public ResamplerNode(double bits, int windowSize, int maxBufferSize) : base(1, -1, windowSize, maxBufferSize)
{
Rate = new AudioParam(0, 44100.0, bits);
}
public ResamplerNode() : base(1, -1)
{
Rate = new AudioParam(0, 44100.0, 44100.0);
}
public ResamplerNode(double bits) : base(1, -1)
{
Rate = new AudioParam(0, 44100.0, bits);
}
public DelayNode(double milli) : base(1, -1)
{
Delay = new AudioParam(0.0, double.MaxValue, milli);
}
public DelayNode(double milli, int windowSize, int maxBufferSize) : base(1, -1, windowSize, maxBufferSize)
{
Delay = new AudioParam(0.0, double.MaxValue, milli);
}
public GainNode(double gain, int windowSize, int maxBufferSize) : base(1, -1, windowSize, maxBufferSize)
{
Gain = new AudioParam(0, double.MaxValue, gain);
}
public DelayNode() : base(1, -1)
{
Delay = new AudioParam(0.0, double.MaxValue, 1000.0);
}
public GainNode(double gain) : base(1, -1)
{
Gain = new AudioParam(0, double.MaxValue, gain);
}
public GainNode() : base(1, -1)
{
Gain = new AudioParam(0, double.MaxValue, 1.0);
}
public BitCrusherNode(double bits, int windowSize, int maxBufferSize) : base(1, -1, windowSize, maxBufferSize)
{
Bits = new AudioParam(0, 64.0, bits);
}
public BitCrusherNode(double bits) : base(1, -1)
{
Bits = new AudioParam(0, 64.0, bits);
}
public BitCrusherNode() : base(1, -1)
{
Bits = new AudioParam(0, 64.0, 16.0);
}
