Im not sure if you've already done this before or not but using this as a point to start a series of building on this patch would be excellent for either UA-cam or a masterclass to learning the grid. any time anyone asks me about the grid you now where I point them :)
Such nice tones and a very well thought out video.Just getting into the grid and your videos have been great. Sometimes there is a tendency to overuse modules simply because they are there in the digital modular format rather than having a something in mind. But this is very pleasing to my ears. Reminds me of my nord g1 days. Thank you.
If you use the low pass mg you can clean up a lot of the high end, link it the same way as the BP svf and you have a really clean signal. Also mod delay sounds awesome on it with the mod set to the slope and i used only -6% but play with it and you get some cool sounds
I was unable to connect Mod Delay to S/H. Internet says: "you can do feedback loops so long as you include a device in the chain that requires that a delay is added. This works with e.g. the Long Delay, since it's minimum delay time is 0.02 ms. This does not work with mod delay, or delay, as they can be turned down to 0.00 ms." How were you able to connect them (sorry I do not have deep modular knowledge)?
OK, I agree that this is cool, and thank you for showing us. But now I'm wondering if being self-running (basically, getting new modulation values from its own output) gives this kind of system special properties? I think I may not be able to tell the difference between this system and one constructed using S/H LFOs. Update: I did this experiment, and I think the self-running version is better. It just sounds more musically interesting. The S/H LFO version just sounds a bit like wind chimes. I guess this is to be expected, because the self-running one has chaotic values but those values have structure in that they resemble the output.
without delay, bitwig would explode. no really, you need at least one sample delay in your feedback. I think this is also true for pure data and similar tools.
Im not sure if you've already done this before or not but using this as a point to start a series of building on this patch would be excellent for either UA-cam or a masterclass to learning the grid. any time anyone asks me about the grid you now where I point them :)
gonna copy this and then sit by a waterfall for a couple hours with this on the headphones. thanks so much, absolutely beautiful
Such nice tones and a very well thought out video.Just getting into the grid and your videos have been great. Sometimes there is a tendency to overuse modules simply because they are there in the digital modular format rather than having a something in mind. But this is very pleasing to my ears. Reminds me of my nord g1 days. Thank you.
Beautiful minimalism
I love it
So simple & small - so good! 👋🏼
If you use the low pass mg you can clean up a lot of the high end, link it the same way as the BP svf and you have a really clean signal. Also mod delay sounds awesome on it with the mod set to the slope and i used only -6% but play with it and you get some cool sounds
I was unable to connect Mod Delay to S/H. Internet says: "you can do feedback loops so long as you include a device in the chain that requires that a delay is added. This works with e.g. the Long Delay, since it's minimum delay time is 0.02 ms. This does not work with mod delay, or delay, as they can be turned down to 0.00 ms." How were you able to connect them (sorry I do not have deep modular knowledge)?
Thanks Polarity!
Amazing!, sounds lovely and calming
OK, I agree that this is cool, and thank you for showing us. But now I'm wondering if being self-running (basically, getting new modulation values from its own output) gives this kind of system special properties? I think I may not be able to tell the difference between this system and one constructed using S/H LFOs.
Update: I did this experiment, and I think the self-running version is better. It just sounds more musically interesting. The S/H LFO version just sounds a bit like wind chimes. I guess this is to be expected, because the self-running one has chaotic values but those values have structure in that they resemble the output.
Love it!
This is VERY GOOD I love so much ur chanel bro, ur very master
how do you get the lfo to free run?
Hi Bro, Are you part of facebook advanced bitwig user group? Wondering about getting in touch with you. Best Regards from B to B
im in some groups on fb but probably not all. you can send me dms on discord if you use that, or twitter or my mail here on the contact page :)
New to bitwig, old to feedback. Why is long delay the only way to make a feedback loop on bitwig?
without delay, bitwig would explode. no really, you need at least one sample delay in your feedback. I think this is also true for pure data and similar tools.
@@PolarityMusic yeah i noticed there are a lot of things I can't patch back into a loop. Is it just a safety precaution?