.BG
.FN mw
.TL
Dyadic Wavelet Transform
.DN
Dyadic wavelet transform, with Mallat's wavelet.
The reconstructed signal preserves locations and values at extrema.
.CS
mw(inputdata, maxresoln, filtername="Gaussian1", scale=FALSE, plot=TRUE)
.RA
.AG inputdata
either a text file or an S object containing data.
.AG maxresoln
number of decomposition scales.
.OA
.AG filtername
name of filter (either Gaussian1 for Mallat and Zhong's wavelet or
Haar wavelet).
.AG scale
when set, the wavelet transform at each scale is plotted 
with the same scale.
.AG plot
indicate if the wavelet transform at each
scale will be plotted.
.RT
Structure containing

original:original signal.

Wf:dyadic wavelet transform of signal.

Sf:multiresolution of signal.

maxresoln:number of decomposition scales.

np:size of signal.
.SE
.DT
The decomposition goes from resolution 1 to the given maximum resolution.  
.SH REFERENCES
See discussions in the text of "Practical Time-Frequency Analysis".
.SA
"dwinverse", "mrecons", "ext"
.EX
