I would like to run by you my solution and ask another question.
I copied the files theorems-ams-bytype.module and theorems-ams-bytype.inc into
my
local layouts directory (with new names), then edited them accordingly. For
instance, in
the .inc file, for the Lemma style, inside the Preamble EndPreamble field I
included the line
\renewcommand{\thelem}{\thearea-\arabic{lem}}
\thearea being the prefix to the lemma counter.
Did similar things for the other styles, then reconfigured LyX and voila! My
customized
module is accessible (and works as intended).
I just don't know if this solution is sanctioned by you LyX developers...
Now the question I want to ask.
I want to create a new theorem-like environment. Reading through the
Customization.lyx
manual, I understand that the different translations for the names of the
environs reside
in the layouttranslations file. Looking into it, it says that
# This file has been automatically generated by po/lyx_pot.py.
# PLEASE MODIFY ONLY THE LAGUAGES HAVING NO .po FILE! If you want to regenerate
# this file from the translations, run `make ../lib/layouttranslations' in po.
# Python polib library is needed for building the output file.
I confess I did not quite grasp the process. Do I have to create a local
layouttranslations
file containing the translations for the new environment name? Is there a more
detailed
guide for this procedure?
On terça-feira, 20 de julho de 2021 20:20:41 -03 Rudi Gaelzer wrote:
> Well, it seems that the solution is indeed via \renewtheorem. However, I
> had to dig deep into the installation of AMS theorem to find the proper
> names of the counters. So far, I've found \thethm, \thelem, \thedefn, etc.
> I did not find a full list of counters, so if someone could point me out
> where I can find such a list, I'd be grateful.
>
--
Rudi Gaelzer
Institute of Physics
Federal University of Rio Grande do Sul
BRAZIL
Registered linux user # 153741
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