	Name	Description
	ALPHA	The value of the first lifting step coefficient
	BETA	The value of the second lifting step coefficient
	DELTA	The value of the fourth lifting step coefficient
	GAMMA	The value of the third lifting step coefficient
	KH	The value of the high-pass subband normalization factor
	KL	The value of the low-pass subband normalization factor

	Name	Description
	AnHighNegSupport	Overridden. Returns the negative support of the high-pass analysis filter. That is the number of taps of the filter in the negative direction.
	AnHighPosSupport	Overridden. Returns the positive support of the high-pass analysis filter. That is the number of taps of the filter in the negative direction.
	AnLowNegSupport	Overridden. Returns the negative support of the low-pass analysis filter. That is the number of taps of the filter in the negative direction.
	AnLowPosSupport	Overridden. Returns the positive support of the low-pass analysis filter. That is the number of taps of the filter in the negative direction.
	DataType	Returns the type of data on which this filter works, as defined in the DataBlk interface, which is always TYPE_FLOAT for this class. (Inherited from CSJ2K.j2k.wavelet.analysis.AnWTFilterFloat)
	FilterType	Overridden. Returns the type of filter used according to the FilterTypes interface(W9x7).
	ImplType	Overridden. Returns the implementation type of this filter, as defined in this class, such as WT_FILTER_INT_LIFT, WT_FILTER_FLOAT_LIFT, WT_FILTER_FLOAT_CONVOL.
	Reversible	Overridden. Returns the reversibility of the filter. A filter is considered reversible if it is suitable for lossless coding.
	SynHighNegSupport	Overridden.
	SynHighPosSupport	Overridden.
	SynLowNegSupport	Overridden.
	SynLowPosSupport	Overridden.

	Name	Description
	analyze_hpf	Overloaded. Overridden. The general version of the analyze_hpf() method, it just calls the specialized version. See the description of the analyze_hpf() method of the AnWTFilter class for more details.
	analyze_lpf	Overloaded. Overridden. The general version of the analyze_lpf() method, it just calls the specialized version. See the description of the analyze_lpf() method of the AnWTFilter class for more details.
	Equals
	GetHashCode
	getHPSynthesisFilter	Overridden.
	getHPSynWaveForm	Returns the equivalent high-pass synthesis waveform of a cascade of filters, given the syhthesis waveform of the previous stage. This is the result of upsampling 'in' by 2, and concolving it with the high-pass synthesis waveform of the filter. The length of the returned signal is 2*in_l+hp_l-2, where in_l is the length of 'in' and 'hp_l' is the lengthg of the high-pass synthesis filter. The length of the high-pass synthesis filter is getSynHighNegSupport()+getSynHighPosSupport(). (Inherited from CSJ2K.j2k.wavelet.analysis.AnWTFilter)
	getLPSynthesisFilter	Overridden.
	getLPSynWaveForm	Returns the equivalent low-pass synthesis waveform of a cascade of filters, given the syhthesis waveform of the previous stage. This is the result of upsampling 'in' by 2, and concolving it with the low-pass synthesis waveform of the filter. The length of the returned signal is 2*in_l+lp_l-2, where in_l is the length of 'in' and 'lp_l' is the lengthg of the low-pass synthesis filter. The length of the low-pass synthesis filter is getSynLowNegSupport()+getSynLowPosSupport(). (Inherited from CSJ2K.j2k.wavelet.analysis.AnWTFilter)
	isSameAsFullWT	Overridden.
	ToString	Debugging method

Reference