.BG
.FN zeroskeleton
.TL
Reconstruction from Dual Wavelets
.DN
Computes the the reconstructed signal from the ridge when the epsilon
parameter is set to zero
.CS
zeroskeleton(cwtinput, Qinv, morvelets, bridge, aridge, N)
.RA
.AG cwtinput
continuous wavelet transform (as the output of cwt).
.AG Qinv
inverse of the reconstruction kernel (2D array).
.AG morvelets
array of Morlet wavelets located at the ridge samples.
.AG bridge
time coordinates of the ridge samples.
.AG aridge
scale coordinates of the ridge samples.
.AG N
size of reconstructed signal.
.RT
Returns a list of the elements of the reconstruction of a signal from
sample points of a ridge

sol:reconstruction from a ridge.

A:matrix of the inner products.

lam:coefficients of dual wavelets in reconstructed signal. They are the
Lagrange multipliers lambda's of the text.

dualwave:array containing the dual wavelets.
.SE
.DT
The details of this reconstruction are the same as for the function
skeleton. They can be found in the text
.SH REFERENCES
See discussions in the text of "Practical Time-Frequency Analysis".
.SA
"skeleton","skeleton2","zeroskeleton2"
.EX
