Terpstra Keyboard(terpstrakeyboard.com)
terpstrakeyboard.com
Terpstra Keyboard
http://terpstrakeyboard.com/web-app/keys.htm
81 comments
For those who haven't ever gotten into microtonal and other non-standard tuned music before, it's a really interesting space. I would highly recommend checking out Kyle Gann's album Hyperchromatica (https://www.youtube.com/watch?v=gbT9oRbu3h8&list=PL1IsImnKxK...), which has a pretty wide variety of pieces/genres, showing the potential of nonstandard tuning. It takes a bit to get used to it but there are brand new colours and emotions that open up here IMO. Definitely worth checking out!
Technically Bach was writing for microtonal music - his well tempered clavier was written to show how songs need to be played in the correct keys to sound right. He was against the systems of the day where some keys could not be used, but his preferred system had each key usable but sounding different. Playing them on a modern equal tempered instrument fails to capture what he was trying to show.
Highly recommend King Gizzard and the Lizard Wizard for microtonal music too!
For example: https://kinggizzard.bandcamp.com/album/flying-microtonal-ban...
For example: https://kinggizzard.bandcamp.com/album/flying-microtonal-ban...
Zheanna Erose’s channel is a goldmine of microtonal music and discussion thereof.
https://youtube.com/@zheannaerose
https://youtube.com/@zheannaerose
Since this is HN, I'll point out that algorithmic music and microtonality go especially well together. In fact, shameless plug: I wrote an entire album this way, and it's open source:
https://github.com/pac-dev/AmbientGardenAlbum
While it's technically completely microtonal, I'll admit that most of the tones closely resemble conventional 12-tone equal temperament. Maybe that makes it more approachable, but I fully intend to go harder in that regard for the next album.
https://github.com/pac-dev/AmbientGardenAlbum
While it's technically completely microtonal, I'll admit that most of the tones closely resemble conventional 12-tone equal temperament. Maybe that makes it more approachable, but I fully intend to go harder in that regard for the next album.
To add yet another example for those looking to try out microtonal music, Sevish's track Gleam[1] is upbeat/poppy and surprisingly palatable. It explores the crunchy textures of microtonal while resolving to familiar pop cadences and helped bridge the gap for me to start enjoying the spectrum of microtonal harmony.
[1]: https://www.youtube.com/watch?v=l9wINwlgxRU
[1]: https://www.youtube.com/watch?v=l9wINwlgxRU
My favorite variant: https://novayashkola.org/janko/ , https://en.wikipedia.org/wiki/Jank%C3%B3_keyboard , https://en.wikipedia.org/wiki/Isomorphic_keyboard
Since a year ago, I found that I can play songs by ear on the Janko keyboard far more easily than on standard piano keyboards.
More resources: https://github.com/wcgbg/terpstrakeyboard/ , https://www.youtube.com/results?search_query=janko%20keyboar...
Since a year ago, I found that I can play songs by ear on the Janko keyboard far more easily than on standard piano keyboards.
More resources: https://github.com/wcgbg/terpstrakeyboard/ , https://www.youtube.com/results?search_query=janko%20keyboar...
This is cool!
I want to try to build a hardware midi keyboard using mechanical hall effect switches like this: https://mechanicalkeyboards.com/products/wuque-studio-dash-5...
There's a few physical keyboards out there but many are super super expensive.
I want to try to build a hardware midi keyboard using mechanical hall effect switches like this: https://mechanicalkeyboards.com/products/wuque-studio-dash-5...
There's a few physical keyboards out there but many are super super expensive.
I've kind of done this, just without the actual "build" part—I instead use a Wooting computer keyboard (which has the hall effect switches you're referring to), and I've written some program to emit MIDI based on key velocity.
I've been using it very frequently for a few years, and can confirm it's quite fun to use, though I don't have much experience playing other keyboard instruments and haven't tried to learn it seriously enough to make proper use of chords etc.
Demo of me playing here, though try not to mind the messy desk and bad recording setup (one-hand, MIDI going through phone due to lack of speakers): https://drive.google.com/file/d/1qZuFlK9GybX5aP5tGi54AvTTFKd...
