Nothing
setClass("Outlier", representation(call = "language",
counts = "numeric",
grp = "factor",
wt = "Uvector",
flag = "Uvector",
method = "character",
singularity = "Ulist",
"VIRTUAL")
)
setClass("OutlierMahdist", representation(covobj="Ulist"),
contains="Outlier"
)
setClass("OutlierPCOut", representation(covobj="Ulist"),
contains="Outlier"
)
setClass("OutlierPCDist", representation(covobj="Ulist",
k="numeric"),
contains="Outlier"
)
setClass("OutlierSign1", representation(covobj="Ulist"),
contains="Outlier"
)
setClass("OutlierSign2", representation(covobj="Ulist"),
contains="Outlier"
)
setClass("SPcaGrid", representation(),
contains="PcaGrid")
###################### SIMCA ####################################
setClass("Simca", representation(call = "language",
prior = "vector",
counts = "vector",
pcaobj="Ulist",
k = "Uvector",
flag = "Uvector",
X = "Umatrix",
grp = "factor",
"VIRTUAL"))
setClass("CSimca", contains="Simca")
setClass("RSimca", contains="Simca")
setClass("PredictSimca", representation(classification = "factor",
odsc = "matrix",
sdsc = "matrix",
ct="Utable"))
setClass("SummarySimca", representation(simcaobj = "Simca"))
###################### SosDisc ####################################
setClass("SosDisc", representation(
call = "language",
prior = "vector",
counts = "vector",
beta = "matrix", # Q coefficient vectors of the predictor matrix from optimal scoring
theta = "matrix", # Q coefficient vectors of the dummy matrix for class coding from optimal scoring
lambda = "numeric", # L1 norm penaly parameter
varnames = "character", # vector of names of selected predictor variables
## varIndex = "integer", # We will remove this (use varnames instead)
## origP = "numeric", # We will remove this (get it as ncol(X))
## rss = "numeric", # We will remove this: vector of length Q with weighted residual sum of squares plus L1 penaltyterm (weighted lasso cost) from optimal scoring
## centering and scaling: later we can add parameters center and scale which can be (TRUE or FALSE, any function or vectors with lengthp)
## see Pca
center = "vector", # centering vector of the predictors (coordinate wise median)
scale = "vector", # scaling vector of the predictors (mad)
fit = "Linda", # Linda model (robust LDA model) from the low dimensional subspace
mahadist2="vector", # fixme: These will go later to Linda object: squared robust Mahalanobis distance (calculated with estimates from Linda) to the group center in the low dimensional subspace
wlinda = "vector", # fixme: These will go later to Linda object: weights derived from mahadist2
## wlts = "matrix", # We remove these (not needed): Q weighting vectors from initial sparseLTS estimate
## wrew = "matrix", # We remove these (not needed):Q weighting vectors from reweighting step
X = "Umatrix", # can be missing
grp = "factor",
"VIRTUAL"))
setClass("SummarySosDisc", representation(obj = "SosDisc"))
setClass("SosDiscClassic", contains="SosDisc")
setClass("SosDiscRobust", contains="SosDisc")
##setClass("PredictSosDisc", representation(classification = "factor",
## posterior = "matrix",
## x = "matrix",
## ct="Utable"))
##
setClass("PredictSosDisc", representation(classification = "factor",
w = "vector",
mahadist2="matrix"))
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