protected virtual void Dispose(bool disposing)
{
if (handle != Handle.Zero)
{
Dll.Signal_delete(handle);
}
}
public Point GetPosition(int channel)
{
Point p = new Point();
Dll.Spatializer_getPosition(handle, channel, ref p.x, ref p.y);
return(p);
}
protected virtual void Dispose(bool disposing)
{
if (handle != Handle.Zero)
{
Dll.Spatializer_delete(handle);
handle = Handle.Zero;
}
}
public static bool ImportSignal(out Signal signal, string filePath, FileFormat format = FileFormat.Auto, int sampleRate = 48000)
{
signal = new Signal(Dll.Library_importSignal(filePath, (int)format, sampleRate));
if (signal.handle == Handle.Zero)
{
return(false);
}
return(true);
}
public static bool LoadSignal(out Signal signal, string name)
{
signal = new Signal(Dll.Library_loadSignal(name));
if (signal.handle == Handle.Zero)
{
return(false);
}
return(true);
}
public Spatializer(Session session = null)
{
if (session != null)
{
this.handle = Dll.Spatializer_create(session.handle);
}
else
{
this.handle = Dll.Spatializer_create(Handle.Zero);
}
}
public Session()
{
handle = Dll.Session_create();
int dev_count = Dll.Session_getAvailableDevicesCount(handle);
this.availableDevices = new Device[dev_count];
int[] indices = new int[dev_count];
Dll.Session_getAvailableDevices(handle, indices);
for (int i = 0; i < dev_count; ++i)
{
this.availableDevices[i] = new Device(handle, indices[i]);
}
}
internal Device(Handle session, int index)
{
this.index = index;
if (this.index != -1)
{
int size = Dll.Device_nameLength(session, index);
StringBuilder buf = new StringBuilder(size + 1);
Dll.Device_name(session, index, buf);
this.name = buf.ToString();
this.isDefault = Dll.Device_isDefault(session, index);
this.api = (API)Dll.Device_api(session, index);
size = Dll.Device_apiNameLength(session, index);
buf = new StringBuilder(size + 1);
Dll.Device_apiName(session, index, buf);
this.apiName = buf.ToString();
this.isApiDefault = Dll.Device_isApiDefault(session, index);
this.maxChannels = Dll.Device_maxChannels(session, index);
size = Dll.Device_sampleRatesCount(session, index);
this.sampleRates = new int[size];
Dll.Device_sampleRates(session, index, sampleRates);
this.defaultSampleRate = Dll.Device_defaultSampleRate(session, index);
}
}
public Triangle(double initial, double rate) :
base(Dll.Triangle_create3(initial, rate))
{
}
public Triangle(double hertz) :
base(Dll.Triangle_create2(hertz))
{
}
public Triangle(Signal x) :
base(Dll.Triangle_create1(x.handle))
{
}
public Saw(double hertz, Signal modulation, double index) :
base(Dll.Saw_create4(hertz, modulation.handle, index))
{
}
public Reverser(Signal signal) :
base(Dll.Reverser_create(signal.handle))
{
}
public ADSR(double a, double d, double s, double r, double amplitude1 = 1, double amplitude2 = 0.5) :
base(Dll.ADSR_create(a, d, s, r, amplitude1, amplitude2))
{
}
public Envelope(double duration, double amplitude = 1) :
base(Dll.Envelope_create(duration, amplitude))
{
}
public Square(double initial, double rate) :
base(Dll.Square_create3(initial, rate))
{
}
public Square(double hertz) :
base(Dll.Square_create2(hertz))
{
}
public Square(Signal x) :
base(Dll.Square_create1(x.handle))
{
}
public Sine(double initial, double rate) :
base(Dll.Sine_create3(initial, rate))
{
}
public Sine(double hertz) :
base(Dll.Sine_create2(hertz))
{
}
public Sine(Signal x) :
base(Dll.Sine_create1(x.handle))
{
}
public Triangle(double hertz, Signal modulation, double index) :
base(Dll.Triangle_create4(hertz, modulation.handle, index))
{
}
public Pwm(double frequency, double dutyCycle) :
base(Dll.Pwm_create(frequency, dutyCycle))
{
}
public static bool SaveSignal(Signal signal, string name)
{
return(Dll.Library_saveSignal(signal.handle, name));
}
public static bool ExportSignal(Signal signal, string filePath, FileFormat format = FileFormat.Auto, int sampleRate = 48000, double maxLength = 60)
{
return(Dll.Library_exportSignal(signal.handle, filePath, (int)format, sampleRate, maxLength));
}
public ASR(double a, double s, double r, double amplitude = 1) :
base(Dll.ASR_create(a, s, r, amplitude))
{
}
public static bool DeleteSignal(string name)
{
return(Dll.Library_deleteSignal(name));
}
public Saw(double hertz) :
base(Dll.Saw_create2(hertz))
{
}
public Saw(Signal x) :
base(Dll.Saw_create1(x.handle))
{
}
public Saw(double initial, double rate) :
base(Dll.Saw_create3(initial, rate))
{
}
