nodejs-poolController VS spleeter

It is a bit of work, but maybe https://github.com/tagyoureit/nodejs-poolController

Pool is currently using Pentair EasyTouch, so it’s already controlled/automated in a rudimentary way. I could easy add open source e.g. nodejs-poolController. Then the question would become, how do I continuously or recurringly look ahead at the next 4 days of upcoming weather and perform the necessary calculations, in order to turn my heat pump on and off optimally?

lol. A random stranger on the internet doesn't believe me. What are the chances. Check this shit out ya salty bastard. I know you'll just talk shit anyways since that's what shit talkers do, but this is the first iteration of the raspi project I'm most proud of... it replaces my pool automation system. I saved $2,500k my building my own system and I can even control it with my phone which I think was an extra $500 from Pentair's solution. I used an open source project to communicate with my Pentair equipment. This was before I added two more circuits to control the lighting and waterfall. I learned so much with this project. Took me about two months to do it all. I'll show you a pic of the latest version later since your tears are so tasty to me right now.

Only familiar with Pentair, but this works for me https://github.com/tagyoureit/nodejs-poolController You can do stuff with mqtt but I'm just using the rest API. I have it tied into home assistant, and thus my Google home. We can change the light color with our voice etc. Each evening I have a random light effect turn on, and it turns off when we go to bed. I monitor salt levels with it. Have pool temperature in an IPhone watchface. You should be able to pull off what you want but you'll need to dive in, no pun intended.

I used this to control my Pentair equipment, then used it's API to create entities in home assistant. Might not fit your needs but may help someone else interested in this topic.

virtual dj and others stem separator is shrinked model of this https://github.com/deezer/spleeter you will get better results downloading original + their large model.

I have used multiple tools at this point. It depends on the scene. I use https://ultimatevocalremover.com/, https://github.com/deezer/spleeter/, iZotope RX. There are also multiple options online, I would personally recommend https://vocalremover.org/.

I tried to use it but I had some issues as others in the thread.

I have tried many sources and method over the years and settled on spleeter [0]. Works well even for 10+ minute songs, varying styles from flamenco to heavy metal.

[0] https://github.com/deezer/spleeter

Spleeter is pretty good https://github.com/deezer/spleeter. Apparently it is used in some dj applications

Haha GitHub and command lines and all can be confusing, but it’s certainly worth the effort because it lets you do everything for free.. here’s the online tutorial: https://github.com/deezer/spleeter/wiki/1.-Installation

Chopped from their website Simple Stems is a quick and easy way to decompose any audio into it’s constituent parts. The plugin uses the well established Spleeter algorithm by Deezer to deconstruct songs into 2, 4 or 5 stems. The results are stunning, though more complicated mixes and live recordings are not always perfectly decomposed.

I was going to post basic pitch from Spotify but it looks like billconan beat me to it. That said I can give you a bit more advice. The Spotify basic pitch model isn't too good at multi-track input. It's capable of it, but you may actually get better results if you separate out the tracks first and then run them individually through the basic pitch model.

In order to do this you can use a source/stem separation model like spleeter (https://github.com/deezer/spleeter) and then run the basic pitch model (or any other midi transcription model). There's other you can try which may yield better results, for example: (https://github.com/Music-and-Culture-Technology-Lab/omnizart)

Either way the key words you want to be looking for are "midi transcription" and "stem separation", should help you find more models to try for both steps. Good luck! :)