catfact

Engine_SimplePassThru : CroneEngine {

	var amp=0;
	var <synth;

// this is your constructor. the 'context' arg is a CroneAudioContext.
// it provides input and output busses and groups.
// see its implementation for details.
	*new { arg context, doneCallback;
		^super.new(context, doneCallback);

trentgill

-- spacetime
-- norns study 3
--
-- ENC 1 - sweep filter
-- ENC 2 - select edit position
-- ENC 3 - choose command
-- KEY 3 - randomize command set
--
-- spacetime is a weird function sequencer.
-- it plays a note on each step.

catfact

Gerasene {

	classvar fft_bufsize;

	var <buf;
	var <out_bus;
	var <syn;
	var <out_syn;

	*initClass {

tlubke

-- roda
-- @tyler
--  a microrhythmic sampler
--
-- inspired by the microrhythms
-- of Samba de Roda.
--
-- load samples via parameters
--
-- DISPLAY

mimetaur

1. Pull the norns repository

2. Make symbolic links from norns sc folders -> SuperCollider Extensions folder:

   • ln -s ~/Developer/monome/norns/sc/core ~/Library/Application\ Support/SuperCollider/Extensions/monome-norns-core
   • ln -s ~/Developer/monome/norns/sc/engines ~/Library/Application\ Support/SuperCollider/Extensions/monome-norns-engines
   • ln -s ~/Developer/monome/norns/sc/ugens ~/Library/Application\ Support/SuperCollider/Extensions/monome-norns-ugens

3. Make symlinks to Norns community repos e.g. ln -s ~/Developer/monome/we/ ~/Library/Application\ Support/SuperCollider/Extensions/monome-we

4. Make symlinks for custom engine development

dndrks

engine.name = 'R'

local R = require 'r/lib/r'
local Option = require 'params/option'
local Formatters = require 'formatters'
local KEY2 = 0
local edit = "cutoff"

function init()
  engine.new("LP", "MMFilter")

markwheeler

// CroneEngine_PolyTemplate
//
// v1.0.0 Mark Eats

Engine_PolyTemplate : CroneEngine {

	classvar maxNumVoices = 3;
	var voiceGroup;
	var voiceList;

dndrks

-- pattern_time study

pattern_time = require 'pattern_time' -- use the pattern_time lib in this script

function init()
  grid_pattern = pattern_time.new() -- establish a pattern recorder
  grid_pattern.process = grid_pattern_execute -- assign the function to be executed when the pattern plays back
  grid_redraw()
end

trentgill

function init()
  -- start stuff
  input[2].mode( 'change' )
  --output[1]( macroseq(0.3) )
  --output[2]( lfo(0.4) )
  --output[3]( lfo(2) )
  output[3].scale{ 0,3,7,10 }
  output[3]( zoom() )

zunaito

--- HOJE by @glia based on TONIGHT by @jlmitch5
-- output 1 > 3sis CENTRE inlet
-- output 2 > FREQ inlet
-- output 3 > HIGH inlet
-- (optional) connect LOW outlet to FM inlet + output ALL


seq = { 0, 4, 5, 7, 9, 2, 4, 7, 0 }
step = 2
switch = 1