update cubing captions

3 files changed, 356 insertions, 356 deletions

diff --git a/2023/captions/emacsconf-2023-cubing--speedcubing-in-emacs--vasilij-wasamasa-schneidermann--main.vtt b/2023/captions/emacsconf-2023-cubing--speedcubing-in-emacs--vasilij-wasamasa-schneidermann--main.vtt
index 2ae22295..db303c95 100644
--- a/2023/captions/emacsconf-2023-cubing--speedcubing-in-emacs--vasilij-wasamasa-schneidermann--main.vtt
+++ b/2023/captions/emacsconf-2023-cubing--speedcubing-in-emacs--vasilij-wasamasa-schneidermann--main.vtt
@@ -256,548 +256,548 @@ So at this point the organizer should hopefully show
 00:03:54.200 --> 00:03:57.999
 a small video I've prepared, a one minute video showing how
 
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 I actually use this to solve a cube and to time my solve.
 
 NOTE Challenges: Representing the cube
 
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 Okay, so building this thing, there were several challenges.
 
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+00:05:18.509 --> 00:05:20.508
 The first one was how do I even represent
 
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 the state of a Rubik's cube.
 
-00:05:26.920 --> 00:05:29.959
+00:05:22.469 --> 00:05:25.508
 For this there are many possible representations,
 
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 no obvious best solution.
 
-00:05:32.160 --> 00:05:34.079
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 I did not, well, what helped me was that
 
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+00:05:29.629 --> 00:05:31.988
 I did not have to programmatically solve this thing,
 
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+00:05:31.989 --> 00:05:35.188
 so I picked the easiest possible representation
 
-00:05:39.640 --> 00:05:42.719
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 which is just an array of every single facelet.
 
-00:05:42.720 --> 00:05:46.959
+00:05:38.269 --> 00:05:42.508
 For a 3x3 cube you have 9 facelets on one side,
 
-00:05:46.960 --> 00:05:51.719
+00:05:42.509 --> 00:05:47.268
 so times 6 sides you would have 54 elements in this array.
 
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+00:05:47.269 --> 00:05:49.708
 So with this representation, it's very simple,
 
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+00:05:49.709 --> 00:05:52.388
 but it's kind of weird to do scrambles with this.
 
-00:05:56.840 --> 00:05:59.359
+00:05:52.389 --> 00:05:54.908
 But otherwise, it worked very, very well.
 
-00:05:59.360 --> 00:06:01.719
+00:05:54.909 --> 00:05:57.268
 In the future, I plan to learn some group theory,
 
-00:06:01.720 --> 00:06:03.199
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 pick a better representation
 
-00:06:03.200 --> 00:06:05.639
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 and do this in a much, much more elegant way
 
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+00:06:01.189 --> 00:06:07.868
 without compromising speed too much.
 
-00:06:12.320 --> 00:06:15.159
+00:06:07.869 --> 00:06:10.708
 Yes. Once I had the representation,
 
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+00:06:10.709 --> 00:06:13.628
 the scrambling itself should not be too hard.
 
-00:06:18.080 --> 00:06:22.199
+00:06:13.629 --> 00:06:17.748
 For this, it's important to consider that basically
 
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 if you do a face turn
 
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 you end up swapping some facelets with other facelets,
 
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 that's the easiest way to think about this.
 
-00:06:30.480 --> 00:06:33.719
+00:06:26.029 --> 00:06:29.268
 To determine which one goes into which one's position,
 
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 it was pretty confusing to figure this out.
 
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 For this I went through a few papers,
 
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 and I found one which suggested
 
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 to just build a cube out of paper,
 
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 number every facelet, and turn it
 
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 and keep track of which facelet moved into which position.
 
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 And programmatically, the `cl-rotatef` macro
 
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 was very, very useful for doing this kind of
 
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+00:06:49.389 --> 00:06:51.628
 in-place swapping you need for this operation.
 
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+00:06:51.629 --> 00:06:54.868
 So in the future, group theory would hopefully
 
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+00:06:54.869 --> 00:06:57.988
 make this a bit less awkward.
 
-00:07:02.440 --> 00:07:04.559
+00:06:57.989 --> 00:07:00.108
 Here's a photo of this paper cube I made
 
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+00:07:00.109 --> 00:07:03.868
 along with a real cube. As you can see
 
-00:07:08.320 --> 00:07:11.799
+00:07:03.869 --> 00:07:07.348
 mathematically speaking, they are the same thing,
 
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+00:07:07.349 --> 00:07:09.268
 they just look very, very different.
 
 NOTE Scrambling
 
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+00:07:09.269 --> 00:07:14.308
 So the scramble algorithm itself,
 
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+00:07:14.309 --> 00:07:19.428
 I pondered how this would even be done. In the competitions,
 
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+00:07:19.429 --> 00:07:21.588
 They do this in a very, very elaborate way.
 
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+00:07:21.589 --> 00:07:22.748
 They generate a random cube,
 
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 they try to solve it, and if it's solvable
 
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 they use these solution moves
 
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 to turn into a scramble basically.
 
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+00:07:30.829 --> 00:07:34.948
 And they also make sure to canonicalize the moves,
 
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+00:07:34.949 --> 00:07:38.548
 so if you have subsequent moves that can be simplified,
 
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 they do simplify these as much as possible.
 
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+00:07:40.589 --> 00:07:41.228
 For example,
 
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+00:07:41.229 --> 00:07:43.748
 if you have two subsequent rotations in one direction,
 
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+00:07:43.749 --> 00:07:46.668
 it's turned into a different kind of rotation,
 
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+00:07:46.669 --> 00:07:49.388
 so 90 and 90 equals 180.
 
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+00:07:49.389 --> 00:07:53.308
 And the other Elisp scramblers I looked at,
 
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 they generate random moves.
 
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+00:07:55.109 --> 00:07:57.508
 Some of them do canonicalize. Not all of them.
 
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 This one tries to do the best low-fi thing,
 
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+00:08:00.909 --> 00:08:02.388
 that is, generating random moves,
 
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 canonicalizing and repeating
 
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 until enough have been generated.
 
 NOTE Visualization
 
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 For the visualization I had to figure out
 
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 something else too complicated.
 
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+00:08:14.509 --> 00:08:17.228
 For this, I tried to figure out
 
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 where every facelift would end up in the puzzle view
 
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 when you would unfold it.
 
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+00:08:21.429 --> 00:08:25.668
 And for this, I did not consider the facelet orientation.
 
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 This may be important later for some other puzzles
 
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 where you can end up with very twisted faces,
 
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+00:08:31.149 --> 00:08:33.028
 but for simple cubes, it's not a problem.
 
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+00:08:33.029 --> 00:08:36.308
 My initial prototype used colored text,
 
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+00:08:36.309 --> 00:08:38.748
 but later, I used the SVG library.
 
