Java Doc for FWTCoef.java in  » Science » JSci » JSci » maths » wavelet » Java Source Code / Java DocumentationJava Source Code and Java Documentation

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Java Source Code / Java Documentation » Science » JSci » JSci.maths.wavelet   Source Cross Reference   Class Diagram   Java Document (Java Doc)   java.lang.Object    JSci.maths.wavelet.FWTCoef FWTCoef final public class FWTCoef extends Object implements NumericalConstants,Cloneable(Code) This class is used to encapsulate wavelet coefficients. author:    Daniel Lemire Field Summary protected  double[][] coefs      final static  double normalisation      Constructor Summary public   FWTCoef()      public   FWTCoef(double[][] v)      Method Summary public  Object clone()      public  void compress(double p)      Compresses by zero-ing any value below a given percentile cut-off. public  void compress(double p, int k)      Compresses by zero-ing any value below a given percentile cut-off. public static  double[] compress(double[] v, double p)      Compresses by zero-ing any value below a given percentile cut-off. public  void compressHard(double p)      Compresses by zero-ing any value below a given cut-off. public  void compressHard(double p, int k)      Compresses by zero-ing any value below a given cut-off. public static  double[] compressHard(double[] v, double seuil)      Compresses by zero-ing any value below a given cut-off. public  void denoise(double p)      Denoises by zero-ing any value above a given percentile cut-off. public  void denoise(double p, int k)      Denoises by zero-ing any value above a given percentile cut-off. public static  double[] denoise(double[] v, double p)      Denoises by zero-ing any value above a given percentile cut-off. public  void denoiseHard(double p)      Denoises by zero-ing any value above a given cut-off. public  void denoiseHard(double p, int k)      Denoises by zero-ing any value above a given cut-off. public static  double[] denoiseHard(double[] v, double seuil)      Denoises by zero-ing any value above a given cut-off. public  int dimension(int i)      public  double energyRatio(int i)      public  double entropy()      public  double[][] getCoefs()      public  int getJ()      public  double icf()      Compute the Shannon entropy. public  double mass(int i)      public  double[] norm()      public  double norm(int i)      Compute the L2 norm of the coefficients at "scale" i. Wavelet coefficients are into the "scale" 1 to ... public  Signal rebuildSignal(Filter filtreprimaire)      public  Signal rebuildSignal(Filter filtreprimaire, double[] param)      public  void setCoefs(double[][] v)      public  void setCoefs(double[] v, int i)      public  double sumEnergies()      public  double sumSquares(int i)      public  double sumVariance()      public  void synthesize(Filter filtreprimaire, double[] param)      public  void synthesize(Filter filtreprimaire, double[] param, int jmax)      public  void synthesize(Filter filtreprimaire)      public  void synthesize(Filter filtreprimaire, int jmax)      public  void synthesizeAll(Filter filtreprimaire, double[] param)      public  void synthesizeAll(Filter filtreprimaire)      public  double variance(int i)      public  double varianceICF()      public  double varianceRatio(int i)      Field Detail coefs protected double[][] coefs(Code) normalisation final static double normalisation(Code) Constructor Detail FWTCoef public FWTCoef()(Code) FWTCoef public FWTCoef(double[][] v)(Code) Method Detail clone public Object clone()(Code) Return a copy of this object compress public void compress(double p)(Code) Compresses by zero-ing any value below a given percentile cut-off. Parameters:   p - percentile cut-off, must be between 0 and 1. compress public void compress(double p, int k)(Code) Compresses by zero-ing any value below a given percentile cut-off. Parameters:   p - percentile cut-off, must be between 0 and 1. Parameters:   k - the index of the coefficient array to compress. compress public static double[] compress(double[] v, double p)(Code) Compresses by zero-ing any value below a given percentile cut-off. Parameters:   v - an array to