#!/usr/bin/env node
var codetraxx = require('beatduino-helpers');
var exec = require('child_process').exec;
function playrrr(wav, tickCounter ){
exec("play " + wav + " echo 0.8 0.88 " + tickCounter % 60 + " 0.4");
}
HATZ = ["wavs/WuTangDrumz/Perkussin/WU_HH_113.wav","wavs/WuTangDrumz/Perkussin/Wu_1p_108_.wav", "wavs/WuTangDrumz/Perkussin/Wu_1p_69_.wav", "wavs/WuTangDrumz/Perkussin/Wu-RZA-Hat71.wav"]
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
randNum = codetraxx.randyNum(5);
if (/[13]/.test(beat) || /[34]/.test(microTick) && Math.round(Math.random()*1)) {
exec("play " + HATZ[0]);
//console.log("SKIP!");
} else {
console.log("PLAY!");
setTimeout( function() {
return playrrr(HATZ[1],tickCounter);
},randNum);
}
});
var baudio = require('baudio');
var tau = Math.PI * 2;
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
//console.log("BPM: " + bpm + " BEAT: " + beat + " MICROTICK: " + microTick + " TICKCOUNTER: " + tickCounter);
//if (/[15]/.test(beat) && /[1]/.test(microTick) && !nowplaying) {
//if (/[15]/.test(beat) && /[1]/.test(microTick) && !nowplaying) {
if (/[1]/.test(microTick) && !nowplaying) {
nowplaying = 1;
var b = baudio(function (t) {
//console.log(t);
vol = "0." + (Math.floor(t % 4) + 1);
diff = bpm / 60;
return (sin(165) + sin(165 + diff)) / 2;
//return (sin(330) + sin(330 + diff)) / 2;
//function sin (x) { return Math.sin(tau * multi * x); }
function sin (x) { return Math.sin(tau * (t/2) * x); }
function square (x) { return sin(x) > 0 ? 1 : -1; }
function saw (x) { return 1-2*(t%(1/x))*x ;}
});
b.play();
}
});
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
//if (/[15]/.test(beat) && /[14]/.test(microTick) ) {
//if (/[157]/.test(beat) && /[13]/.test(microTick) ) {
if (/[145]/.test(beat) && /[134]/.test(microTick) ) {
//if (/[137]/.test(beat) && /[14]/.test(microTick) ) {
//if (/[1]/.test(beat) && /[1]/.test(microTick) ) {
//if (/[13]/.test(beat) && /[1]/.test(microTick) ) {
console.log("MICROTICK IS A " + typeof microTick);
//playrrr(KICKZ[0],tickCounter);
}
//if (/[35]/.test(beat) && /[13]/.test(microTick) ) {
var randClick= randyNum(3);
if (/[57]/.test(beat) && randClick == microTick ) {
console.log("survived! " + randClick);
playrrr(KICKZ[1], tickCounter);
exec("play " + KICKZ[2] + " bass +3 allpass " + tickCounter % 37 + " 1 treble " + tickCounter % 76);
}
//if (/[26]/.test(beat) && /[12]/.test(microTick) ) {
if (/[2468]/.test(beat) && /[1]/.test(microTick) ) {
console.log("zzzzZMICROK IS A " + typeof microTick);
playrrr(CLAP, tickCounter);
randNum = randyNum(7);
setTimeout( function() {
return playrrr(SNAREZ[1], tickCounter);
}, randNum);
}
if (/[24]/.test(beat) && /[1]/.test(microTick) ) {
if (randyNum(23) > 22) {
setTimeout( function() {
return playrrr(SAMPLEZ,tickCounter);
}, randNum);
}
}
});
var REVCRASH = "wavs/TrpDrumz/Crash/Rev\\ Crash\\ \\(2\\).wav";
var HAT1 = "wavs/WuTangDrumz/Perkussin/Wu-RZA-Hat1.wav";
var SNARE = "wavs/WuTangDrumz/Cynerz/Wu\\ Snarez/W1_S\\ \\(20\\).wav";
function playrrr(wav) {
exec("play " + wav + " bass +7 echo 0.8 0.88 60 0.4");
}
codetraxx.subscribe('bpm', function(msg) {
var bpm = msg.bpm,
microTick = msg.microTick,
tickCounter = msg.tickCounter,
beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
playrrr(HAT1);
if (/[1357]/.test(beat) && microTick == 1) {
playrrr(KICK);
if (beat == 1 && microTick == 1) {
playrrr(REVCRASH);
}
} else if (beat == 5 && microTick == 2) {
playrrr(KICK);
} else if (beat == 4 && microTick == 1) {