The layout I use is not a regular piano layout, but a B-griff layout, as used on a bayan (Russian accordion). I made a demo site for playing with the layout (keyboard or touchscreen), but without velocity sensitivity: https://maxdamantus.gitlab.io/bayan/
The B-griff/C-griff layouts naturally fit computer keyboards, and I'd argue they're better in general than piano layouts for various reasons. There's also this cool video of someone using two Commodores for similar effect: https://youtube.com/watch?v=EBCYvoC4muc
EDIT: turns out the Terpstra keyboard is also able to work using B-griff: http://terpstrakeyboard.com/web-app/keys.htm?fundamental=261...
I've been using it very frequently for a few years, and can confirm it's quite fun to use, though I don't have much experience playing other keyboard instruments and haven't tried to learn it seriously enough to make proper use of chords etc.
Demo of me playing here, though try not to mind the messy desk and bad recording setup (one-hand, MIDI going through phone due to lack of speakers): https://drive.google.com/file/d/1qZuFlK9GybX5aP5tGi54AvTTFKd...
The layout I use is not a regular piano layout, but a B-griff layout, as used on a bayan (Russian accordion). I made a demo site for playing with the layout (keyboard or touchscreen), but without velocity sensitivity: https://maxdamantus.gitlab.io/bayan/
The B-griff/C-griff layouts naturally fit computer keyboards, and I'd argue they're better in general than piano layouts for various reasons. There's also this cool video of someone using two Commodores for similar effect: https://youtube.com/watch?v=EBCYvoC4muc
EDIT: turns out the Terpstra keyboard is also able to work using B-griff: http://terpstrakeyboard.com/web-app/keys.htm?fundamental=261...
> https://maxdamantus.gitlab.io/bayan/
Here is how to imitate it on the Terpstra keyboard web application: http://terpstrakeyboard.com/web-app/keys.htm?fundamental=261...
Here is how to imitate it on the Terpstra keyboard web application: http://terpstrakeyboard.com/web-app/keys.htm?fundamental=261...
> I've written some program to emit MIDI based on key velocity.
nice! Is the velocity code on the firmware side? Is that why it's not included on the demo site?
nice! Is the velocity code on the firmware side? Is that why it's not included on the demo site?
Some mechanical keyboard firmware already supports midi. I don't think any supports velocity, but they would likely welcome the code if you wrote it. They already support these switches, so it seems workable.
No, it's on the software (computer) side. It's not in the demo site because I created that in 2019 [0] for use with a regular keyboard (since I was having issues with the software I'd previously been using for playing MIDI). I only upgraded to the Wooting keyboard in late 2021.
I've been meaning to look into adding Wooting support, just haven't got round to it. This would require either WebUSB or WebHID which are still "experimental", and I'm not sure if there will be latency issues.
The program I created for computing velocity and emitting MIDI is here [1]. When it's listening for keyboard data it does it in another thread so that it can attach fairly accurate timestamps to the key events, without being subject to pauses from Gtk or something. If there's inconsistency between the key event times and the relative timestamps, the velocity detection can be noticably off. I've noticed this in Wooting's own MIDI application [2]. Hopefully WebUSB/WebHID includes timestamps in the data, so it doesn't have to be subject to JS GC pauses.
As well as the Rust program above (possibly Linux-only, though should be easily adaptable to work on Windows/macOS), I've written an Android app that does the same thing so I can use it without a computer (though in Android you have to take control of the USB device rather than just read the HID data), but I haven't uploaded the code anywhere.
[0] https://gitlab.com/Maxdamantus/bayan
[1] https://gist.github.com/Maxdamantus/c5d5133cab1ef3596ac589d2...
[2] https://github.com/WootingKb/wooting-analog-midi ... as well as issues with timestamp jitter, this application seems overall a bit bloated for my taste (web-based app using Tauri), and it's inconvenient since it will continue to generate MIDI when you're focused on other applications, so you'd have to close and open it (slow startup time too) each time you want to use it. their timestamp jitter occurs because the Wooting SDK (at least at the time, haven't looked at it recently) worked by running a thread that would update a shared HashMap and you would have to poll that hash map; it wasn't possible to see all updates, and there were no timestamps attached. I avoided the SDK and instead just read the data directly from the "hidraw" device.
I've been meaning to look into adding Wooting support, just haven't got round to it. This would require either WebUSB or WebHID which are still "experimental", and I'm not sure if there will be latency issues.