compress. Parameters:   p - percentile cut-off, must be between 0 and 1. compressHard public void compressHard(double p)(Code) Compresses by zero-ing any value below a given cut-off. Parameters:   p - cut-off. compressHard public void compressHard(double p, int k)(Code) Compresses by zero-ing any value below a given cut-off. Parameters:   p - cut-off. Parameters:   k - the index of the coefficient array to compress. compressHard public static double[] compressHard(double[] v, double seuil)(Code) Compresses by zero-ing any value below a given cut-off. Parameters:   v - an array to compress. Parameters:   seuil - cut-off/threshold. denoise public void denoise(double p)(Code) Denoises by zero-ing any value above a given percentile cut-off. Parameters:   p - percentile cut-off, must be between 0 and 1. denoise public void denoise(double p, int k)(Code) Denoises by zero-ing any value above a given percentile cut-off. Parameters:   p - percentile cut-off, must be between 0 and 1. Parameters:   k - the index of the coefficient array to denoise. denoise public static double[] denoise(double[] v, double p)(Code) Denoises by zero-ing any value above a given percentile cut-off. Parameters:   v - an array to denoise. Parameters:   p - percentile cut-off, must be between 0 and 1. denoiseHard public void denoiseHard(double p)(Code) Denoises by zero-ing any value above a given cut-off. Parameters:   p - cut-off. denoiseHard public void denoiseHard(double p, int k)(Code) Denoises by zero-ing any value above a given cut-off. Parameters:   p - cut-off. Parameters:   k - the index of the coefficient array to denoise. denoiseHard public static double[] denoiseHard(double[] v, double seuil)(Code) Denoises by zero-ing any value above a given cut-off. Parameters:   v - an array to denoise. Parameters:   seuil - cut-off/threshold. dimension public int dimension(int i)(Code) energyRatio public double energyRatio(int i)(Code) entropy public double entropy()(Code) getCoefs public double[][] getCoefs()(Code) getJ public int getJ()(Code) icf public double icf()(Code) Compute the Shannon entropy. mass public double mass(int i)(Code) norm public double[] norm()(Code) Compute the L2 norm of the coefficients norm public double norm(int i)(Code) Compute the L2 norm of the coefficients at "scale" i. Wavelet coefficients are into the "scale" 1 to ... and the scale 0 is the coarsest scale containing scaling functions coefficients rebuildSignal public Signal rebuildSignal(Filter filtreprimaire)(Code) rebuildSignal public Signal rebuildSignal(Filter filtreprimaire, double[] param)(Code) setCoefs public void setCoefs(double[][] v)(Code) setCoefs public void setCoefs(double[] v, int i)(Code) sumEnergies public double sumEnergies()(Code) sumSquares public double sumSquares(int i)(Code) Compute the sum of the squares of the coefficients sumVariance public double sumVariance()(Code) synthesize public void synthesize(Filter filtreprimaire, double[] param)(Code) synthesize public void synthesize(Filter filtreprimaire, double[] param, int jmax)(Code) synthesize public void synthesize(Filter filtreprimaire)(Code) synthesize public void synthesize(Filter filtreprimaire, int jmax)(Code) synthesizeAll public void synthesizeAll(Filter filtreprimaire, double[] param)(Code) synthesizeAll public void synthesizeAll(Filter filtreprimaire)(Code) variance public double variance(int i)(Code) varianceICF public double varianceICF()(Code) varianceRatio public double varianceRatio(int i)(Code) Methods inherited from java.lang.Object native protected Object clone() throws CloneNotSupportedException(Code)(Java Doc) public boolean equals(Object obj)(Code)(Java Doc) protected void finalize() throws Throwable(Code)(Java Doc) final native public Class getClass()(Code)(Java Doc) native public int hashCode()(Code)(Java Doc) final native public void notify()(Code)(Java Doc) final native public void notifyAll()(Code)(Java Doc) public String toString()(Code)(Java Doc) final native public void wait(long timeout) throws InterruptedException(Code)(Java Doc) final public void wait(long timeout, int nanos) throws InterruptedException(Code)(Java Doc) final public void wait() throws InterruptedException(Code)(Java Doc)