D-Octer Module
for VCV Rack, Ⓒ Sm@rTAZZ Studio, developed by Marinko Laban
(Last updated March 11th, 2024)Introduction
The D-Octer is a module that transposes an incoming V/Oct voltage to 1 and 2 octaves lower and higher. Each transposed signal is sent to a separate output.
The incoming V/Oct can be polyphonic. Each channel is transposed in the same way and sent as a polyphonic signal to the corresponding output jacks.
Manual
The paragraphs below describe each of the knobs, input/output jacks and menu items of the Clipper module
Panel Functions
V-In: A V/Oct input signal. This should typically be a bipolar (-5V..5V) signal. However, the module does not check on this.
Oct-2: This is the V-In signal, transposed down by 2 octaves. Note that the module does not check if the result is below the audible range or not, as you may want to transpose a low frequency signal, regardless the voltage.
Oct-1: This is the V-In signal, transposed down by 1 octave. Note that the module does not check if the result is below the audible range or not, as you may want to transpose a low frequency signal, regardless the voltage.
Oct+1: This is the V-In signal, transposed up by 1 octave. Note that the module does not check if the result is above the audible range or not, as you may want to transpose a high frequency signal, regardless the voltage.
Oct+2: This is the V-In signal, transposed up by 2 octaves. Note that the module does not check if the result is above the audible range or not, as you may want to transpose a high frequency signal, regardless the voltage.
Menu Items
The module has no specific menu items, besides the VCV defaults.
You will find a tutorial below in due time (work in progress)
Source Code & Plugin
Feel free to download the source code of this module. It is part of the STS-Free bundle and the full bundle is available here on GitHub. The STS-Free bundle (slug value "SmarTAZZStudio-Free") is also available as a downloadable plugin from the VCV Rack Library, so you can download and install the module directly from VCV here.
Feedback
Feel free to feedback any comments or questions you may have. Click here to email me. You can also leave a comment in the GitHub repository with the source code.
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