Nice find! I'm impressed. That timestamp (and probably others) aren't listed in my comment because of a detail with the bogosort algorithm: it only checks for "sortedness" once the *entire* list is shuffled. In the case you found, the list was sorted after an intermediate swap; notice that after all swaps were complete for that attempt, the last two elements were reversed. This means there might also be cases where the list looks sorted in the correct order, but isn't considered sorted by the algorithm because it happened on some intermediate swap. The closely related "bozosort" algorithm checks if the list is sorted after *every single swap operation*.
huh, interesting. never really looked into how bogosort works (and my algorithms class didn't cover it for obvious reasons), but it's always nice to learn more about programming!
A bit robotic as played by the algorithm, but I bet a really strong technical pianist with a strong sense of rhythm like Hiromi Uehara or Tigrayan Hamasayan could play this as written. A bunch of these licks feel like Hamasayan licks already anyways
2:40 The lick it plays starting from the Bbm7 has some potential, it does basically a rising sequence over the Eb7 and the Abmaj7 chords, and the first notes of the two triplet groups form a nice little melody for a few bars, almost as if it's accenting those notes. Until the Dbmaj7 where it kind of starts to sound random again.
btw, it is programmed to slightly accent the 1st and 4th note of every bar (the first note of the two triplet groups), enhancing the effect you noticed :)
Ah clever! I've been actually practicing a couple of the licks it came up with, it's a fun way to write new lines! I think the higher notes (above A) also seem to be slightly more accented, it may be a quirk of whatever rhodes sound you use having the tenor range with a bit more bite@@AlgoMotion
The chord this ended on actually made me laugh. Possibly the least resolved-feeling of any chord in the progression lol Really cool stuff though! Remarkably pleasant to listen to.
Also if you added swing and randomly assigned groupings of quavers/3 triplets/4 semiquavers etc. would it sound passable?? You could probably add a small gaussian perturbation to the note lengths to make it sound a bit more human. I await the bebop machine...
This is the funniest channel I've found, but it looks like you could do some interesting stuff with this. I wonder if you could sort entire pieces by differentiating repeating notes (like label the first Bb, second Bb, etc.) and use more efficient sorts.
Oh man, I'd love to add drums and a walking bass line to these. Even if it's just a simple repeating pattern it'd be so funny to see it in a full context
**Moments of interest**
List gets sorted in reverse order:
03:07
11:59
15:32
One adjacent-element swap away from being sorted (Kendall tau distance of 1):
0:05
1:11
6:10
6:53
6:54
6:59
8:15
13:33
13:38
13:45
15:06
16:48
17:51
19:09
19:24
List also gets sorted in reverse at 2:41, on attempt 266
Nice find! I'm impressed.
That timestamp (and probably others) aren't listed in my comment because of a detail with the bogosort algorithm: it only checks for "sortedness" once the *entire* list is shuffled. In the case you found, the list was sorted after an intermediate swap; notice that after all swaps were complete for that attempt, the last two elements were reversed.
This means there might also be cases where the list looks sorted in the correct order, but isn't considered sorted by the algorithm because it happened on some intermediate swap.
The closely related "bozosort" algorithm checks if the list is sorted after *every single swap operation*.
huh, interesting. never really looked into how bogosort works (and my algorithms class didn't cover it for obvious reasons), but it's always nice to learn more about programming!
If every bar you did this but randomly selected a key centre, and some n for an n-tuplet you would get some great modern jazz
If within each bar you then had some probability of recursively selecting some interval to repeat the above you could get some Zappa fractal shit
unironically some good licks here
fr, it sounds robotic here, but some parts would sound sick if an actual human performed them
There's probably some really cool pattern in here to apply and "humanize"
A bit robotic as played by the algorithm, but I bet a really strong technical pianist with a strong sense of rhythm like Hiromi Uehara or Tigrayan Hamasayan could play this as written. A bunch of these licks feel like Hamasayan licks already anyways
At last, a video that perfectly caters to my every interest.
2:40 The lick it plays starting from the Bbm7 has some potential, it does basically a rising sequence over the Eb7 and the Abmaj7 chords, and the first notes of the two triplet groups form a nice little melody for a few bars, almost as if it's accenting those notes. Until the Dbmaj7 where it kind of starts to sound random again.
btw, it is programmed to slightly accent the 1st and 4th note of every bar (the first note of the two triplet groups), enhancing the effect you noticed :)
Ah clever! I've been actually practicing a couple of the licks it came up with, it's a fun way to write new lines! I think the higher notes (above A) also seem to be slightly more accented, it may be a quirk of whatever rhodes sound you use having the tenor range with a bit more bite@@AlgoMotion
@@theversatilehunter3651 if you learn a section of it, I think a cover is in order!
5:16 neat melody if you listen to the high notes
that is so incredibly neat
8:37 listen closely
14:14
FLETCHER: Thank you. Bass. Five bars of Donna Lee.
THE BASS:
The chord this ended on actually made me laugh. Possibly the least resolved-feeling of any chord in the progression lol
Really cool stuff though! Remarkably pleasant to listen to.
This is surprisingly good background focus audio
I love it !!! you could also add current number of choruses cycled through
Also if you added swing and randomly assigned groupings of quavers/3 triplets/4 semiquavers etc. would it sound passable?? You could probably add a small gaussian perturbation to the note lengths to make it sound a bit more human. I await the bebop machine...
This is simply brilliant and somehow fits my interests amazingly well
anyone else getting a burning desire to play space cadet pinball suddenly?
This is a great way of showing how factorial works.
I listened to this at the gym
I think this is the only video showing Bogosort actually finishing its job
No?? Maye it's the only one you finished
Thank you G Locrian
This is genius
This is the funniest channel I've found, but it looks like you could do some interesting stuff with this. I wonder if you could sort entire pieces by differentiating repeating notes (like label the first Bb, second Bb, etc.) and use more efficient sorts.
1:11 it was so close lol
Oh man, I'd love to add drums and a walking bass line to these. Even if it's just a simple repeating pattern it'd be so funny to see it in a full context
リル・ルミ リル・ビットがパタポン3のストーリーを歌う
I love bebop
you should do one with swung eighth notes instead of straight ones
I don't understand, what is the criteria for a successful sort? Seems like it's just random passages of notes
a succesful sort is having all the notes lined up from lowest to highest, and a bogosort is just randomly choosing which note goes where
function bogosort(list):
while list is unsorted:
shuffle list
return list
bogo sort is literally randomize the positions check if its sorted, if its not sorted try again.
clicked. watched 2 minutes. saw it's 20 minutes long. WTF