{ "_id": "6a27c10424555f66ed53d321", "Package": "wavethresh", "Type": "Package", "Title": "Wavelets Statistics and Transforms", "Version": "4.7.3", "Date": "2024-08-19", "Authors@R": "c(person(\"Guy\", \"Nason\", role=c(\"aut\", \"cre\"),\nemail=\"g.nason@imperial.ac.uk\"),\nperson(\"Stuart\", \"Barber\", role=\"ctb\", email=\"s.barber@leeds.ac.uk\"),\nperson(\"Tim\", \"Downie\", role=\"ctb\", email=\"tim.downie@bht-berlin.de\"),\nperson(\"Piotr\", \"Frylewicz\", role=\"ctb\", email=\"p.fryzlewicz@lse.ac.uk\"),\nperson(\"Arne\", \"Kovac\", role=\"ctb\", email=\"A.Kovac@bristol.ac.uk\"),\nperson(\"Todd\", \"Ogden\", role=\"ctb\", email=\"todd.ogden@columbia.edu\"),\nperson(\"Bernard\", \"Silverman\", role=\"ctb\"))", "Description": "Performs 1, 2 and 3D real and complex-valued wavelet\ntransforms, nondecimated transforms, wavelet packet transforms,\nnondecimated wavelet packet transforms, multiple wavelet\ntransforms, complex-valued wavelet transforms, wavelet\nshrinkage for various kinds of data, locally stationary wavelet\ntime series, nonstationary multiscale transfer function\nmodeling, density estimation.", "License": "GPL (>= 2)", "NeedsCompilation": "yes", "Packaged": { "Date": "2026-06-09 07:17:03 UTC", "User": "root" }, "Author": "Guy Nason [aut, cre], Stuart Barber [ctb], Tim Downie [ctb],\nPiotr Frylewicz [ctb], Arne Kovac [ctb], Todd Ogden [ctb],\nBernard Silverman [ctb]", "Maintainer": "Guy Nason ", "Repository": "https://guynason.r-universe.dev", "Date/Publication": "2024-08-20 02:55:38 UTC", "RemoteUrl": "https://github.com/cran/wavethresh", "RemoteRef": "HEAD", "RemoteSha": "3fa5edea7cf8db11845e9c8b1043df6a35685ecd", "MD5sum": "30eef5f2c9a5412f9d84433e869663d9", "_user": "guynason", "_type": "src", "_file": "wavethresh_4.7.3.tar.gz", "_fileid": "3701e973ac1363e0db5e9fb8540d3bfb774e75f35d1ceffcaffecedbc9ff17b9", "_filesize": 1734029, "_sha256": "3701e973ac1363e0db5e9fb8540d3bfb774e75f35d1ceffcaffecedbc9ff17b9", "_created": 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"topics": [ "AvBasis.wst2D" ] }, { "page": "BabyECG", "title": "Physiological data time series.", "topics": [ "BabyECG" ] }, { "page": "BabySS", "title": "Physiological data time series.", "topics": [ "BabySS" ] }, { "page": "basisplot", "title": "Generic basis plot function", "topics": [ "basisplot" ] }, { "page": "basisplot.BP", "title": "Plot time-frequency plane and basis slots associated with basis object", "topics": [ "basisplot.BP" ] }, { "page": "basisplot.wp", "title": "Function to graphically select a wavelet packet basis", "topics": [ "basisplot.wp" ] }, { "page": "BAYES.THR", "title": "Bayesian wavelet thresholding.", "topics": [ "BAYES.THR" ] }, { "page": "Best1DCols", "title": "Extract the best (one-dimensional) nondecimated WP packets", "topics": [ "Best1DCols" ] }, { "page": "bestm", "title": "Function called by makewpstRO to identify which packets are individually good for correlating with a response", "topics": [ "bestm" ] }, { "page": "BMdiscr", "title": "Subsidiary routine for makewpstDO function", "topics": [ "BMdiscr" ] }, { "page": "c2to4", "title": "Take integer, represent in binary, then think of and return that representation in base 4", "topics": [ "c2to4" ] }, { "page": "CanUseMoreThanOneColor", "title": "Deprecated function", "topics": [ "CanUseMoreThanOneColor" ] }, { "page": "checkmyews", "title": "Check a LSW spectrum through repeated simulation and empirical averages", "topics": [ "checkmyews" ] }, { "page": "Chires5", "title": "Subsid routine for denproj (calcs scaling function coefs without cov)", "topics": [ "Chires5" ] }, { "page": "Chires6", "title": "Subsid routine for denproj (calcs scaling function coefs with cov)", "topics": [ "Chires6" ] }, { "page": "cns", "title": "Create new zeroed spectrum.", "topics": [ "cns" ] }, { "page": "compare.filters", "title": "Compares two filters.", "topics": [ "compare.filters" ] }, { "page": "compgrot", "title": "Compute empirical shift for time ordered non-decimated transforms.", "topics": [ "compgrot" ] }, { "page": "compress", "title": "Compress objects", "topics": [ "compress" ] }, { "page": "compress.default", "title": "Do \"zero\" run-length encoding compression of a vector of numbers.", "topics": [ "compress.default" ] }, { "page": "compress.imwd", "title": "Compress a (thresholded) imwd class object by removing zeroes.", "topics": [ "compress.imwd" ] }, { "page": "conbar", "title": "Performs inverse DWT reconstruction step", "topics": [ "conbar" ] }, { "page": "convert", "title": "Convert one type of wavelet object into another.", "topics": [ "convert" ] }, { "page": "convert.wd", "title": "Convert a non-decimated wd object into a wst object.", "topics": [ "convert.wd" ] }, { "page": "convert.wst", "title": "Convert a non-decimated wst object into a wd object.", "topics": [ "convert.wst" ] }, { "page": "ConvertMessage", "title": "Print out a text message about an object which is from old version of WaveThresh", "topics": [ "ConvertMessage" ] }, { "page": 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empirical scaling function coefficients of a p.d.f.", "topics": [ "denwd" ] }, { "page": "denwr", "title": "Wavelet reconstruction for density estimation.", "topics": [ "denwr" ] }, { "page": "DJ.EX", "title": "Produce Donoho and Johnstone test functions", "topics": [ "DJ.EX" ] }, { "page": "dof", "title": "Compute number of non-zero coefficients in wd object", "topics": [ "dof" ] }, { "page": "doppler", "title": "Evaluate the Donoho and Johnstone Doppler signal.", "topics": [ "doppler" ] }, { "page": "draw", "title": "Draw wavelets or scaling functions.", "topics": [ "draw" ] }, { "page": "draw.default", "title": "Draw picture of a wavelet or scaling function.", "topics": [ "draw.default" ] }, { "page": "draw.imwd", "title": "Draw mother wavelet associated with an imwd object.", "topics": [ "draw.imwd" ] }, { "page": "draw.imwdc", "title": "Draw mother wavelet associated with an imwdc object.", "topics": [ "draw.imwdc" ] }, { "page": "draw.mwd", "title": "Draws a wavelet or scaling function used to compute an `mwd' object", "topics": [ "draw.mwd" ] }, { "page": "draw.wd", "title": "Draw mother wavelet or scaling function associated with wd object.", "topics": [ "draw.wd" ] }, { "page": "draw.wp", "title": "Draw wavelet packet associated with a wp object.", "topics": [ "draw.wp" ] }, { "page": "draw.wst", "title": "Draw mother wavelet or scaling function associated with wst object.", "topics": [ "draw.wst" ] }, { "page": "drawbox", "title": "Draw a shaded coloured box", "topics": [ "drawbox" ] }, { "page": "drawwp.default", "title": "Subsidiary routine that actually computes wavelet packet values", "topics": [ "drawwp.default" ] }, { "page": "ewspec", "title": "Compute evolutionary wavelet spectrum estimate.", "topics": [ "ewspec" ] }, { "page": "example.1", "title": "Compute and return piecewise polynomial coordinates.", "topics": [ "example.1" ] }, { "page": "filter.select", "title": "Provide wavelet filter coefficients.", "topics": [ "filter.select" ] }, { "page": "find.parameters", "title": "Find estimates of prior parameters", "topics": [ "find.parameters" ] }, { "page": "first.last", "title": "Build a first/last database for wavelet transforms.", "topics": [ "first.last" ] }, { "page": "first.last.dh", "title": "Build special first/last database for some wavelet density functions", "topics": [ "first.last.dh" ] }, { "page": "firstdot", "title": "Return the location of the first period character within a character string (for a vector of strings of arbitrary length).", "topics": [ "firstdot" ] }, { "page": "FullWaveletCV", "title": "Perform whole wavelet cross-validation in C code", "topics": [ "FullWaveletCV" ] }, { "page": "GenW", "title": "Generate (inverse) discrete wavelet transform matrix.", "topics": [ "GenW" ] }, { "page": "getarrvec", "title": "Compute and return weaving permutation for conversion from wst objects to wd class objects.", "topics": [ "getarrvec" ] }, { "page": "getpacket", "title": "Get a packet of coefficients from a wavelet object", "topics": [ "getpacket" ] }, { "page": "getpacket.wp", "title": "Get packet of coefficients from a wavelet packet object (wp).", "topics": [ "getpacket.wp" ] }, { "page": "getpacket.wpst", "title": "Get packet of coefficients from a non-decimated wavelet packet object (wpst).", "topics": [ "getpacket.wpst" ] }, { "page": "getpacket.wst", "title": "Get packet of coefficients from a packet ordered non-decimated wavelet object (wst).", "topics": [ "getpacket.wst" ] }, { "page": "getpacket.wst2D", "title": "Get packet of coefficients from a two-dimensional non-decimated wavelet object (wst2D).", "topics": [ "getpacket.wst2D" ] }, { "page": "GetRSSWST", "title": "Computes estimate of error for function estimate.", "topics": [ "GetRSSWST" ] }, { "page": "griddata", "title": "Data interpolated to a grid objects.", "topics": [ "griddata objects" ] }, { "page": "guyrot", "title": "Cyclically rotate elements of a vector", "topics": [ "guyrot" ] }, { "page": "HaarConcat", "title": "Generate a concatenated Haar MA process", "topics": [ "HaarConcat" ] }, { "page": "HaarMA", "title": "Generate Haar MA processes.", "topics": [ "HaarMA" ] }, { "page": "image.wd", "title": "Produce image representation of nondecimated wavelet transform", "topics": [ "image.wd" ] }, { "page": "image.wst", "title": "Produce image representation of a wst class object", "topics": [ "image.wst" ] }, { "page": "imwd", "title": "Two-dimensional wavelet transform (decomposition).", "topics": [ "imwd" ] }, { "page": "imwd.object", "title": "Two-dimensional wavelet decomposition objects.", "topics": [ "imwd.object" ] }, { "page": "imwdc.object", "title": "Two-dimensional compressed wavelet decomposition objects.", "topics": [ "imwdc.object" ] }, { "page": "imwr", "title": "Inverse two-dimensional wavelet transform.", "topics": [ "imwr" ] }, { "page": "imwr.imwd", "title": "Inverse two-dimensional discrete wavelet transform.", "topics": [ "imwr.imwd" ] }, { "page": "imwr.imwdc", "title": "Inverse two-dimensional discrete wavelet transform.", "topics": [ "imwr.imwdc" ] }, { "page": "InvBasis", "title": "Generic basis inversion for libraries", "topics": [ "InvBasis" ] }, { "page": "InvBasis.wp", "title": "Invert a wp library representation with a particular basis spec", "topics": [ "InvBasis.wp" ] }, { "page": "InvBasis.wst", "title": "Invert a wst library representation with a basis specification", "topics": [ "InvBasis.wst" ] }, { "page": "ipd", "title": "Inductance plethysmography data.", "topics": [ "ipd" ] }, { "page": "ipndacw", "title": "Compute inner product matrix of discrete non-decimated autocorrelation wavelets.", "topics": [ "ipndacw" ] }, { "page": "irregwd", "title": "Irregular wavelet transform (decomposition).", "topics": [ "irregwd" ] }, { "page": "irregwd.objects", "title": "Irregular wavelet decomposition objects.", "topics": [ "irregwd.objects" ] }, { "page": "IsEarly", "title": "Generic function to detect whether object is from an early version", "topics": [ "IsEarly" ] }, { "page": "IsEarly.default", "title": "Detects whether object is from an earlier version of WaveThresh", "topics": [ "IsEarly.default" ] }, { "page": "IsEarly.wd", "title": "Function to detect whether a wd object is from WaveThresh2 or not", "topics": [ "IsEarly.wd" ] }, { "page": "IsPowerOfTwo", "title": "Decides whether vector elements are integral powers of two (returns NA if not).", "topics": [ "IsPowerOfTwo" ] }, { "page": "l2norm", "title": "Compute L2 distance between two vectors of numbers.", "topics": [ "l2norm" ] }, { "page": "lennon", "title": "John