Jack Armitage jarmitage

## out_1.csv

          
            index
             a
             b
             c
             d
             e
             f
             g
             h

            
              0
               1.0000
               0.0624
               -0.0624
               -1.0000
               0.0215
               0.0215
               -1.0000
               -1.0000

            
              1
               -0.9579
               -0.9861
               -0.6310
               -0.8100
               -0.9094
               -0.6415
               -0.9466
               -0.9265

            
              2
               -0.9933
               -0.5758
               0.3697
               -0.5160
               0.8868
               -0.2780
               -0.9969
               0.1435

            
              3
               -0.8254
               -0.8311
               0.4734
               0.6095
               0.3770
               0.6794
               -0.7360
               -0.9298

            
              4
               -0.9896
               0.5811
               0.2703
               -0.5235
               0.9200
               -0.6865
               -0.7522
               -0.9121

            
              5
               0.8905
               0.9535
               0.9544
               0.8007
               0.6632
               0.6331
               0.7218
               0.7382

            
              6
               0.5355
               -0.9440
               -0.6908
               0.6977
               0.1048
               0.4740
               0.5587
               -0.7965

            
              7
               -0.5221
               -0.6041
               0.9833
               0.9924
               -0.8704
               -0.9585
               -1.0000
               -0.9999

            
              8
               0.3689
               -0.4448
               0.4905
               0.4718
               -0.9603
               -0.0743
               -0.3943
               1.0000

## test.csv

          
            symbol
            date
            price

            
              MSFT
              Jan 1 2000
              39.81

            
              MSFT
              Feb 1 2000
              36.35

            
              MSFT
              Mar 1 2000
              43.22

            
              MSFT
              Apr 1 2000
              28.37

            
              MSFT
              May 1 2000
              25.45

            
              MSFT
              Jun 1 2000
              32.54

            
              MSFT
              Jul 1 2000
              28.4

            
              MSFT
              Aug 1 2000
              28.4

            
              MSFT
              Sep 1 2000
              24.53

## aux-task.cpp
#include <Bela.h>

AuxiliaryTask myTask;
void myTaskProcess (void*);

bool setup(BelaContext *context, void *userData)
{
	myTask = Bela_createAuxiliaryTask(myTaskProcess, 50, "bela-task");
	return true;
}

## bela_superdirt_startup.scd

      
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                jarmitage
                / bela_superdirt_startup.scd
            
            
              Last active
              April 26, 2018 13:04
            
          
    /**
This script exemplifies the use of SuperCollider on Bela.
When a project contains a _main.scd file, sclang is started
and the content of the file is executed.
If you want to interact with SuperCollider running on the board
from within the SuperCollider IDE on your computer, check out
the 12-SuperCollider/remote examples instead.
Those files also include more code examples to interface with
Bela-specific UGens.
*/

  
## bela_superdirt.scd
// live audio input
(
	SynthDef(\anintest, { |out, sustain = 1, speed = 1, begin = 0, end = 1, pan, accelerate, amp = 1, offset|
		var env, sound, rate, phase;
		phase = Line.ar(begin, end, sustain);
		rate = (begin + 1) * (speed + Sweep.kr(1, accelerate));
		sound = SinOsc.ar( AnalogIn.ar( 0 ).poll.exprange( 200, 5000 ), 0, 0.1 );
		OffsetOut.ar(out,
			DirtPan.ar(sound, ~dirt.numChannels, pan, amp)
		)

## init.tidal
import Sound.Tidal.SpectralTricks -- https://github.com/datamads/SpectralTricks

import Sound.Tidal.Scales as Sc

import Sound.Tidal.Chords as Ch

let (accel,_)      = pF "accel"      (Just 0)
    (bits,_)       = pI "bits"       (Just 0)
    (carPartial,_) = pF "carPartial" (Just 0)
    (detune,_)     = pF "detune"     (Just 0)

## harmony.tidal
do
  let key     = "[0 2 4]/6"
      mScale  = Sc.chromatic
      melody  = "[[7 4 5](5,8)]*2"
      harmony = "0"
      tonic   = "[0(3,8) [<[-7*2 -5*2] [3*2 5*2]>]]"
      bScale  = mScale
      bass    = tonic
  d1 $ slow 2
    $ (|+| n key) $ stack [

## tab.tidal
-- (untested!)

{-

Parsing guitar tabs into Tidal code. Because.

