> @html
> @math{{\rm Bi}(x)}
> @end html
> @ifinfo
> @math{Bi(x)}
> @end ifinfo
> @tex
> ${\rm Bi}(x)$
> @end tex
> is the second solution with the
> same amplitude as
> @ifhtml
> @math{{\rm Ai}(x)}
> @end ifhtml
> @ifinfo
> @math{Ai(x)}
> @end ifinfo
> @tex
> ${\rm Ai}(x)$
> @end tex
> as
> @ifhtml
> @math{x
> \rightarrow -\infty}
> @end ifhtml
> @ifinfo
> @math{x -> minf}
> @end ifinfo
> @tex
> $x
> \rightarrow -\infty$
> @end tex
> which differs in phase by
> @ifhtml
> @math{{\pi/2}}
> @end ifhtml
> @ifinfo
> @math{%pi/2}
> @end ifinfo
> @tex
> ${\pi/2}$
> @end tex
>
>
>
> @bye
>
>
--
Ray