Lennon image.", "topics": [ "lennon" ] }, { "page": "levarr", "title": "Subsidiary routine that generates a particular permutation", "topics": [ "levarr" ] }, { "page": "linfnorm", "title": "Compute L infinity distance between two vectors of numbers.", "topics": [ "linfnorm" ] }, { "page": "LocalSpec", "title": "Compute Nason and Silverman smoothed wavelet periodogram.", "topics": [ "LocalSpec" ] }, { "page": "LocalSpec.wd", "title": "Compute Nason and Silverman raw or smoothed wavelet periodogram.", "topics": [ "LocalSpec.wd" ] }, { "page": "LocalSpec.wst", "title": "Obsolete function (use ewspec)", "topics": [ "LocalSpec.wst" ] }, { "page": "logabs", "title": "Take the logarithm of the squares of the argument", "topics": [ "logabs" ] }, { "page": "LSWsim", "title": "Simulate arbitrary locally stationary wavelet process.", "topics": [ "LSWsim" ] }, { "page": "lt.to.name", "title": "Convert desired level and orientation into code used by imwd", "topics": [ "lt.to.name" ] }, { "page": "madmad", "title": "Compute square of median absolute deviation (mad) function.", "topics": [ "madmad" ] }, { "page": "make.dwwt", "title": "Compute diagonal of the matrix WWT", "topics": [ "make.dwwt" ] }, { "page": "makegrid", "title": "Interpolate data to a grid.", "topics": [ "makegrid" ] }, { "page": "makewpstDO", "title": "Help page for a function", "topics": [ "makewpstDO" ] }, { "page": "makewpstRO", "title": "Make a wavelet packet regression object from a dependent and independent time series variable.", "topics": [ "makewpstRO" ] }, { "page": "MaNoVe", "title": "Make Node Vector (using Coifman-Wickerhauser best-basis type algorithm)", "topics": [ "MaNoVe" ] }, { "page": "MaNoVe.wp", "title": "Make Node Vector (using Coifman-Wickerhauser best-basis type algorithm) on wavelet packet object", "topics": [ "MaNoVe.wp" ] }, { "page": "MaNoVe.wst", "title": "Make Node Vector (using Coifman-Wickerhauser best-basis type algorithm) on nondecimated wavelet transform object", "topics": [ "MaNoVe.wst" ] }, { "page": "mfilter.select", "title": "Provide filter coefficients for multiple wavelets.", "topics": [ "mfilter.select" ] }, { "page": "mfirst.last", "title": "Build a first/last database for multiple wavelet transforms.", "topics": [ "mfirst.last" ] }, { "page": "modernise", "title": "Generic function to upgrade a V2 WaveThresh object to V4", "topics": [ "modernise" ] }, { "page": "modernise.wd", "title": "Modernise a wd class object", "topics": [ "modernise.wd" ] }, { "page": "mpostfilter", "title": "Multiwavelet postfilter", "topics": [ "mpostfilter" ] }, { "page": "mprefilter", "title": "Multiwavelet prefilter", "topics": [ "mprefilter" ] }, { "page": "mwd", "title": "Discrete multiple wavelet transform (decomposition).", "topics": [ "mwd" ] }, { "page": "mwd.object", "title": "Multiple wavelet decomposition object (1D)", "topics": [ "mwd.object" ] }, { "page": "mwr", "title": "Multiple discrete wavelet transform (reconstruction).", "topics": [ "mwr" ] }, { "page": "newsure", "title": "Version of sure that acts as subsidiary for threshold.irregwd", "topics": [ "newsure" ] }, { "page": "nlevelsWT", "title": "Returns number of scale (resolution) levels.", "topics": [ "nlevelsWT" ] }, { "page": "nlevelsWT.default", "title": "Returns number of levels associated with an object", "topics": [ "nlevelsWT.default" ] }, { "page": "nullevels", "title": "Set whole resolution levels of coefficients equal to zero.", "topics": [ "nullevels" ] }, { "page": "nullevels.imwd", "title": "Sets whole resolution levels of coefficients equal to zero in a imwd object.", "topics": [ "nullevels.imwd" ] }, { "page": "nullevels.wd", "title": "Sets whole resolution levels of coefficients equal to zero in a wd object.", "topics": [ "nullevels.wd" ] }, { "page": "nullevels.wst", "title": "Sets whole resolution levels of coefficients equal to zero