Tab template for a six string guitar in standard tuning:

e|-------------|
B|-------------|

## midi.tidal
{-

Importing MIDI to TidalCycles

Beethoven 7th Symphony II Allegretto

Time signature: 2/4

Key: C Major

## livecodingyoutube.js
// livecodingyoutube.github.io
// iclc.livecodenetwork.org/2017/

// search("andrew sorensen")// click a video
// search("koyaanisqatsi part 7")
// search("inception building")
// search("godzilla original")

// note: shift+enter to run, highlight blocks to run multiple lines at once
index	a	b	c	d	e	f	g	h
0	1.0000	0.0624	-0.0624	-1.0000	0.0215	0.0215	-1.0000	-1.0000
1	-0.9579	-0.9861	-0.6310	-0.8100	-0.9094	-0.6415	-0.9466	-0.9265
2	-0.9933	-0.5758	0.3697	-0.5160	0.8868	-0.2780	-0.9969	0.1435
3	-0.8254	-0.8311	0.4734	0.6095	0.3770	0.6794	-0.7360	-0.9298
4	-0.9896	0.5811	0.2703	-0.5235	0.9200	-0.6865	-0.7522	-0.9121
5	0.8905	0.9535	0.9544	0.8007	0.6632	0.6331	0.7218	0.7382
6	0.5355	-0.9440	-0.6908	0.6977	0.1048	0.4740	0.5587	-0.7965
7	-0.5221	-0.6041	0.9833	0.9924	-0.8704	-0.9585	-1.0000	-0.9999
8	0.3689	-0.4448	0.4905	0.4718	-0.9603	-0.0743	-0.3943	1.0000
symbol	date	price
MSFT	Jan 1 2000	39.81
MSFT	Feb 1 2000	36.35
MSFT	Mar 1 2000	43.22
MSFT	Apr 1 2000	28.37
MSFT	May 1 2000	25.45
MSFT	Jun 1 2000	32.54
MSFT	Jul 1 2000	28.4
MSFT	Aug 1 2000	28.4
MSFT	Sep 1 2000	24.53
	#include <Bela.h>

	AuxiliaryTask myTask;
	void myTaskProcess (void*);

	bool setup(BelaContext context, void userData)
	{
	myTask = Bela_createAuxiliaryTask(myTaskProcess, 50, "bela-task");
	return true;
	}
	// live audio input
	(
	SynthDef(\anintest, { \|out, sustain = 1, speed = 1, begin = 0, end = 1, pan, accelerate, amp = 1, offset\|
	var env, sound, rate, phase;
	phase = Line.ar(begin, end, sustain);
	rate = (begin + 1) * (speed + Sweep.kr(1, accelerate));
	sound = SinOsc.ar( AnalogIn.ar( 0 ).poll.exprange( 200, 5000 ), 0, 0.1 );
	OffsetOut.ar(out,
	DirtPan.ar(sound, ~dirt.numChannels, pan, amp)
	)
	import Sound.Tidal.SpectralTricks -- https://github.com/datamads/SpectralTricks

	import Sound.Tidal.Scales as Sc

	import Sound.Tidal.Chords as Ch

	let (accel,_) = pF "accel" (Just 0)
	(bits,_) = pI "bits" (Just 0)
	(carPartial,_) = pF "carPartial" (Just 0)
	(detune,_) = pF "detune" (Just 0)
	do
	let key = "[0 2 4]/6"
	mScale = Sc.chromatic
	melody = "[[7 4 5](5,8)]*2"
	harmony = "0"
	tonic = "[0(3,8) [<[-72 -52] [32 52]>]]"
	bScale = mScale
	bass = tonic
	d1 $ slow 2
	$ (\|+\| n key) $ stack [
	-- (untested!)

	{-

	Parsing guitar tabs into Tidal code. Because.

	Tab template for a six string guitar in standard tuning:

	e\|-------------\|
	B\|-------------\|
	{-

	Importing MIDI to TidalCycles

	Beethoven 7th Symphony II Allegretto

	Time signature: 2/4

	Key: C Major
	// livecodingyoutube.github.io
	// iclc.livecodenetwork.org/2017/

	// search("andrew sorensen")// click a video
	// search("koyaanisqatsi part 7")
	// search("inception building")
	// search("godzilla original")

	// note: shift+enter to run, highlight blocks to run multiple lines at once