Hey all, Disclaimer: I work on embedded software for Lutefish.tldr: If you have good internet and you live within 500 miles of somebody (and ISPs are feeling benevolent that day) you can play music together over the internet (for real tho).I know you've probably seen "make music over the internet but for real this time" presented from a handful of places over the years. We designed a PCB from...
Disclaimer: I work on embedded software for Lutefish.
tldr: If you have good internet and you live within 500 miles of somebody (and ISPs are feeling benevolent that day) you can play music together over the internet (for real tho).
I know you've probably seen "make music over the internet but for real this time" presented from a handful of places over the years. We designed a PCB from scratch to tightly couple the audio and networking layers as close as we possibly could, and we are able to get latency numbers as low as 28ms using custom protocol (which allows for seemingly real-time performance with bandmates over the internet).
Before you ask, no, it is not an audio interface also (we're working on it). Think of it more like, "point-to-point sound cards with a lot of control over your mix".
Don't really know how to do self promotion, but we have devices for sale for $250 usually (rando $200 flash sales sometimes) and there's a $10 / month subscription (2 months free w/ purchase and free returns). More at https://lutefish.com/pages/pricing
If you are skeptical still, here are a few examples of it in action:
Jacob Jeffries (of Vulfpeck) and Dustin Koester Jam: https://www.youtube.com/watch?v=FRhEZQypt0g 5-Piece Band: https://youtu.be/rcmTLDGN_Y8?t=286 Trombone Quartet: https://youtu.be/xjw_YF-zatE?t=230 Marty Schwartz: https://youtu.be/WCPCbEkl6C8?t=38
It doesn't have my favorite feature from mine which is "yo lemme just quick update this one field without writing SQL" I don't think but still pretty and powerful
I've seen a rust database tui that looks nuts. Was developed around the same time I made mine.
But if people still like benefits of Go then yeah honestly a rewrite from scratch might be better. Its not that hard just takes a while - query entire DB into data structure and then write serialization routines. The UI portion is just bubbletea and gum.
I'm the author. I do embedded C and other stuff heavily now that doesn't use SQLite in any way. Was able to write the thing in the first place because we used SQLite everywhere so it made my job easier.
I'm way better at Golang now too so I would really like to do a better job with the project but yeah, no bandwidth.
- Frontend: React/NextJS, Dash, Electron, Flutter, QT5+6, Tauri, JavaFX
- Backend: Golang, Node.js, AWS, Azure, MySQL, PostgreSQL, SQLite
- Mobile: Flutter
- O/S + Arch: Linux, Windows, MacOS, x86, ARM32/64
- Technologies: WebRTC, RTC, ICE, FFMPEG, Jackd, ALSA, FreeRTOS, Yocto, STM32, Raspberry Pi, and Websockets.Website: https://farsidesolutions.com
Availability: Up to 30 hours per week
LinkedIn: https://www.linkedin.com/in/matthewfarstad/
Github: https://github.com/mathaou
Email: [email protected]
https://github.com/mathaou/jackdeez
I always thought that qjackctl was WAY overkill for most of my jackd needs. I made a utility with gum[1] to simplify the process. Supports connecting/disconnecting ports, configuring driver/engine parameters, and midi pass-through enable.[1]: https://github.com/charmbracelet/gum
I have a relatively low power SOM with the goal of reducing packet latency to a server as much as possible. I'm using real time Linux techniques and tightly coded C, but are there any obscure techniques or papers that could assist further? I'd try compressing the packets before sending them, but given how slow the SOM is I worry that would help in this circumstance.
Full stack developer specializing in embedded Linux, desktop applications, anything related to IOT, and mobile apps. I've done a little bit of everything so if your business needs don't fit any of those nicely I still might be able to help out.
Email: [email protected] https://linkedin.com/in/matthewfarstad
real tragedy is that they didn't use cutting edge web7.0 tech for their front end smh
Granted I'm the author, but until I get around to rewriting it from the ground up, I really think it saves a lot of time for editing single cells, querying, and viewing in a headless environment.
Look up roman numeral notation for this next bit.
A V-I is called a perfect cadence in the major scale, and pretty much any other mode in which those chords naturally occur. The most important tones are the major 7th, which is one semitone away from the root and has a strong desire to resolve up, and the perfect 5th, which is a very stable sound that wants to fall up a fourth or down a fifth to the root. As such, the third can be major, minor, omitted, or replaced and the function of the chord remains pretty much unchanged. This is called modal interchange, since we are borrowing from a different mode for the root, in this case any mode other than Ionian (major). Mode changes the strong and weak cadences, however, so be mindful your alteration doesn't make a progression fall apart.
My favorite is ii7, iio7, and Imaj7. Another topic thats fun is tritone substitution, but that would make this a borderline blog post.
o in this context is a diminished chord, which also means that 7 is double flat (bb) because theory.
It can get crazier, there's tons of YouTube videos that explain it better. But
Learn by mimicking, then learn structure after you've already had fun just making some noise.
If people are looking for low latency audio I'd just use arch Linux with real time patches and then install jack alsa and whatever daws you want. Can't speak for video editing.
Got some bugs with formatting complex lines of text, but it works well enough for me. I plan on porting to Rust one of these days.
For right now its just a nice little copy of my resume, as well as a place to store my music catalogue of albums I've published.
Please use headphones, phone speakers are a nightmare to mix for.
https://open.spotify.com/track/7J6IrIGCMk7UPti1SAQsfm?si=Uph...