public double CalcFreq(double f, HalfNoteSteps halfNoteSteps, bool above = true) => CalcFreq(f, (int)halfNoteSteps, above);
public double GetNote(HalfNoteSteps halfNoteSteps, double carrierFrequency, bool above = true)
{
double newCarrier;
switch (halfNoteSteps)
{
case HalfNoteSteps.Unison:
{
newCarrier = carrierFrequency;
break;
}
case HalfNoteSteps.SecondMinor:
{
newCarrier = SecondMinor(carrierFrequency, above);
break;
}
case HalfNoteSteps.SecondMajor:
{
newCarrier = SecondMajor(carrierFrequency, above);
break;
}
case HalfNoteSteps.ThirdMinor:
{
newCarrier = ThirdMinor(carrierFrequency, above);
break;
}
case HalfNoteSteps.ThirdMajor:
{
newCarrier = ThirdMajor(carrierFrequency, above);
break;
}
case HalfNoteSteps.Fourth:
{
newCarrier = Fourth(carrierFrequency, above);
break;
}
case HalfNoteSteps.FourthAug:
{
newCarrier = FourthAugmented(carrierFrequency, above);
break;
}
case HalfNoteSteps.Fifth:
{
newCarrier = Fifth(carrierFrequency, above);
break;
}
case HalfNoteSteps.FifthAug:
{
newCarrier = SixthMinor(carrierFrequency, above);
break;
}
case HalfNoteSteps.SixthMajor:
{
newCarrier = SixthMajor(carrierFrequency, above);
break;
}
case HalfNoteSteps.SeventhMinor:
{
newCarrier = SeventhMinor(carrierFrequency, above);
break;
}
case HalfNoteSteps.SeventhMajor:
{
newCarrier = SeventhMajor(carrierFrequency, above);
break;
}
case HalfNoteSteps.Octave:
{
newCarrier = Octave(carrierFrequency, above);
break;
}
default:
{
newCarrier = Octave(carrierFrequency, above) + GetNote(halfNoteSteps - 12, carrierFrequency, above);
break;
}
}
return(newCarrier);
}
public static SineWave GetNote(this SineWave baseNote, TwelveToneTemperament temperament, HalfNoteSteps halfNoteSteps, bool above = true)
{
if (baseNote == null)
{
return(null);
}
var newCarrierFrequency = temperament.GetNote(halfNoteSteps, baseNote.Carrier, above);
return(new SineWave(baseNote, newCarrierFrequency));
}
