Oh how I would have blast with your setup for sure......this whole setup would make rhampton a happy Camper...sou ds Mysterious with some of the short string grooves.....You would love the Rossum Control Forge.....altho it is heavily Menued...lol....oh as I. Concluding, this Mysterious tune gets better.. very nice
This is a lot of fun to listen to! I'm on my second pass and I hear all sorts of new elements. It feels really organic, like an ensemble of avante garde musicians, playing off each other. Super patch!
without consulting the dictionary, I do believe the term is "aleotoric" music. (but don't hold me to that spelling.) but what I'm much more sure of is that I like what I'm hearing here.
Aleatoric means being determined by chance rolling of dice, and this actually isn't that! The LFOs are running at fixed, steady rates, and the interaction between them is governing all events in the patch. Even the 8 Bit Cipher isn't random; it uses a digital shift register to generate gates & CV voltages from a single clock (or the interaction of two clocks) producing complexity out of very simple inputs.
@@doctorauxiliary Well, the Cipher's math, despite being fairly basic, is beyond my control and might as well be random ... but if you knew the formula it was using, and kept careful track of the two inputs, then every event here is 100% predictable. I guess this is a good example of how just a few layers of complexity make a system that the average human can't keep track of. Even dice rolling isn't truly random because the dice are governed by the laws of physics. If you could build an accurate mathematical model of the dice and every environmental variable, then you would be able to predict every throw. But it's too complicated and it happens too quickly to see, so we call it "chance" and use simpler math (statistics and probability) to describe it.
Oh how I would have blast with your setup for sure......this whole setup would make rhampton a happy Camper...sou ds Mysterious with some of the short string grooves.....You would love the Rossum Control Forge.....altho it is heavily Menued...lol....oh as I. Concluding, this Mysterious tune gets better.. very nice
If it has a lot of menus, I doubt I would love it! I got rid of every screen in my rack except the Mordax Data.
Yes, this one is packed with surprise after surprise! 🪐🍁💫
It's that Clouds modular delay doing most of the surprising stuff. Clouds and its many clones are probably the most useful modules in all of Eurorack.
This is a lot of fun to listen to! I'm on my second pass and I hear all sorts of new elements. It feels really organic, like an ensemble of avante garde musicians, playing off each other. Super patch!
Thanks! The complexity is deceptive, but it worked to my satisfaction.
without consulting the dictionary, I do believe the term is "aleotoric" music. (but don't hold me to that spelling.) but what I'm much more sure of is that I like what I'm hearing here.
Aleatoric means being determined by chance rolling of dice, and this actually isn't that! The LFOs are running at fixed, steady rates, and the interaction between them is governing all events in the patch. Even the 8 Bit Cipher isn't random; it uses a digital shift register to generate gates & CV voltages from a single clock (or the interaction of two clocks) producing complexity out of very simple inputs.
@@JoshuaKennedy321 I see. so, no real chance elements here, then?
@@doctorauxiliary Well, the Cipher's math, despite being fairly basic, is beyond my control and might as well be random ... but if you knew the formula it was using, and kept careful track of the two inputs, then every event here is 100% predictable. I guess this is a good example of how just a few layers of complexity make a system that the average human can't keep track of. Even dice rolling isn't truly random because the dice are governed by the laws of physics. If you could build an accurate mathematical model of the dice and every environmental variable, then you would be able to predict every throw. But it's too complicated and it happens too quickly to see, so we call it "chance" and use simpler math (statistics and probability) to describe it.