The program I created for computing velocity and emitting MIDI is here [1]. When it's listening for keyboard data it does it in another thread so that it can attach fairly accurate timestamps to the key events, without being subject to pauses from Gtk or something. If there's inconsistency between the key event times and the relative timestamps, the velocity detection can be noticably off. I've noticed this in Wooting's own MIDI application [2]. Hopefully WebUSB/WebHID includes timestamps in the data, so it doesn't have to be subject to JS GC pauses.
As well as the Rust program above (possibly Linux-only, though should be easily adaptable to work on Windows/macOS), I've written an Android app that does the same thing so I can use it without a computer (though in Android you have to take control of the USB device rather than just read the HID data), but I haven't uploaded the code anywhere.
[0] https://gitlab.com/Maxdamantus/bayan
[1] https://gist.github.com/Maxdamantus/c5d5133cab1ef3596ac589d2...
[2] https://github.com/WootingKb/wooting-analog-midi ... as well as issues with timestamp jitter, this application seems overall a bit bloated for my taste (web-based app using Tauri), and it's inconvenient since it will continue to generate MIDI when you're focused on other applications, so you'd have to close and open it (slow startup time too) each time you want to use it. their timestamp jitter occurs because the Wooting SDK (at least at the time, haven't looked at it recently) worked by running a thread that would update a shared HashMap and you would have to poll that hash map; it wasn't possible to see all updates, and there were no timestamps attached. I avoided the SDK and instead just read the data directly from the "hidraw" device.
This would be great for Klingon Opera :) https://www.youtube.com/watch?v=1LjcBv-OWtQ
Wow, not in my wildest dreams would I have thought that such a deep dive into Klingon music theory exists. This is amazing. Thanks for sharing.
Indeed, it's probably the geekiest confluence going!
No worries, glad you enjoyed it.
oh, not quite, it seems https://www.youtube.com/watch?v=I5vVskOCGsk
Oh man, what a legend this guy is. Using an ambiguity in Klingon lore to explore yet another micro-tonal system is just incredible. And he profoundly apologizes for an off-by-one error he made in the previous video ... as if that hasn't happened to most of us :-)
TIL MacBook keyboards only send 6 key presses at once.
You aren't going to find NKRO on most laptop keyboards, or really any keyboard, unless it's a "gamer"-oriented high-end one.
iPad maxes out at 10
https://imgur.com/a/01OYs3o
https://imgur.com/a/01OYs3o
Amusing things to do...
* Type things and listen to the various tones. I'd go for a little app that just let me do this day to day. I'd probably find it annoying pretty quickly but it would be interesting turned down low.
* Use your browser's zoom to go way out. It has no problems offering you notes way beyond the ability of you to hear it let alone your computer from playing it.Lots of good info in OPs article and this thread, and good band/classical tradition suggests, also.
I've been listening to a lot of 21st century string quartets, Ben Johnston (student of Partsch), Caroline Shaw, Garth Knox, Kevin Puts and trying to figure out how they notate them. Also spend time on fretless bass/guitar, pedal/lap steel doing ... stuff.
I've been listening to a lot of 21st century string quartets, Ben Johnston (student of Partsch), Caroline Shaw, Garth Knox, Kevin Puts and trying to figure out how they notate them. Also spend time on fretless bass/guitar, pedal/lap steel doing ... stuff.
Fun to mess around with. The qwerty keyboard maps nicely (for the default tuning you gave anyway). I found I wanted to be able to hold a chord on the keyboard and play a melody with the mouse, but the system only responds to either the keyboard xor the mouse. Any chance it could be made to work with both at the same time?
I made a web microtonal keyboard a while ago which does support this! different format though
https://www.microharmonic.com
https://www.microharmonic.com
Just saw this, this is neat!
Sound is not quite right - C## should sound like D but it’s slightly off.
