public DefaultFingerprintConfiguration()
{
SpectrogramConfig = new DefaultSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
SampleRate = 5512;
HaarWaveletNorm = System.Math.Sqrt(2);
Clusters = Enumerable.Empty <string>();
}
public DefaultFingerprintConfiguration()
{
SpectrogramConfig = new DefaultSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
SampleRate = 5512;
NormalizeSignal = false;
Clusters = Enumerable.Empty <string>();
}
public DefaultFingerprintConfiguration()
{
SpectrogramConfig = new DefaultSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
SampleRate = 5512;
NormalizeSignal = false;
Clusters = Enumerable.Empty<string>();
}
public DefaultFingerprintConfiguration()
{
SpectrogramConfig = new DefaultSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
SampleRate = 5512;
HaarWaveletNorm = System.Math.Sqrt(2);
FingerprintLengthInSeconds = (double)SamplesPerFingerprint / SampleRate;
OriginalPointSaveTransform = null;
}
public DefaultFingerprintConfiguration()
{
SpectrogramConfig = new DefaultSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
SampleRate = 5512;
HaarWaveletNorm = Math.Sqrt(2);
FingerprintLengthInSeconds = (double)SamplesPerFingerprint / SampleRate;
OriginalPointSaveTransform = (_ => Array.Empty <byte>());
GaussianBlurConfiguration = GaussianBlurConfiguration.None;
FrameNormalizationTransform = new LogSpectrumNormalization();
}
public ShortSamplesFingerprintConfiguration()
{
SpectrogramConfig = new ShortSamplesSpectrogramConfig();
HashingConfig = new DefaultHashingConfig();
TopWavelets = 200;
// Using 32000 (instead of 44100) gives us a max of 16 khz resolution, which is OK for normal adult human hearing
SampleRate = 32000; // Original: 5512
HaarWaveletNorm = System.Math.Sqrt(2);
Clusters = Enumerable.Empty <string>();
}