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From : Pierre-Henri Jondot <address@hidden>- To: Basile Audoly <address@hidden>
- Cc: address@hidden
- Subject: Re: Foldable proofs
- Date: Sun, 30 May 2021 18:43:23 +0200
Hi Joris and Basile,
While it feels weird to change style to beamer, and back again to course or whatever style I am using, it does indeed do the trick.
As it is not something I will do that often, it is a good solution.
Thanks,
Pierre-Henri
Le 30 mai 2021 à 18:36, TeXmacs <address@hidden> a écrit :Hi Pierre-Henri,
Basile's suggestion is correct: you may use the shortcuts F9 and F12
from the beamer mode to fold / unfold everything.
Best wishes, --Joris
On Sun, May 30, 2021 at 06:08:35PM +0200, Pierre-Henri Jondot wrote:Le 30 mai 2021 à 16:56, pireddag <address@hidden> a écrit :
=======
The recommended way for this is to use
Insert -> Fold -> Folded -> Environment
In the "always visible" branch, you put the theorem itself.
In the "unfolded branch", you put the proof.
You may click on the circle in the margin to fold/unfold.
You might prefer to send the "margins on screen" to '10mm' instead of '5mm'.
Great ! It is almost perfect… I just need to find out where I can fold and unfold every foldable environment in one click/command, as there might be quite a few dozens of those for each chapter, so that I can easily generate the document to be printed (without the proofs) and the one to be put online (with the proofs).
======
My instinct for this is to do it with a program. I do not have the possibility to experiment today <calendar:T5:today>, but here is what I would do:
1) Figure out what the circle in the margin does. Perhaps one way is to look for the definition of the Folded Environment, either the definition of the circle or a reference to it may be there
2) Apply the same action to all Folded Environments in the buffer using the Scheme map function. I forgot how to select all instances of a given tag as well :-) but it should be possible to find it out via some example
3) Assign the whole procedure to a menu item
I'm aware I wrote abstract things :-) I might be able to write a detailed version in a few days---I first need to experiment. Maybe someone else will be quicker.
Giovanni
Thanks to all for the suggestions.
This one seems quite promising. I am watching the last jolly coders video, maybe it will bring me some insight to achieve this with some scheme programming.
Regards,
Pierre-Henri
- Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, Basile Audoly, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- <Possible follow-up(s)>
- Re: Foldable proofs, pireddag, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
- Re: Foldable proofs, Pierre-Henri Jondot, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
- Re: Foldable proofs, pireddag, 05/30/2021
- Re: Foldable proofs, TeXmacs, 05/30/2021
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