public static FilterBase Create(string s)
{
var tokens = Split(s);
if (tokens == null || tokens.Length < 1)
{
return(null);
}
// Refer FilterType enum in FilterBase.cs
switch (tokens[0])
{
case "Gain":
return(GainFilter.Restore(tokens));
case "ZohUpsampler":
return(ZeroOrderHoldUpsampler.Restore(tokens));
case "LowPassFilter":
return(LowpassFilter.Restore(tokens));
case "FftUpsampler":
return(FftUpsampler.Restore(tokens));
case "Mash2":
return(MashFilter.Restore(tokens));
case "NoiseShaping":
return(NoiseShapingFilter.Restore(tokens));
case "NoiseShaping4th":
return(NoiseShaping4thFilter.Restore(tokens));
case "TagEdit":
return(TagEditFilter.Restore(tokens));
case "Downsampler":
return(Downsampler.Restore(tokens));
case "CicFilter":
return(CicFilter.Restore(tokens));
case "InsertZeroesUpsampler":
return(InsertZeroesUpsampler.Restore(tokens));
case "HalfbandFilter":
return(HalfbandFilter.Restore(tokens));
case "Crossfeed":
return(CrossfeedFilter.Restore(tokens));
default:
return(null);
}
}
public static FilterBase Create(string s)
{
var tokens = Split(s);
if (tokens == null || tokens.Length < 1)
{
return(null);
}
// Refer FilterType enum in FilterBase.cs
switch (tokens[0])
{
case "Gain":
return(GainFilter.Restore(tokens));
case "ZohUpsampler":
return(ZeroOrderHoldUpsampler.Restore(tokens));
case "LineDrawUpsampler":
return(LineDrawUpsampler.Restore(tokens));
case "CubicHermiteSplineUpsampler":
return(CubicHermiteSplineUpsampler.Restore(tokens));
case "LowPassFilter":
return(LowpassFilter.Restore(tokens));
case "FftUpsampler":
return(FftUpsampler.Restore(tokens));
case "Mash2":
return(MashFilter.Restore(tokens));
case "NoiseShaping":
return(NoiseShapingFilter.Restore(tokens));
case "NoiseShaping4th":
return(NoiseShaping4thFilter.Restore(tokens));
case "TagEdit":
return(TagEditFilter.Restore(tokens));
case "Downsampler":
return(Downsampler.Restore(tokens));
case "CicFilter":
return(CicFilter.Restore(tokens));
case "InsertZeroesUpsampler":
return(InsertZeroesUpsampler.Restore(tokens));
case "HalfbandFilter":
return(HalfbandFilter.Restore(tokens));
case "Crossfeed":
return(CrossfeedFilter.Restore(tokens));
case "JitterAdd":
return(JitterAddFilter.Restore(tokens));
case "GaussianNoise":
return(GaussianNoiseFilter.Restore(tokens));
case "DynamicRangeCompression":
return(DynamicRangeCompressionFilter.Restore(tokens));
case "UnevenBitDac":
return(UnevenBitDacFilter.Restore(tokens));
case "Normalize":
return(NormalizeFilter.Restore(tokens));
case "ReduceBitDepth":
return(ReduceBitDepth.Restore(tokens));
case "FirstOrderAllPassIIR":
return(FirstOrderAllPassIIRFilter.Restore(tokens));
case "SecondOrderAllPassIIR":
return(SecondOrderAllPassIIRFilter.Restore(tokens));
case "WindowedSincUpsampler":
return(WindowedSincUpsampler.Restore(tokens));
default:
return(null);
}
}