print.trollsim.R

#' @import methods
NULL

#' Print a summary
#'
#' `print()` prints a summary of TROLL simulation or stack of simulations
#' outputs.
#'
#' @param x trollsim or trollstack.
#' @param object trollsim  or trollstack.
#' @param ... unused argument.
#'
#' @return Print or show in console.
#'
#' @seealso [troll()], [stack()], [trollsim()], [trollstack()]
#'
#' @examples
#'
#' data("TROLLv3_output")
#' print(TROLLv3_output)
#'
#' @name print.trollsim
NULL

#' @export
#' @rdname print.trollsim
setMethod("print", "trollsim", function(x, ...) {
  # tidyverse
  iter <- NULL
  cat("Object of class :", class(x)[1], "\n")
  cat("Name :", x@name, "\n")
  cat("Path :", x@path, "\n")
  cat("In memory :", x@mem, "\n")
  if (inherits(x, "trollstack")) {
    cat(
      "Number of simulations :",
      length(unique(x@inputs$global$simulation)), "\n"
    )
  }
  cat("Extended :", as.logical(x@parameters["_OUTPUT_extended"]), "\n")
  cat("From data :", nrow(filter(x@forest, iter == 0)) > 0, "\n")
  cat("Lidar simulation :", length(x@las) > 0, "\n")
  cat("Random :", !as.logical(x@parameters["_NONRANDOM"]), "\n\n")
  cat(
    "2D discrete network: horizontal step = ",
    x@parameters["NV"], "m, one tree per 1 m^2 \n"
  )
  cat(
    "Number of sites      : ", x@parameters["cols"],
    "x", x@parameters["rows"], "\n"
  )
  cat("Number of iterations : ", x@parameters["nbiter"], "\n")
  cat(
    "Duration of timestep : ",
    1 / x@parameters["iterperyear"] * 365, "days \n"
  )
  cat(
    "Number of Species    : ",
    length(unique(x@inputs$species$s_name)), "\n\n"
  )
})

#' @export
#' @rdname print.trollsim
setMethod("show", "trollsim", function(object) {
  print(object)
})

#' @export
#' @rdname print.trollsim
setMethod("summary", "trollsim", function(object, ...) {
  print(object)
})