Nothing

```
fd2list <- function(fdobj)
{
# FD2LIST converts a univariate functional data object to a list
# object, mainly for purposes of defining a linear differential
# operator object.
# For example, this code sets up a harmonic acceleration Lfd object
# over the interval [0,365] for the daily weather data.
# Lbasis = create.constant.basis(c(0,365)); # create a constant basis
# Lcoef = matrix(c(0,(2*pi/365)^2,0),1,3) # set up three coefficients
# wfdobj = fd(Lcoef,Lbasis) # define an FD object for weight functions
# wfdlist = fd2list(wfdobj) # convert the FD object to a cell object
# harmaccelLfd = Lfd(3, wfdlist) # define the operator object
# Last modified 26 October 2005
# get the coefficient matrix and the basis
coef <- fdobj$coefs
coefsize <- dim(coef)
nrep <- coefsize[2]
# check whether FDOBJ is univariate
if (length(coefsize) > 2)
stop("FDOBJ is not univariate.")
fdlist <- vector("list",0)
for (i in 1:nrep) fdlist[[i]] <- fdobj[i]
return(fdlist)
}
```

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