Mutable Instruments Marbles Скачать руководство пользователя страница 7

DEJA VU section

Whenever the module needs to make a random choice (for 

instance, to decide on the amount of jitter to apply on the 

next tick of its clock, or to generate a random voltage for one 

of its outputs), it queries the DEJA VU section. The DEJA VU 

section either recyles a previously generated random choice, 

or samples fresh random data from a hardware random 

source.

E. F.

 These buttons control whether the DEJA VU settings 

apply to the t or X section (or neither, or both). For exam-

ple, the module can generate a non-repeating sequence of 

voltages locked to a looping rhythm (t enabled, X disabled); 

or cycle through the same sequence of voltages on an ev-

er-changing rhythm (t disabled, X enabled).

G. 

Probability of re-cycling random decisions/voltages 

from the past.
•  From 7 o’clock to 12 o’clock, this probability goes from 

0 (completely random) to 1 (locked loop).

•  At 12 o’clock, the module is thus stuck in a loop, 

because it never generates fresh random data. In this 

case, the illuminated pushbuttons 

[E]

 and 

[F] 

blink.

•  From 12 o’clock to 5 o’clock, the probability of randomly 

jumping within the loop goes from 0 to 1.

•  At 5 o’clock, the module thus plays random permuta-

tions of the same set of decisions/voltages.

H.

 Loop length.

4.

 DEJA VU CV input.

Содержание Marbles

Страница 1: ...Marbles Random sampler...

Страница 2: ...er sections Installation Marbles requires a 12V 12V power supply 2x5 pin con nector The red stripe of the ribbon cable 12V side must be oriented on the same side as the Red stripe marking on the modul...

Страница 3: ...o obtain smooth random modulations or quantization to get random tunes Steps 1 to 3 are handled by the left half of the module the random rhythms being generated on the outputs labelled t In your Euro...

Страница 4: ...A B 2 1 3 C E D...

Страница 5: ...whether the pulse is passed to t1 or t3 BIAS controls the fairness of the coin toss t1 and t3 are generated by respectively multiplying and dividing t2 by a random ratio Turn the BIAS knob fully cloc...

Страница 6: ...E F 4 G H...

Страница 7: ...n repeating sequence of voltages locked to a looping rhythm t enabled X disabled or cycle through the same sequence of voltages on an ev er changing rhythm t disabled X enabled G Probability of re cyc...

Страница 8: ...I J L K M...

Страница 9: ...lly clockwise only the minimum and maximum voltages are possible turning X1 X2 and X3 into random gates K Distribution bias Skews the distribution towards low or high voltages Think of this as the pro...

Страница 10: ...N 6 5 7 M...

Страница 11: ...posed to being clocked by the three outputs from the t section 7 CV outputs Sampling external CVs with the X generator Press the button N to enable the external processing mode In this mode the module...

Страница 12: ...Shaping voltage distributions with SPREAD and BIAS BIAS SPREAD...

Страница 13: ...The pink histogram represents the distribution of possible output voltages the tallest bar corresponds to the most likely outcome The teal oscillogram is an example of output voltage sequence...

Страница 14: ...e Six memory slots are available for recording scales They are pre programmed with scales rooted in C STEPS Quantizer The STEPS knob progressively eliminates notes from a chro matic scale first to rev...

Страница 15: ...frequently each note occurs The least frequently played notes will be the first to be eliminated when STEPS is turned clockwise from 12 o clock The most frequently played note will be the last one to...

Страница 16: ...map it to a differ ent range of voltages Once a sequence is looping a rapid double press on the DEJA VU buttons reseeds it When the X section is not externally clocked X1 X2 and X3 are rhythmically in...

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