#' Plot for \link[SemNeT]{bootSemNeT}
#'
#' @description Plots output from \link[SemNeT]{bootSemNeT}
#'
#' @param ... Object(s) from \code{\link[SemNeT]{bootSemNeT}}
#'
#' @param groups Character.
#' Labels for groups in the order they were entered
#' in \code{\link[SemNeT]{bootSemNeT}}
#'
#' @param measures Character.
#' Measures to be plotted
#'
#' @return Returns plots for the specified measures
#'
#' @examples
#' # Simulate Dataset
#' one <- sim.fluency(20)
#' \donttest{
#' # Run partial bootstrap networks
#' one.result <- bootSemNeT(one, prop = .50, iter = 1000,
#' sim = "cosine", cores = 2, type = "node", method = "TMFG")
#' }
#' # Plot
#' plot(one.result, groups = c("One"))
#'
#' @author Alexander Christensen <alexpaulchristensen@gmail.com>
#'
#' @export
#Plot: Partial Bootstrapped Semantic Network Analysis----
plot.bootSemNeT <- function (..., groups = NULL, measures = c("ASPL","CC","Q"))
{
#Obtain ... in a list
input <- list(...)
#Check for 'partboot' object
if(all(unlist(lapply(input, class)) != "bootSemNeT"))
{stop("Object input into 'bootSemNeT.obj' is not a 'bootSemNeT' object")}
#Number of input
len <- length(input)
#Get names of networks
name <- unique(gsub("Net", "", gsub("Summ","",gsub("Meas","",names(input[[1]])))))
#Remove proportion and iter
name <- na.omit(gsub("type",NA,gsub("iter",NA,gsub("prop",NA,name))))
attr(name, "na.action") <- NULL
#Missing arguments
if(missing(measures))
{measures <- c("ASPL","CC","Q")
}else{measures <- match.arg(measures,several.ok=TRUE)}
#Plots
plot <- list()
if("ASPL" %in% measures)
{plot$aspl <- org.plot(input = input, len = len, name = name,
groups = groups, netmeas = "ASPL")}
if("CC" %in% measures)
{plot$cc <- org.plot(input = input, len = len, name = name,
groups = groups, netmeas = "CC")}
if("Q" %in% measures)
{plot$q <- org.plot(input = input, len = len, name = name,
groups = groups, netmeas = "Q")}
return(plot)
}
#----
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