An emulation of a Microcassette recorder.
How to use it (click on the image below to watch the video):
There are buttons for play (both directions) and fast forward/rewind.
[Ctrl] + [fast forward/rewind] jumps to the next/previous loop point or to the end/start of the tape.
[Shift] + [Ctrl] + [fast forward/rewind] jumps to the end/start of the tape.
As long as one of the play buttons is on, the machine will record incoming audio to the tape.
For scratching the reels, the play and pause buttons have to be on.
An impulse toggles the pause button.
Play forward gives 5 Volts, play backwards gives -5 Volts.
The speed of the playing tape can be changed in a musical way by providing CV-Pitch (1 V/Octave) input and output.
The tempo settings (BPM and Beats/Bar) provide the basic time measurements for the loop settings.
As long as loop start and loop end show the same value, loop mode is turned off.
Loop start and loop end points can be changed by providing a CV signal (1/12 Volts per Bar). This signal will be added to the corresponding knob value.
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How to use it (click on the image below to watch the video):
A motorized volume fader.
How to use it (click on the image below to watch the video):
How to correctly control a fader on the MindMeld MixMaster by using the CV-Scale Mode "MindMeld MixMaster" (click on the image below to watch the video):
Module for VCV-Rack to convert Note CV in Standard Western Tuning (12ed2 = 1 step equals 100 cents) to several Equal Division Tunings.
Makes it possible to compress or stretch a tuning in a range from -3 to +3 percent.
Shows the actual selected tuning.
The yellow digit or fraction on the right side stands for the interval the tuning is based on. Possible values are
- 9/8 .. a just intonated Major Second (aka. Major Whole Tone).
- 8/7 .. a just intonated Supermajor Second (aka. Septimal Whole Tone or Dimished Third) .. 231.174 cents
- 7/6 .. a just intonated Subminor Third (aka. Septimal Minor Third´or Augmented Second) .. 266.871 cents
- 6/5 .. a just intonated Minor Third .. 315.641 cents
- 5/4 .. a just intonated Major Third .. 386.314 cents
- 4/3 .. a just intonated Perfect Fourth .. 498.045 cents
- 3/2 .. a just intonated Perfect Fifth .. 701.955 cents
- 2 .. an Ocatve .. 1200.000 cents
- 3 .. a Tritave or Duodecime (an Octave and a just intonated Perfect Fifth) .. 1901.955 cents
- 4 .. a Double Octave (two Octaves) .. 2400.000 cents
- 5 .. a Just Major 17th (two Octaves and a just intonated Major Third) .. 2786.314 cents
- 6 .. two Octaves and a just intonated Perfect Fifth .. 3101.955 cents
- 7 .. the 7th Natural (two Octaves and a just intonated Subminor Seventh, aka. Harmonic Seventh) .. 3368.826 cents
- 8 .. three Octaves .. 3600.000 cents
The green letters ED stand for Equal Division.
The yellow digits on the left side display the number of equal steps the interval is divided in.
Nine vertically orientated pairs of Note CV inputs and outputs provide the ability to tune 9 x 16 = 144 different signals simultaneously using only one module.
https://en.xen.wiki/w/Equal-step_tuning
Happy tuning!
Microtonal music by Ahornberg: https://soundcloud.com/ahornberg/sets/equivocal-tuning-33ed4
A linear frequency shifter for CV note pitch signals.
The input is taken as a CV-pitch value and is transformed to frequency in Hz, e.g. 0 Volts input = note C4 = 261.63 Hz, then let’s say + 108.36 Hz will be applied, this results in 369.99 Hz = F#4. But if I would have taken C5 = 523.26 Hz as input, by applying the same + 108.36 Hz leads to 631.62 Hz and this frequency lies between D#5 and E5.
So it is a linear frequency shift, of course only on the base frequency, not on overtones that might be produced by VCOs afterwards. The intention is to use VCOs that produce sine waves. The module can calc 9 x 16 = 144 values simultaneously, so enough to build complex sounds with inharmonic overtones based on sinewaves.
This module complements the Harmonizer module.
How to use it (click on the image below to watch the video):
Nine vertically orientated pairs of Note CV inputs and outputs provide the ability to tune 9 x 16 = 144 different signals simultaneously using only one module.
A utility to enhance the VCV module Regen Modular Frames.
A virtual rebuild of a vintage electronic metronome.
How to use it (click on the image below to watch the video):
A virtual rebuild of a vintage electronic metronome.
How to use it (click on the image below to watch the video):
MIDI MPE to CV.
How to use it (click on the image below to watch the video):
Cross-glide between 2 notes.
This module needs polyphonic input to work. The transition from one pitch to another is proportional to the difference between volume of note one and volume of note two.
With the 2 knobs you can select the lower limit (left knob) and the upper limit (right knob). In between, cross-glide from one note to another will happen.
When the value of the left knob equals the value of the right knob or is larger than the value of the right knob, the note range is inverted and the red light between the 2 knobs goes on. Now there are 2 note ranges, one from the bottom (C0) to the value of the right knob, and another note range from the value of the left knob up to the top (G10).
With these 2 knobs you can select the smallest interval (left knob) and the largest interval (right knob) in semitones, where coss-glide will be applied.
When the value of the left knob equals the value of the right knob or is larger than the value of the right knob, the interval range is inverted and the red light between the 2 knobs goes on. Now there are 2 interval ranges, one from 0 semitones up to the value of the right knob, and another interval range from the value of the left knob up to 127 semitones.
When the input "Pedal / Gate" is connected, cross-glide only works on a high gate value.
A way to send out MIDI data from the VCV Host module.
How to use it with Native Instruments Maschine VST (click on the image below to watch the video):
How to use it with KXStudio Carla VST (click on the image below to watch the video):
How to use it with Mutools MUX VST (click on the image below to watch the video):
How to use it with a DAW (click on the image below to watch the video):
Copy-paste a preset from the module on the left side to the modules on the right side.
How to use it (click on the image below to watch the video):