Looks like the default settings correspond to a 31-note scale instead of the usual 12-tone scale. https://en.m.wikipedia.org/wiki/31_equal_temperament
Thanks, TIL :)
Now the Lumatone
https://www.lumatone.io/
Mike Battaglia plays Scarborough Fair in 31-tone equal temperament
https://www.youtube.com/watch?v=HJKB1_gvhLE
https://www.lumatone.io/
Mike Battaglia plays Scarborough Fair in 31-tone equal temperament
https://www.youtube.com/watch?v=HJKB1_gvhLE
I wish I had bought a few Axis-49 controllers when they were in production. They were a much more reasonable $500 at the time.
https://www.c-thru-music.com/cgi/?page=prod_axis-49
https://www.c-thru-music.com/cgi/?page=prod_axis-49
You might be interested in the Hexboard. Basically a mini-lumatone for ~$500; main downside is no velocity sensitivity.
https://shapingthesilence.com/tech/hexboard-midi-controller/
I'm quite happy with mine, and play it with the Wicki-Hayden layout.
https://en.wikipedia.org/wiki/Wicki%E2%80%93Hayden_note_layo...
https://shapingthesilence.com/tech/hexboard-midi-controller/
I'm quite happy with mine, and play it with the Wicki-Hayden layout.
https://en.wikipedia.org/wiki/Wicki%E2%80%93Hayden_note_layo...
I've been trying to design a keyboard that can be used with the feet - something that I can play like dance dance revolution, while playing something else with my hands (mandolin), thus making me a one man band. Figuring out what a good layout would be is the first step and so far everything I've thought of either lacks useful notes, is too big to reach useful notes, or the keys are too close together. If anyone has ideas on how to do this I'd love help. (or better yet do this as I don't have must time to work on it)
Organists have been using foot-keyboards (somehow) for hundreds of years.
I'm personally fond of this one though: https://en.wikipedia.org/wiki/Moog_Taurus
See also this classic instrument, familiar from the late great FAO Schwartz on Fifth Avenue: https://en.wikipedia.org/wiki/Walking_Piano
I'm personally fond of this one though: https://en.wikipedia.org/wiki/Moog_Taurus
See also this classic instrument, familiar from the late great FAO Schwartz on Fifth Avenue: https://en.wikipedia.org/wiki/Walking_Piano
An organ pedalboard MIDI controller would be an off-the-shelf solution albeit expensive. You could hook it up to a drum rack in a DAW in order to remap the pedals to a useful layout.
With a foot activated MIDI controller the number of keys will always be rather limited. Therefore, I think that the virtual layout should be customized to the music you play or even for each song. E.g. you could only map notes of a certain scale and range in order to save space.
If you consider building something custom; I have found that outputting to hardware MIDI from an Arduino is delightfully simple. (The hard part on my own project is finding motivation for figuring out how to read velocity from piezos and isolating vibrations.)
With a foot activated MIDI controller the number of keys will always be rather limited. Therefore, I think that the virtual layout should be customized to the music you play or even for each song. E.g. you could only map notes of a certain scale and range in order to save space.
If you consider building something custom; I have found that outputting to hardware MIDI from an Arduino is delightfully simple. (The hard part on my own project is finding motivation for figuring out how to read velocity from piezos and isolating vibrations.)
Organ pedalboards require sitting down and so are not really what I want.
The number of keys is the real problem - I don't want to be playing a single note in one octave, I want to play my chord progression and that means I need separate buttons for the major, minor, 7th (which 7th...) for the chords that go with the song.
The number of keys is the real problem - I don't want to be playing a single note in one octave, I want to play my chord progression and that means I need separate buttons for the major, minor, 7th (which 7th...) for the chords that go with the song.
A medium number of keys could work out by using a custom layout for each song as many songs don't use too many chords. Similar to tuning timpani for each song.
Have you looked at existing MIDI foot controllers? E.g. Behringer FCB1010 or Yamaha MFC10 or Roland FC-300.
I've messed with using a 9-button dance pad as an impromptu midi controller - gives you a full octave and you use the center square as a "rest", but I can't imagine trying to use it in a live setting - it would be like trying to play a guitar in a bouncy castle.
That idea was my inspiration. However I want more than 9 notes. In particular I want major, minor, and 7th chords based as well as the root note.
Is that possible, given that you only have two feet?
Are you looking for a mode which allows you to select a chord rather than just a single note? (One foot for the root, and the other selects single/major/minor/etc)?
Are you looking for a mode which allows you to select a chord rather than just a single note? (One foot for the root, and the other selects single/major/minor/etc)?
I've been looking at accordion keyboards - with the accordion layout you get 100+ buttons and you only need to push one to get a chord. However at the width of a foot that is too big, and so I'm not sure if I take a simplified layout or just a smaller version of that.
Yeah totally get it. You'd almost need a "mod" key or a wireless controller to turn on a chord mode similar to how arranger keyboards work...
