![]() Sort of like a Clockwork Orange warehouse party. Don't know which device was responsible, but the kick and hi-hat pattern was a bizarre counterpoint. The classical music that is piped through these is supposed to calm and distract you from the grunts and buzzes generated by the scanner. Having entered the machine, you're given a pair of noise-canceling headphones. For those of you who haven't had the pleasure, this is what it sounds like: I twisted my knee and had to undergo an MRI scan this week. See the product page and manual for more ideas. Two LFOs, summed mix, then max & min outputs)ĭoepfer's Min/Max has the advantage of being able to process both positive and negative voltages and can be used to generate odd waveforms. As you can hear in the example below, this is very different to mixing/ summing CVs: ![]() Unlike digital (binary) logic which only has two states, given a mix of CV sources, the highest voltage will be output in the form of a peak-CV contour. If you've patched the ADSR example from the Maths manual, you might have realized that the OR output is a positive-CV-only maximum selector, similar to half of Doepfer's A-172 Maximum/ Minimum Selector. When the WB's output is higher than the sequence, a random note is added to the output. In the second take, I replaced one sequence with the stepped out of a Wogglebug. In the first example, I manually adjusted the positive scaling of two sequences. ![]() Today's Patch of the Day uses analogue logic to mix two sequences and then generate random pitch changes to an otherwise static sequence: Ever wondered what else that OR socket on your Maths might be good for?
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