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+00:08:38.749 --> 00:08:41.588
 It turned out to be easy enough to use, actually.
 
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+00:08:41.589 --> 00:08:46.108
 Currently, I have hard-coded face-color mappings,
 
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+00:08:46.109 --> 00:08:49.108
 but I plan to replace this so that theming is possible.
 
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+00:08:49.109 --> 00:08:51.588
 For example, if you happen to have a cube
 
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+00:08:51.589 --> 00:08:54.689
 that does not have the same color mappings as I do,
 
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+00:08:54.690 --> 00:08:56.468
 then you should be able to fix this.
 
 NOTE UI with Transient
 
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+00:08:56.469 --> 00:09:01.428
 Next challenge was to build
 
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+00:09:01.429 --> 00:09:03.948
 a beautiful intuitive UI with Transient.
 
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+00:09:03.949 --> 00:09:06.868
 The reason why I chose this is
 
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+00:09:06.869 --> 00:09:10.348
 because it would be self-documenting and Magit-style,
 
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+00:09:10.349 --> 00:09:12.348
 and everyone knows how Magit works basically.
 
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+00:09:12.349 --> 00:09:15.308
 Since Transient has become part of Emacs,
 
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 there is really no reason to not try it out.
 
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 The problem was documentation is difficult to understand.
 
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 It's very abstract and high level,
 
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 and it's hard to figure out. "Okay,
 
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 I want to do something,
 
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 how am I supposed to do this?"
 
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 I did find transient-showcase, which has lots of examples,
 
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 but they don't really feel finished
 
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 and not realistic enough.
 
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+00:09:39.069 --> 00:09:40.748
 When I tried to use the package,
 
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 I got plenty of unhelpful error messages
 
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 when using it incorrectly.
 
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 I did manage to figure it out,
 
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 but I plan to find more actual examples of it,
 
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 to have an executable reference basically
 
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 and try to improve my use of it.
 
 NOTE Book-keeping with SQLite
 
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+00:09:55.629 --> 00:10:01.548
 For the book-keeping, I used SQLite.
 
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+00:10:01.549 --> 00:10:04.548
 This is a very recent addition to Emacs,
 
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+00:10:04.549 --> 00:10:07.308
 it only appeared in the current major version.
 
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+00:10:07.309 --> 00:10:09.388
 It's still very early days.
 
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+00:10:09.389 --> 00:10:13.028
 I found some oddities, one of them turned out to be
 
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 a bug in the transaction macro.
 
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+00:10:14.829 --> 00:10:17.588
 Like basically, if you do an SQL transaction
 
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 and an error happens, then every helper I found
 
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+00:10:20.189 --> 00:10:20.948
 does a rollback on an error.
 
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+00:10:20.949 --> 00:10:26.748
 But this one did not. It actually committed on an error,
 
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 and this was very weird to figure out.
 
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+00:10:29.869 --> 00:10:34.308
 I reported a bug. Eli was nice enough to send me a patch.
 
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+00:10:34.309 --> 00:10:35.428
 We did some patch review,
 
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+00:10:35.429 --> 00:10:37.988
 and he ended up fixing it properly.
 
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+00:10:37.989 --> 00:10:45.668
 So yes, there's still a lot to be done there, and yeah,
 
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+00:10:45.669 --> 00:10:46.908
 the API is very basic.
 
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+00:10:46.909 --> 00:10:48.908
 You don't have convenience helpers
 
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+00:10:48.909 --> 00:10:51.308
 like fetch the first row or fetch the first value
 
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+00:10:51.309 --> 00:10:54.429
 or anything, but they're easy enough to write yourself.
 
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+00:10:54.430 --> 00:10:56.369
 And the biggest challenge with this bookkeeping part
 
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+00:10:56.370 --> 00:10:58.028
 was figuring out a decent schema,
 
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+00:10:58.029 --> 00:11:00.148
 like how to organize data correctly
 
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+00:11:00.149 --> 00:11:02.348
 so that it would not be awkward to manipulate.
 
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+00:11:02.349 --> 00:11:05.748
 And with this, you can finally build a package
 
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+00:11:05.749 --> 00:11:07.388
 that remembers its state properly
 
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+00:11:07.389 --> 00:11:10.468
 and don't have to run into foot guns
 
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+00:11:10.469 --> 00:11:12.628
 with Lisp-style serialization, deserialization.
 
 NOTE Conclusion
 
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+00:11:12.629 --> 00:11:18.188
 So yes, that concludes it so far.
 
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+00:11:18.189 --> 00:11:22.188
 So what did I learn from this exercise?
 
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+00:11:22.189 --> 00:11:24.508
 Well, there are still plenty of packages
 
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+00:11:24.509 --> 00:11:25.588
 for Emacs to be written.
 
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+00:11:25.589 --> 00:11:28.908
 If you think everything you can think of
 
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+00:11:28.909 --> 00:11:31.348
 or you need has already been written, well, guess what?
 
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+00:11:31.349 --> 00:11:31.788
 No.
 
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+00:11:31.789 --> 00:11:34.044
 These are still plenty of specialized things
 
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+00:11:34.045 --> 00:11:36.788
 that could need your help.
 
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+00:11:36.789 --> 00:11:39.788
 These cubes do not require advanced mathematics,
 
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+00:11:39.789 --> 00:11:41.148
 contrary to what you may think.
 
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+00:11:41.149 --> 00:11:44.708
 Yes, you can apply advanced mathematics to them
 
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+00:11:44.709 --> 00:11:47.468
 if you want to, but you don't have to.
 
-00:11:51.920 --> 00:11:55.439
+00:11:47.469 --> 00:11:50.988
 What surprised me about this is basically group theory.
 
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+00:11:50.989 --> 00:11:52.068
 I've heard of it before.
 
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+00:11:52.069 --> 00:11:53.828
 It seemed to be a meme, basically,
 
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+00:11:53.829 --> 00:11:56.468
 because it has been like mostly Haskell people
 
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+00:11:56.469 --> 00:11:58.188
 being very excited about this
 
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+00:11:58.189 --> 00:12:02.508
 and it seemed kind of, like, divorced from reality, basically.
 
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+00:12:02.509 --> 00:12:05.948
 But this puzzle, it actually proves that yes,
 
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+00:12:05.949 --> 00:12:06.948
 it has its use.
 
-00:12:11.400 --> 00:12:12.879
+00:12:06.949 --> 00:12:08.428
 It definitely has.
 
-00:12:12.880 --> 00:12:15.839
+00:12:08.429 --> 00:12:11.388
 You just have to find the right problem matching it,
 
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+00:12:11.389 --> 00:12:13.468
 and yeah.
 
