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rcModelPLMr <- function(y){
if (!is.matrix(y))
stop("argument should be matrix")
PsiCode <- 0
PsiK <- 1.345
.Call("R_plmr_model",y,PsiCode,PsiK,PACKAGE="preprocessCore")
}
rcModelPLMrr <- function(y){
if (!is.matrix(y))
stop("argument should be matrix")
PsiCode <- 0
PsiK <- 1.345
.Call("R_plmrr_model",y,PsiCode,PsiK,PACKAGE="preprocessCore")
}
rcModelPLMrc <- function(y){
if (!is.matrix(y))
stop("argument should be matrix")
PsiCode <- 0
PsiK <- 1.345
.Call("R_plmrc_model",y,PsiCode,PsiK,PACKAGE="preprocessCore")
}
rcModelWPLMr <- function(y, w){
if (!is.matrix(y))
stop("argument should be matrix")
if (is.vector(w)){
if (length(w) != prod(dim(y))){
stop("weights are not correct length")
}
} else if (is.matrix(w)){
if (!all(dim(w) == dim(y))){
stop("weights should be same dimension as input matrix")
}
}
if (any(w < 0)){
stop("weights should be non negative")
}
PsiCode <- 0
PsiK <- 1.345
.Call("R_wplmr_model",y,PsiCode,PsiK,as.double(w),PACKAGE="preprocessCore")
}
rcModelWPLMrr <- function(y, w){
if (!is.matrix(y))
stop("argument should be matrix")
if (is.vector(w)){
if (length(w) != prod(dim(y))){
stop("weights are not correct length")
}
} else if (is.matrix(w)){
if (!all(dim(w) == dim(y))){
stop("weights should be same dimension as input matrix")
}
}
if (any(w < 0)){
stop("weights should be non negative")
}
PsiCode <- 0
PsiK <- 1.345
.Call("R_wplmrr_model",y,PsiCode,PsiK,as.double(w),PACKAGE="preprocessCore")
}
rcModelWPLMrc <- function(y, w){
if (!is.matrix(y))
stop("argument should be matrix")
if (is.vector(w)){
if (length(w) != prod(dim(y))){
stop("weights are not correct length")
}
} else if (is.matrix(w)){
if (!all(dim(w) == dim(y))){
stop("weights should be same dimension as input matrix")
}
}
if (any(w < 0)){
stop("weights should be non negative")
}
PsiCode <- 0
PsiK <- 1.345
.Call("R_wplmrc_model",y,PsiCode,PsiK,as.double(w),PACKAGE="preprocessCore")
}
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