trentgill

/*  A simple program demonstrating a doubly-linked-list library.
	Intended to store arbitrary timestamps that must be maintained
	in chronological order w/ neighbour access. */

#include <stdio.h>
#include "wrCueList.h"

cueList myCues;

int main(void) {

trentgill

   /*
	* Generates a random tree, then searches for a node
	*
	* Compile w GCC then run:
	*	> gcc search.c -o search
	*	> ./search
	*/

#include <stdio.h>
#include <stdlib.h>

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.

trentgill

data FIWord = Imm
            | Not
            | NA deriving (Show, Eq)
type FDictEntry = (String, FIWord, FStackItem)
type FDict = [FDictEntry]

native_dict :: FDict
native_dict = [ (".S"        ,Not, FFn  fDOTESS    )
              , ("."         ,Not, FFn  fDOT       )
              ]

trentgill

--- default
-- a really weird way of writing a 30segment lfo
-- output 1 is the main output
-- outputs 2-4 are the default lfos
-- should probably add cv control over rate

-- start all the output actions
function init()
    for c=1, 4 do
        output[c].asl:action()

trentgill

--- druid.lua
-- a tiny shell for crow

local keycodes = include("druid/lib/keycodes")

local word = ""
local prompt = "> "
local console = {}
local CONSOLE_LEN = 6
local hist = {}

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TARGET = without

WRLIB=submodules/wrLib
WRDSP=submodules/wrDsp
LUAS=submodules/lua

CC = gcc
LD = gcc

SRC = main.c \

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() )

trentgill

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

-- WARNING. NON FUNCTIONAL

line = 1 -- this makes it start at line 1!
function timeline_step(count)
  if count == 1 then
    print'1'
    return

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()