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+00:12:13.469 --> 00:12:15.388
 So yeah, once I understand it better,
 
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+00:12:15.389 --> 00:12:18.548
 the topic, I expect to write better code.
 
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+00:12:18.549 --> 00:12:24.468
 These new Emacs features, they work well enough.
 
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+00:12:24.469 --> 00:12:25.908
 There are some rough edges.
 
-00:12:30.360 --> 00:12:31.879
+00:12:25.909 --> 00:12:27.428
 They definitely need more testing.
 
-00:12:31.880 --> 00:12:35.119
+00:12:27.429 --> 00:12:30.668
 So please, please, everyone,
 
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+00:12:30.669 --> 00:12:34.548
 if you write Elisp, please try SQLite or Transient
 
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+00:12:34.549 --> 00:12:36.708
 or anything else that looks cool and shiny.
 
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+00:12:36.709 --> 00:12:38.468
 Report bugs.
 
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+00:12:38.469 --> 00:12:41.588
 Find ways to improve them, anything. And yeah,
 
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+00:12:41.589 --> 00:12:44.868
 I'm sure that if we do this,
 
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+00:12:44.869 --> 00:12:47.668
 then Emacs will continue to get even better.
 
-00:12:52.120 --> 00:12:56.239
+00:12:47.669 --> 00:12:51.788
 So yeah, what's next for this package?
 
-00:12:56.240 --> 00:13:00.439
+00:12:51.789 --> 00:12:55.988
 Well, I could... There are lots of obvious UI improvements
 
-00:13:00.440 --> 00:13:01.799
+00:12:55.989 --> 00:12:57.348
 and testing to be done.
 
-00:13:01.800 --> 00:13:04.159
+00:12:57.349 --> 00:12:59.708
 I basically want to reach feature parity
 
-00:13:04.160 --> 00:13:06.879
+00:12:59.709 --> 00:13:02.428
 with the twisty-timer app, which this is very much inspired by.
 
-00:13:06.880 --> 00:13:11.119
+00:13:02.429 --> 00:13:06.668
 I want nice-looking stats like graphical ones
 
-00:13:11.120 --> 00:13:13.239
+00:13:06.669 --> 00:13:08.788
 instead of just a simple list of times.
 
-00:13:13.240 --> 00:13:15.679
+00:13:08.789 --> 00:13:11.228
 And I want support for more puzzles, of course,
 
-00:13:15.680 --> 00:13:16.999
+00:13:11.229 --> 00:13:12.548
 not just the simple cubes,
 
-00:13:17.000 --> 00:13:19.039
+00:13:12.549 --> 00:13:14.588
 but as I progress learning these puzzles,
 
-00:13:19.040 --> 00:13:22.519
+00:13:14.589 --> 00:13:18.068
 I want to have Emacs supporting me for this.
 
-00:13:22.520 --> 00:13:26.879
+00:13:18.069 --> 00:13:22.428
 But generally, it's a very open-ended package.
 
-00:13:26.880 --> 00:13:31.079
+00:13:22.429 --> 00:13:26.628
 And this concludes the talk.
 
