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#' @import nlmixr2data
#' @import nlmixr2plot
#' @importFrom stats predict logLik na.fail pchisq approxfun cov cov2cor dlnorm median na.omit qchisq qnorm
#' @noRd
.genHardReExport <- function(fun) { # nocov start
message("Writing hard reexport: ", fun)
.args <- deparse(eval(str2lang(paste0("args(", fun, ")"))))
if (fun == "nlmixr2est::nlmixr2") {
.args <- gsub("data *=*[^,]*,", "data = NULL,", .args)
}
.args <- .args[-length(.args)]
.formalArgs <- as.character(eval(str2lang(paste0("formalArgs(", fun, ")"))))
.w <- which(.formalArgs == "...")
.formalArgs <- paste0(.formalArgs, "=", .formalArgs)
.has3 <- FALSE
if (length(.w) > 0) {
.formalArgs[.w] <- "..."
.has3 <- TRUE
}
.formalArgs <- paste(.formalArgs, collapse=", ")
.newFun <- strsplit(fun, "::")[[1]][2]
.has3text <- NULL
if (.has3) {
.has3text <- paste0("#' @param ... Additional arguments passed to [", fun, "()].")
}
ret <-
paste(
c(paste("#' @inherit", fun),
.has3text,
"#' @export",
trimws(
deparse(str2lang(paste0(
c(paste0(.newFun, " <- ", paste0(.args, collapse="\n"), " {"),
paste0(fun, "(", .formalArgs, ")"),
"}"
),
collapse="\n"
))),
which = "right"
)
),
collapse="\n"
)
ret <- gsub(x = ret, pattern = "{", replacement = "{ # nocov start", fixed = TRUE)
ret <- gsub(x = ret, pattern = "}", replacement = "} # nocov end", fixed = TRUE)
ret
} # nocov end
.genSoftReExport <- function(fun, alias=NULL) { # nocov start
message("Writing soft reexport: ", fun)
.newFun <- strsplit(fun, "::")[[1]]
.pkg <- .newFun[1]
.fun <- .newFun[2]
if (is.na(.fun)) return("")
.aliasText <- NULL
if (!is.null(alias)) {
.aliasText <- paste0("#' @rdname ", .fun)
}
paste(
c(paste("#' @importFrom", .pkg, .fun),
.aliasText,
"#' @export",
fun
),
collapse="\n"
)
} # nocov end
.genReexports <- function(soft=c("rxode2::rxode2",
"rxode2::rxode",
"rxode2::RxODE",
"rxode2::rxDerived",
"magrittr::`%>%`",
"rxode2::ini",
"rxode2::model",
"rxode2::lotri",
"rxode2::expit",
"rxode2::probit",
"rxode2::probitInv",
"rxode2::logit",
"rxode2::rxSolve",
"rxode2::rxClean",
"rxode2::rxCat",
"rxode2::rxSetPipingAuto",
"rxode2::eventTable",
"rxode2::add.dosing",
"rxode2::add.sampling",
"rxode2::rxSetSeed",
"rxode2::rxFun",
"nlmixr2est::nlmixr2AllEst",
"nlmixr2est::pdDiag",
"nlmixr2est::pdSymm",
"nlmixr2est::pdLogChol",
"nlmixr2est::pdIdent",
"nlmixr2est::pdCompSymm",
"nlmixr2est::pdBlocked",
"nlmixr2est::pdNatural",
"nlmixr2est::pdConstruct",
"nlmixr2est::pdFactor",
"nlmixr2est::pdMat",
"nlmixr2est::pdMatrix",
"nlmixr2est::reStruct",
"nlmixr2est::varWeights",
"nlmixr2est::varPower",
"nlmixr2est::varFixed",
"nlmixr2est::varFunc",
"nlmixr2est::varExp",
"nlmixr2est::varConstPower",
"nlmixr2est::varIdent",
"nlmixr2est::varComb",
"nlmixr2est::groupedData",
"nlmixr2est::getData",
"rxode2::`model<-`",
"rxode2::`ini<-`",
"rxode2::etExpand",
"rxode2::et",
"rxode2::rxParams",
"rxode2::rxParam",
"rxode2::geom_cens",
"rxode2::geom_amt",
"rxode2::stat_cens",
"rxode2::stat_amt",
"rxode2::rxControl",
"nlmixr2est::nlme",
"nlmixr2est::ACF",
"nlmixr2est::VarCorr",
"nlmixr2est::getVarCov",
"nlmixr2est::augPred",
"nlmixr2est::fixef",
"nlmixr2est::fixed.effects",
"nlmixr2est::ranef",
"nlmixr2est::random.effects",
"nlmixr2est::.nlmixrNlmeFun",
"nlmixr2est::nlmixr2NlmeControl",
"nlmixr2est::nlmixr",
"lotri::lotri"
),
hard=c("nlmixr2plot::traceplot",
"nlmixr2est::vpcSim",
"nlmixr2plot::vpcPlot",
"nlmixr2plot::vpcPlotTad",
"nlmixr2plot::vpcCens",
"nlmixr2plot::vpcCensTad",
"nlmixr2est::saemControl",
"nlmixr2est::foceiControl",
"nlmixr2est::nlmeControl",
"nlmixr2est::tableControl",
"nlmixr2est::bobyqaControl",
"nlmixr2est::lbfgsb3cControl",
"nlmixr2est::n1qn1Control",
"nlmixr2est::newuoaControl",
"nlmixr2est::nlmControl",
"nlmixr2est::nlminbControl",
"nlmixr2est::nlsControl",
"nlmixr2est::optimControl",
"nlmixr2est::uobyqaControl",
"nlmixr2est::addCwres",
"nlmixr2est::addNpde",
"nlmixr2est::addTable",
"nlmixr2est::setOfv",
"nlmixr2extra::profileFixed",
"nlmixr2extra::profileFixedSingle",
"nlmixr2extra::profileLlp",
"nlmixr2extra::preconditionFit",
"nlmixr2extra::bootstrapFit",
"nlmixr2extra::bootplot")
) { # nocov start
writeLines(c("# Generated from .genReexports()\n",
paste(vapply(soft, .genSoftReExport, character(1), USE.NAMES=FALSE),
collapse="\n\n")),
devtools::package_file("R/reexports.R"))
writeLines(c("# Generated from .genReexports()\n",
paste(vapply(hard, .genHardReExport, character(1), USE.NAMES=FALSE),
collapse="\n\n")),
devtools::package_file("R/hardReexports.R"))
""
} # nocov end
#' @inherit nlmixr2est::nlmixr2
#' @param ... Additional arguments passed to [nlmixr2est::nlmixr2()].
#' @eval .genReexports()
#' @export
nlmixr2 <- function(object, data, est = NULL, control = list(),
table = tableControl(), ..., save = NULL, envir = parent.frame()) {
.hasColor <- crayon::has_color()
.objectName <- try(as.character(substitute(object)), silent=TRUE)
if (inherits(.objectName, "try-error")) .objectName <- "x"
nlmixr2est::.nlmixr2objectNameAssign(.objectName)
if (missing(data)) {
nlmixr2est::nlmixr2(object = object)
} else {
nlmixr2est::nlmixr2(object = object, data = data, est = est,
control = control, table = table, ..., save = save, envir = envir)
}
}
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