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#' Print a summary of an element of a multi-analysis result corresponding to
#' a single species included in the analyses.
#'
#' Provides a summary of the fitted detection probability model
#' parameters, model selection criterion, and optionally abundance in the
#' covered (sampled) region and its standard error. What is printed depends
#' on the corresponding call to summary.
#'
#' @export
#' @method summary ma.species
#' @aliases summary.ma.species
#' @param object a summary of \code{ma} model object
#' @param species optional character value giving the species name, solely for
#' display purposes
#' @param \dots unspecified and unused arguments for S3 consistency
#' @return NULL
#' @author Laura Marshall
#' @seealso \code{\link{summary.ma}}
#' @keywords utility
#' @importFrom stats sd
summary.ma.species <- function (object, species=NULL, ...){
print.tables <- function(object){
cat("\nBootstrap summary statistics:\n")
print(object$summary)
if("N" %in% names(object)){
cat("\nAbundance:\n")
print(object$N)
}
cat("\nDensity:\n")
print(object$D)
}
#Display title line
if(!is.null(species)){
cat("\nBootstrap summary for species : ",species,"\n")
}else{
cat("\nBootstrap summary for individual species in a multi-analysis object\n")
}
#Display ddf summary
cat("\nDetection function model summary\n")
cat("\nModel Selection:\n")
print(object$ddf$convergence)
model.names <- dimnames(object$ddf$convergence)[2][[1]]
criteria <- names(object$ddf[[model.names[1]]])[2]
#cat(paste("\nSummary of ", criteria, " values:\n"), sep = "")
#for(m in seq(along = model.names)){
#cat(paste("\n", model.names[m], ":\n", sep = ""))
#print(summary(object$ddf[[model.names[m]]][[criteria]]))
#}
#cat("\nDetection Function Parameters\n")
cat("\nModel Summaries\n")
for(m in seq(along = model.names)){
cat("\nModel name: ", model.names[m], "\n")
cat("\nDetection function:\n")
#print(model.description(get(model.names[m])))
cat(object$ddf[[model.names[m]]]$model.description)
cat("\n")
selected <- FALSE
if(!is.null(object$ddf[[model.names[m]]]$ds.param)){
cat("\nParameter estimates (dsmodel):\n")
if("matrix" %in% class(object$ddf[[model.names[m]]]$ds.param)){
param.estimates <- apply(object$ddf[[model.names[m]]]$ds.param, 2, mean)
param.se <- apply(object$ddf[[model.names[m]]]$ds.param, 2, sd)
print(array(c(param.estimates, param.se), dim=c(length(param.estimates),2), dimnames=list(dimnames(object$ddf[[model.names[m]]]$ds.param)[[2]], c("Estimate", "se"))))
}else if(class(object$ddf[[model.names[m]]]$ds.param) == "numeric"){
param.estimates <- object$ddf[[model.names[m]]]$ds.param
param.se <- rep(NA, length(object$ddf[[model.names[m]]]$ds.param))
print(array(c(param.estimates, param.se), dim=c(length(param.estimates),2), dimnames=list(names(object$ddf[[model.names[m]]]$ds.param), c("Estimate", "se"))))
}else{
cat("\nModel never selected\n")
selected <- FALSE
}
}
if(!is.null(object$ddf[[model.names[m]]]$mr.param)){
cat("\nParameter estimates (mrmodel):\n")
if("matrix" %in% class(object$ddf[[model.names[m]]]$mr.param)){
param.estimates <- apply(object$ddf[[model.names[m]]]$mr.param, 2, mean)
param.se <- apply(object$ddf[[model.names[m]]]$mr.param, 2, sd)
print(array(c(param.estimates, param.se), dim=c(length(param.estimates),2), dimnames=list(dimnames(object$ddf[[model.names[m]]]$mr.param)[[2]], c("Estimate", "se"))))
}else if(class(object$ddf[[model.names[m]]]$mr.param) == "numeric"){
param.estimates <- object$ddf[[model.names[m]]]$mr.param
param.se <- rep(NA, length(object$ddf[[model.names[m]]]$mr.param))
print(array(c(param.estimates, param.se), dim=c(length(param.estimates),2), dimnames=list(names(object$ddf[[model.names[m]]]$mr.param), c("Estimate", "se"))))
}else{
cat("\nModel never selected\n")
selected <- FALSE
}
}
if(selected){
cat(paste("\nSummary of ", criteria, " values:\n"), sep = "")
print(summary(object$ddf[[model.names[m]]][[criteria]]))
}
}
cat("\nDensity / Abundance Summaries\n")
#Display density (and abundance and expected cluster size tables)
if(is.null(object$clusters)){
cat("\nSummary for individuals\n")
print.tables(object$individuals)
}else{
cat("\nSummary for clusters\n")
print.tables(object$clusters)
cat("\nSummary for individuals\n")
print.tables(object$individuals)
cat("\nExpected cluster size\n\n")
print(object$Expected.S)
}
invisible()
}
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