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# .convertH5Filtering <- function(h5requestFiltering, x)
# {
# if (length(h5requestFiltering) > 0)
# {
# if (!is.list(h5requestFiltering[[1]])){
# if (!any(c("simOptions", "antaresDataTable") %in% class(x)))
# {
# h5requestFiltering <- rep(list(h5requestFiltering), length(x))
# }else{
# h5requestFiltering <- list(h5requestFiltering)
# }
# }else{
# if (inherits(x, "list")){
# if (length(h5requestFiltering) != length(x)){
# h5requestFiltering <- h5requestFiltering[1:length(x) %% length(h5requestFiltering) + 1]
# }
# }
# }
# }else{
# if (!any(c("simOptions", "antaresDataTable") %in% class(x)))
# {
# h5requestFiltering <- replicate(length(x), list())
# }else{
# h5requestFiltering <- replicate(1, list())
# }
# }
# h5requestFiltering
# }
# .getTableInH5 <- function(fid, timeStep){
# dataExist <- NULL
# if (rhdf5::H5Lexists(fid, paste0(timeStep, "/areas")))
# {
# dataExist <- c(dataExist, "areas")
# }
# if (rhdf5::H5Lexists(fid, paste0(timeStep, "/links")))
# {
# dataExist <- c(dataExist, "links")
# }
# if (rhdf5::H5Lexists(fid, paste0(timeStep, "/clusters")))
# {
# dataExist <- c(dataExist, "clusters")
# }
# if (rhdf5::H5Lexists(fid, paste0(timeStep, "/districts")))
# {
# dataExist <- c(dataExist, "districts")
# }
# dataExist
# }
# .getVariablesH5 <- function(fid, timeStep, tables){
# sapply(tables, function(X){
# struct <- .getstructure(fid, paste0(timeStep, "/", X, "/mcInd/", "/structure"))$variable
# if ("timeId" %in% struct){
# struct <- struct[struct != "timeId"]
# }
# struct
# }, simplify = FALSE)
# }
# .getClustersNames <- function(fid, timeStep){
# unique(unlist(lapply(strsplit(.getstructure(fid, paste0(timeStep, "/clusters/mcInd/structure"))$cluster, "/"), function(X)X[1])))
# }
# .getElements <- function(opts, tables, fid, timeStep){
# elements <- list()
# if ("areas" %in% tables) elements$areas <- opts$areaList
# if ("links" %in% tables) elements$links <- opts$linkList
# if ("districts" %in% tables) elements$districts <- opts$districtList
# if ("clusters" %in% tables){
# elements$clusters <- .getClustersNames(fid, timeStep)
# }
# elements
# }
#
# .getDateRange <- function(opts, timeStep){
# tim <- .timeIdToDate(sort(
# unique(
# antaresRead::.h5ReadAntares(opts$h5path, timeStep = timeStep, select = "timeId",
# areas = opts$areaList[1], mcYears = opts$mcYears[1], perf = FALSE)$timeId)
# ), timeStep = timeStep, opts = opts)
# dt <- as.Date(range(tim))
# dt
# }
#
#
# .getGraphFunction <- function(type){
# switch(type,
# "ts" = .plotTS,
# "barplot" = .barplot,
# "monotone" = .plotMonotone,
# "density" = .density,
# "cdf" = .cdf,
# "heatmap" = .heatmap,
# stop("Invalid type")
# )
# }
# .getTimeStep <- function(fid){
# timeSteps <- sapply(c("hourly", "daily", "weekly", "monthly", "annual"), function(X){
# rhdf5::H5Lexists(fid, X)
# })
# names(timeSteps[which(timeSteps == TRUE)])
# }
.compareOperation <- function(a, opType){
if (length(a) == 1) return(unlist(unique(a)))
if (opType == "union") return(Reduce(union, a))
if (opType == "intersect") return(Reduce(intersect, a))
}
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