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[TeXmacs <address@hidden>]

Hi David,

If you want folding to work from within your Html browser,
then don't forget to add the 'html-fold' package.
It works fine for me, even in the presence of mathematical formulas.
There was just a problem with the size of the bullets, which I just corrected.

Best wishes, --Joris


On Sat, Dec 26, 2020 at 10:53:28PM +0400, David Latreyte wrote:
> Hello again,
> 
> I found that the problem comes from this part:
> > <p class="detailed">
> >        <center>
> Replacing those lines by
> > <div class="detailed">
> >        <center>
> solves the problem.
> 
> Unfortunately I don’t know enough of scheme to change the behavior of 
> TeXmacs. I’ll have to change the final html file.
> 
> Best regards.
> ————
> David Latreyte
> address@hidden
> 
> 
> 
> 
> > Le 26 déc. 2020 à 1:53 PM, David Latreyte <address@hidden> a écrit :
> > 
> > Good morning all, 
> > 
> > I discovered a strange behavior when I export a document to the html 
> > format. If I use a fold / unfold environment, everything works 
> > normally... until that environment contains a math expression (the 
> > equation is always visible and never hided). 
> > 
> > The attached pdf tries to accurately describe the problem and the code 
> > below is the generated html. 
> > 
> > Have you ever encountered such a problem? 
> > 
> > 
> > Best regards
> > 
> > <div class="switchable" style="margin-left: 38.660688007188px">
> >      <p class="always">
> >        <font class="summary-button container" style="float: left; 
> > text-align: right; min-width: 2.5em; margin-left: -3em; margin-right: 
> > 0.5em">\(\bullet\)</font><font class="detailed-button container" 
> > style="float: left; text-align: right; min-width: 2.5em; margin-left: 
> > -3em; margin-right: 0.5em">\(\circ\)</font><strong>Solution</strong>
> >      </p>
> >      <p class="detailed">
> >        Expression du travail lorsque la force n'est pas constante :
> >      </p>
> >      <p class="detailed">
> >        <center>
> >          \(\displaystyle W_{A B} (\vec{F}) = \int_A^B \vec{F} \cdot
> >          \mathrm{d} \vec{\ell}\)
> >        </center>
> >      </p>
> >      <p class="detailed">
> >        o&ugrave; \(\mathrm{d} \vec{\ell}\) est un d&eacute;placement
> >        &eacute;lementaire sur la trajectoire.
> >      </p>
> >    </div>
> > ————
> > David Latreyte
> > address@hidden
> > 
> > 
> > 
> > <TeXmacs.pdf>
>