-00:13:31.080 --> 00:13:35.360
+00:13:26.629 --> 00:13:30.909
 Thank you very much.
diff --git a/2023/info/cubing-after.md b/2023/info/cubing-after.md
index cec619c1..6878ad92 100644
--- a/2023/info/cubing-after.md
+++ b/2023/info/cubing-after.md
@@ -86,183 +86,183 @@
 [[!template new="1" text="""So at this point the organizer should hopefully show""" start="00:03:49.240" video="mainVideo-cubing" id="subtitle"]]
 [[!template text="""a small video I've prepared, a one minute video showing how""" start="00:03:54.200" video="mainVideo-cubing" id="subtitle"]]
 [[!template text="""I actually use this to solve a cube and to time my solve.""" start="00:03:58.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""Okay, so building this thing, there were several challenges.""" start="00:05:19.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""The first one was how do I even represent""" start="00:05:22.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""the state of a Rubik's cube.""" start="00:05:24.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For this there are many possible representations,""" start="00:05:26.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""no obvious best solution.""" start="00:05:29.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I did not, well, what helped me was that""" start="00:05:32.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I did not have to programmatically solve this thing,""" start="00:05:34.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""so I picked the easiest possible representation""" start="00:05:36.440" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""which is just an array of every single facelet.""" start="00:05:39.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For a 3x3 cube you have 9 facelets on one side,""" start="00:05:42.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""so times 6 sides you would have 54 elements in this array.""" start="00:05:46.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So with this representation, it's very simple,""" start="00:05:51.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but it's kind of weird to do scrambles with this.""" start="00:05:54.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""But otherwise, it worked very, very well.""" start="00:05:56.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""In the future, I plan to learn some group theory,""" start="00:05:59.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""pick a better representation""" start="00:06:01.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and do this in a much, much more elegant way""" start="00:06:03.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""without compromising speed too much.""" start="00:06:05.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Yes. Once I had the representation,""" start="00:06:12.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""the scrambling itself should not be too hard.""" start="00:06:15.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For this, it's important to consider that basically""" start="00:06:18.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""if you do a face turn""" start="00:06:22.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""you end up swapping some facelets with other facelets,""" start="00:06:23.600" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""that's the easiest way to think about this.""" start="00:06:26.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""To determine which one goes into which one's position,""" start="00:06:30.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""it was pretty confusing to figure this out.""" start="00:06:33.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For this I went through a few papers,""" start="00:06:36.922" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and I found one which suggested""" start="00:06:38.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""to just build a cube out of paper,""" start="00:06:40.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""number every facelet, and turn it""" start="00:06:42.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and keep track of which facelet moved into which position.""" start="00:06:44.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And programmatically, the `cl-rotatef` macro""" start="00:06:48.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""was very, very useful for doing this kind of""" start="00:06:51.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""in-place swapping you need for this operation.""" start="00:06:53.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So in the future, group theory would hopefully""" start="00:06:56.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""make this a bit less awkward.""" start="00:06:59.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Here's a photo of this paper cube I made""" start="00:07:02.440" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""along with a real cube. As you can see""" start="00:07:04.560" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""mathematically speaking, they are the same thing,""" start="00:07:08.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""they just look very, very different.""" start="00:07:11.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So the scramble algorithm itself,""" start="00:07:13.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I pondered how this would even be done. In the competitions,""" start="00:07:18.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""They do this in a very, very elaborate way.""" start="00:07:23.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""They generate a random cube,""" start="00:07:26.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""they try to solve it, and if it's solvable""" start="00:07:27.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""they use these solution moves""" start="00:07:29.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""to turn into a scramble basically.""" start="00:07:33.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And they also make sure to canonicalize the moves,""" start="00:07:35.280" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""so if you have subsequent moves that can be simplified,""" start="00:07:39.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""they do simplify these as much as possible.""" start="00:07:43.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For example,""" start="00:07:45.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""if you have two subsequent rotations in one direction,""" start="00:07:45.680" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""it's turned into a different kind of rotation,""" start="00:07:48.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""so 90 and 90 equals 180.""" start="00:07:51.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And the other Elisp scramblers I looked at,""" start="00:07:53.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""they generate random moves.""" start="00:07:57.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Some of them do canonicalize. Not all of them.""" start="00:07:59.560" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""This one tries to do the best low-fi thing,""" start="00:08:01.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""that is, generating random moves,""" start="00:08:05.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""canonicalizing and repeating""" start="00:08:06.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""until enough have been generated.""" start="00:08:08.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""For the visualization I had to figure out""" start="00:08:14.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""something else too complicated.""" start="00:08:17.600" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For this, I tried to figure out""" start="00:08:18.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""where every facelift would end up in the puzzle view""" start="00:08:21.680" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""when you would unfold it.""" start="00:08:24.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And for this, I did not consider the facelet orientation.""" start="00:08:25.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""This may be important later for some other puzzles""" start="00:08:30.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""where you can end up with very twisted faces,""" start="00:08:33.720" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but for simple cubes, it's not a problem.""" start="00:08:35.600" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""My initial prototype used colored text,""" start="00:08:37.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but later, I used the SVG library.""" start="00:08:40.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""It turned out to be easy enough to use, actually.""" start="00:08:43.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Currently, I have hard-coded face-color mappings,""" start="00:08:46.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but I plan to replace this so that theming is possible.""" start="00:08:50.560" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For example, if you happen to have a cube""" start="00:08:53.560" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""that does not have the same color mappings as I do,""" start="00:08:56.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""then you should be able to fix this.""" start="00:08:59.141" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Next challenge was to build""" start="00:09:00.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""a beautiful intuitive UI with Transient.""" start="00:09:05.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""The reason why I chose this is""" start="00:09:08.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""because it would be self-documenting and Magit-style,""" start="00:09:11.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and everyone knows how Magit works basically.""" start="00:09:14.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Since Transient has become part of Emacs,""" start="00:09:16.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""there is really no reason to not try it out.""" start="00:09:19.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""The problem was documentation is difficult to understand.""" start="00:09:21.680" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""It's very abstract and high level,""" start="00:09:26.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and it's hard to figure out. "Okay,""" start="00:09:27.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I want to do something,""" start="00:09:30.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""how am I supposed to do this?"""" start="00:09:31.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I did find transient-showcase, which has lots of examples,""" start="00:09:33.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but they don't really feel finished""" start="00:09:37.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and not realistic enough.""" start="00:09:40.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""When I tried to use the package,""" start="00:09:43.520" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I got plenty of unhelpful error messages""" start="00:09:45.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""when using it incorrectly.""" start="00:09:47.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I did manage to figure it out,""" start="00:09:48.560" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but I plan to find more actual examples of it,""" start="00:09:50.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""to have an executable reference basically""" start="00:09:55.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""and try to improve my use of it.""" start="00:09:57.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""For the book-keeping, I used SQLite.""" start="00:10:00.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""This is a very recent addition to Emacs,""" start="00:10:06.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""it only appeared in the current major version.""" start="00:10:09.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""It's still very early days.""" start="00:10:11.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I found some oddities, one of them turned out to be""" start="00:10:13.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""a bug in the transaction macro.""" start="00:10:17.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Like basically, if you do an SQL transaction""" start="00:10:19.280" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and an error happens, then every helper I found""" start="00:10:22.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""does a rollback on an error.""" start="00:10:24.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""But this one did not. It actually committed on an error,""" start="00:10:25.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and this was very weird to figure out.""" start="00:10:31.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I reported a bug. Eli was nice enough to send me a patch.""" start="00:10:34.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""We did some patch review,""" start="00:10:38.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and he ended up fixing it properly.""" start="00:10:39.