/// <summary>
/// Function creates a new linear-phase resampler object
/// </summary>
///
/// <param name="srcSampleRate">Source signal sample rate. Both sample rates can be
/// specified as a ratio, e.g. SrcSampleRate = 1.0, DstSampleRate = 2.0.</param>
///
/// <param name="dstSampleRate">Destination signal sample rate</param>
///
/// <param name="maxInputBufferLength">The maximal planned length of the input buffer (in samples)
/// that will be passed to the resampler. The resampler relies on this value as
/// it allocates intermediate buffers. Input buffers longer than this value
/// should never be supplied to the resampler. Note that the resampler may use
/// the input buffer itself for intermediate sample data storage.</param>
///
/// <param name="reqTransBand">Required transition band, in percent of the
/// spectral space of the input signal (or the output signal if
/// downsampling is performed) between filter's -3 dB point and the Nyquist
/// frequency. The range is from CDSPFIRFilter::getLPMinTransBand() to
/// CDSPFIRFilter::getLPMaxTransBand(), inclusive. When upsampling 88200 or
/// 96000 audio to a higher sample rates the ReqTransBand can be
/// considerably increased, up to 30. The selection of ReqTransBand depends
/// on the level of desire to preserve the high-frequency content. While
/// values 0.5 to 2 are extremely "greedy" settings, not necessary in most
/// cases, values 2 to 3 can be used in most cases. Values 3 to 4 are
/// relaxed settings, but they still offer a flat frequency response up to
/// 21kHz with 44.1k source or destination sample rate.</param>
///
/// <param name="resolution">Resampler's required resolution</param>
public R8BrainSampleRateConverter(double srcSampleRate,
double dstSampleRate,
int maxInputBufferLength,
double reqTransBand,
R8BrainResamplerResolution resolution)
{
FUnmanagedInstance = R8BrainDLLWrapper.Create(srcSampleRate, dstSampleRate, maxInputBufferLength, reqTransBand, resolution);
FSourcRate = srcSampleRate;
FDestinationRate = dstSampleRate;
FRequiredTransitionBand = reqTransBand;
}
/// <summary>
/// Function creates a new linear-phase resampler object
/// </summary>
///
/// <param name="srcSampleRate">Source signal sample rate. Both sample rates can be
/// specified as a ratio, e.g. SrcSampleRate = 1.0, DstSampleRate = 2.0.</param>
///
/// <param name="dstSampleRate">Destination signal sample rate</param>
///
/// <param name="maxInputBufferLength">The maximal planned length of the input buffer (in samples)
/// that will be passed to the resampler. The resampler relies on this value as
/// it allocates intermediate buffers. Input buffers longer than this value
/// should never be supplied to the resampler. Note that the resampler may use
/// the input buffer itself for intermediate sample data storage.</param>
///
/// <param name="reqTransBand">Required transition band, in percent of the
/// spectral space of the input signal (or the output signal if
/// downsampling is performed) between filter's -3 dB point and the Nyquist
/// frequency. The range is from CDSPFIRFilter::getLPMinTransBand() to
/// CDSPFIRFilter::getLPMaxTransBand(), inclusive. When upsampling 88200 or
/// 96000 audio to a higher sample rates the ReqTransBand can be
/// considerably increased, up to 30. The selection of ReqTransBand depends
/// on the level of desire to preserve the high-frequency content. While
/// values 0.5 to 2 are extremely "greedy" settings, not necessary in most
/// cases, values 2 to 3 can be used in most cases. Values 3 to 4 are
/// relaxed settings, but they still offer a flat frequency response up to
/// 21kHz with 44.1k source or destination sample rate.</param>
///
/// <param name="resolution">Resampler's required resolution</param>
public R8BrainSampleRateConverter(double srcSampleRate,
double dstSampleRate,
int maxInputBufferLength,
double reqTransBand,
R8BrainResamplerResolution resolution)
{
FUnmanagedInstance = R8BrainDLLWrapper.Create(srcSampleRate, dstSampleRate, maxInputBufferLength, reqTransBand, resolution);
FSourcRate = srcSampleRate;
FDestinationRate = dstSampleRate;
FRequiredTransitionBand = reqTransBand;
}
public static extern IntPtr Create(double SrcSampleRate,
double DstSampleRate,
int MaxInLen,
double ReqTransBand,
R8BrainResamplerResolution Resolution);
public static extern IntPtr Create(double SrcSampleRate, double DstSampleRate, int MaxInLen, double ReqTransBand, R8BrainResamplerResolution Resolution);
