12 steps random sequencer
Tie is our updated take on a max for live sequencer, designed for experimental techno music producers.
In Tie, you set the barriers for your sequence, like, lowest note, highest note, lowest velocity, highest velocity.
After that, you hit the full random button and tie creates you a note sequence and a velocity sequence.
Then, you can alter the sequences with random note lengths, cycling, realtime shifting or turning steps on and off.
In Tie, you set the barriers for your sequence, like, lowest note, highest note, lowest velocity, highest velocity.
After that, you hit the full random button and tie creates you a note sequence and a velocity sequence.
Then, you can alter the sequences with random note lengths, cycling, realtime shifting or turning steps on and off.
Actual version : v2.o2
programmable MIDI chord memory
ChordMemory is a really simple device, which converts an incoming note
into a user defined chord.
You can shift the base note with +/- 12 semitones, add notes an octave lower and / or higher, set the velocity amounts independently,
generate random chords and as a final touch, give some human feel with a random, 0-20 ms per note delay.
From version 1.o1, there is a drop-down menu, which lists all the saved chords from the "Chords" folder for quick access.
into a user defined chord.
You can shift the base note with +/- 12 semitones, add notes an octave lower and / or higher, set the velocity amounts independently,
generate random chords and as a final touch, give some human feel with a random, 0-20 ms per note delay.
From version 1.o1, there is a drop-down menu, which lists all the saved chords from the "Chords" folder for quick access.
Actual version : v2.o1
random pitch and modulation wheel movement generator
Bendr is a very simple and fun device, which breaths some "human error" into your "dead-precise" MIDI.
It generates random pitch and modulation wheel movements every time when a new note comes in.
You can control the amount of the pitch and mod. wheel random amounts and the width of the bending.
...also, you can go crazy with it!
It generates random pitch and modulation wheel movements every time when a new note comes in.
You can control the amount of the pitch and mod. wheel random amounts and the width of the bending.
...also, you can go crazy with it!
From version 1.o1 Bendr can produce random velocity and delay, per incoming note.
(Thank you very much for the tips Alan!)
(Thank you very much for the tips Alan!)
Actual version : v2.o2
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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. From version 4, it runs on a floating window and has many new features, like onscreen velocity control, channel naming and leakage, per channel. Actual version : v4.o2
Polyrandom featured in the 25/10/2016 Cycling '74 newsletter.
Thanks to Darwin Grosse for the support! A live set from user Metrist, recorded for Noods radio, Birstol, where Polyrandom is the heart of the show! Thank you very much!
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Polyrandom in Richard Devine's studio :
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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
the fantastic work of Tom Whitwell, the DIY Eurorack Turing Machine :
http://musicthing.co.uk/modular/?page_id=21
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In the latest version you can still switch between the "normal turing" and the random drum machine modes, we've also updated the mapping possibilities of it!
Actual version : v5.o1
Turing Machine featured in the 2017 March issue of Estrada i Studio.
Great article from Marcin Staniszewski, thank you very much for the support!
Great article from Marcin Staniszewski, thank you very much for the support!
(language is Polish!)
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 a 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.
Every 40x40 matrix represents 1 step in a 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.
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In the latest version you can map the output of the generated sequence to control API elements in Live!
Actual version : v2.o1