This is an old revision of the document!


Qu-Bit Electronix Bloom

width:
16HP
12v:
82mA
-12v:
0mA
5v:
0mA
type:
sequencer, random, quantizer
rack:
BFE
mg:
https://www.modulargrid.net/e/qu-bit-electronix-bloom

A two-channel fractal sequencer. Each channel starts with a user-programmed sequence (up to 32 steps), then algorithmically generates new sequences based on that one. As is typical for Qu-Bit modules, most parameters for the active channel can be controlled with CV.

It's possible to use Bloom as a quantizer for external CV. Select the desired scale, drop the sequence to one step, set that step to the scale's root note, and patch the signal to be quantized into the Shift input (knob at 0). Bloom can also emulate a Music Thing Turing Machine—start with a sequence of any desired length, set Branches to 0, and adjust the Mutate control to taste.

Occasionally, the gate/clock outputs will be screwy, repeating or skipping one. Likewise, channel outputs seem to become less interesting once they become inactive. Since this seems to happen more often with more branches, my suspicion is that the microcontroller fails to keep up with the demand. It's also possible that the latter issue is imagined on my part, as the inactive channel does not respond to CV.

Replace the LED numbers with diagrams, or re-create the whole table as an SVG with the LED pattern instead of numbers.

Scale Order Div/mult
1 Chromatic /8
1/2 Forward
2 Major /4
3 Minor /3
3/4 Backward
4 Major pentatonic /2
4/5 x1
5 Minor pentatonic x2
5/6 Pendulum
6 Harmonic minor x3
7 Whole tone x4
7/8 Random
8 Unquantized x8
  • sounds/bloom.1684709182.txt.gz
  • Last modified: 2023-05-21 22:46
  • by asdf