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#' @details
#' This package carries out probabilistic forecast reconciliation via score
#' optimisation using the method described by \insertCite{wp;textual}{ProbReco}. Given incoherent (base) probabilistic forecasts formed over a
#' training data set, the function \code{\link[ProbReco]{scoreopt}} finds linear
#' reconciliation weights that optimise total
#' score \insertCite{scores}{ProbReco} over the training
#' data. Currently the energy score and variogram score are implemented. The
#' optimisation is carried out using the Adaptive Moments (Adam) variant
#' of Stochastic Gradient Descent developed
#' by \insertCite{adam;textual}{ProbReco}. Tuning parameters for this
#' optimisation can be
#' set using \code{\link[ProbReco]{scoreopt.control}}. The gradients are found
#' using the automatic differentiation libraries of the Stan
#' project \insertCite{stan}{ProbReco}.
#'
#' A version of the function that allows for simpler inputs is provided
#' by \code{\link[ProbReco]{inscoreopt}}. Rather than using arguments that are
#' lists of realisations and lists of
#' functions, a matrix of data and a matrix of (point) predictions are the main
#' arguments. This function is less general
#' than \code{\link[ProbReco]{scoreopt}} in two ways. First, there are only a
#' limited range of options for producing base forecasts (either from Gaussian
#' distributions or bootstrapping). Second, the scores are evaluated
#' using in-sample predictions rather than genuine forecasts.
#' @keywords internal
#' @references
#' \insertAllCited{}
"_PACKAGE"
#> [1] "_PACKAGE"
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