edeleflie

# REQUIRED: The credentials for creating/accessong your app's database
#
db_user: "#{app_name[0,16]}"
db_pass:
db_name: "#{app_name}_#{RUBBER_ENV}"

db_slave_user: "#{('slave_' + db_user)[0,16]}"
db_replicator_user: "#{('replicator_' + db_user)[0,16]}"

edeleflie

# REQUIRED: The credentials for creating/accessong your app's database
#
db_user: "#{app_name[0,16]}"
db_pass:
db_name: "#{app_name}_#{RUBBER_ENV}"

db_slave_user: "#{('slave_' + db_user)[0,16]}"
db_replicator_user: "#{('replicator_' + db_user)[0,16]}"

# REQUIRED: The command to use to do a full backup of your database using

edeleflie

(
	p = Pbind(
		[\degree, \dur],
		Pseq([[0, 0.1], [2, 0.1], [3, 0.1], [4, 0.1], [5, 1]], 1),
		\amp, 0.08,
		\octave, 6,
		\instrument, \cfstring1
	);
)

edeleflie

(
SynthDef(\cfstring1.postln, { arg i_out, freq = 360, gate = 1, pan, amp=0.1;
	var out, eg, fc, osc, a, b, w;
	fc = LinExp.kr(LFNoise1.kr(Rand(0.25, 0.4)), -1, 1, 500, 2000);
	osc = Mix.fill(8, {LFSaw.ar(freq * [Rand(0.99, 1.01), Rand(0.99, 1.01)], 0, amp) }).distort * 0.2;
	eg = EnvGen.kr(Env.asr(1, 1, 1), gate, doneAction:2);
	out = eg * RLPF.ar(osc, fc, 0.1);
	#a, b = out;
	Out.ar(i_out, Mix.ar(PanAz.ar(4, [a, b], [pan, pan+0.3])));
}).store;

edeleflie

// This SynthDef does Granular Synthesis
(
	SynthDef(\granularish, {arg speed = 1, sndbuf ;
		var b = 10, trate, dur, clk, pos, pan;
		trate = MouseY.kr(8,120,1);
		dur = 12 / trate;
		clk = Impulse.kr(trate);
		pos = MouseX.kr(0,BufDur.kr(b)) + TRand.kr(0, 0.01, clk);
		pan = WhiteNoise.kr(0.6);
	

edeleflie

(
	SynthDef("LoopSound", { arg out = 0, soundFile, speed = 1, triggerEvery = 1, startPos = 0, vol = 1, duration = 1;

		var signal = GrainBuf.ar(1, 
					Impulse.kr(1 / triggerEvery),	// trigger rate
					duration,		// duration
					soundFile,		// must be pre-loaded		
					speed,			// or speed
					startPos,	        // where to start playing
					4);

edeleflie

(
	SynthDef("auditory_s_s", { 	arg in, out, 	// input sound, output sound 
					mix = 0.5, room = 0.1, damp = 0.5, 	// reverb params (all between 0 and 1)
					hp_cutoff_freq = 10, 			// hi pass params (anything)
					lp_cutoff_freq = 40000, 		// low pass params (anything)
					pan = 0;				// pan left or right (-1 to 1)
	
		var reverbed, lo_passed, hi_passed, panned;
		
		hi_passed = HPF.ar(In.ar(in), hp_cutoff_freq); 		// this line applies the Hi pass

edeleflie

(
	SynthDef("auditory_s_s", { 	arg in, out, 					// input sound, output sound 
							mix = 0.5, room = 0.1, damp = 0.5, 	// reverb params (all between 0 and 1)
							hp_cutoff_freq = 10, 				// hi pass params (anything)
							lp_cutoff_freq = 40000, 			// low pass params (anything)
							pan = 0,							// pan left or right (-1 to 1)
							stereoWidthVol = 0,					// 0 - 1 (try 0.7)
							stereoWidthAmount = 0.0;			// 0.0001 - 0.1	(try 0.002)  (time delay between 2 channels)
	
		var reverbed, lo_passed, hi_passed, panned1, panned2;

edeleflie

// Use this file as a template for Assignment 1
//
// Vimeo tutorial of everything: http://vimeo.com/user2299201
// Synthesiser definitions
//			LoopSound: https://gist.github.com/1138857
// 			Auditory_s_s: https://gist.github.com/1153861
//
// This file: 	https://gist.github.com/1153864
//
// To get everything playing, all you need to do is hit 'enter' once for each line

edeleflie

(
	SynthDef("Xenakish", { arg out = 0, soundFile, t_ramp = 0,
						triggerGrainEvery = 1,	// how often to trigger the grains. Start with 0.05 (every 50 msec).
						goTo = 0,				// position in file 0 to 1.
						goIn = 0,				// time to get to the position (in seconds).
						randomPosSpread = 0,		// random spread in seconds. Start with 0.01.
						grainLength = 1,		// length of grain in seconds. typically 10-50msec. Start with 0.05 (50 msec).
						speed = 1,				// how fast to play the grain. Affects pitch.
						vol = 1;				// volume.