// for DBAP4e: note that Binaural4 class is required
SndBuf sampled => LPF l => DBAP4e samp4e;
"/user/t/tsob/220a/HW3/samp.wav" => string _sfile;
_sfile => sampled.read;
cherr <= "[score] SndBuf: " <= _sfile <= IO.newline();
samp4e.setReverb(0.01);
5000.0 => l.freq;

SndBuf physical => DBAP4e phys4e;
"/user/t/tsob/220a/HW3/phys.wav" => string _pfile;
_pfile => physical.read;
cherr <= "[score] SndBuf: " <= _pfile <= IO.newline();

// Note 102 seconds long


// write signals to files
dac.left => WvOut leftOut => blackhole;
dac.right => WvOut rightOut => blackhole;
me.sourceDir() + "/left_final.wav" => string _captureL;
me.sourceDir() + "/right_final.wav" => string _captureR;
_captureL => leftOut.wavFilename;
_captureR => rightOut.wavFilename;


sampled.play;
physical.play;
0.0 => float t;

while(t < 5.00) {
    0.05 +=> t;
    phys4e.setPosition(Math.sin(2.0*pi*t/5.0), Math.cos(2.0*pi*t/5.0));
    50::ms => now;
}

while(t < 10.00) {
    0.05 +=> t;
    phys4e.setPosition(Math.sin(pi*t/5.0), Math.cos(pi*t/5.0));
    50::ms => now;
}

// sample comes in...
samp4e.setPosition(-1.0, -1.0);

while(t < 103.00) {
    0.05 +=> t;
    phys4e.setPosition( Math.sin(t*(1.0-t)), Math.cos(t*(1.0-t)));
//    samp4e.setPosition( 0.5*(((t/10.0) % 2.0)-1.0), -0.5*(((t/10.0) % 2.0)-1.0) );
    samp4e.setPosition(Math.sin(pi*t/50.0), Math.cos(pi*t/50.0));
    50::ms => now;
}



// ------------------------------------------------------------
// finish the show
leftOut.closeFile();
rightOut.closeFile();

// print message in terminal for sox command
cherr <= "[score] Finished. Merge two products with the command below.\n";
cherr <= "sox -M " <= _captureL <= " " <= _captureR <= " ";
cherr <= me.sourceDir() + "/Final.wav";