Wow, these VU-Meters look spectacular. I would be truly interested in buying them, or the code to build them myself. Just great, the best I have seen so far.
This is awesome. I’ve been wanting to put together a viable screen based VU but I’m not sure where to start. Can you give me a rough idea of the components that are required? I assume the screen and some sort of device to drive it as well as code for the arduino device …. I have a decent technical background but haven’t gone down this road before.
@@ThomasWeeks One mode is RMS calculated from each 80kHz sample and then ballistics added. The other mode is averaging (even though I had it show the text "VU" to mimic the original display layout exactly there) and then ballistics. When running an original meter and comparing it is closest to the averaging mode, this is with some earlier code ua-cam.com/video/9uJoU9Lfha8/v-deo.html These things are definitely not my expertise 🤪
Wow, these VU-Meters look spectacular. I would be truly interested in buying them, or the code to build them myself. Just great, the best I have seen so far.
Fabulous! There would be a great demand for this!
This looks amazing 🤯 well done 👌🏽
That is so cool! My Dad had a B77 many years ago, I remember playing with it.
Do a kickstarter campaign and become rich.
Superb! How many inches are the screens?
These are 2.0" but I really would like to squeeze in something just a bit bigger
This is awesome. I’ve been wanting to put together a viable screen based VU but I’m not sure where to start. Can you give me a rough idea of the components that are required? I assume the screen and some sort of device to drive it as well as code for the arduino device …. I have a decent technical background but haven’t gone down this road before.
Used this library to drive the screen from the ESP32C6 github.com/Bodmer/TFT_eSPI
This looks like the collection I have in Foobar2000
Could you code and assemble a custom layout with RMS and Peak? (emulating Dorrough meters)
Did this earlier :-D github.com/MagnusThome/Revox-B77-RGB-Bargraph-VU-PPM
Na das sieht ja echt super aus, wann machst Du davon was für die Öfentlichkeit ?
Curently it is a ratsnest of wires and boards so I'd need to create a special pcb for it which would be both time and a cost for me so not sure.
@@magnus-thome I can probably help you get it into production (I'm a US businessman living in Taiwan for 20+ years).
@mjklein thanks for the offer but I'll probably not go further with this since I mainly do it for fun. But we'll see.
I'd love to use this with my sonos system somehow even if it required a raspberry pi
I’m interested in how you did this
A bit of github.com/Bodmer/TFT_eSPI
Hello Magnus
Where can i buy these VU Meters?
best regards
Urs...
@@revoxonline I dont think I'll put these into production but we'll see.
Calculating VU levels is tricky.. what do you do.. RMS or Kalman levels?
@@ThomasWeeks One mode is RMS calculated from each 80kHz sample and then ballistics added. The other mode is averaging (even though I had it show the text "VU" to mimic the original display layout exactly there) and then ballistics. When running an original meter and comparing it is closest to the averaging mode, this is with some earlier code ua-cam.com/video/9uJoU9Lfha8/v-deo.html These things are definitely not my expertise 🤪
I would like to buy at least 10 units.
Maby more...
No pude escuchar nada 😢