in a wst object.", "topics": [ "nullevels.wst" ] }, { "page": "numtonv", "title": "Convert an index number into a node vector object.", "topics": [ "numtonv" ] }, { "page": "nv.object", "title": "Node vector objects.", "topics": [ "nv.object" ] }, { "page": "plot.imwd", "title": "Draw a picture of the 2D wavelet coefficients using image", "topics": [ "plot.imwd", "plot.imwdc" ] }, { "page": "plot.irregwd", "title": "Plot variance factors of wavelet transform coefficients for irregularly spaced wavelet transform object", "topics": [ "plot.irregwd" ] }, { "page": "plot.mwd", "title": "Use plot on an mwd object.", "topics": [ "plot.mwd" ] }, { "page": "plot.nvwp", "title": "Depict wavelet packet basis specfication", "topics": [ "plot.nvwp" ] }, { "page": "plot.wd", "title": "Plot wavelet transform coefficients.", "topics": [ "plot.wd" ] }, { "page": "plot.wp", "title": "Plot wavelet packet transform coefficients", "topics": [ "plot.wp" ] }, { "page": "plot.wst", "title": "Plot packet-ordered non-decimated wavelet transform coefficients.", "topics": [ "plot.wst" ] }, { "page": "plot.wst2D", "title": "Plot packet-ordered 2D non-decimated wavelet coefficients.", "topics": [ "plot.wst2D" ] }, { "page": "plotdenwd", "title": "Plot the wavelet coefficients of a p.d.f.", "topics": [ "plotdenwd" ] }, { "page": "plotpkt", "title": "Sets up a high level plot ready to show the time-frequency plane and wavelet packet basis slots", "topics": [ "plotpkt" ] }, { "page": "print.BP", "title": "Print top best basis information for BP class object", "topics": [ "print.BP" ] }, { "page": "print.imwd", "title": "Print out information about an imwd object in readable form.", "topics": [ "print.imwd" ] }, { "page": "print.imwdc", "title": "Print out information about an imwdc object in readable form.", "topics": [ "print.imwdc" ] }, { "page": "print.mwd", "title": "Use print() on a mwd object.", "topics": [ "print.mwd" ] }, { "page": "print.nv", "title": "Print a node vector object, also used by several other functions to obtain packet list information", "topics": [ "print.nv" ] }, { "page": "print.nvwp", "title": "Print a wavelet packet node vector object, also used by several other functions to obtain packet list information", "topics": [ "print.nvwp" ] }, { "page": "print.w2d", "title": "Print method for printing w2d class objects", "topics": [ "print.w2d" ] }, { "page": "print.w2m", "title": "Print a w2m class object", "topics": [ "print.w2m" ] }, { "page": "print.wd", "title": "Print out information about an wd object in readable form.", "topics": [ "print.wd" ] }, { "page": "print.wd3D", "title": "Print out information about an wd3D object in a readable form.", "topics": [ "print.wd3D" ] }, { "page": "print.wp", "title": "Print out information about an wd object in readable form.", "topics": [ "print.wp" ] }, { "page": "print.wpst", "title": "Prints out basic information about a wpst class object", "topics": [ "print.wpst" ] }, { "page": "print.wpstCL", "title": "Prints some information about a wpstCL object", "topics": [ "print.wpstCL" ] }, { "page": "print.wpstDO", "title": "Print information about a wpstDO class object", "topics": [ "print.wpstDO" ] }, { "page": "print.wpstRO", "title": "Print a wpstRO class object", "topics": [ "print.wpstRO" ] }, { "page": "print.wst", "title": "Print out information about an wst object in readable form.", "topics": [ "print.wst" ] }, { "page": "print.wst2D", "title": "Print out information about an wst2d object in a readable form.", "topics": [ "print.wst2D" ] }, { "page": "PsiJ", "title": "Compute discrete autocorrelation wavelets.", "topics": [ "PsiJ" ] }, { "page": "PsiJmat", "title": "Compute discrete autocorrelation wavelets but return result in matrix form.", "topics": [ "PsiJmat" ] }, { "page": "Psiname", "title": "Return a PsiJ list object style name.", "topics": [ "Psiname" ] }, { "page": "putC", "title": "Put smoothed data (father wavelet) coefficients into wavelet structure", "topics": [ "putC" ] }, { "page": "putC.mwd", "title": "Put smoothed data into wavelet structure", "topics": [ "putC.mwd" ] }, { "page": "putC.wd", "title": "Puts a whole resolution level of father wavelet coeffients into wd wavelet object.", "topics": [ "putC.wd" ] }, { "page": "putC.wp", "title": "Warning function when trying to insert father wavelet coefficients into wavelet packet object (wp).", "topics": [ "putC.wp" ] }, { "page": "putC.wst", "title": "Puts a whole resolution level of father wavelet coeffients into wst wavelet object.", "topics": [ "putC.wst" ] }, { "page": "putD", "title": "Put mother wavelet coefficients into wavelet structure", "topics": [ "putD" ] }, { "page": "putD.mwd", "title": "Put wavelet coefficients into multiple wavelet structure", "topics": [ "putD.mwd" ] }, { "page": "putD.wd", "title": "Puts a whole resolution level of mother wavelet coeffients into wd wavelet object.", "topics": [ "putD.wd" ] }, { "page": "putD.wd3D", "title": "Put wavelet coefficient array into a 3D wavelet object", "topics": [ "putD.wd3D" ] }, { "page": "putD.wp", "title": "Puts a whole resolution level of wavelet packet coeffients into wp wavelet object.", "topics": [ "putD.wp" ] }, { "page": "putD.wst", "title": "Puts a whole resolution level of mother wavelet coeffients into wst wavelet object.", "topics": [ "putD.wst" ] }, { "page": "putDwd3Dcheck", "title": "Check argument list for putD.wd3D", "topics": [ "putDwd3Dcheck" ] }, { "page": "putpacket", "title": "Insert a packet of coefficients into a wavelet object.", "topics": [ "putpacket" ] }, { "page": "putpacket.wp", "title": "Inserts a packet of coefficients into a wavelet packet object (wp).", "topics": [ "putpacket.wp" ] }, { "page": "putpacket.wst", "title": "Put a packet of coefficients into a packet ordered non-decimated wavelet object (wst).", "topics": [ "putpacket.wst" ] }, { "page": "putpacket.wst2D", "title": "Replace packet of coefficients in a two-dimensional non-decimated wavelet object (wst2D).", "topics": [ "putpacket.wst2D" ] }, { "page": "rcov", "title": "Computes robust estimate of covariance matrix", "topics": [ "rcov" ] }, { "page": "rfft", "title": "Real Fast Fourier transform", "topics": [ "rfft" ] }, { "page": "rfftinv", "title": "Inverse real FFT, inverse of rfft", "topics": [ "rfftinv" ] }, { "page": "rfftwt", "title": "Weight a Fourier series sequence by a set of weights", "topics": [ "rfftwt" ] }, { "page": "rm.det", "title": "Set coarse levels of a wavelets on the interval transform object to zero", "topics": [ "rm.det" ] }, { "page": "rmget", "title": "Search for existing ipndacw matrices.", "topics": [ "rmget" ] }, { "page": "rmname", "title": "Return a ipndacw matrix style name.", "topics": [ "rmname" ] }, { "page": "rotateback", "title": "Cyclically shift a vector one place to the right", "topics": [ "rotateback" ] }, { "page": "rsswav", "title": "Compute mean residual sum of squares for odd prediction of even ordinates and vice versa", "topics": [ "rsswav" ] }, { "page": "ScalingFunction", "title": "Compute scaling functions on internally predefined grid", "topics": [ "ScalingFunction" ] }, { "page": "Shannon.entropy", "title": "Compute Shannon entropy", "topics": [ "Shannon.entropy" ] }, { "page": "simchirp", "title": "Compute and return simulated chirp function.", "topics": [ "simchirp" ] }, { "page": "ssq", "title": "Compute sum of squares difference between two vectors", "topics": [ "ssq" ] }, { "page": "summary.imwd", "title": "Print out some basic information associated with an imwd object", "topics": [ "summary.imwd" ] }, { "page": "summary.imwdc", "title": "Print out some basic information associated with an imwdc object", "topics": [ "summary.imwdc" ] }, { "page": "summary.mwd", "title": "Use summary() on a mwd