Oke so small storytime here 
Iām using a programmable midi extender for yarns where i have programmed in a āchordā mode origanaly for Rings. (midi device: https://forum.mutable-instruments.net/t/needles-1u-midi-controller-yarns-companion/12656) Itās basicly a chrod mode which strumms through the notes you hit. So something like: C smalldelaywithnothing E smalldelaywithnothing F smalldelay and then shut of because itās the last note.
I loved this so much that i bought a Crow for it to make the same thing work with just friends (with added vibrato support from yarns 
) But now im looking to implement something on the geode side. Is there any idea to make geode like a playable thing?
For anyone who is interested in my code:
Code
-- JF with transpose and first combined
function delay(time, action)
local dmetro = metro.init(devent, time, 1)
local count = 0
dmetro:start()
function devent()
count = count + 1
if count == 2 then
action()
metro.free(dmetro.id)
end
end
end
length = {}
rhythm = {}
notes = {}
step = {}
bits = {}
scale = { {0,2,4,7,9}, {0,2,4,5,7,9,11} }
decay = 0.4
attack = 2
function set_d(t) decay = (t-1)/8 + 0.05 end
function set_a(t) attack = (t-1)/64 + 0.003 end
function play(out,ix)
if rhythm[ix][ step[ix] ] & 8 == 8 then
if ix == 1 then set_d(t[ix]) else set_a(t[ix]) end
t[ix] = 0
output[out+1]()
end
if rhythm[ix+2][ step[ix+2] ] & 8 == 8 then
n1 = notes[ix][ step[ix+2] ]
n2 = notes[ix][ step[ix] ]
abs = math.abs(input[2].volts)/5
note = n1 + abs*(n2-n1)
note = math.floor(note * (abs*3 + 0.1))
s = scale[input[2].volts > -0.04 and 1 or 2]
nn = s[ note%(#s) + 1 ]
oct = math.floor(note/12)
output[out].volts = nn/12 + oct
end
step[ix] = (step[ix] % length[ix]) + 1
step[ix+2] = (step[ix+2] % length[ix+2]) + 1
end
sd = 0
function lcg(seed)
local s = seed or sd
sd = (1103515245*s + 12345) % (1<<31)
return sd
end
function get_d() return decay end
function get_a() return attack end
t = {0,0}
function env(count)
for i=1,2 do t[i] = t[i] + 1 end
end
function trans(count)
transpose = input[2].volts - lastNote
if (transpose > 0.008 or transpose < -0.008) then
ii.jf.transpose(transpose - 2)
else
ii.jf.transpose(-2)
end
end
input[1].change = function(s)
getters()
if speed > 0 and tsc == 1.0 then
tmetro:start()
ii.jf.mode(1)
lastNote = input[2].volts
noteCount = noteCount + 1
delay( 0.003, function() ii.jf.play_note(input[2].volts,5) lastNote = input[2].volts end )
elseif speed > 0 and noteCount > 5 then
lastNote = input[2].volts
delay( 0.003, function() ii.jf.play_note(input[2].volts,5) lastNote = input[2].volts end )
else
noteCount = 0
ii.jf.mode(0)
tmetro:stop()
end
play(1,1)
play(3,2)
end
function getters()
ii.jf.get('speed')
ii.jf.get('tsc')
ii.jf.event = function(e, value)
if e.name == 'speed' then
speed = value
elseif e.name == 'tsc' then
tsc = value
end
end
end
function init()
getters()
lastNote = 0
noteCount = 0
input[1].mode('change', 1, 0.1, 'rising')
lcg(unique_id())
lcg()
lcg()
lcg()
for i=1,4 do
length[i] = lcg()%19 + 6
rhythm[i] = {}
for n=1,32 do
rhythm[i][n] = lcg()
end
step[i] = 1
end
-- notes
for i=1,4 do
notes[i] = {0}
for n=1,31 do
notes[i][n+1] = notes[i][n] + (lcg() % 7) -3
end
end
-- out params
output[1].slew = 0
output[1].volts = 0
output[2].action = ar(get_a,get_d)
output[3].slew = 0.01
output[3].volts = 0
output[4].action = ar(get_a,get_d)
-- start sequence!
dec = metro.init{ event = env, time = 0.1 }
dec:start()
tmetro = metro.init{ event = trans, time = 0.03 }
end
Note the outputs acts as the First script so when you arenāt playing Just friends synth mode you can use the First script.
