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dual channel active ac encoder
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The AC Encoder device converts the incoming MIDI data (note and velocity) into CV and Gate (or Trigger).
From version v2.o2 it is multichannel!
(CV-Gate-Velocity-Trigger!) 

It needs a special cable or special hardware, like the ES-1 from Expert Sleepers :
​http://www.expert-sleepers.co.uk/

As an alternative, you can build your own, check the downloadable instructions below.
Download the build instructions for the hardware.
Actual version : v2.o3
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adjustable, AC encoded clock generator
Root is an adjustable master clock generator.
You can change the curve and the length of the generated trigger.
There are also adjustable delay and swing controls for both clock generators.
Actual version : v2.o4
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MIDI CC to Live macro converter
With Macro, you can assign MIDI CCs to Live macros.
You automate the parameters, change the name of your controlled device and the selected parameters.
Actual version : v1.oo
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8 channel polyrhythmic drum sequencer
Polyrandom is an 8 channel polyrhythmic drum sequencer, with randomisation, cycle length, length and target note controls for every channels.
​The speed resolution, swing, note length and velocity controls have their own dedicated random sources.
Actual version : v3.o8
Polyrandom featured in the 25/10/2016 Cycling '74 newsletter.
Thanks to Darwin Grosse for the support!
8 channel AC encoded MIDI to Trigger converter
OctoTrig is an 8 (multi)channel AC encoded MIDI to trigger converter, a really helpful addition to Polyrandom. 
With this extension you can send out the 8 channels of Polyrandom to your modular synth system.
Actual version : v1.oo
Polyrandom in Richard Devine's studio :

mxmx~

A post shared by Richard Devine (@richarddevine) on

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16 locations cartesian sequencer
Bricks is a 16 locations cartesian sequencer, highly influenced by René, from MakeNoise, with a huge west coast impact. Bricks is about experimenting and exploring new patterns, new sequences and new melodies.
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It is available for every Yakuza owners as a free upgrade.
Actual version : v1.o7
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random looping sequencer
Turing Machine is a random looping sequencer for the M4L platform, highly influenced by/based on the fantastic work of Tom Whitwell, the DIY Eurorack Turing Machine :
http://musicthing.co.uk/modular/?page_id=21
Actual version : v3.o7
Turing Machine featured in the 2017 March issue of Estrada i Studio.
Great article from Marcin Staniszewski, thank you very much for the support!
(language is Polish!)
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 dice roll based random drum sequencer
Diceq is a dice roll based random drum sequencer. In every clock event, you roll a virtual dice, where you can set the probability for each number and these are assigned to MIDI notes.
Actual version : v2.o5
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time-resolution based drum sequencer
Time is a 4 note drum / percussion sequencer, influenced by watches. MIDI notes are triggered at every second, then every minute, every hour and at 12 o'clock. You can control the density of the triggers and you can also "warp" by the time, by reducing the amount of seconds, minutes and hours.
Actual version : v1.o5
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binary sequencer
Binary is a new kind of drum sequencer, where the steps are determined by the selected binary numbers in the grid.
It is a real geek/nerd device, designed for experimental people.
Actual version : v1.o3
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tracker style 16 step MIDI sequencer
I, like many others, started making music with trackers. I used Impulse Tracker, back in '97-'98.
For me, monoMED is a time-machine. It travels me back in time, when 2-5MB of samples were enough to finish a bunch of great songs as a nerdy kid in my bedroom on my 386 IBM PC.
For you it might be something else.
But, it is a tracker style, 16 step MIDI sequencer, with Note, Velocity, Note length, Delay / note and 2 assignable controls.
You can change the pattern length and direction, also, you can save and recall patterns.
Actual version : v1.o3
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image to MIDI sequence converter
PicSeq is an image sequencer, where an image is converted into a 160x160 pixel
matrix, then again, into 16, 40x40 pixel smaller matrixes.
Every 40x40 matrix represents 1 step in 16 steps long sequence.
One single pixel (coordinate of that pixel is adjustable) from every 40x40 matrix is 
analysed for RED, GREEN and BLUE amounts.
Then the selected colour is converted to MIDI notes.
Actual version : v1.o2