Keith McMillen Instruments makes a one-octave foot controller that can send note data [1]. It was the most compact and affordable MIDI foot controller of this type that I was able to find when I looked a few years back.
[1] https://www.keithmcmillen.com/products/12-step/
[1] https://www.keithmcmillen.com/products/12-step/
I'd probably be thinking foot pedals and chording if I needed a lot of options.
Have you seen Electones?
https://en.m.wikipedia.org/wiki/Electone
https://en.m.wikipedia.org/wiki/Electone
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Pretty cool
I'm impressed how responsive the keys are! Will definitely be checking out on desktop if I can see how the audio rendering code works (unless someone here already knows). I presume the audio synthesis API and ontouchstart but maybe there's something clever in addition like prerendering the audio samples rather than synthesising them on press
Maybe it also helps that I've got a headphone jack plugged in instead of the Bluetooth I'm used to from listening to things during the day, but even so, my touchscreen just doesn't feel this responsive normally, including in games. It's on my list of things to check the delay of, but since my phone's 960 fps camera is the equipment I use to check that, it is a bit tricky
Edit: ontouchstart calls noteOn method https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
This eventually calls into audio api start with 0 delay https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
The data to play was retrieved from the server (based on the instrument you selected) and parsed ahead of time https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
It loads samples at four frequencies and plays the nearest one at the appropriate rate (proportional to the target frequency) https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
The settings.audioContext variable is simply an instance of the web audio API as expected (with a fallback to support Safari/webkit) https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
This gainNode it's connecting is just about playback volume it seems https://developer.mozilla.org/en-US/docs/Web/API/BaseAudioCo... and "audioContext.destination", MDN says, you can think of as a speaker device
So nothing too special here: of course preloading server data but then simply creating a new sound source during ontouchstart is enough. I guess delay in other software comes from the extra cruft they have such as big libraries (and Bluetooth, in the cases where I use that), not from any actual delay in touchscreen or audio rendering
Maybe it also helps that I've got a headphone jack plugged in instead of the Bluetooth I'm used to from listening to things during the day, but even so, my touchscreen just doesn't feel this responsive normally, including in games. It's on my list of things to check the delay of, but since my phone's 960 fps camera is the equipment I use to check that, it is a bit tricky
Edit: ontouchstart calls noteOn method https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
This eventually calls into audio api start with 0 delay https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
The data to play was retrieved from the server (based on the instrument you selected) and parsed ahead of time https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
It loads samples at four frequencies and plays the nearest one at the appropriate rate (proportional to the target frequency) https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
The settings.audioContext variable is simply an instance of the web audio API as expected (with a fallback to support Safari/webkit) https://github.com/wcgbg/terpstrakeyboard/blob/03d526a0ed5c7...
This gainNode it's connecting is just about playback volume it seems https://developer.mozilla.org/en-US/docs/Web/API/BaseAudioCo... and "audioContext.destination", MDN says, you can think of as a speaker device
So nothing too special here: of course preloading server data but then simply creating a new sound source during ontouchstart is enough. I guess delay in other software comes from the extra cruft they have such as big libraries (and Bluetooth, in the cases where I use that), not from any actual delay in touchscreen or audio rendering
I had a quick look - it's sample-based (eg organ has 4 preloaded samples, http://terpstrakeyboard.com/web-app/sounds/organ440.mp3 plus 110, 220 and 880Hz variants), and different notes are created by adjusting the playbackRate of the closest sample
It's also all just vanilla JS which probably helps keep it snappy
It's also all just vanilla JS which probably helps keep it snappy
responsive, but there is a small click between notes. maybe they start mid phase
What browser and OS is that? I experience no clicks on Android 10 with a chromium webview-based browser
Butter-smooth for me on Window 11 + Firefox
Fun fact, anyone with a surname that ends with the -stra or -sma suffix has their origins in Frisia [0], a region in current-day Netherlands and Germany that retained their independence in the Roman era. Terpstra specifically refers to someone living on a terp, an artificial hill (because there's no hills in the Netherlands lololol) that people would live on or retreat to with the intermittent floodings.
This in turn is why the Netherlands is so big when it comes to dairy and cheese; grass was one of the few things that would grow consistently and survive the floods, cows eat grass, cheese and butter can be preserved to last through winter, etc.