playrrr(CRASH);
} else if (/[2468]/.test(beat) && microTick == 1) {
playrrr(SNARE);
}
});
// var xs = [ (1200 / t), t, 240, 450, 20 ]; // works
var xs = [ (1200 / t), donk, 240, 450, n * tau ];
var speed = tt % 8 > 7 ? 16 : 2;
var x = xs[Math.floor(t*speed)%xs.length]
//var z = tt % 8 < 7 ? 1000 : 80;
//var f = x + Math.sin(z * (t % 1));
var noisee = 0.15 * Math.sin(tau * x * (t / bpm));
//codetrax.publish('bzz', noisee);
// nowplaying = 0;
return (noisee);
});
b.play();
};
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " BEAT: " + beat + " MICROTICK: " + microTick + " TICKCOUNTER: " + tickCounter);
if (/[15]/.test(beat) && /[1]/.test(microTick) && !nowplaying) {
console.log("hola");
baudio_funct(tickCounter);
}
});
#!/usr/bin/env node
var codetraxx = require('beatduino-helpers');
var nowplaying = 0;
var baudio = require('baudio');
var tau = Math.PI * 2;
var xzzz, yzzz, zzzz, Gx, Gz;
codetraxx.subscribe( 'motion', function(msg) {
xzzz = msg.x, yzzz = msg.y, zzzz = msg.z, Gx = msg.Gx, Gy = msg.Gy, Gz = msg.Gz;
console.log("Dance human! : " + msg);
});
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
if (/[1]/.test(microTick) && !nowplaying) {
nowplaying = 1;
var b = baudio(function (t) {
multi = (t * (bpm / 60));
vol = "0." + (Math.floor(t % 4) + 1);
diff = bpm / 60;
//return (sin(130) + sin(130 + diff)) / 2;
//return (sin(130) + sin(122) * diff) / 2; // SWEET SPOT
return (sin(130) + sin(127) * diff) / 2;
//return (sin(130) + sin(130 + diff)) * Gx / 2;
//return (sin(130) + sin(17 * yzzz) + square(zzzz)) / 2;
console.log("loser! need a program tae monitor and a time to run in seconds..");
process.exit(1);
}
runtime = runtime * 1000;
console.log("\n\n****\nMUTHAFUCKA - THIS IS THA VOICE OF DA KINGPING - MONITORING YO SHITTY ASS " + prog + " -- KEEP IT REAL BEATCH!\n\n*******\n");
codetraxx.subscribe('bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
if (/[3]/.test(beat) && /[1]/.test(microTick) && !nowplaying) {
nowplaying = 1;
var server = cp.fork(prog);
console.log(prog + ' started');
setInterval(function(){
server.kill();
console.log(prog + ' stopped');
nowplaying=0;
},runtime);
process.on('SIGINT', function () {
server.kill();
process.exit();
});
}
});
#!/usr/bin/env node
var codetraxx = require('beatduino-helpers');
var exec = require('child_process').exec;
var KICK = "wavs/TrpDrumz/Kicks/Kick_7_.wav";
var KICK2 = "wavs/WuTangDrumz/WTC_kyKX/Wu-RZA-Kick69.wav";
var KICK3 = "wavs/KickDrum0013.aif";
var SAMPLEZ = "wavs/TrpDrumz/DJDrops/DjDrop.wav";
//var SNARE = "wavs/SnareDrum0012.aif";
var SNARE = "wavs/Clap.aif";
function playrrr(wav ){
exec("play " + wav + " bass +7 echo 0.8 0.88 60 0.4");
}
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
if (/[56]/.test(beat) && microTick == 3 && Math.round(Math.random()*1)) {
console.log("SNEAKY!");
exec("play " + SAMPLEZ + " bass +3");
}
});
var KICK3 = "wavs/KickDrum0013.aif";
//var SNARE = "wavs/SnareDrum0012.aif";
var SNARE = "wavs/Clap.aif";
function playrrr(wav ){
exec("play " + wav + " bass +7 echo 0.8 0.88 60 0.4");
}
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
if (/[1357]/.test(beat) && microTick == 1) {
console.log("MICROTICK IS A " + typeof microTick);
if (beat % 7 === 0 || beat % 3 === 0 ) {
console.log("Modulo beatches!");
exec("play " + KICK2 + " " + KICK3 + " bass +3");
} else {
playrrr(KICK);
}
} else if (/[2468]/.test(beat) && microTick == 1) {
randNum = codetraxx.randyNum(10);
setTimeout( function() {
