ed95

/*******************************************************************************
 The block below describes the properties of this PIP. A PIP is a short snippet
 of code that can be read by the Projucer and used to generate a JUCE project.

 BEGIN_JUCE_PIP_METADATA

 name:             EmojiJUCE
 vendor:           JUCE
 website:          http://juce.com

ed95

/*
  ==============================================================================

   This file is part of the JUCE library.
   Copyright (c) 2017 - ROLI Ltd.

   JUCE is an open source library subject to commercial or open-source
   licensing.

   By using JUCE, you agree to the terms of both the JUCE 5 End-User License

xavriley

s.boot

// BEGIN code to convert AKWF wavetables from 600 samples in length to 1024
// because VOsc3 needs a buffer which is a power of two to work properly

// this pipes in stdout from ls
(
var p, l;
p = Pipe.new("find ~/Projects/sonic-pi/etc/wavetables/AKWF/AKWF_0001 -iname *.wav", "r");	// list directory contents in long format
l = p.getLine;				// get the first line

scripting

const xml2js = require ("xml2js"), request = require ("request");
request ("http://scripting.com/rss.xml", function (error, response, data) {
	if (!error && (response.statusCode == 200)) {
		xml2js.parseString (data, function (err, result) {
			console.log (JSON.stringify (result, undefined, 4));
			});
		}
	});

mbutz

# Bass Clarinet
master_vol = (line 0, 1, inclusive: true, steps: 50).ramp
bass_vol = 0.5
bass_rhythm = (ring 0.25, 0.75, 1, 0.75, 0.25, 0.5, 0.5).shuffle # makes 4 quarters or one bar on the whole

bass_depth = (line 0, 12, steps: 6) # (ring 0.0, 2.0, 4.0, 6.0, 8.0, 10.0) for fm depth:
bass_room = (ring 100, 150, 200, 300) 

bass_cycle = 32 # the complete bassline
bass_phrase = bass_cycle / 4 # One of the four patterns

rbnpi

These files accompany a video at https://youtu.be/K1KQSFiHg6I which explores the use of a GUI to control a Sonic Pi program
running code to drive an external midi player. (I used Logic Pro) It currently works with SP2.12.0-midi-alpha1 on a Mac,
but may probably break on future versions. It is intended to show some concepts, particularly the use of a GUI written
in processing which can control SP by means of OSC messages. The source code of the processing sketch is included.
It also illustrates a technique to allow a Sonic Pi piece to be started at any bar, by calculating the start note for
each of the parts concerned. It can handle a tied note already playing at the start of the selected bar.
The final technique utilised is to use an external script utilising calls to the Sonic Pi cli interface gem to stop
Sonic Pi running and then to restart the program using a run_file command. In this way, Sonic Pi can respond to
a stop singal from the GUI and then restart playing when a subsequent Play cue is received via

bennuttall

Remote GPIO

GPIO Zero allows you to create objects representing GPIO devices. As well as running it on a Raspberry Pi, you can also install GPIO Zero on a PC and create objects referencing GPIO pins on a Pi over the network.

To do this, you'll need to do a few things to get set up:

1. Enable Remote GPIO on the Pi in the Raspberry Pi Configuration Tool.

2. Run the pigpio daemon on the Pi:

emlyn

• Install Control on your phone (for Android, but it, or something similar, is probably available for iOS).
• Run it, tap on "menu", then "Destinations", and then the "+" symbol. For the destination URL enter the IP address of your computer running Sonic Pi, and for the destination port enter 5005, then click "Add".
• In your terminal, run the soundboard.sh script (or just copy and paste the last line). This listens on a public port and forwards any UDP packets to Sonic Pi (because Sonic Pi only listens on localhost).
• Copy and paste the soundboard.rb code into a Sonic Pi buffer and run it.
• In the Control app, tap on "Interfaces" and select "Monome Emulation".
• Tap the grid, and you should hear sounds.
• The sliders adjust volume and low-pass cutoff.

rbnpi

#experimental program one to send notes to
#SP running on a second computer, using OSC sync

use_osc "localhost", 8000
sleep 1 #allow OSC time to setup
use_synth :piano
with_fx :reverb,room: 0.6 do
  a1=[]
  b1=[]
  a1[0]=[:r,:C4,:D4,:E4,:F4,:D4,:E4,:C4,:G4,:C5,:B4,:A4,:B4,:C5,:D5,:G4,:A4,:B4,:C5,:A4,:B4,:G4,:D5,:G5,:F5,:E5,:F5,:G5,:E5,:A5,:G5,:F5,:E5,:G5,:F5,:A5,:G5,:F5,:E5,:D5,:C5,:E5,:D5,:F5,:E5,:D5,:C5,:B4,:A4,:C5,:B4,:D5,:C5,:B4,:A4,:G4,:Fs4,:A4,:G4,:B4,:A4,:D4,:C5,:B4,:C5,:D5,:B4,:A4,:G4,:Fs4,:E4,:G4,:Fs4,:A4,:G4,:B4,:A4,:C5,:B4,:D5,:C5,:E5,:D5,:B4,:C5,:D5,:G5,:B4,:C5,:B4,:A4,:G4,:G4,:r,:r,:G4,:A4,:B4,:C5,:A4,:B4,:G4,:Fs4,:G4,:Fs4,:r,:r,:A4,:B4,:C5,:D5,:B4,:C5,:A4,:B4,:r,:r,:D5,:C5,:B4,:A4,:C5,:B4,:D5,:C5,:r,:r,:E5,:D5,:C5,:B4,:D5,:Cs5,:E5,:D5,:Cs5,:D5,:E5,:F5,:A4,:B4,:Cs5,:D5,:Fs4,:Gs4,:A4,:B4,:C5,:D5,:E4,:Fs4,:Gs4,:A4,:Fs4,:Gs4,:E4,:E5,:D5,:C5,:E5,:D5,:C5,:B4,:D5,:C5,:A5,:Gs5,:B5,:A5,:E5,:F5,:D5,:Gs4,:F5,:E5,:D5,:C5,:D5,:C5,:B4,:A4,:A4,:A5,:G5,:F5,:E5,:G5,:F5,:A5,:G5,:G5,:E5,:F5,:G5,:A5,:F5,:G5,:E5,:F

AlexandreRangel

# reading OSC from Processing, Alexandre Enkerli
# full screen, fulltime mouse, Alexandre Rangel
# 24-Nov-2016
# Sonic Pi 2.11

use_bpm 120
set_sched_ahead_time! 0 # Setting that one to a negative value makes Sonic Pi complain, it sounds like.

live_loop :osc do # The loop is inside the fx as this is where the action will be.
  osc=sync "/osc" # The OSC message which Processing sends, based on mouse coordinates.