[0] https://en.wikipedia.org/wiki/Frisia
This in turn is why the Netherlands is so big when it comes to dairy and cheese; grass was one of the few things that would grow consistently and survive the floods, cows eat grass, cheese and butter can be preserved to last through winter, etc.
[0] https://en.wikipedia.org/wiki/Frisia
And you will forever have your name mispronounced by English speakers that can’t wrap their tongues around the -sma or -stra ending.
Things like TerpSON, TerpSmith, Terp….
One time while voting the lady working there butchered my name 8 times, she literally could not get it right.
Things like TerpSON, TerpSmith, Terp….
One time while voting the lady working there butchered my name 8 times, she literally could not get it right.
To be fair to an English speaker reading your name from paper: some native English speakers are taught to read by recognizing words by their first letter and their shape, and skipping the word to later fill in the blanks when they don't recognize the word. The lady may have simply never been taught how to sound out unfamiliar letter combinations, and may have been trying her best to make sense of the unrecognizable mess of letters she saw in front of her.
https://www.apmreports.org/episode/2019/08/22/whats-wrong-ho...
https://www.apmreports.org/episode/2019/08/22/whats-wrong-ho...
Oh gosh, this explains so much.
I always felt that many native English speakers can't really parse a text properly. They seem to react to certain keywords. When the text says something they didn't expect, they often miss it or get confused.
I thought it might be a side-effect of being monolingual and hence having a less explicit understanding of language but seeing how they are taught to read, things make perfectly sense.
It is crazy of much staying power bogus science has in education. Reminds me how the idea of individual learning styles is still popular and though it lacks empirical evidence.
I always felt that many native English speakers can't really parse a text properly. They seem to react to certain keywords. When the text says something they didn't expect, they often miss it or get confused.
I thought it might be a side-effect of being monolingual and hence having a less explicit understanding of language but seeing how they are taught to read, things make perfectly sense.
It is crazy of much staying power bogus science has in education. Reminds me how the idea of individual learning styles is still popular and though it lacks empirical evidence.
She wasn't even reading it, I was telling her my name, all she had to do was repeat it and she couldn't do it.
I challenge you to go to China and ask people to make fun of you if you are unable to correctly pronounce half their words. Not because of stupidity but because of a mix of not hearing the subtle difference ("but that's exactly what you said!") and being unable to accurately reproduce a sound that you hear.
As kids, we have the ability to make lots of noises. Kids learning languages keep those skills alive. Over time, we lose that ability for sounds that we don't use regularly, and re-acquiring that capability is really hard.
As kids, we have the ability to make lots of noises. Kids learning languages keep those skills alive. Over time, we lose that ability for sounds that we don't use regularly, and re-acquiring that capability is really hard.
And the 13-episode podcast from them: https://features.apmreports.org/sold-a-story/
Can confirm, usually misunderstood too.
> she literally could not get it right
Eh, they get their revenge. As any Australian of a certain age can tell you TelSTRA could not get it right, for any value of right, without expending an equivalent effort to moving a mountain.
Eh, they get their revenge. As any Australian of a certain age can tell you TelSTRA could not get it right, for any value of right, without expending an equivalent effort to moving a mountain.
Very interesting. The only Terpstra I knew of before this link was Niki Terpstra, one of only three Dutch winners of both Paris-Roubaix and the Tour of Flanders.
I also recall one Brett Terpstra, maker of Marked app and kind of a known name in the indie Mac developer scene
I thought this was him debuting a new project.
Another fun fact, from Wikipedia, the name Frisia "stems from Latin Frisii, an ethnonym used for a group of ancient tribes in modern-day Northwestern Germany, possibly being a loanword of Proto-Germanic *frisaz, meaning "curly, crisp", presumably referring to the hair of the tribesmen."
In German Frisur, and in south slavic languages Фризура, means hairstyle, which is also related to the english word Frizz
In German Frisur, and in south slavic languages Фризура, means hairstyle, which is also related to the english word Frizz
Dijkstra!
I think this is a reference to the muse Terpsichore, though?
We also have at least one -stra river in Norway, Vinstra. Don't know if anyone has it as last name, though.
We also have at least one -stra river in Norway, Vinstra. Don't know if anyone has it as last name, though.
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First thing I did when I started playing with LLMs was vibe code a bunch of shitty virtual instruments. Roll your own, folks! Good fun.
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Somehow I cannot open the website.
I just get a 404 looking page in Romanian
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