return playrrr(SNARE);
},randNum);
} else if (/[5]/.test(beat) && microTick == 3 && Math.round(Math.random()*1)) {
console.log("SNEAKY!");
exec("play " + KICK2 + " " + KICK3 + " bass +3");
}
});
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
//console.log("BPM: " + bpm + " BEAT: " + beat + " MICROTICK: " + microTick + " TICKCOUNTER: " + tickCounter);
// if (/[1]/.test(beat) && /[1]/.test(microTick) && !nowplaying) {
//if (/[1]/.test(microTick) && !nowplaying) {
if (microTick && !nowplaying) {
nowplaying = 1;
var b = baudio(function (tt, tickCounter) {
//var xs = [ 30, 60, 90, 120, 700 ];
//var xs = [ 34747, 3/5 ];
//var xs = [ 47, 3/5 , 0, 1477 ];
// var xs = [ 74, 5, 7, 44 ];
var xs = [ 71, 45, 7, 44 ];
var z = tickCounter % 7 < 4 ? 1200 : 13;
var x = xs[Math.floor( tt * z * tau) % xs.length]
// var f = x + sin(z * (t % 1));
var multi = tt * ( bpm / 60) ;
return (
//sin(multi) * sin(x) * 0.3713
sin(x) * 0.17
);
function sin (x) {
return Math.sin(tau * multi * x);
}
});
b.play();
}
});
var baudio = require('baudio');
var codetraxx = require('beatduino-helpers');
var tau = 2 * Math.PI;
var melody = [0, 440, 880, 220, 0, 220, -220, 330].map(function(x) {
return Math.pow(2, x)
});
var bpm = false;
var firstTick = false;
codetraxx.subscribe('bpm', function(msg) {
if (!firstTick) {
firstTick = msg.tickCounter;
}
if (msg.beat == 1 && msg.microTick == 1 && !bpm) {
bpm = parseInt(msg.bpm);
var b = baudio(function(t) {
var m = melody[Math.floor(t * bpm / 60 % melody.length)];
return sin(400 * m) * .1;
function sin(freq) {
return Math.sin(tau * t * freq);
}
});
b.play();
}
});
exec("play " + wav + " bass +7 echo 0.8 0.88 " + tickCounter % 60 + " 0.4");
}
codetraxx.subscribe( 'bpm', function(msg) {
var bpm = msg.bpm, microTick = msg.microTick, tickCounter = msg.tickCounter, beat = msg.beat;
console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
if (/[1]/.test(beat) && microTick == 3 && Math.round(Math.random()*1)) {
console.log("MICROTICK IS A " + typeof microTick);
playrrr(SOUNDFX1, tickCounter);
//if (tickCounter % 7 === 0 || beat % 3 === 0 ) {
// console.log("Modulo beatches!");
//} else {
// playrrr(SOUNDFX2);
//}
} else if (/[7]/.test(beat) && /[3]/.test(microTick) && Math.round(Math.random()*1) && Math.round(Math.random()*1)) {
//randNum = codetraxx.randyNum(40);
//var CUR_SNARE = "SNARE" + codetraxx.randyNum(3);
//console.log("CURSNARE :" + CUR_SNARE);
//playrrr(SOUNDFX3);
//setTimeout( function() {
// return playrrr(CUR_SNARE);
//},randNum);
playrrr(SOUNDFX5, tickCounter);
} else if (/[37]/.test(beat) && /[1]/.test(microTick) && Math.round(Math.random()*1)) {
console.log("SNEAKY!");
playrrr(SOUNDFX4, tickCounter);
}
});
codetraxx.subscribe('bpm', function(msg) {
var bpm = msg.bpm,
microTick = msg.microTick,
tickCounter = msg.tickCounter,
beat = msg.beat;
//console.log("BPM: " + bpm + " MICROTICK: " + microTick + " TICK COUNTER: " + tickCounter + " and BEAT is: " + beat);
if (/[15]/.test(beat) && microTick == 1) {
playrrr(KICK);
if (beat == 1 && microTick == 1) {
playrrr(ticktick);
}
} else if (beat == 5 && microTick == 2) {
playrrr(KICK);
}
if (beat == 1 && /[124]/.test(microTick)) {
playrrr(HAT1)
}
if (tickCounter % 64 == 0) {
var coin = Math.floor(Math.random() * 100);
if (coin / 2 == Math.floor(coin / 2)) {
playrrr(tractorBeam);
}
}
if (tickCounter % 48 == 0) {
var coin = Math.floor(Math.random() * 100);
if (coin / 2 == Math.floor(coin / 2)) {
playrrr(bleepbleep);
}
}
});