ohno..... my poor wallet...... seriously though, amazing vid that ACTUALLY helped me understand these better!!! amazing system, it makes me invision a case with a few extra modules, and oh dear.... my poor wallet, i knew thee well......
I’ve just bought my first two Leibniz modules- Erfurt and Lipsk. I can’t remember when I’d had so much modular fun as I did with just Erfurt, 3xMIA and a VCO. Lipsk makes an interesting addition. However, I shall probably have to get my head around Drezno next…
There's an absolute wealth of info & possibilities to explore in the video so thanks! One thing not clear - because not visible - what is the daisy chain sequence that connects the underside of the modules? Presumably any chain should begin with the Drezno, but then what? For example, wouldn't you get different results masking or inverting bits either before or after a Jena transformation?
There are three separate chains in this video (each one is explained before the relevant patches): 1. Drezno into Gera into Rostock, through Poczdam and back to Drezno. / 2. Berlin into Jena, through Poczdam and back into Berlin. / 3. Lipsk into Erfurt (not connected to anything else). So they're not all connected to each other in one big chain (and not every chain has to begin and end with Drezno - you can use Berlin as the start and end, or use Erfurt and Lipsk standalone). And yes, you'd get different results masking or inverting bits before or after Jena. There's not really a 'one size fits all' configuration for these modules, it completely depends on what you want to achieve with them :)
I'd humbly suggest that you use different colored cables for input and output - in your Drezno patch, you've got two orange cables going between Drezno and Data, so it was hard to figure out visually where the input was coming from, especially since I'm not familiar with the panel on Batumi. Also: Hi! I like ADCs as a source of gates for deterministic algorithmic music.
This is the first video that has helped me to understand what the hell is actually going on in the Leibniz system. Now I can see the appeal.
that Berlin Jena combi is sick! Wonderful raw wavetable sounds! I’d prefer these over most other wavetable oscs!
Excellent intro video. Great to see the whole set (so far) collected and contextualized.
Xaoc should send Tom Churchill a medal for distinguished service to the Leibniz Subsystem. Like the order of the garter but for binary data streams.
Hahaha! Thanks Matt :)
Always great to see Tom talk XAOC & LBZ!
Cheers!
Thanks a lot, Tom! It’s always great to see musical ideas for the Leibniz sub system.
Cheers!
such an interesting tutorial, it's really famous, thank you for this wealth of explanations
Great demonstrations as usual, Tom!
Cheers, glad it was helpful!
awseome video ! clear explanation exactly what we need !!!
ohno..... my poor wallet...... seriously though, amazing vid that ACTUALLY helped me understand these better!!! amazing system, it makes me invision a case with a few extra modules, and oh dear.... my poor wallet, i knew thee well......
I’ve just bought my first two Leibniz modules- Erfurt and Lipsk. I can’t remember when I’d had so much modular fun as I did with just Erfurt, 3xMIA and a VCO. Lipsk makes an interesting addition. However, I shall probably have to get my head around Drezno next…
Great demo of the system!
amazing vid!
There's an absolute wealth of info & possibilities to explore in the video so thanks! One thing not clear - because not visible - what is the daisy chain sequence that connects the underside of the modules? Presumably any chain should begin with the Drezno, but then what? For example, wouldn't you get different results masking or inverting bits either before or after a Jena transformation?
There are three separate chains in this video (each one is explained before the relevant patches): 1. Drezno into Gera into Rostock, through Poczdam and back to Drezno. / 2. Berlin into Jena, through Poczdam and back into Berlin. / 3. Lipsk into Erfurt (not connected to anything else).
So they're not all connected to each other in one big chain (and not every chain has to begin and end with Drezno - you can use Berlin as the start and end, or use Erfurt and Lipsk standalone). And yes, you'd get different results masking or inverting bits before or after Jena. There's not really a 'one size fits all' configuration for these modules, it completely depends on what you want to achieve with them :)
I'd humbly suggest that you use different colored cables for input and output - in your Drezno patch, you've got two orange cables going between Drezno and Data, so it was hard to figure out visually where the input was coming from, especially since I'm not familiar with the panel on Batumi.
Also: Hi! I like ADCs as a source of gates for deterministic algorithmic music.