A B C D E F G H I K L M N O P R S T U V W X Y

S

Sample - Class in statistics
A more sophisticated way of storing a Sample.
Sample(Sample) - Constructor for class statistics.Sample
 
Sample(int, double[]) - Constructor for class statistics.Sample
Generate a new sample with the correct label c
Sample(int, int) - Constructor for class statistics.Sample
Generate a new (empty) sample
sampled - package sampled
 
samples - Variable in class statistics.DataSet
 
samplesByClass - Variable in class statistics.DataSet
 
saveMeanToFile(String) - Method in class framed.CMS1
Save the current mean vector to the specified file.
SB - Static variable in class arch.Polyphone
syllable boundary
score - Variable in class statistics.Density
cached score from the last evaluate call, no prior, no exponentiation (only good for ranking)!
score - Variable in class statistics.MixtureDensity
score after evaluation (including priors, or course)
Selection - Class in framed
 
Selection(FrameSource) - Constructor for class framed.Selection
Generate a default feature selection: dimensions 0-11 (standard mfcc)
Selection(FrameSource, int) - Constructor for class framed.Selection
Select the first n coefficients
Selection(FrameSource, int[]) - Constructor for class framed.Selection
Apply a selection to the incoming feature frame
setBlocking(boolean) - Method in class sampled.Synthesizer
 
setChunkedDataSet(ChunkedDataSet) - Method in class statistics.ParallelEM
Set the data set to work on
setChunkList(String) - Method in class io.ChunkedDataSet
Load the given chunk list.
setConstant(double) - Method in class sampled.ConstantGenerator
 
setDataSetName(String) - Method in class statistics.DataSet
 
setFrequency(double) - Method in class sampled.SineGenerator
 
setFrequency(double[]) - Method in class sampled.SineGenerator
 
setLog(boolean) - Method in class visual.Visualizer2D
 
setMinMax(double, double) - Method in class visual.Visualizer1D
min/max value BEFORE taking logarithm
setMinMax(double, double) - Method in class visual.Visualizer2D
min/max value BEFORE taking logarithm
setNumberOfThreads(int) - Method in class statistics.ParallelEM
Set the number of threads for the next iteration
setPreEmphasis(boolean, double) - Method in class sampled.AudioCapture
Enable pre-emphasis with given factor
setPreEmphasis(boolean, double) - Method in class sampled.AudioFileListReader
 
setPreEmphasis(boolean, double) - Method in class sampled.AudioFileReader
 
setPreEmphasis(boolean, double) - Method in interface sampled.AudioSource
Toggle the pre-emphasis of the audio signal
setPreEmphasis(boolean, double) - Method in class sampled.Synthesizer
 
setShiftLength(int) - Method in class framed.Window
 
setSleepTime(int) - Method in class sampled.Synthesizer
 
setTirol(boolean) - Method in class framed.Slope
Enable/disable Tirol filtering (smoothing); (x[i] = x[i-1]/4 + x[i]/2 + x[i+1]/4)
setWavHeader() - Method in class sampled.RawAudioFormat
Set the default header size (WAV_HEADER_SIZE)
setWindowLength(int) - Method in class framed.Window
 
setWindowSpecs(int, int) - Method in class framed.Window
 
SimulatedFrameSource - Class in framed
Use the SimulatedFrameReader to generate a FrameSource with a predefined sequence of frame values.
SimulatedFrameSource(double[][]) - Constructor for class framed.SimulatedFrameSource
Generate a artificial sequence of frames
SineGenerator - Class in sampled
Use the SineGenerator to generate (combinations of) sine waves using specific Hz numbers.
SineGenerator() - Constructor for class sampled.SineGenerator
Default Sine generator: 440Hz at Synthesizer.DEFAULT_SAMPLE_RATE = 16000Hz
SineGenerator(long) - Constructor for class sampled.SineGenerator
Generate 440Hz at Synthesizer.DEFAULT_SAMPLE_RATE = 16000Hz
SineGenerator(int) - Constructor for class sampled.SineGenerator
Generate 440Hz at given sample rate
SineGenerator(double) - Constructor for class sampled.SineGenerator
Endless Sine generator at 16kHz
SineGenerator(double[]) - Constructor for class sampled.SineGenerator
Endless Sine generator
SineGenerator(int, long) - Constructor for class sampled.SineGenerator
Generate 440Hz at specific sample rate
SineGenerator(int, double) - Constructor for class sampled.SineGenerator
Endless Sine generator
SineGenerator(int, double[]) - Constructor for class sampled.SineGenerator
Endless Sine generator
SineGenerator(long, double) - Constructor for class sampled.SineGenerator
Specific Sine generator
SineGenerator(long, double[]) - Constructor for class sampled.SineGenerator
Specific Sine generator
SineGenerator(int, long, double[]) - Constructor for class sampled.SineGenerator
Specific Sine generator
size() - Method in class arch.PhoneInventory
Get the size of the phone inventory.
Slope - Class in framed
Use a Slope object to compute derivatives of a static input frame.
Slope(FrameSource) - Constructor for class framed.Slope
Generate the default Slope object; computes the first derivative over a context of 3 frames.
Slope(FrameSource, Slope.Context[]) - Constructor for class framed.Slope
Generate a specific Slope object for the given contexts
Slope.Context - Class in framed
The Context class holds all information necessary to compute derivatives.
Slope.Context(int, int) - Constructor for class framed.Slope.Context
Generate a new context for derivatives
Slope.Context(int, int, double) - Constructor for class framed.Slope.Context
Generate a new context for derivatives
sortEntries() - Method in class arch.Lexicon
Sort the lexicon
specializes(Polyphone) - Method in class arch.Polyphone
Check whether or not the polyphone specializes the referenced polyphone.
start(String) - Method in class bin.ThreadedRecorder
Start the recording and save to the given file.
statistics - package statistics
 
stop() - Method in class bin.ThreadedRecorder
Stop the recording
sub1(double[], double[]) - Static method in class util.VA
c = a - b
sub2(double[], double[]) - Static method in class util.VA
a -= b
sub3(double[], double) - Static method in class util.VA
c = a - b where b is a scalar
sub4(double[], double) - Static method in class util.VA
a -= b where b is a scalar
SuperVector - Class in bin
 
SuperVector() - Constructor for class bin.SuperVector
 
superVector(boolean, boolean, boolean) - Method in class statistics.Density
 
superVector(boolean, boolean, boolean) - Method in class statistics.MixtureDensity
Generate a super vector for GMM-SVM use.
SYNOPSIS - Static variable in class bin.Converter
 
SYNOPSIS - Static variable in class bin.Duration
 
SYNOPSIS - Static variable in class bin.GaussEM
 
SYNOPSIS - Static variable in class bin.Initializer
 
SYNOPSIS - Static variable in class bin.Map
 
SYNOPSIS - Static variable in class bin.RandomClusterGenerator
 
SYNOPSIS - Static variable in class bin.SuperVector
 
synopsis - Static variable in class framed.Selection
 
synopsis - Static variable in class sampled.AudioCapture
 
synopsis - Static variable in class sampled.AudioFileReader
 
SYNOPSIS - Static variable in class statistics.MixtureDensity
 
SYNOPSIS - Static variable in class util.Gnuplot
 
synthesize(Iterable<Lexicon.Entry>) - Method in class arch.LexicalTree
Synthesize a sequence of HMMs for the given sentence
Synthesizer - Class in sampled
Use the Synthesizer to generate synthetic audio data for test usage.
Synthesizer() - Constructor for class sampled.Synthesizer
 

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