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So yes, there's still a lot to be done there, and yeah,""" start="00:10:42.440" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""the API is very basic.""" start="00:10:50.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""You don't have convenience helpers""" start="00:10:51.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""like fetch the first row or fetch the first value""" start="00:10:53.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""or anything, but they're easy enough to write yourself.""" start="00:10:55.760" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And the biggest challenge with this bookkeeping part""" start="00:10:58.881" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""was figuring out a decent schema,""" start="00:11:00.821" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""like how to organize data correctly""" start="00:11:02.480" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""so that it would not be awkward to manipulate.""" start="00:11:04.600" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And with this, you can finally build a package""" start="00:11:06.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""that remembers its state properly""" start="00:11:10.200" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and don't have to run into foot guns""" start="00:11:11.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template new="1" text="""with Lisp-style serialization, deserialization.""" start="00:11:14.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So yes, that concludes it so far.""" start="00:11:17.080" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So what did I learn from this exercise?""" start="00:11:22.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Well, there are still plenty of packages""" start="00:11:26.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""for Emacs to be written.""" start="00:11:28.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""If you think everything you can think of""" start="00:11:30.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""or you need has already been written, well, guess what?""" start="00:11:33.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""No.""" start="00:11:35.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""These are still plenty of specialized things""" start="00:11:36.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""that could need your help.""" start="00:11:38.496" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""These cubes do not require advanced mathematics,""" start="00:11:41.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""contrary to what you may think.""" start="00:11:44.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Yes, you can apply advanced mathematics to them""" start="00:11:45.600" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""if you want to, but you don't have to.""" start="00:11:49.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""What surprised me about this is basically group theory.""" start="00:11:51.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I've heard of it before.""" start="00:11:55.440" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""It seemed to be a meme, basically,""" start="00:11:56.520" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""because it has been like mostly Haskell people""" start="00:11:58.280" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""being very excited about this""" start="00:12:00.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and it seemed kind of, like, divorced from reality, basically.""" start="00:12:02.640" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""But this puzzle, it actually proves that yes,""" start="00:12:06.960" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""it has its use.""" start="00:12:10.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""It definitely has.""" start="00:12:11.400" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""You just have to find the right problem matching it,""" start="00:12:12.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and yeah.""" start="00:12:15.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So yeah, once I understand it better,""" start="00:12:17.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""the topic, I expect to write better code.""" start="00:12:19.840" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""These new Emacs features, they work well enough.""" start="00:12:23.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""There are some rough edges.""" start="00:12:28.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""They definitely need more testing.""" start="00:12:30.360" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So please, please, everyone,""" start="00:12:31.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""if you write Elisp, please try SQLite or Transient""" start="00:12:35.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""or anything else that looks cool and shiny.""" start="00:12:39.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Report bugs.""" start="00:12:41.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Find ways to improve them, anything. And yeah,""" start="00:12:42.920" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I'm sure that if we do this,""" start="00:12:46.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""then Emacs will continue to get even better.""" start="00:12:49.320" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""So yeah, what's next for this package?""" start="00:12:52.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Well, I could... There are lots of obvious UI improvements""" start="00:12:56.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""and testing to be done.""" start="00:13:00.440" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I basically want to reach feature parity""" start="00:13:01.800" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""with the twisty-timer app, which this is very much inspired by.""" start="00:13:04.160" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I want nice-looking stats like graphical ones""" start="00:13:06.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""instead of just a simple list of times.""" start="00:13:11.120" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And I want support for more puzzles, of course,""" start="00:13:13.240" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""not just the simple cubes,""" start="00:13:15.680" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""but as I progress learning these puzzles,""" start="00:13:17.000" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""I want to have Emacs supporting me for this.""" start="00:13:19.040" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""But generally, it's a very open-ended package.""" start="00:13:22.520" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""And this concludes the talk.""" start="00:13:26.880" video="mainVideo-cubing" id="subtitle"]]
-[[!template text="""Thank you very much.""" start="00:13:31.080" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Okay, so building this thing, there were several challenges.""" start="00:05:15.240" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""The first one was how do I even represent""" start="00:05:18.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""the state of a Rubik's cube.""" start="00:05:20.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For this there are many possible representations,""" start="00:05:22.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""no obvious best solution.""" start="00:05:25.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I did not, well, what helped me was that""" start="00:05:27.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I did not have to programmatically solve this thing,""" start="00:05:29.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""so I picked the easiest possible representation""" start="00:05:31.989" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""which is just an array of every single facelet.""" start="00:05:35.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For a 3x3 cube you have 9 facelets on one side,""" start="00:05:38.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""so times 6 sides you would have 54 elements in this array.""" start="00:05:42.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So with this representation, it's very simple,""" start="00:05:47.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but it's kind of weird to do scrambles with this.""" start="00:05:49.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""But otherwise, it worked very, very well.""" start="00:05:52.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""In the future, I plan to learn some group theory,""" start="00:05:54.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""pick a better representation""" start="00:05:57.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and do this in a much, much more elegant way""" start="00:05:58.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""without compromising speed too much.""" start="00:06:01.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Yes. Once I had the representation,""" start="00:06:07.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""the scrambling itself should not be too hard.""" start="00:06:10.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For this, it's important to consider that basically""" start="00:06:13.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""if you do a face turn""" start="00:06:17.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""you end up swapping some facelets with other facelets,""" start="00:06:19.149" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""that's the easiest way to think about this.""" start="00:06:22.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""To determine which one goes into which one's position,""" start="00:06:26.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""it was pretty confusing to figure this out.""" start="00:06:29.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For this I went through a few papers,""" start="00:06:32.471" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and I found one which suggested""" start="00:06:34.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""to just build a cube out of paper,""" start="00:06:36.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""number every facelet, and turn it""" start="00:06:37.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and keep track of which facelet moved into which position.""" start="00:06:40.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And programmatically, the `cl-rotatef` macro""" start="00:06:44.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""was very, very useful for doing this kind of""" start="00:06:47.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""in-place swapping you need for this operation.""" start="00:06:49.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So in the future, group theory would hopefully""" start="00:06:51.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""make this a bit less awkward.""" start="00:06:54.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Here's a photo of this paper cube I made""" start="00:06:57.989" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""along with a real cube. As you can see""" start="00:07:00.109" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""mathematically speaking, they are the same thing,""" start="00:07:03.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""they just look very, very different.""" start="00:07:07.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""So the scramble algorithm itself,""" start="00:07:09.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I pondered how this would even be done. In the competitions,""" start="00:07:14.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""They do this in a very, very elaborate way.""" start="00:07:19.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""They generate a random cube,""" start="00:07:21.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""they try to solve it, and if it's solvable""" start="00:07:22.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""they use these solution moves""" start="00:07:25.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""to turn into a scramble basically.""" start="00:07:28.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And they also make sure to canonicalize the moves,""" start="00:07:30.829" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""so if you have subsequent moves that can be simplified,""" start="00:07:34.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""they do simplify these as much as possible.""" start="00:07:38.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For example,""" start="00:07:40.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""if you have two subsequent rotations in one direction,""" start="00:07:41.229" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""it's turned into a different kind of rotation,""" start="00:07:43.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""so 90 and 90 equals 180.""" start="00:07:46.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And the other Elisp scramblers I looked at,""" start="00:07:49.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""they generate random moves.""" start="00:07:53.