// set everything up
public BonIverStemPlayer(Engine.Engine engine) {
mixer.AutoStop = false;
waveOutDevice.Init(mixer);
Engine = engine;
// load in each of our files
reader[0] = new WaveFileReader(@"C:\\Users\\Badger\\repos\\balloon\\SkeletalTracking\\boniver\\bangorkook.wav");
reader[1] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\chippewa_falls.wav");
reader[2] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\eleva.wav");
reader[3] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\gilman.wav");
reader[4] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\grand_rapids.wav");
reader[5] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\heigh_on.wav");
reader[6] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\lake_hallie.wav");
reader[7] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\le_grange_wi.wav");
reader[8] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\long_plain.wav");
reader[9] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\mandolin_wa.wav");
reader[10] = new WaveFileReader(@"C:\Users\Badger\repos\balloon\SkeletalTracking\boniver\virginia.wav");
// set the starting positions
// and load into the mixer
for (int i = 0; i < 11; i++) {
channelStream[i] = new WaveChannel32(reader[i]);
channelStream[i].Position = 0;
mixer.AddInputStream(channelStream[i]);
}
}
/// <summary>
/// Just generate a cloud of points within the given sphere
/// </summary>
/// <param name="engine"></param>
public static void GenerateAFuckTonneOfCubes(Engine.Engine engine, ChannelAndInstrument ci, Note scaleNote, int numberOfCubes, Point3D point, double radius, double cubeRadius) {
Scale scale = new Scale(scaleNote, Scale.Major);
Random random = new Random();
OutputDevice device = OutputDevice.InstalledDevices[0];
Channel channel = ci.Channel;
Instrument instrument = ci.Instrument;
int rootOctave = 3;
int thisOctave = rootOctave;
for (int i = 0; i < numberOfCubes; i++) {
double x = point.X + (random.NextDouble() - 0.5) * radius;
double y = point.Y + (random.NextDouble() - 0.5) * radius;
double z = point.Z + (random.NextDouble() - 0.5) * radius;
Point3D cubePoint = new Point3D(x * radius, y * radius, z * radius);
Pitch thisPitch;
// limit it to 3 octaves
if (i % 21 == 0)
thisOctave = rootOctave;
thisPitch = scale.NoteSequence[i % 7].PitchInOctave(thisOctave);
// increment the octave if we have run out of notes
if (i % 7 == 0)
thisOctave++;
SingleNoteCube a = new Cubes.SingleNoteCube(cubePoint, cubeRadius, thisPitch, instrument, App.OutputDevice, channel);
engine.AddCube(a);
}
}
