public FMSineWave(float phase, float freq, AbstractWave fmod) :
base(phase, freq)
{
this.fmod = fmod;
}
public FMSineWave(float phase, float freq, float amp, float offset, AbstractWave fmod) :
base(phase, freq, amp, offset)
{
this.fmod = fmod;
}
public Wave2D(AbstractWave x, AbstractWave y)
{
xmod = x;
ymod = y;
pos = new Vector2();
}
public static AbstractWave GenerateWave(Config _wave, ParameterData parameters, AbstractWave fmod)
{
if (_wave.waveType == WaveGenerator.Config.WaveType.FMSine)
{
return(new FMSineWave(parameters._phase,
parameters._frequency,
parameters._amplitude,
parameters._offset, fmod));
}
else if (_wave.waveType == WaveGenerator.Config.WaveType.FMSquare)
{
return(new FMSineWave(parameters._phase,
parameters._frequency,
parameters._amplitude,
parameters._offset, fmod));
}
else if (_wave.waveType == WaveGenerator.Config.WaveType.FMSawtooth)
{
return(new FMSineWave(parameters._phase,
parameters._frequency,
parameters._amplitude,
parameters._offset, fmod));
}
else if (_wave.waveType == WaveGenerator.Config.WaveType.FMTriangle)
{
return(new FMSineWave(parameters._phase,
parameters._frequency,
parameters._amplitude,
parameters._offset, fmod));
}
else if (_wave.waveType == WaveGenerator.Config.WaveType.FMHarmonicSquare)
{
return(new FMSineWave(parameters._phase,
parameters._frequency,
parameters._amplitude,
parameters._offset, fmod));
}
else
{
Debug.LogWarning("Osc null created");
return(null);
}
}
public FMHarmonicSquareWave(float phase, float freq, AbstractWave fmod) :
base(phase, freq)
{
this.fmod = fmod;
}
/**
* @param phase
* @param freq
* @param offset
* @param fmod
* @param amod
*/
public AMFMSineWave(float phase, float freq, float offset, AbstractWave fmod, AbstractWave amod) : base(phase, freq, 1f, offset)
{
this.amod = amod;
this.fmod = fmod;
}
public FMHarmonicSquareWave(float phase, float freq, float amp, float offset, AbstractWave fmod) :
base(phase, freq, amp, offset)
{
this.fmod = this.fmod;
}
