Hi,
On Tue, 22 Feb 2011, Simon Quittek wrote:
> Hello Gerd,
>
> I think, your ideas are very good, and since I use/would like to use F9
> much more often, I welcome improvement!
> Just to make sure to understand from the users view: instead of typing
> "\eqref{eq<F9>" and then looking through the list to find the right
label
> (e.g. "eq:maxwell"), you type the number "(2.4)<F9>" (which has label
> "eq:maxwell" before compilation into the aux-file) and it is expanded
> automatically into "\eqref{eq:maxwell}".
>
> As far as I see, if you want to ref an equation this way, you have to do
> the compilation first, and the numbers probably will change after each
> compilation. In case of a replacement, this means you need to have:
> 1) the up-to-date pdf/dvi file open all the time and
> 2) knowledge of the numbers, even if they are far away in the document.
>
> For this reasons I would _strongly_ prefer to be able to choose which
way
> to use at all times.
> Your method is very convenient, nonetheless and I would very much like
to
> use it!
With my aux-based completion, both methods work:
\eqref{eq:max<F9> => \eqref{eq:maxwell}
(4.1) => \eqref{eq:maxwell}
On Tue, 22 Feb 2011, Ted wrote:
> It's too restrictive for me to need to have the PDF visible at every
time I edit. It's nice sometimes to see a numbered equation, realize you
> want a reference to it, and quickly add a reference without figuring out
its label. However, normally when I'm referring to equations in-line
> with text, I'm writing that text soon after I generated the equation
label (and in close proximity). Moreover, I use a label that has some
> useful meaning. For example, a reference to Newton's Second Law could be
"eq:n2l", and I wouldn't have to open up a PDF to find it.
See above, you can also use the label-based variant, but there is no line
of
context of the tex-file shown.
A comparision: \ref{<F9> with the current tex-based completion results in
something like
2. Modeling of Solid mechanics<<<1
> sec:introduction_mechanics <Dissertation.tex>
: \chapter{Modeling of Solid mechanics}
2.1. Linear Elasticity<<<2
> sec:elasticity <Dissertation.tex>
: \section{Linear Elasticity}
> fig:sketch_of_deformation <Dissertation.tex>
: Sketch of the undeformed and deformed domain.
> eq:definition_of_gradient <Dissertation.tex>
:
the aux-based completion produces:
2 Modeling of Solid mechanics<<<1
> sec:introduction_mechanics
: chapter.2
2.1 Linear Elasticity<<<2
> sec:elasticity
: section.2.1
> fig:sketch_of_deformation
: figure.2.1
> eq:definition_of_gradient
: (2.1)
The aux-based completion does not output the filenames, since I didn't see
any
need for them.
> So I can see some cases where the aux-based completion would be
convenient, but I think most people would need the tex-based completion
most of
> the time.
After giving some clearance, that you still use the labels for completion,
did
you still think, that one needs the tex-based completion?
> A lot of people (especially when journals setup theorem-like
environments for you) won't know the counter name. I suppose they could
assume
> they know the first letter of the counter and use F9 to figure out the
rest<?>.
Yes, that works.
Regards
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