#' metGeneratoR package
#'
#' The metGeneratoR package disaggregates daily NetCDF data to subdaily data.
#' This can be hourly, 3hourly, 6hourly, etc.
#' If needed it converts data to the proper output unit.
#'
#' @docType package
#' @keywords internal
#' @import Rcpp
#' @importFrom Rcpp evalCpp
#' @useDynLib metGeneratoR
#' @name metGeneratoR
#' @examples
#'
#' ## Set the latlonbox
#' mgsetLonlatbox(c(92.25, 110.25, 7.25, 36.25))
#'
#' ## Set the period to run
#' mgsetPeriod(startdate = "1950-1-1", enddate = "1950-1-31")
#'
#' ## Set the output timesteps in hours
#' mgsetInDt(24) # 24 hourly input
#' mgsetOutDt(6) # 6 hourly output
#'
#' ## Set the input variables
#' mgsetInVars(list(
#' pr = list(ncname = "pr", filename = metGen$internal$ncFileNamePr),
#' tasmin = list(ncname = "tasmin", filename = metGen$internal$ncFileNameTasmin),
#' tasmax = list(ncname = "tasmax", filename = metGen$internal$ncFileNameTasmax),
#' wind = list(ncname = "sfcWind", filename = metGen$internal$ncFileNameWind),
#' swdown = list(ncname = "rsds", filename = metGen$internal$ncFileNameswdown),
#' lwdown = list(ncname = "rlds", filename = metGen$internal$ncFileNamelwdown),
#' relhum = list(ncname = "hurs", filename = metGen$internal$ncFileNameRelhum),
#' psurf = list(ncname = "ps", filename = metGen$internal$ncFileNamePs)
#' ))
#'
#' ## Set the output variables
#' mgsetOutVars(c("tas", "pr", "wind", "vp", "psurf", "swdown", "lwdown"))
#'
#' ## Set the output filename(s) structure and path(s)
#' mgsetOutName("output/<VAR>/<VAR>_<SYEAR><SMONTH><SDAY>_<EYEAR><EMONTH><EDAY>.nc", message = TRUE)
#'
#' ## Run the metGeneratoR based on the settings above
#' metGenRun()
mgsetInit()
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