Description Slots Note Author(s) References See Also
An S4 object containing wavelet transform filter information.
An integer representing the length of the wavelet and scaling filters.
An integer representing the level of the wavelet filter.
A numeric vector of wavelet filter coefficients.
A numeric vector of scaling filter coefficients.
A character string indicating the class of the wavelet
transform filter. Possible values are "Daubechies"
,
"Least Asymetric"
, "Best Localized"
, and
"Coiflet"
. If the wt.filter
object is generated from a
numeric vector of wavelet coefficients, wt.class
is
"none"
.
A character string indicating the name of the wavlet
filter as listed in the Details section, above. If the
wt.filter
object is generated from a numeric vector of
wavelet coefficients, wt.name
is "none"
.
A character string indicating whether the resulting
wavelet transform object contains DWT or MODWT coefficients. Possible
values are "dwt"
and "modwt"
.
The notation h
and g
for wavelet and scaling
coefficients, respectively, follows Percival and Walden (2000). In
other texts and articles the reverse notation is often adopted.
Eric Aldrich. ealdrich@gmail.com.
Percival, D. B. and A. T. Walden (2000) Wavelet Methods for Time Series Analysis, Cambridge University Press.
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.