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A
a
- Variable in class util.
Pair
add1(double[], double[])
- Static method in class util.
VA
c = a + b
add2(double[], double[])
- Static method in class util.
VA
a += b
add3(double[], double)
- Static method in class util.
VA
c = a + b where b is a scalar
add4(double[], double)
- Static method in class util.
VA
a += b where b is a scalar
addChild(Polyphone)
- Method in class arch.
Polyphone
Add a Polyphone to the hierarchy
addEntry(String, String)
- Method in class arch.
Lexicon
Add an entry using the word and its transcription.
addPolyphone(Polyphone)
- Method in class arch.
PhoneInventory
Add a single polyphone to the inventory, ignore if already present.
addPolyphones(Polyphone[])
- Method in class arch.
PhoneInventory
Add a list of polyphones to the inventory.
addPolyphonesFromLexicon(Lexicon)
- Method in class arch.
PhoneInventory
Add all polyphones occurring in the given Lexicon
addRandomSamples(DensityDiagonal, int, int)
- Method in class statistics.
DataSet
Randomly add Gaussian distributed samples to the data set according to the mean and covariance given by the density
addSample(Sample)
- Method in class statistics.
DataSet
addToTree(Lexicon.Entry, Polyphone[])
- Method in class arch.
LexicalTree
Add a Polyphone sequence (i.e.
andersonDarlingNormal(double[], double)
- Static method in class statistics.
DistributionTest
Test whether or not a given data array satisfies a normal distribution using the Anderson Darling test at the given significance niveau.
andersonDarlingNormalCriticalValue(double[])
- Static method in class statistics.
DistributionTest
Compute the Anderson Darling critical value for the given 1D data and significance niveau.
apr
- Variable in class statistics.
Density
prior probability
arch
- package arch
ascore
- Variable in class statistics.
Density
cached score from the last evaluate call, with prior!
assignToCluster(double[], Density[])
- Static method in class statistics.
Initialization
Compute the ID of the nearest centroid.
assignToCluster(double[], List<Density>)
- Static method in class statistics.
Initialization
Compute the ID of the nearest centroid.
AudioCapture
- Class in
sampled
Use this class to capture audio directly from a microphone.
AudioCapture(String, boolean)
- Constructor for class sampled.
AudioCapture
Create an AudioCapture object reading from the specified mixer.
AudioCapture(String)
- Constructor for class sampled.
AudioCapture
Create an AudioCapture object reading from the specified mixer.
AudioCapture(String, boolean, int, int)
- Constructor for class sampled.
AudioCapture
Create an AudioCapture object reading from the specified mixer using the given sample rate and bit rate.
AudioCapture(String, int, int)
- Constructor for class sampled.
AudioCapture
Create an AudioCapture object reading from the specified mixer using the given sample rate and bit rate.
AudioCapture()
- Constructor for class sampled.
AudioCapture
Create the default capture object: 16kHz at 16bit
AudioCapture(int, int)
- Constructor for class sampled.
AudioCapture
Create a specific capture object (bound to signed, little endian).
AudioFileListReader
- Class in
sampled
AudioFileListReader(String, RawAudioFormat, boolean)
- Constructor for class sampled.
AudioFileListReader
Generate a new AudioFileListReader using given file list, RawAudioFormat and cache indicator.
AudioFileReader
- Class in
sampled
Use the AudioFileReader to read from an audio file.
AudioFileReader(String, boolean)
- Constructor for class sampled.
AudioFileReader
Construct an AudioFileReader using WAV header data
AudioFileReader(String, RawAudioFormat, boolean)
- Constructor for class sampled.
AudioFileReader
Construct an AudioFileReader using a custom RawAudioFormat
AudioFileReader(RawAudioFormat, byte[])
- Constructor for class sampled.
AudioFileReader
Construct an AudioFileReader which reads from an already available byte array.
AudioSource
- Interface in
sampled
Any audio source must support the basic operations: read samples, provide the sample rate (samples per seconds) and should be printable for debug purposes.
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