Overview
This is yosi from Chillout with Beats.
VCV RackThis is the XNUMXth article.
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It ’s a recommended module as it was last time.Audible InstrumentsIt has become a corner to introduce the module of. (Well, it's still recommended)
this time too, Mutable Instruments Was the baseAudible Instruments.
Bernoulli Gate (Branches)
This time is also simple.
However, the depth that cannot be imagined from this simplicity!
First, the official explanation
The branch consists of two identical sections called Bernoulligate.Internal connections route section 2 inputs to section 2 unless the jack is connected to a section 1 input.
Section 2 is two things above and below.Section 2INSection 1 if nothing is connected toINIs routed to Section 2.
(What's important is what I wrote at the beginningAudible InstrumentsUsability)
Key Points
FirstToggle modeとLatch modeTo switchBYou can do it by clicking the button or right-clicking.
Toggle modeWhenAWhen the knob is on the far left4There is a sound from only.
Randomly turn to the right3Sound will come out from.On the far right3と4It is output exactly half and half.
Latch mode TheAWhen the knob is on the far left4There is a sound from only.
AKnob is on the far right3There is a sound only from.
One point needs to be noted, input with a mixerAとBIf you enter both, nothing will change. ((AとBSince it is only distributed to and output, the waveform will be the same as the input when combined.)
If you do not do this, you will enter a swamp where the sound will be the same as eternity.
CONTROLS
The Bernoulli gate
When the trigger is received at the IN input (4), the module throws a virtual coin.If the result is heading, the trigger is sent to output A (XNUMX).If the result is at the end, the trigger is sent to output B (XNUMX).
The CV input (2) associated with the probability knob (A) changes the odds of the "head" and "tail" results.At extreme settings, the results are not random and the module behaves like a voltage control switch.
Toggle mode
In toggle mode, the module associates the "head" and "tail" results with different pair decisions. "Continue sending the trigger to the same output as before" and "Send the trigger to the opposite output".As a result, if the probability knob (A) is set to the maximum value, the trigger will switch between outputs A and B.
Press switch (B) to enable or disable toggle mode.
Latch mode
When latch mode is enabled, output (3) or (4) stays at + 5V until the other output is active.
To enable or disable latch mode, press and hold switch (B) for at least 1 second.
Toggle and latch settings are retained in memory when the module is powered off.
Summary
on second thoughtsAudible InstrumentsUsability.
It's pretty hard to understand.
However, there are many uses for being able to randomly divide the Output (adding the two divided to get the original waveform).
If you separate the LFO and CV, it will have a great effect depending on the idea.
After introducing the recommended modules, I'm thinking of explaining the actual usage.
(Somehow FL Studio is out of the question ...)
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