I DROPPED MY PHONE THE SCREEN CRACKED

[idroppedmyphonethescreencracked]

//lfo's modulating lfo's modulating sines __().lfo({frequency:4,type:"sine",gain:20,id:"lfo1"}).sine().waveshaper(1).dac(1.5); __().lfo({frequency:0.15,modulates:"gain",gain:150,type:"sine"}).connect("#lfo1"); __().lfo({frequency:2,type:"sine",gain:10,id:"lfo2"}).sine().connect("waveshaper"); __().lfo({frequency:0.1,modulates:"gain",gain:300,type:"sine"}).connect("#lfo2"); __().lfo({frequency:8,type:"sine",gain:30,id:"lfo3"}).sine().connect("waveshaper"); __().lfo({frequency:0.1,modulates:"gain",gain:500,type:"sine"}).connect("#lfo3"); __("sine,lfo").start();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//set up a sine with a delay __().sine(300).delay().compressor({release:.01}).dac(); //lfo's modulating the delay time & feedback parameters of the delay __().lfo({type:"sine",modulates:"feedback",frequency:.05,gain:1}).connect("delay"); __().lfo({modulates:"delay",frequency:15,gain:0.015,id:"lfo1"}).connect("delay"); //another lfo modulating the frequency the 2nd lfo above __().lfo({modulates:"frequency",frequency:0.01,gain:0.5}).connect("#lfo1"); //start it up __("sine,lfo").start();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//sine wave w lowpass & delay __().square(4).lowpass({id:"lp1",frequency:1000,q:30}) .delay({delay:0.01,feedback:1}).gain(1/12).dac(); //kick = distorted square wave click thru lowpass & ring modulator __().square(4/4).lowpass({frequency:100,q:20}).ring().gain(1/16).connect("dac"); //modulate lowpass on the sine __().lfo({gain:400,frequency:3,type:"sine"}).connect("#lp1"); //modulates the delay __().lfo({modulates:"delay",gain:1/512,frequency:1/8,type:"square"}).connect("delay"); __.play();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//lowpass filtered brown noise modulates the frequency of the sine __(). brown(). lowpass({frequency:20,q:30}). gain({gain:1000,modulates:"frequency"}). sine(40). dac(0.75); //lfo modulates the frequency of the lowpass __().lfo({frequency:0.15,gain:5}).connect("lowpass"); //start sine, brown noise & lfo __("sine,brown,lfo").start();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//resonant bass pulse __().square(0.25).lowpass({frequency:100,q:45}).gain(0.25).ring().compressor({release:0.01}).dac(0.5); //hats sound __().square(4/2).highpass({frequency:6000,q:35}).gain(2).connect("ring"); //hats, offbeat __().square(4/7).highpass({frequency:6000,q:35}).gain(6).connect("ring"); //hats, resonant fill __().square(1).highpass({frequency:6000,q:50}).gain(8).connect("ring"); //chatter __().square(10).highpass({frequency:12000,q:15}).gain(3).panner(1).connect("compressor"); //modulate the pan position __().lfo({modulates:"pan",gain:1,frequency:0.25,type:"square"}).connect("panner"); //start __.play();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//set up sounds- lfo->sine->lowpass->adsr->out //10 second envelope on the adsr __().lfo().sine(300).lowpass({q:30}).adsr(10).dac(0.5).play(); //start the envelope __("adsr").adsr("trigger"); //ramp the frequency of the lfo. 10 to 100, back to 10 __("lfo").ramp([100,10],[5,5],"frequency",10); //ramp the frequency of the lowpass. 900 to 150, back to 900 __("lowpass").ramp([150,900],[5,5],"frequency",900);

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

//slow clicking square wave- gain to distort __().square(0.5).gain(1/5).lowpass({frequency:200,q:40}).dac(); //parallel delay __("lowpass").delay({delay:0,feedback:1}).connect("dac"); //first lfo to modulate the delay time __().lfo({id:"lfo1",modulates:"delay",gain:0.1,frequency:0.5}).connect("delay"); //second lfo to modulate the intensity of the first lfo __().lfo({modulates:"gain",gain:1,frequency:0.1}).connect("#lfo1"); //start it __().play();

START

made with i dropped my phone the screen cracked

[idroppedmyphonethescreencracked]

Photos: R Orcutt. Noise Cat: Timothy.