- calcDeriv() - Method in class be.tarsos.dsp.util.CubicSplineFast
-
- calculate(float[]) - Method in class be.tarsos.dsp.ConstantQ
-
Take an input buffer with audio and calculate the constant Q
coefficients.
- calculateEnvelope(float[]) - Method in class be.tarsos.dsp.EnvelopeFollower
-
- calculateFeatures() - Method in class be.tarsos.dsp.ui.layers.GeneralizedGoertzelLayer
-
- calculateFilterBanks() - Method in class be.tarsos.dsp.mfcc.MFCC
-
calculates the FFT bin indices
calls: none
called by:
featureExtraction
- calculateMagintudes(float[]) - Method in class be.tarsos.dsp.ConstantQ
-
Take an input buffer with audio and calculate the constant Q magnitudes.
- calculateNoiseFloor(float[], int, float) - Static method in class be.tarsos.dsp.SpectralPeakProcessor
-
Calculate a noise floor for an array of magnitudes.
- calculateRMS(float[]) - Static method in class be.tarsos.dsp.AudioEvent
-
Calculates and returns the root mean square of the signal.
- centToRatio(double) - Static method in class be.tarsos.dsp.util.PitchConverter
-
Converts cent values to ratios.
- cepCoefficients(float[]) - Method in class be.tarsos.dsp.mfcc.MFCC
-
Cepstral coefficients are calculated from the output of the Non-linear Transformation method
calls: none
called by: featureExtraction
- chs() - Method in class be.tarsos.dsp.util.Complex
-
Negative of this complex number (chs stands for change sign).
- clearFloatBuffer() - Method in class be.tarsos.dsp.AudioEvent
-
- clearPeaks() - Method in class be.tarsos.dsp.ui.layers.SpectrumLayer
-
- clearPoints() - Method in class be.tarsos.dsp.ui.CoordinateSystem
-
- clone() - Method in class be.tarsos.dsp.beatroot.Event
-
- clone() - Method in class be.tarsos.dsp.pitch.PitchDetectionResult
-
- close() - Method in class be.tarsos.dsp.io.jvm.JVMAudioInputStream
-
- close() - Method in interface be.tarsos.dsp.io.TarsosDSPAudioInputStream
-
Closes this audio input stream and releases any system resources associated
with the stream.
- close() - Method in class be.tarsos.dsp.io.UniversalAudioInputStream
-
- clusterWidth - Static variable in class be.tarsos.dsp.beatroot.Induction
-
The maximum difference in IOIs which are in the same cluster
- compareTo(Event) - Method in class be.tarsos.dsp.beatroot.Event
-
- Complex - Class in be.tarsos.dsp.util
-
Complex implements a complex number and defines complex
arithmetic and mathematical functions
Last Updated February 27, 2001
Copyright 1997-2001
- Complex(double, double) - Constructor for class be.tarsos.dsp.util.Complex
-
Constructs the complex number z = u + i*v
- complexForward(float[]) - Method in class be.tarsos.dsp.util.fft.FloatFFT
-
Computes 1D forward DFT of complex data leaving the result in
a.
- complexForward(float[], int) - Method in class be.tarsos.dsp.util.fft.FloatFFT
-
Computes 1D forward DFT of complex data leaving the result in
a.
- complexForwardTransform(float[]) - Method in class be.tarsos.dsp.util.fft.FFT
-
- complexInverse(float[], boolean) - Method in class be.tarsos.dsp.util.fft.FloatFFT
-
Computes 1D inverse DFT of complex data leaving the result in
a.
- complexInverse(float[], int, boolean) - Method in class be.tarsos.dsp.util.fft.FloatFFT
-
Computes 1D inverse DFT of complex data leaving the result in
a.
- ComplexOnsetDetector - Class in be.tarsos.dsp.onsets
-
A complex Domain Method onset detection function
Christopher Duxbury, Mike E.
- ComplexOnsetDetector(int, double, double, double) - Constructor for class be.tarsos.dsp.onsets.ComplexOnsetDetector
-
- ComplexOnsetDetector(int) - Constructor for class be.tarsos.dsp.onsets.ComplexOnsetDetector
-
- ComplexOnsetDetector(int, double) - Constructor for class be.tarsos.dsp.onsets.ComplexOnsetDetector
-
- ComplexOnsetDetector(int, double, double) - Constructor for class be.tarsos.dsp.onsets.ComplexOnsetDetector
-
- ConcurrencyUtils - Class in be.tarsos.dsp.util
-
Concurrency utilities.
- CONF_FACTOR - Static variable in class be.tarsos.dsp.beatroot.Agent
-
The slope of the penalty function for onsets which do not coincide precisely with predicted beat times.
- conj() - Method in class be.tarsos.dsp.util.Complex
-
Complex conjugate of this Complex number
(the conjugate of x+i*y is x-i*y).
- considerAsBeat(Event, AgentList) - Method in class be.tarsos.dsp.beatroot.Agent
-
The given Event is tested for a possible beat time.
- ConstantQ - Class in be.tarsos.dsp
-
Implementation of the Constant Q Transform.
References:
- ConstantQ(float, float, float, float) - Constructor for class be.tarsos.dsp.ConstantQ
-
- ConstantQ(float, float, float, float, float, float) - Constructor for class be.tarsos.dsp.ConstantQ
-
- ConstantQLayer - Class in be.tarsos.dsp.ui.layers
-
- ConstantQLayer(CoordinateSystem, File, int, int, int, int) - Constructor for class be.tarsos.dsp.ui.layers.ConstantQLayer
-
- CoordinateSystem - Class in be.tarsos.dsp.ui
-
- CoordinateSystem(AxisUnit, float, float) - Constructor for class be.tarsos.dsp.ui.CoordinateSystem
-
- CoordinateSystem(AxisUnit, float, float, boolean) - Constructor for class be.tarsos.dsp.ui.CoordinateSystem
-
- CoordinateSystem(AxisUnit, AxisUnit, float, float, boolean) - Constructor for class be.tarsos.dsp.ui.CoordinateSystem
-
- cos() - Method in class be.tarsos.dsp.util.Complex
-
Cosine of this Complex number (doesn't change this Complex number).
- cosh() - Method in class be.tarsos.dsp.util.Complex
-
Hyperbolic cosine of this Complex number
(doesn't change this Complex number).
- CosineWindow - Class in be.tarsos.dsp.util.fft
-
A Cosine window function.
- CosineWindow() - Constructor for class be.tarsos.dsp.util.fft.CosineWindow
-
Constructs a Cosine window.
- count - Static variable in class be.tarsos.dsp.beatroot.AgentList
-
The length of the list (number of beat tracking Agents)
- createNewSplitPane() - Method in class be.tarsos.dsp.ui.LinkedFrame
-
- CubicSplineFast - Class in be.tarsos.dsp.util
-
- CubicSplineFast(double[], double[]) - Constructor for class be.tarsos.dsp.util.CubicSplineFast
-
- CubicSplineFast(int) - Constructor for class be.tarsos.dsp.util.CubicSplineFast
-
- currentSPL() - Method in class be.tarsos.dsp.SilenceDetector
-