Most of the async control inputs on BC modules are unipolar (+ve). Although some of them (mix module level controls for instance) give useful results when fed with a -ve control signal, the Multi-Mo isn't one of those. It spits out garbage MIDI data in response to negative values.
I could have added some protection against this but didn't because as you can see in the following patch, there are several ways to either convert a bipolar signal to unipolar or block negative values. These are just a few examples. In each case I've used a bipolar constant val to monitor the control output. There are plenty other ways to approach this. Which solution fits best largely depends on what the control source is BC Forum
Async control inputs generally don't respond well at all to audio rate modulation. Options to deal with audio rate sources (other than the envelope follower) include using a Control Smooth S module which acts like a lag processor, sample & hold module triggered by an LFO or an audio trigger module. The Sidechain output on the BC Dynamics modules can also give some useful results.
MODIFIER
Description
ModifierModules
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Sync2Async control [Example]
Most of the async control inputs on BC modules are unipolar (+ve). Although some of them (mix module level controls for instance) give useful results when fed with a -ve control signal, the Multi-Mo isn't one of those. It spits out garbage MIDI data in response to negative values.I could have added some protection against this but didn't because as you can see in the following patch, there are several ways to either convert a bipolar signal to unipolar or block negative values. These are just a few examples. In each case I've used a bipolar constant val to monitor the control output. There are plenty other ways to approach this. Which solution fits best largely depends on what the control source is BC Forum
Async control inputs generally don't respond well at all to audio rate modulation. Options to deal with audio rate sources (other than the envelope follower) include using a Control Smooth S module which acts like a lag processor, sample & hold module triggered by an LFO or an audio trigger module. The Sidechain output on the BC Dynamics modules can also give some useful results.