Nicolas Goaziou writes:
> Nick Dokos writes:
>
>> Nicolas Goaziou writes:
>>
>>> Admittedly, this point is moot as long as captions are not visible on
>>> latex environments. I think this should be fixed instead.
>>>
>>
>> Not sure I understand correctly: are you saying that in the latex output
Nick Dokos writes:
> Nicolas Goaziou writes:
>
>> Admittedly, this point is moot as long as captions are not visible on
>> latex environments. I think this should be fixed instead.
>>
>
> Not sure I understand correctly: are you saying that in the latex output
> every numbered equation would the
Nicolas Goaziou writes:
>> Additionally I don't see why captions should be related to, or required
>> for, the numbering of equations.
>
> It is odd to reference a number used nowhere. For example, it is
> confusing to follow an "equation 2" link and see a page full of
> equations with no attache
Hello,
Eric Schulte writes:
> Nicolas Goaziou writes:
>> Only captioned equations are numbered. Behaviour is undefined for other
>> equations.
> Why is this the default behavior? It looks to me like even when they're
> present captions on equations aren't displayed for HTML or LaTeX export.
Nicolas Goaziou writes:
> Hello,
>
> Eric Schulte writes:
>
>> All equations are numbered "1" when the attached example file is
>> exported to HTML.
>>
>> #+Title: Example
>>
>> * H1
>> See Equation [[the-first]],
>>
>> #+name: the-first
>> \begin{equation}
>> n_{i+1} = \frac{n_{i} (d-i) (e-1)}{
Hello,
Eric Schulte writes:
> All equations are numbered "1" when the attached example file is
> exported to HTML.
>
> #+Title: Example
>
> * H1
> See Equation [[the-first]],
>
> #+name: the-first
> \begin{equation}
> n_{i+1} = \frac{n_{i} (d-i) (e-1)}{(i+1)}
> \end{equation}
>
> and also Equati
Hi,
All equations are numbered "1" when the attached example file is
exported to HTML.
#+Title: Example
* H1
See Equation [[the-first]],
#+name: the-first
\begin{equation}
n_{i+1} = \frac{n_{i} (d-i) (e-1)}{(i+1)}
\end{equation}
and also Equation [[the-second]].
#+name: the-second
\begin{equa
