Omiindustriies Ya Jerk Manual

Omiindustriies Ikke kategoriseret Ya Jerk

Læs gratis den danske manual til Omiindustriies Ya Jerk (3 sider) i kategorien Ikke kategoriseret. Denne vejledning er vurderet som hjælpsom af 17 personer og har en gennemsnitlig bedømmelse på 4.3 stjerner ud af 9 anmeldelser. Har du et spørgsmål om Omiindustriies Ya Jerk, eller vil du spørge andre brugere om produktet?

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Side 1/3

Ya Jerk from omiindustriies is a two-channel chaotic signal

generator conceptualized as an argument between two

chaotic jerk functions. The two sides each represent a

different chaotic entity. It is broken up into two separate but

related chaotic signal generators that use JC Sprott’s Jerk

chaos circuit from the paper “A New Chaotic Jerk Circuit”

with some slight variations to optimize it for modular

synthesis. Sprott’s paper on Jerk chaos can be found .here

The two sides use slightly different implementations of the

jerk chaos, so you get two sets of related but different

chaotic signals. The two channels feature normalization

from one side to the other, creating a feedback loop that

provides influence over the resulting chaos.

The signals generated from Ya Jerk are not random so

much as chaotic, meaning that A: the previous state of the

chaotic system influences future states and B: small

changes to the system's state lead to large changes down

the road. Chaos tends to sit in that sweet spot of

unpredictable but bounded where your ear will pick up on

patterns as they emerge, but it won’t be so repetitive that

you can pick out an exact behavior before it happens as

the chaos moves through its states never quite the same

way twice.

Rude and Jeez control the shape of the outputs; turning

clockwise makes the outputs smoother and less jagged.

They control how the response of the module at each cycle

of the chaos, the kick of the jerk, so to speak. Different

settings correspond to the smoothness or jaggedness of

the resulting oscillations.

What The Heck? And Seriously? Control the system's relative speed and the amount of

decaying bounces. It’s closer to a slew generator than an oscillator frequency control, so turning

it clockwise increases the slewing and decreases the speed of the system. Due to the nature of

the chaos, the oscillations are often non-periodic, meaning they don’t oscillate the exact same

way twice. However, there are periods when the module simply oscillates in a periodic fashion.

Finding the sweet spot windows of periodicity and aperiodic behavior is part of the fun of the

module. The oscillations are fastest and roughest when the control is turned all the way

counterclockwise.

Influence introduces an external signal into the chaotic system. By default, the X output from the

Blue side and the Z output from the Red side are normalled into the opposing side, introducing

argumentative cross-modulation between the two chaotic systems. But this isn’t a modulation of

the frequency, more of an influence on the character of the chaos. Sending gates or triggers into

the input causes the module to loosely sync with them, but don’t expect perfectly in-tempo

modulation.

The influence controls are attenuverters, meaning in the center, the influence is off; turning

clockwise increases the influence positively, while counterclockwise increases the influence

negatively. The settings of the influence potentiometers heavily influence the behavior of the

chaos. Try setting both attenuverters positively and turning one in the negative direction to see

how that affects the outputs.

Each side of Ya Jerk has three outputs; X, Y, and Z. Due to the chaos being implemented

slightly differently between the Blue and Red sides, each output is distinct from the others. The

different pairs of outputs are similar to each other but have slight variations in their behavior.

The outputs are more complex than an LFO but less unpredictable than a smoothed random

voltage. The X outputs are the most jagged and jerky, typically behaving most like a bouncing

ball with a sharp onset and decaying sinusoidal bounces. The Y outputs are less violent and

smoother, and the Z outputs are the smoothest of the three. X and Y are the successive

derivatives of Z signal. The outputs swing up to approximately +/-10.5V, but the amplitude of the

outputs change with different settings. You may want to use Ya Jerk with an attenuator,

attenuverter, or VCA to reign in the amount of modulation.

Produkt Specifikationer

Mærke:	Omiindustriies
Kategori:	Ikke kategoriseret
Model:	Ya Jerk

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