object.", "topics": [ "summary.mwd" ] }, { "page": "summary.wd", "title": "Print out some basic information associated with a wd object", "topics": [ "summary.wd" ] }, { "page": "summary.wd3D", "title": "Print out some basic information associated with a wd3D object", "topics": [ "summary.wd3D" ] }, { "page": "summary.wp", "title": "Print out some basic information associated with a wp object", "topics": [ "summary.wp" ] }, { "page": "summary.wpst", "title": "Print out some basic information associated with a wpst object", "topics": [ "summary.wpst" ] }, { "page": "summary.wst", "title": "Print out some basic information associated with a wst object", "topics": [ "summary.wst" ] }, { "page": "summary.wst2D", "title": "Print out some basic information associated with a wst2D object", "topics": [ "summary.wst2D" ] }, { "page": "support", "title": "Returns support of compactly supported wavelets.", "topics": [ "support" ] }, { "page": "sure", "title": "Computes the minimum of the SURE thresholding function", "topics": [ "sure" ] }, { "page": "teddy", "title": "Picture of a teddy bear's picnic.", "topics": [ "teddy" ] }, { "page": "test.dataCT", "title": "Test functions for wavelet regression and thresholding", "topics": [ "test.dataCT" ] }, { "page": "threshold", "title": "Threshold coefficients", "topics": [ "threshold" ] }, { "page": "threshold.imwd", "title": "Threshold two-dimensional wavelet decomposition object", "topics": [ "threshold.imwd" ] }, { "page": "threshold.imwdc", "title": "Threshold two-dimensional compressed wavelet decomposition object", "topics": [ "threshold.imwdc" ] }, { "page": "threshold.irregwd", "title": "hold irregularly spaced wavelet decomposition object", "topics": [ "threshold.irregwd" ] }, { "page": "threshold.mwd", "title": "Use threshold on an mwd object.", "topics": [ "threshold.mwd" ] }, { "page": "threshold.wd", "title": "Threshold (DWT) wavelet decomposition object", "topics": [ "threshold.wd" ] }, { "page": "threshold.wd3D", "title": "Threshold 3D DWT object", "topics": [ "threshold.wd3D" ] }, { "page": "threshold.wp", "title": "Threshold wavelet packet decomposition object", "topics": [ "threshold.wp" ] }, { "page": "threshold.wst", "title": "Threshold (NDWT) packet-ordered non-decimated wavelet decomposition object", "topics": [ "threshold.wst" ] }, { "page": "TOgetthrda1", "title": "Subsidiary routines for Ogden and Parzen's wavelet shrinkage methods", "topics": [ "TOgetthrda1", "TOgetthrda2", "TOkolsmi.chi2", "TOonebyone1", "TOonebyone2", "TOshrinkit" ] }, { "page": "TOthreshda1", "title": "Data analytic wavelet thresholding routine", "topics": [ "TOthreshda1" ] }, { "page": "TOthreshda2", "title": "Data analytic wavelet thresholding routine", "topics": [ "TOthreshda2" ] }, { "page": "tpwd", "title": "Tensor product 2D wavelet transform", "topics": [ "tpwd" ] }, { "page": "tpwr", "title": "Inverse tensor product 2D wavelet transform.", "topics": [ "tpwr" ] }, { "page": "uncompress", "title": "Uncompress objects", "topics": [ "uncompress" ] }, { "page": "uncompress.default", "title": "Undo zero run-length encoding for a vector.", "topics": [ "uncompress.default" ] }, { "page": "uncompress.imwdc", "title": "Uncompress an imwdc class object", "topics": [ "uncompress.imwdc" ] }, { "page": "wavegrow", "title": "Interactive graphical tool to grow a wavelet synthesis", "topics": [ "wavegrow" ] }, { "page": "WaveletCV", "title": "Wavelet cross-validation", "topics": [ "WaveletCV" ] }, { "page": "wd", "title": "Wavelet transform (decomposition).", "topics": [ "wd" ] }, { "page": "wd.dh", "title": "Compute specialized wavelet transform for density estimation", "topics": [ "wd.dh" ] }, { "page": "wd.int", "title": "Computes \"wavelets on the interval\" transform", "topics": [ "wd.int" ] }, { "page": "wd.object", "title": "Wavelet decomposition objects", "topics": [ "wd.object" ] }, { "page": "wd3D", "title": "Three-dimensional discrete wavelet transform", "topics": [ "wd3D" ] }, { "page": "wd3D.object", "title": "Three-dimensional wavelet object", "topics": [ "wd3D.object" ] }, { "page": "Whistory", "title": "Obsolete function supposedly detailed history of object", "topics": [ "Whistory" ] }, { "page": "Whistory.wst", "title": "Obsolete function: as Whistory, but for wst objects", "topics": [ "Whistory.wst" ] }, { "page": "wp", "title": "Wavelet packet transform.", "topics": [ "wp" ] }, { "page": "wp.object", "title": "Wavelet Packet decomposition objects.", "topics": [ "wp.object" ] }, { "page": "wpst", "title": "Non-decimated wavelet packet transform.", "topics": [ "wpst" ] }, { "page": "wpst2discr", "title": "Reshape/reformat packet coefficients into a multivariate data set", "topics": [ "wpst2discr" ] }, { "page": "wpst2m", "title": "Converts a nondecimated wavelet packet object to a (large) matrix with packets stored as columns", "topics": [ "wpst2m" ] }, { "page": "wpstCLASS", "title": "Predict values using new time series values via a non-decimated wavelet packet discrimination object.", "topics": [ "wpstCLASS" ] }, { "page": "wpstREGR", "title": "Construct data frame using new time series using information from a previously constructed wpstRO object", "topics": [ "wpstREGR" ] }, { "page": "wr", "title": "Wavelet reconstruction (inverse DWT).", "topics": [ "wr" ] }, { "page": "wr.int", "title": "Computes inverse \"wavelets on the interval\" transform.", "topics": [ "wr.int" ] }, { "page": "wr.mwd", "title": "Multiple wavelet reconstruction for mwd objects", "topics": [ "wr.mwd" ] }, { "page": "wr.wd", "title": "Wavelet reconstruction for wd class objects (inverse discrete wavelet transform).", "topics": [ "wr.wd" ] }, { "page": "wr3D", "title": "Inverse DWT for 3D DWT object.", "topics": [ "wr3D" ] }, { "page": "wst", "title": "Packet-ordered non-decimated wavelet transform.", "topics": [ "wst" ] }, { "page": "wst.object", "title": "(Packet ordered) Nondecimated wavelet transform decomposition objects.", "topics": [ "wst.object" ] }, { "page": "wst2D", "title": "(Packet-ordered) 2D non-decimated wavelet transform.", "topics": [ "wst2D" ] }, { "page": "wst2D.object", "title": "(Packet ordered) Two-dimensional nondecimated wavelet transform decomposition objects.", "topics": [ "wst2D.object" ] }, { "page": "wstCV", "title": "Performs two-fold cross-validation estimation using packet-ordered non-decimated wavelet transforms and one, global, threshold.", "topics": [ "wstCV" ] }, { "page": "wstCVl", "title": "Performs two-fold cross-validation estimation using packet-ordered non-decimated wavelet transforms and a (vector) level-dependent threshold.", "topics": [ "wstCVl" ] }, { "page": "WTEnv", "title": "Environment that exists to store intermediate calculations for re-use within the same R session.", "topics": [ "WTEnv" ] }, { "page": "wvcvlrss", "title": "Computes estimate of error for function estimate.", "topics": [ "wvcvlrss" ] }, { "page": "wvmoments", "title": "Compute moments of wavelets or scaling function", "topics": [ "wvmoments" ] }, { "page": "wvrelease", "title": "Prints out the release number of the WaveThresh package", "topics": [ "wvrelease" ] } ], "_rundeps": [ "MASS" ], "_score": 6.347603265110193, "_indexed": true, "_nocasepkg": "wavethresh", "_universes": [ "guynason" ], "_binaries": [ { "r": "4.7.0", "os": "linux", "version": "4.7.3", "date": "2026-06-09T07:19:19.000Z", "distro": "noble", "arch": "aarch64", "commit": "3fa5edea7cf8db11845e9c8b1043df6a35685ecd", "fileid": "3bf205020e9a0603a6e47f8008a32664557e37dced29ad579ae75a9a5a2c77e6", "status": "success", "check": "OK", "buildurl": "https://github.com/r-universe/guynason/actions/runs/27190194291" }, { "r": "4.7.0", "os": "linux", "version": "4.7.3", "date": 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