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Some of them do canonicalize. Not all of them.""" start="00:07:55.109" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""This one tries to do the best low-fi thing,""" start="00:07:57.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""that is, generating random moves,""" start="00:08:00.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""canonicalizing and repeating""" start="00:08:02.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""until enough have been generated.""" start="00:08:04.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""For the visualization I had to figure out""" start="00:08:09.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""something else too complicated.""" start="00:08:13.149" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For this, I tried to figure out""" start="00:08:14.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""where every facelift would end up in the puzzle view""" start="00:08:17.229" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""when you would unfold it.""" start="00:08:19.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And for this, I did not consider the facelet orientation.""" start="00:08:21.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""This may be important later for some other puzzles""" start="00:08:25.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""where you can end up with very twisted faces,""" start="00:08:29.269" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but for simple cubes, it's not a problem.""" start="00:08:31.149" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""My initial prototype used colored text,""" start="00:08:33.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but later, I used the SVG library.""" start="00:08:36.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""It turned out to be easy enough to use, actually.""" start="00:08:38.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Currently, I have hard-coded face-color mappings,""" start="00:08:41.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but I plan to replace this so that theming is possible.""" start="00:08:46.109" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""For example, if you happen to have a cube""" start="00:08:49.109" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""that does not have the same color mappings as I do,""" start="00:08:51.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""then you should be able to fix this.""" start="00:08:54.690" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""Next challenge was to build""" start="00:08:56.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""a beautiful intuitive UI with Transient.""" start="00:09:01.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""The reason why I chose this is""" start="00:09:03.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""because it would be self-documenting and Magit-style,""" start="00:09:06.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and everyone knows how Magit works basically.""" start="00:09:10.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Since Transient has become part of Emacs,""" start="00:09:12.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""there is really no reason to not try it out.""" start="00:09:15.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""The problem was documentation is difficult to understand.""" start="00:09:17.229" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""It's very abstract and high level,""" start="00:09:21.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and it's hard to figure out. "Okay,""" start="00:09:23.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I want to do something,""" start="00:09:25.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""how am I supposed to do this?"""" start="00:09:26.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I did find transient-showcase, which has lots of examples,""" start="00:09:28.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but they don't really feel finished""" start="00:09:33.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and not realistic enough.""" start="00:09:35.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""When I tried to use the package,""" start="00:09:39.069" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I got plenty of unhelpful error messages""" start="00:09:40.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""when using it incorrectly.""" start="00:09:42.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I did manage to figure it out,""" start="00:09:44.109" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but I plan to find more actual examples of it,""" start="00:09:45.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""to have an executable reference basically""" start="00:09:50.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and try to improve my use of it.""" start="00:09:53.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""For the book-keeping, I used SQLite.""" start="00:09:55.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""This is a very recent addition to Emacs,""" start="00:10:01.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""it only appeared in the current major version.""" start="00:10:04.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""It's still very early days.""" start="00:10:07.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I found some oddities, one of them turned out to be""" start="00:10:09.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""a bug in the transaction macro.""" start="00:10:13.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Like basically, if you do an SQL transaction""" start="00:10:14.829" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and an error happens, then every helper I found""" start="00:10:17.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""does a rollback on an error.""" start="00:10:20.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""But this one did not. It actually committed on an error,""" start="00:10:20.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and this was very weird to figure out.""" start="00:10:26.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I reported a bug. Eli was nice enough to send me a patch.""" start="00:10:29.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""We did some patch review,""" start="00:10:34.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and he ended up fixing it properly.""" start="00:10:35.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So yes, there's still a lot to be done there, and yeah,""" start="00:10:37.989" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""the API is very basic.""" start="00:10:45.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""You don't have convenience helpers""" start="00:10:46.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""like fetch the first row or fetch the first value""" start="00:10:48.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""or anything, but they're easy enough to write yourself.""" start="00:10:51.309" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And the biggest challenge with this bookkeeping part""" start="00:10:54.430" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""was figuring out a decent schema,""" start="00:10:56.370" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""like how to organize data correctly""" start="00:10:58.029" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""so that it would not be awkward to manipulate.""" start="00:11:00.149" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And with this, you can finally build a package""" start="00:11:02.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""that remembers its state properly""" start="00:11:05.749" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and don't have to run into foot guns""" start="00:11:07.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""with Lisp-style serialization, deserialization.""" start="00:11:10.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template new="1" text="""So yes, that concludes it so far.""" start="00:11:12.629" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So what did I learn from this exercise?""" start="00:11:18.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Well, there are still plenty of packages""" start="00:11:22.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""for Emacs to be written.""" start="00:11:24.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""If you think everything you can think of""" start="00:11:25.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""or you need has already been written, well, guess what?""" start="00:11:28.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""No.""" start="00:11:31.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""These are still plenty of specialized things""" start="00:11:31.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""that could need your help.""" start="00:11:34.045" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""These cubes do not require advanced mathematics,""" start="00:11:36.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""contrary to what you may think.""" start="00:11:39.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Yes, you can apply advanced mathematics to them""" start="00:11:41.149" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""if you want to, but you don't have to.""" start="00:11:44.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""What surprised me about this is basically group theory.""" start="00:11:47.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I've heard of it before.""" start="00:11:50.989" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""It seemed to be a meme, basically,""" start="00:11:52.069" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""because it has been like mostly Haskell people""" start="00:11:53.829" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""being very excited about this""" start="00:11:56.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and it seemed kind of, like, divorced from reality, basically.""" start="00:11:58.189" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""But this puzzle, it actually proves that yes,""" start="00:12:02.509" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""it has its use.""" start="00:12:05.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""It definitely has.""" start="00:12:06.949" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""You just have to find the right problem matching it,""" start="00:12:08.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and yeah.""" start="00:12:11.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So yeah, once I understand it better,""" start="00:12:13.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""the topic, I expect to write better code.""" start="00:12:15.389" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""These new Emacs features, they work well enough.""" start="00:12:18.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""There are some rough edges.""" start="00:12:24.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""They definitely need more testing.""" start="00:12:25.909" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So please, please, everyone,""" start="00:12:27.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""if you write Elisp, please try SQLite or Transient""" start="00:12:30.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""or anything else that looks cool and shiny.""" start="00:12:34.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Report bugs.""" start="00:12:36.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Find ways to improve them, anything. And yeah,""" start="00:12:38.469" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I'm sure that if we do this,""" start="00:12:41.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""then Emacs will continue to get even better.""" start="00:12:44.869" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""So yeah, what's next for this package?""" start="00:12:47.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Well, I could... There are lots of obvious UI improvements""" start="00:12:51.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""and testing to be done.""" start="00:12:55.989" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I basically want to reach feature parity""" start="00:12:57.349" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""with the twisty-timer app, which this is very much inspired by.""" start="00:12:59.709" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I want nice-looking stats like graphical ones""" start="00:13:02.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""instead of just a simple list of times.""" start="00:13:06.669" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And I want support for more puzzles, of course,""" start="00:13:08.789" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""not just the simple cubes,""" start="00:13:11.229" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""but as I progress learning these puzzles,""" start="00:13:12.549" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""I want to have Emacs supporting me for this.""" start="00:13:14.589" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""But generally, it's a very open-ended package.""" start="00:13:18.069" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""And this concludes the talk.""" start="00:13:22.429" video="mainVideo-cubing" id="subtitle"]]
+[[!template text="""Thank you very much.""" start="00:13:26.629" video="mainVideo-cubing" id="subtitle"]]
 
