SndBuf snd0 => Binaural.pssp[0]; // connect a sndBuf to 1st speaker
"../hw2/slates.wav" => snd0.read; // play file from beginning
SndBuf snd1 => Binaural.pssp[1]; // connect a sndBuf to 1st speaker
"../hw2/slates.wav" => snd1.read; // play file from beginning
SndBuf snd2 => Binaural.pssp[2]; // connect a sndBuf to 1st speaker
"../hw2/slates.wav" => snd2.read; // play file from beginning
SndBuf snd3 => Binaural.pssp[3]; // connect a sndBuf to 1st speaker
"../hw2/slates.wav" => snd3.read; // play file from beginning

snd0.gain(0.0); // mute by reducing gain to 0.0
snd1.gain(0.0); // mute by reducing gain to 0.0
snd2.gain(0.0); // mute by reducing gain to 0.0
snd3.gain(0.0); // mute by reducing gain to 0.0


while (true) // loop the following block
{
    snd0.gain(1.0); // unmute snd0 by setting gain to 1.0
    snd0.pos(16000); // play from position 28000 samples
    43000::samp=>now; // stall for length of utterance
    snd0.gain(0.0); // mute snd0
    300::ms => now;
    
    snd1.gain(1.0); // unmute snd0 by setting gain to 1.0
    snd1.pos(85000); // play from position 28000 samples
    40000::samp=>now; // stall for length of utterance
    snd1.gain(0.0); // mute snd0
    300::ms => now;
    
    snd2.gain(1.0); // unmute snd0 by setting gain to 1.0
    snd2.pos(220000); // play from position 28000 samples
    40000::samp=>now; // stall for length of utterance
    snd2.gain(0.0); // mute snd0
    300::ms => now;
    
    snd3.gain(1.0); // unmute snd0 by setting gain to 1.0
    snd3.pos(155000); // play from position 28000 samples
    39000::samp=>now; // stall for length of utterance
    snd3.gain(0.0); // mute snd0
    600::ms => now;
}