Avril 14th
-- happy avril 14th :))))))))))))))))))))))))))))))))))))))) | |
do | |
let bars = 4 | |
key = "8" | |
righthand = "[[4 -3] [0 _ _ _ _ _ 0]] [[-3, -8] [7 5 4 0]]" | |
lefthand = "[0 9 12 16] [4 12 16 19] [5 12 17 19] [2 12 17 16]" | |
d1 $ slow bars | |
$ stack [ | |
n (righthand + key + "<24 36>/2"), | |
n (lefthand + key) | |
] | |
# s "midi" | |
# octave "3" | |
# velocity "0.3 0.5 0.8 0.9" | |
# sustain "[2 0.7]*4" |
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@davispolito |
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so what would be [[4 -3] [0 _ _ _ _ _ 0 ]] vs [4 -3 0 0] ? |
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Note: To get this working locally after installing TidalCycles follow the SuperDirt MIDI Tutorial to define a MIDI Out for SuperCollider named In my case I defined MIDI Out to point to a VIRTUAL MIDI-Out Host running on my laptop. I was then able to receive MIDI events over Web MIDI and play audio via Web Audio in a browser. :) |
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This is super cool. Could you explain what is actually meant by the code for the righthand and how that is combined with the lefthand using this stack concept? This tidal language seems very cool.