 
 
diff --git a/2023/info/cubing-before.md b/2023/info/cubing-before.md
index 90f35134..76addede 100644
--- a/2023/info/cubing-before.md
+++ b/2023/info/cubing-before.md
@@ -1,7 +1,7 @@
 <!-- Automatically generated by emacsconf-publish-before-page -->
 
 The following image shows where the talk is in the schedule for Sun 2023-12-03. Solid lines show talks with Q&A via BigBlueButton. Dashed lines show talks with Q&A via IRC or Etherpad.<div class="schedule-in-context schedule-svg-container" data-slug="cubing">
-<svg width="800" height="150" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"> <title> Schedule for Sunday</title> <rect width="800" height="150" x="0" y="0" fill="white"></rect> <text font-size="10" fill="black" y="12" x="3"> Sunday</text> <a href="/2023/talks/sun-open" title="Sunday opening remarks" data-slug="sun-open"> <title>  8:59- 9:04 Sunday opening remarks</title> <rect x="-2" y="15" opacity="0.5" width="7" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(3,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sun-open</text></g></a> <a href="/2023/talks/hyperamp" title="Top 10 ways Hyperbole amps up Emacs" data-slug="hyperamp"> <title>  9:05- 9:25 Top 10 ways Hyperbole amps up Emacs</title> <rect x="7" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(36,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> hyperamp</text></g></a> <a href="/2023/talks/koutline" title="Using Koutline for stream of thought journaling" data-slug="koutline"> <title>  9:40-10:00 Using Koutline for stream of thought journaling</title> <rect x="62" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(91,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> koutline</text></g></a> <a href="/2023/talks/parallel" title="Parallel text replacement" data-slug="parallel"> <title> 10:10-10:25 Parallel text replacement</title> <rect x="109" y="15" opacity="0.5" width="23" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(130,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> parallel</text></g></a> <a href="/2023/talks/eat" title="Eat and Eat powered Eshell, fast featureful terminal inside Emacs" data-slug="eat"> <title> 10:35-10:45 Eat and Eat powered Eshell, fast featureful terminal inside Emacs</title> <rect x="149" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(162,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> eat</text></g></a> <a href="/2023/talks/poltys" title="The browser in a buffer" data-slug="poltys"> <title> 11:00-11:20 The browser in a buffer</title> <rect x="188" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(217,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> poltys</text></g></a> <a href="/2023/talks/cubing" title="Speedcubing in Emacs" data-slug="cubing"> <title> 11:35-11:55 Speedcubing in Emacs</title> <rect stroke-width="3" x="243" y="15" opacity="0.8" width="31" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(272,73)"> <text font-weight="bold" fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> cubing</text></g></a> <a href="/2023/talks/emms" title="Emacs MultiMedia System (EMMS)" data-slug="emms"> <title>  1:00- 1:40 Emacs MultiMedia System (EMMS)</title> <rect x="376" y="15" opacity="0.5" width="62" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(436,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emms</text></g></a> <a href="/2023/talks/steno" title="Programming with steno" data-slug="steno"> <title>  1:55- 2:25 Programming with steno</title> <rect x="462" y="15" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(507,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> steno</text></g></a> <a href="/2023/talks/mentor" title="Mentoring VS-Coders as an Emacsian (or How to show not tell people about the wonders of Emacs)" data-slug="mentor"> <title>  2:35- 2:45 Mentoring VS-Coders as an Emacsian (or How to show not tell people about the wonders of Emacs)</title> <rect x="525" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(538,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> mentor</text></g></a> <a href="/2023/talks/web" title="Emacs saves the Web (maybe)" data-slug="web"> <title>  3:10- 3:40 Emacs saves the Web (maybe)</title> <rect x="580" y="15" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(625,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> web</text></g></a> <a href="/2023/talks/sharing" title="Sharing Emacs is Caring Emacs: Emacs education and why I embraced video" data-slug="sharing"> <title>  3:55- 4:15 Sharing Emacs is Caring Emacs: Emacs education and why I embraced video</title> <rect x="650" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(679,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sharing</text></g></a> <a href="/2023/talks/sun-close" title="Sunday closing remarks" data-slug="sun-close"> <title>  4:30- 4:40 Sunday closing remarks</title> <rect x="705" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(718,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sun-close</text></g></a> <a href="/2023/talks/scheme" title="Bringing joy to Scheme programming" data-slug="scheme"> <title> 10:00-10:20 Bringing joy to Scheme programming</title> <rect x="94" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(123,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> scheme</text></g></a> <a href="/2023/talks/world" title="GNU Emacs: A World of Possibilities" data-slug="world"> <title> 10:35-10:55 GNU Emacs: A World of Possibilities</title> <rect x="149" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(178,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> world</text></g></a> <a href="/2023/talks/flat" title="A modern Emacs look-and-feel without pain" data-slug="flat"> <title> 11:10-11:20 A modern Emacs look-and-feel without pain</title> <rect x="203" y="75" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(216,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> flat</text></g></a> <a href="/2023/talks/emacsen" title="The Emacsen family, the design of an Emacs and the importance of Lisp" data-slug="emacsen"> <title> 11:35-11:55 The Emacsen family, the design of an Emacs and the importance of Lisp</title> <rect x="243" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(272,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emacsen</text></g></a> <a href="/2023/talks/gc" title="emacs-gc-stats: Does garbage collection actually slow down Emacs?" data-slug="gc"> <title>  1:00- 1:35 emacs-gc-stats: Does garbage collection actually slow down Emacs?</title> <rect x="376" y="75" opacity="0.5" width="54" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(428,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> gc</text></g></a> <a href="/2023/talks/hyperdrive" title="hyperdrive.el: Peer-to-peer filesystem in Emacs" data-slug="hyperdrive"> <title>  1:50- 2:30 hyperdrive.el: Peer-to-peer filesystem in Emacs</title> <rect x="454" y="75" opacity="0.5" width="62" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(514,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> hyperdrive</text></g></a> <a href="/2023/talks/lspocaml" title="Writing a language server in OCaml for Emacs, fun, and profit" data-slug="lspocaml"> <title>  2:45- 3:00 Writing a language server in OCaml for Emacs, fun, and profit</title> <rect x="541" y="75" opacity="0.5" width="23" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(562,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> lspocaml</text></g></a> <a href="/2023/talks/test" title="What I learned by writing test cases for GNU Hyperbole" data-slug="test"> <title>  3:15- 3:45 What I learned by writing test cases for GNU Hyperbole</title> <rect x="588" y="75" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(633,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> test</text></g></a> <a href="/2023/talks/emacsconf" title="EmacsConf.org: How we use Org Mode and TRAMP to organize and run a multi-track conference" data-slug="emacsconf"> <title>  4:00- 4:20 EmacsConf.org: How we use Org Mode and TRAMP to organize and run a multi-track conference</title> <rect x="658" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(687,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emacsconf</text></g></a> <g transform="translate(0,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 9 AM</text></g> <g transform="translate(94,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 10 AM</text></g> <g transform="translate(188,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 11 AM</text></g> <g transform="translate(282,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 12 PM</text></g> <g transform="translate(376,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 1 PM</text></g> <g transform="translate(470,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 2 PM</text></g> <g transform="translate(564,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 3 PM</text></g> <g transform="translate(658,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 4 PM</text></g> <g transform="translate(752,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 5 PM</text></g></svg>
