alef's bits slips
generate random melodies, with optional random offsets each cycle, quantized to a scale
HetrickCV Gate Junction Expanded
Eight channel gate processor, expanded with more jacks and polyphony.
HetrickCV Phasor Burst Generator
Generates a phasor repeatedly for a given number of times.
OscillatorClock generatorClock modulatorLow-frequency oscillatorPolyphonic
HetrickCV Phasor Divide & Multiply
Processes a phasor signal and outputs a phasor at a precise, variable time multiple or division.
HetrickCV Phasor Generator
Generates a phasor along with time-synced gates.
OscillatorClock generatorClock modulatorLow-frequency oscillatorRandomPolyphonic
HetrickCV Phasor Humanizer
Repeatedly modifies the slope of an incoming phasor to make the timing less robotic.
HetrickCV Phasor Mixer
Adds together multiple signals and forces them into a unipolar range via folding or wrapping.
HetrickCV Phasor Quadrature
Shapes a phasor into a sine, and outputs both phasors and sines at 90 degree intervals.
HetrickCV Phasor Randomizer
Randomizes phasor signals to create different offset patterns for sequencers.
HetrickCV Phasor Ranger
Converts HetrickCV phasor signals (and any other unipolar signal) to other useful voltage ranges.
HetrickCV Phasor Reset
Duplicates an incoming phasor, but allows you to reset it independently of the input.
HetrickCV Phasor Rhythm Group
Generates a clock by dividing a phasor into a series of triggers, and then groups the clock into two subrhythms.
HetrickCV Phasor Shaper
Processes phasor signals in interesting ways for sequence modification or phase distortion synthesis.
HetrickCV Phasor Shift
Processes phasor signals and provides a phase shifted output, optionally quantized to step distances.
HetrickCV Phasor Stutter
Processes phasor signals and adds stutters/ratchets/repeats within substeps.
HetrickCV Phasor Sub-Step Shaper
Processes individual steps of phasor signals in interesting ways for sequence modification or phase distortion synthesis.
HetrickCV Phasor Timetables
Processes a phasor signal and outputs phasors and standard timing ratios.
HetrickCV Phasor to LFO
Shapes incoming phasor signals to useful, morphing LFO waveshapes. These waveforms are not anti-aliased, hence the LFO designation.
HetrickCV Phasor to Waveforms
Shapes incoming phasor signals to useful, static LFO waveshapes. These waveforms are not anti-aliased, hence the LFO designation.
VCV Library Instructions
- Download and install VCV Rack.
- Register for a VCV account and log in using Rack’s “Library” menu.
- Add or purchase a module on the VCV Library.
- Open the “Library” menu in Rack, click “Update all” (if updates are needed), and restart Rack once downloaded.
- Right-click an empty rack space to launch Rack’s module browser to add a module to your patch.
All plugins on the VCV Library are available for Windows, Mac, and Linux.
The “major” version (i.e. MAJOR.MINOR.REVISION) must match between Rack and its plugins.
For example, Rack 2.* can only load 2.* plugins.
Missing or incorrect information in this database, such as a missing tag? Inform the plugin author(s) using the contact information on their plugin/module page.
Developers: see Adding your plugin to the VCV Library.
Notes
Purchasing plugins with the “VCV” brand supports the VCV Rack project. See VCV’s Mission Statement to learn how VCV Rack development is funded.
Prices are in US Dollars.
VCV is only responsible for VCV-branded plugins and does not completely review all third-party plugins. VCV does not provide technical support for third-party plugins. Installing plugins from unknown sources may compromise your computer and personal information.
By purchasing a plugin on the VCV Library, you agree to the End User License Agreement and Refund Policy.
Contact VCV Support for customer support and questions about the VCV Library.