trentgill

--- emulating a small subset of Cold Mac

-- bank of functions
-- args: input
-- output: transformed version of input
last_integral = 0
last_input = 0
function clamp(v,min,max)
  return math.max( math.min(v,max), min )
end

trentgill

--- subharmonic pitch source

magic = 1/math.log(2)

function init()
  output[1].volts = 0
  metro[1].time = 1.0
  metro[1].event = next_step
  metro[1]:start()
  --input[1].mode( 'stream', 0.002)

trentgill

--- timeline sequencer
-- aka 'function tracker'

-- out1: pitch
-- out2: volume
-- out3: filter cf

scale = {0,6,11,-12,-1,4,0,0,7,6,4,1}
scaleIX = 1
function next_note()

trentgill

--- subharmonic pitch source

magic = 1/math.log(2)

function init()
  output[1].volts = 0
  metro[1].time = 1.0
  metro[1].event = next_step
  metro[1]:start()
  --input[1].mode( 'stream', 0.002)

trentgill

--- Exploring crow's input modes

function init()
  input[1].mode( 'volume', 0.001 )
  output[4].slew = 3
end

new_base = false

input[1].volume = function( level )

trentgill

#define NUM_OSCS 6

void ii_vox( uint8_t* d )
{
    if( !jt_state.smode ){ return; } // ignore if *not* in syn mode

    int8_t voice = (int8_t)d[0] -1;
    if( voice >= NUM_OSCS ){ return; } // voice out of range

    int16_t note = (d[1] << 8) + d[2];

trentgill

--- clocky -- a demo of norns' clock library on crow
-- NB: requires experimental crow beta
-- available from https://github.com/monome/crow/pull/352

myarp = {}
myarp2 = {}
mylfo = {}


--myskal = {0,2,4,7,9,12,14,16,19,24}

trentgill

--- An exploration of Just Friends' Geode

j = ii.jf -- alias used throughout

function init()
    j.mode(1)

    input[1]{ mode = 'change'
            , direction = 'rising'
            }

trentgill

--- An exploration of Just Friends' Geode

j = ii.jf -- alias used throughout

function init()
    j.mode(1)

    input[1]{ mode = 'change'
            , direction = 'rising'
            }

trentgill

--- just friends poly sequencer


function init()
  metro[1].event = n
  metro[1].time = 0.2
  metro[1]:start()
  metro[2].event = n2
  metro[2].time = 0.21
  metro[2]:start()