+<svg width="800" height="150" version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"> <title> Schedule for Sunday</title> <rect width="800" height="150" x="0" y="0" fill="white"></rect> <text font-size="10" fill="black" y="12" x="3"> Sunday</text> <a href="/2023/talks/sun-open" title="Sunday opening remarks" data-slug="sun-open"> <title>  8:59- 9:04 Sunday opening remarks</title> <rect x="-2" y="15" opacity="0.5" width="7" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(3,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sun-open</text></g></a> <a href="/2023/talks/hyperamp" title="Top 10 ways Hyperbole amps up Emacs" data-slug="hyperamp"> <title>  9:05- 9:25 Top 10 ways Hyperbole amps up Emacs</title> <rect x="7" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(36,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> hyperamp</text></g></a> <a href="/2023/talks/koutline" title="Using Koutline for stream of thought journaling" data-slug="koutline"> <title>  9:40-10:00 Using Koutline for stream of thought journaling</title> <rect x="62" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(91,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> koutline</text></g></a> <a href="/2023/talks/parallel" title="Parallel text replacement" data-slug="parallel"> <title> 10:10-10:25 Parallel text replacement</title> <rect x="109" y="15" opacity="0.5" width="23" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(130,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> parallel</text></g></a> <a href="/2023/talks/eat" title="Eat and Eat powered Eshell, fast featureful terminal inside Emacs" data-slug="eat"> <title> 10:35-10:45 Eat and Eat powered Eshell, fast featureful terminal inside Emacs</title> <rect x="149" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(162,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> eat</text></g></a> <a href="/2023/talks/poltys" title="The browser in a buffer" data-slug="poltys"> <title> 11:00-11:20 The browser in a buffer</title> <rect x="188" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(217,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> poltys</text></g></a> <a href="/2023/talks/cubing" title="Speedcubing in Emacs" data-slug="cubing"> <title> 11:35-11:55 Speedcubing in Emacs</title> <rect stroke-width="3" x="243" y="15" opacity="0.8" width="31" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(272,73)"> <text font-weight="bold" fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> cubing</text></g></a> <a href="/2023/talks/emms" title="Emacs MultiMedia System (EMMS)" data-slug="emms"> <title>  1:00- 1:40 Emacs MultiMedia System (EMMS)</title> <rect x="376" y="15" opacity="0.5" width="62" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(436,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emms</text></g></a> <a href="/2023/talks/steno" title="Programming with steno" data-slug="steno"> <title>  1:55- 2:25 Programming with steno</title> <rect x="462" y="15" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="5,5,5" fill="peachpuff"></rect> <g transform="translate(507,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> steno</text></g></a> <a href="/2023/talks/mentor" title="Mentoring VS-Coders as an Emacsian (or How to show not tell people about the wonders of Emacs)" data-slug="mentor"> <title>  2:35- 2:45 Mentoring VS-Coders as an Emacsian (or How to show not tell people about the wonders of Emacs)</title> <rect x="525" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(538,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> mentor</text></g></a> <a href="/2023/talks/web" title="Emacs saves the Web (maybe)" data-slug="web"> <title>  3:10- 3:40 Emacs saves the Web (maybe)</title> <rect x="580" y="15" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(625,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> web</text></g></a> <a href="/2023/talks/sharing" title="Sharing Emacs is Caring Emacs: Emacs education and why I embraced video" data-slug="sharing"> <title>  3:55- 4:15 Sharing Emacs is Caring Emacs: Emacs education and why I embraced video</title> <rect x="650" y="15" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(679,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sharing</text></g></a> <a href="/2023/talks/sun-close" title="Sunday closing remarks" data-slug="sun-close"> <title>  4:30- 4:40 Sunday closing remarks</title> <rect x="705" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(718,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> sun-close</text></g></a> <a href="/2023/talks/hn" title="The many ways to browse Hacker News from Emacs" data-slug="hn"> <title>  3:00- 3:10 The many ways to browse Hacker News from Emacs</title> <rect x="564" y="15" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="peachpuff"></rect> <g transform="translate(577,73)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> hn</text></g></a> <a href="/2023/talks/emacsconf" title="EmacsConf.org: How we use Org Mode and TRAMP to organize and run a multi-track conference" data-slug="emacsconf"> <title>  4:00- 4:20 EmacsConf.org: How we use Org Mode and TRAMP to organize and run a multi-track conference</title> <rect x="658" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(687,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emacsconf</text></g></a> <a href="/2023/talks/scheme" title="Bringing joy to Scheme programming" data-slug="scheme"> <title> 10:00-10:20 Bringing joy to Scheme programming</title> <rect x="94" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(123,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> scheme</text></g></a> <a href="/2023/talks/world" title="GNU Emacs: A World of Possibilities" data-slug="world"> <title> 10:35-10:55 GNU Emacs: A World of Possibilities</title> <rect x="149" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(178,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> world</text></g></a> <a href="/2023/talks/flat" title="A modern Emacs look-and-feel without pain" data-slug="flat"> <title> 11:10-11:20 A modern Emacs look-and-feel without pain</title> <rect x="203" y="75" opacity="0.5" width="15" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(216,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> flat</text></g></a> <a href="/2023/talks/emacsen" title="The Emacsen family, the design of an Emacs and the importance of Lisp" data-slug="emacsen"> <title> 11:35-11:55 The Emacsen family, the design of an Emacs and the importance of Lisp</title> <rect x="243" y="75" opacity="0.5" width="31" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(272,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> emacsen</text></g></a> <a href="/2023/talks/gc" title="emacs-gc-stats: Does garbage collection actually slow down Emacs?" data-slug="gc"> <title>  1:00- 1:35 emacs-gc-stats: Does garbage collection actually slow down Emacs?</title> <rect x="376" y="75" opacity="0.5" width="54" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(428,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> gc</text></g></a> <a href="/2023/talks/hyperdrive" title="hyperdrive.el: Peer-to-peer filesystem in Emacs" data-slug="hyperdrive"> <title>  1:50- 2:30 hyperdrive.el: Peer-to-peer filesystem in Emacs</title> <rect x="454" y="75" opacity="0.5" width="62" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(514,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> hyperdrive</text></g></a> <a href="/2023/talks/lspocaml" title="Writing a language server in OCaml for Emacs, fun, and profit" data-slug="lspocaml"> <title>  2:45- 3:00 Writing a language server in OCaml for Emacs, fun, and profit</title> <rect x="541" y="75" opacity="0.5" width="23" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(562,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> lspocaml</text></g></a> <a href="/2023/talks/test" title="What I learned by writing test cases for GNU Hyperbole" data-slug="test"> <title>  3:15- 3:45 What I learned by writing test cases for GNU Hyperbole</title> <rect x="588" y="75" opacity="0.5" width="47" height="59" stroke="black" stroke-dasharray="" fill="skyblue"></rect> <g transform="translate(633,133)"> <text fill="black" x="0" y="0" font-size="10" transform="rotate(-90)"> test</text></g></a> <g transform="translate(0,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 9 AM</text></g> <g transform="translate(94,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 10 AM</text></g> <g transform="translate(188,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 11 AM</text></g> <g transform="translate(282,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 12 PM</text></g> <g transform="translate(376,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 1 PM</text></g> <g transform="translate(470,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 2 PM</text></g> <g transform="translate(564,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 3 PM</text></g> <g transform="translate(658,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 4 PM</text></g> <g transform="translate(752,15)"> <line stroke="darkgray" x1="0" y1="0" x2="0" y2="120"></line> <text fill="black" x="0" y="133" font-size="10" text-anchor="left"> 5 PM</text></g></svg>
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