kindohm

SynthDef.new(\DFM1ping, { |out, freq = 440, attack = 1, release = 1, gain = 1, pan = 0, 
	resonance = 0, sustain = 2, transitionTime = 0.875,
	disProb = 0, disMult =0, ringzAmp = 1, pulseAmp = 0 |

	var sig, env, resonanceEnv ;
	freq = freq.clip(20, 20000);
	env = EnvGen.kr(Env.new([0, 1, 1, 0], [attack, sustain, release], \sine)) ; // An envelope for some stuff. Mostly amplitude. It goes up, then holds there, then goes down again.
	resonanceEnv = EnvGen.ar(Env.new([resonance, resonance, resonance, 0.9], [attack, sustain, release], curve: \sine)) ; // An envelope for the resonance.
	sig = DFM1.ar(BrownNoise.ar(1)*Decay.ar(Impulse.ar(0.01),0.1),freq,resonanceEnv) ; // This filter is a special treat. It has character. Get the SC3 plugins now.
	sig = sig + (Ringz.ar(Dust2.ar(freq.range(0.0,0.0009765625)),freq,attack+sustain+release,ringzAmp) * 0.00025) ; // Ringz is a ringing filter.

kindohm

/*
// Simple DIY Electronic Music Projects
//    diyelectromusic.wordpress.com
//
//  Simple MIDI Serial Monitor
//  https://diyelectromusic.wordpress.com/2022/04/06/simple-midi-serial-monitor/
//
      MIT License
      
      Copyright (c) 2020 diyelectromusic (Kevin)

kindohm

#include <MIDI.h>


#define MIDI_HW_SERIAL2  1


// ---- Definitions for MIDI INPUT devices ----
//
#ifdef MIDI_HW_SERIAL2

kindohm

# original code is from
# https://www.notesandvolts.com/2015/02/midi-for-arduino-input-test.html

#include <MIDI.h>  // Add Midi Library

#define LED 13    // Arduino Board LED is on Pin 13

//Create an instance of the library with default name, serial port and settings
MIDI_CREATE_DEFAULT_INSTANCE();

kindohm

#define MIDI_CLOCK 0xF8

#define MIDI_CLOCK_PIN 1

// Define the MIDI baud rate
#define MIDI_BAUD_RATE 31250

unsigned long previousMicros = 0;
unsigned long intervalBetweenTempoChanges = 2000;  // 2 seconds in microseconds
unsigned long lastTempoChangeTime = 0;

kindohm

//crude and incomplete but it works

var fs = require('fs');
var Buffer = require('buffer').Buffer;
var constants = require('constants');
var size = 0;
var encoded = '';
var fileName = '';
var wavFileName = '';
var base64FileName = '';

kindohm

# mashing up breakbeats in Sonic Pi
# resulting audio: https://soundcloud.com/kindohm/sonic-pi-breaks

# this var changes the playback speed of the breaks,
# which in turn controls the loop sleep time and overall tempo
rate = 1

# samples paths
samples = []
samples.push("C:\\tidal-samples\\samples\\akuma\\Half Baked break a.wav")

kindohm

do
  let nn num = stack [speed (segment 1 $ range 0.5 3 $ (cF 1 num)) # s "arpy", s "drum" ]
      step1 = nn "96"
      step2 = nn "98"
      step3 = nn "100"
      step4 = nn "70"
      step5 = nn "72"
      step6 = nn "74"
      step7 = nn "76"
      step8 = nn "78"

kindohm

bps (140/120)

do
    let spat = "[1.2 ~ ~ ~ ~ ~ 0.4 ~ ~ ~]"
    let fpat = "[0   ~ ~ ~ ~ ~ 127 ~ ~ ~]"
    let dpat = "[0   ~ ~ ~ ~ ~ 3   ~ ~ ~]"
    let mod p = spaceOut [1,1.1,0.9,0.95,1.7,1.25,0.8,1.65,1,0.7,0.823,1.5,1,2,1.8] $ p
    d1 $ mod $ gain spat # note "-12" # s "midi" # midichan 15
    d2 $ mod $ control fpat # ctlNum 100 # s "midi" # midichan 15 # midicmd "control"
    d3 $ mod $ midinote dpat # s "midi" # gain 1.2

kindohm

do
  d1
    $ limit
    $ stack [
        -- kick
        , gain "{1@9 1@6 1@7 1@8}%2" # midichan 1 # note "c3"
        -- pad swell
        , gain "{1@15 1@16 1@13 1@12 1@14}%4" # midichan 3 # note "c3"
        -- pad
        , slow "<2 3 4 5>" $ (0.5 ~>) $ midichan 7 # note "c3"