https://github.com/cran/fda
Tip revision: 877347f65135b34c238ac4f27de992aa38d15347 authored by J. O. Ramsay on 03 November 2009, 00:00:00 UTC
version 2.4.0
version 2.4.0
Tip revision: 877347f
NAMESPACE
#exportPattern("^[^\\.]")
## Quick and dirty: {just to confirm that it is sufficient}
export(AmpPhaseDecomp,
argvalsy.swap,
plus.fd, minus.fd, times.fd,
as.array3,
as.fd,
as.POSIXct1970,
axisIntervals, axesIntervals,
bifd,
bifdPar,
boxplot.fd, boxplot.fdPar, boxplot.fdSmooth,
bsplinepen,
bsplineS,
cca.fd,
center.fd,
checkDim3, checkDims3,
checkLogical, checkNumeric, checkLogicalInteger,
constraintCheck, lmWinsor1, lmWinsor2,
cor.fd,
CRAN,
create.bspline.basis, create.bspline.irregular,
create.constant.basis,
create.exponential.basis,
create.fourier.basis,
create.monomial.basis,
create.polygonal.basis,
create.polynomial.basis,
create.power.basis,
CSTR2in, CSTR2, CSTRfitLS, CSTRfn, CSTRres, CSTRsse,
cycleplot.fd,
Data2fd,
density.fd,
deriv.fd,
df2lambda,
dirs,
Eigen,
eigen.pda,
eval.basis,
eval.bifd,
eval.fd,
eval.monfd,
eval.penalty,
eval.posfd,
evaldiag.bifd,
expon,
exponentiate.fd,
exponpen,
fd, fbplot,
fd2list,
fdaMatlabPath,
fdlabels,
fdPar,
file.copy2,
fourier,
fourierpen,
Fperm.fd,
fRegress,
fRegress.CV,
fRegress.numeric,
fRegress.stderr,
Fstat.fd,
geigen,
getbasismatrix,
getbasispenalty,
getbasisrange,
inprod,
inprod.bspline,
int2Lfd,
intensity.fd,
is.basis,
is.fd,
is.fdPar,
is.fdSmooth,
is.Lfd,
knots.fd, knots.fdSmooth, knots.basisfd,
lambda2df,
lambda2gcv,
landmarkreg,
Lfd,
lines.fdSmooth,
linmod,
lmeWinsor,
lmWinsor,
matplot, matplot.default,
mean.fd,
monfn,
monomial,
monomialpen,
norder, norder.bspline,
objAndNames,
odesolv,
pca.fd,
pda.fd,
pda.overlay,
phaseplanePlot,
plot.cca.fd,
plot.fd,
plot.pca.fd,
plotbeta,
plotfit.fd, plotfit.fdSmooth,
plotreg.fd,
plotscores,
polyg,
polygpen,
powerbasis,
powerpen,
ppBspline,
project.basis,
quadset,
readHMD,
register.fd,
register.fd0,
register.newfd,
sd.fd, std.fd, stdev.fd, stddev.fd,
smooth.basis,
smooth.basisPar,
smooth.bibasis,
smooth.fd,
smooth.fdPar,
smooth.monotone,
smooth.morph,
smooth.pos,
svd2,
symsolve,
"[.fd",
TaylorSpline,
tperm.fd,
var.fd,
varmx,
varmx.cca.fd,
varmx.pca.fd,
vec2Lfd,
wtcheck,
zerofind )
#importFrom(base, mean, coefficients)
importFrom(graphics, boxplot)
#import(DierckxSpline)
#import(zoo)
import(Matrix)
#import(graphics)
#import(rpart)
S3method("==", basisfd)
S3method('+', fd)
S3method('-', fd)
S3method('*', fd)
S3method('*', basisfd)
S3method('[', fd)
S3method('^', fd)
S3method(as.fd, fdSmooth)
S3method(as.fd, dierckx)
S3method(as.fd, 'function')
S3method(as.fd, smooth.spline)
S3method(boxplot, fd)
S3method(boxplot, fdPar)
S3method(boxplot, fdSmooth)
S3method(coef, fd)
S3method(coef, fdPar)
S3method(coef, fdSmooth)
S3method(coef, Taylor)
S3method(coefficients, fd)
S3method(coefficients, fdPar)
S3method(coefficients, fdSmooth)
S3method(coefficients, Taylor)
S3method(density, fd)
S3method(deriv, fd)
S3method(df.residual, fRegress)
S3method(fitted, fdSmooth)
S3method(fitted, monfd)
S3method(fitted, posfd)
S3method(fRegress, formula)
S3method(fRegress, character)
S3method(fRegress, fd)
S3method(fRegress, fdPar)
S3method(fRegress, numeric)
S3method(knots, basisfd)
S3method(knots, fd)
S3method(knots, fdSmooth)
S3method(lines, fd)
S3method(lines, fdSmooth)
S3method(matplot, Date)
S3method(matplot, default)
S3method(matplot, POSIXct)
S3method(matplot, numeric)
S3method(mean, fd)
S3method(norder, default)
S3method(norder, fd)
S3method(norder, basisfd)
S3method(plot, basisfd)
S3method(plot, fd)
S3method(plot, fdPar)
S3method(plot, fdSmooth)
S3method(plot, Lfd)
S3method(plot, lmWinsor)
S3method(plot, pda.fd)
S3method(predict, fRegress)
S3method(predict, lmeWinsor)
S3method(predict, lmWinsor)
S3method(predict, basisfd)
S3method(predict, fd)
S3method(predict, fdPar)
S3method(predict, fdSmooth)
S3method(predict, monfd)
S3method(predict, posfd)
S3method(residuals, posfd)
S3method(residuals, fdSmooth)
S3method(residuals, monfd)
S3method(residuals, fRegress)
S3method(sqrt, fd)
S3method(sum, fd)
S3method(summary, basisfd)
S3method(summary, bifd)
S3method(summary, fd)
S3method(summary, fdPar)
S3method(summary, Lfd)
S3method(TaylorSpline, fd)
S3method(TaylorSpline, fdPar)
S3method(TaylorSpline, fdSmooth)
S3method(TaylorSpline, dierckx)