Paralis Modular

Modules for VCV Rack - free & open-source

https://wot.fandom.com/wiki/Paralis-net

CPU usage testing based on

• initialized and nothing connected
• randomized preset and connecting all inputs and outputs to other modules.
  (Your mileage may vary)

Modules

AtenuSight

Based on Befaco's Dual Atenuverter and Mutable Instruments' Blinds ( Manual )

Utilizes Andrew Belt's code for both Befaco and Audible Instruments

• Outputs are normalled similar to Blinds
• CV controls the polarizer/attenuverter
• Attenuvert +/- by up to 2x for amplifiying signals and Offset up to +-10V
• 5 hp
• CPU: Init/Idle(0.5% 0.10µs) Max(0.6% 0.14µs)

Mini Modal Synthesizer

Based on the Antumbra Atom ( Modular Grid )

Utilizes Andrew Belt's code for Elements ( Manual )

• 18 hp
• CPU: Init/Idle(3.1% 0.55µs) Max(goes up to 5.1% 0.81µs)

Stiks

Based on and utilizes Andrew Belt's code for Branches ( Manual )

• 2 hp
• CPU: Init/Idle(0.1% 0.03µs) Max(0.2% 0.04µs)

Zzzh

Based on RND Step from DivKid & Steady State Fate (Check out DivKid's Video on RND Step)

Utilizes southpole (gbrandt1) code for Sssh or the lower section of Kinks ( Manual )

• There are 4 identical sections consisting of Trigger, Input, Right Output (-+), Left Output (+) and Lower Output (Noise)

• Triggers are normalled

• Right Output (-+) will sample and hold internal noise and output a bipolar signal. If connected it will sample & hold the Input.

• Left Output (+) is unipolar.

  (i) By default the switch is toggled to the left (i.e. away from bipolar output). In this state (+) will sample & hold internal noise.

  (ii) When the switch toggled to the right (i.e. toward the bipolar output) it will sample & hold the bipolar (-+) output and return a unipolar signal

• Lower Output (Noise) is... you guessed it... Noise (although each noise output is unique/separate)

  (i) By default the switch is toggled to the left (i.e. away from bipolar output). In this state (noise) will output an audio-rate, gaussian noise signal.

  (ii) When the switch toggled to the right (i.e. toward the bipolar output) it will sample & hold the bipolar (-+) output and return the inverse of the signal

• 4 hp

• CPU: Init/Idle(3.7% 0.84µs) Max (3.8% 0.87µs... ya definitely needs optimization)