MpegFile ( fileName )	Construct Mpeg file representation from filename. Signature Meta.Audio.NLayer.MpegFile.MpegFile(string fileName) Parameters `fileName: string` The file which contains Mpeg data.
MpegFile ( stream )	Construct Mpeg file representation from stream. Signature Meta.Audio.NLayer.MpegFile.MpegFile(System.IO.Stream stream) Parameters `stream: System.IO.Stream` The input stream which contains Mpeg data.

Properties

CanSeek : bool [Get]	Whether the Mpeg stream supports seek operation. Signature bool Meta.Audio.NLayer.MpegFile.CanSeek
Channels : int [Get]	Channel count of source Mpeg. Signature int Meta.Audio.NLayer.MpegFile.Channels
Duration : TimeSpan [Get]	Media duration of the Mpeg file. Signature TimeSpan Meta.Audio.NLayer.MpegFile.Duration
Length : long [Get]	Data length of decoded data, in PCM. Signature long Meta.Audio.NLayer.MpegFile.Length
Position : long [Get][Set]	Current decode position, in number of sample. Calling the setter will result in a seeking operation. Signature long Meta.Audio.NLayer.MpegFile.Position
SampleRate : int [Get]	Sample rate of source Mpeg, in Hertz. Signature int Meta.Audio.NLayer.MpegFile.SampleRate
StereoMode : StereoMode [Get][Set]	Stereo mode used in decoding. Signature StereoMode Meta.Audio.NLayer.MpegFile.StereoMode
Time : TimeSpan [Get][Set]	Current decode position, represented by time. Calling the setter will result in a seeking operation. Signature TimeSpan Meta.Audio.NLayer.MpegFile.Time

Methods

Dispose ()	Implements IDisposable.Dispose. Signature void Meta.Audio.NLayer.MpegFile.Dispose() Returns `void`
ReadSamples ( buffer , index , count )	Read specified samples into provided buffer. Do exactly the same as ReadSamples(float[], int, int) except that the data is written in type of byte, while still representing single-precision float (in local endian). Signature int Meta.Audio.NLayer.MpegFile.ReadSamples(byte[] buffer, int index, int count) Parameters `buffer: byte []` Buffer to write. Floating point data will be actually written into this byte array. `index: int` Writing offset on the destination buffer. `count: int` Length of samples to be read, in bytes. Returns `int` Sample size actually reads, in bytes.
ReadSamples ( buffer , index , count )	Read specified samples into provided buffer, as PCM format. Result varies with diffirent StereoMode: For NLayer.StereoMode.Both, sample data on both two channels will occur in turn (left first). For NLayer.StereoMode.LeftOnly and NLayer.StereoMode.RightOnly, only data on specified channel will occur. For NLayer.StereoMode.DownmixToMono, two channels will be down-mixed into single channel. Signature int Meta.Audio.NLayer.MpegFile.ReadSamples(float[] buffer, int index, int count) Parameters `buffer: float []` Buffer to write. `index: int` Writing offset on the destination buffer. `count: int` Count of samples to be read. Returns `int` Sample count actually reads.
ReadSamplesInt16 ( buffer , index , count )	Signature int Meta.Audio.NLayer.MpegFile.ReadSamplesInt16(byte[] buffer, int index, int count) Parameters `buffer: byte []` `index: int` `count: int` Returns `int`
ReadSamplesInt8 ( buffer , index , count )	Signature int Meta.Audio.NLayer.MpegFile.ReadSamplesInt8(byte[] buffer, int index, int count) Parameters `buffer: byte []` `index: int` `count: int` Returns `int`
SetEQ ( eq )	Set the equalizer. Signature void Meta.Audio.NLayer.MpegFile.SetEQ(float[] eq) Parameters `eq: float []` The equalizer, represented by an array of 32 adjustments in dB. Returns `void`