thank you man! ok, here there is an auto generative patch... but only the video, not the actual explanation. But i will do it soon... perhaps diirectly on VCV so it is easier to show... ua-cam.com/video/8gyejDgSd30/v-deo.html
@@alexiscabreramusic already checked out that video and I really loved it man 🙂 Yeah would be good to see some more generative on vcv, or custom module patches, much like your Maths one 🙂
I was interested in learning what other tricks can you do with this recreation of "Maths". I was wondering if you could possibly do a video showing what more can you do with it. I don't know Maths and I am confused mostly with the equivalence of inputs and outputs and another aspect is that in your simulation the modules are not all yet connected to each other and as I don't know Maths I'm left wondering if these modules are also disconnected by default inside of Maths and if yes can you connect the module onto itself (I mean outs to ins and so). Thanks
Maths has a 4 channels mixer (SUM INV and OR), 4 attenuverters. In another hand rampage has 2 EOR 2 EOF and 2 EOC whereas maths has only 1 eor and 1 eoc.
Nice video idea and love your content!!! but if you want to recreate maths, veils from mutable instruments is not the right thing to use. Those are unipolar vcas, not attenuverters, Blinds from mutable instruments would be more appropriate and also the individual outputs are already normalized and summed to the last output. Also Maths is a slope generator based on the DUSG not just a simple looping ad envelope and a slew limiter per channel, it's a single thing but it can function as both of them.
Great idea about Blinds!!! That’s actually perfect. Thank you 🤝❤️. And yes, maths is soooo unique in itself that it’s really hard to get very single feature. I will modify the patch and will change the download link. Thank you!
Great video, what I find cool about VCV is you don't necessarily have to build a complete version of Maths if you don't want, just the bit you need.
Genio! Siempre aportando fuerte contenido. Saludos
Big up brother! Constantly locked into your videos :)
Thank you man!
This is great Thanks !
Por favor Alexis sube mas contenido de vcv racks con sus patchs.
Mis amigos y yo estamos al tanto de tu nuevo video abrazos
I think rampage has a end of rise output? Not sure
THANX a LOT! nice
Love the content man! Would love to see you make a generative patch from scratch 🙂
thank you man! ok, here there is an auto generative patch... but only the video, not the actual explanation. But i will do it soon... perhaps diirectly on VCV so it is easier to show... ua-cam.com/video/8gyejDgSd30/v-deo.html
@@alexiscabreramusic already checked out that video and I really loved it man 🙂
Yeah would be good to see some more generative on vcv, or custom module patches, much like your Maths one 🙂
Shhhhhhh nobody tell him about Rampage
Hey thank you I tried Maths inside a friend's rack and I was wondering how to reproduce its behavior further than with a Rampage !
I was interested in learning what other tricks can you do with this recreation of "Maths". I was wondering if you could possibly do a video showing what more can you do with it. I don't know Maths and I am confused mostly with the equivalence of inputs and outputs and another aspect is that in your simulation the modules are not all yet connected to each other and as I don't know Maths I'm left wondering if these modules are also disconnected by default inside of Maths and if yes can you connect the module onto itself (I mean outs to ins and so). Thanks
This is so cool, thank you. Would the Instruo Seis envelope generator allow end of rise? I think that has CV triggers at each stage of ASDR.
Yes, that could be an option, there is also MSM ADSR... the thing is that i wanted to keep it as simple and the same as i could.
Cool idea. Question tho - what can MATHS do that Befaco Rampage cannot?
Maths has a 4 channels mixer (SUM INV and OR), 4 attenuverters. In another hand rampage has 2 EOR 2 EOF and 2 EOC whereas maths has only 1 eor and 1 eoc.
Nice video idea and love your content!!! but if you want to recreate maths, veils from mutable instruments is not the right thing to use. Those are unipolar vcas, not attenuverters, Blinds from mutable instruments would be more appropriate and also the individual outputs are already normalized and summed to the last output. Also Maths is a slope generator based on the DUSG not just a simple looping ad envelope and a slew limiter per channel, it's a single thing but it can function as both of them.
Great idea about Blinds!!! That’s actually perfect. Thank you 🤝❤️. And yes, maths is soooo unique in itself that it’s really hard to get very single feature. I will modify the patch and will change the download link. Thank you!
!!!