#'
#'@title Get predicted population processes from several model runs
#'
#'@description Function to get predicted population processes from
#'several model runs.
#'
#'@param obj - object with results for the models to be compared that can be converted to a list of tcsam2013.resLst objects
#'@param type - population process to retrieve
#'@param verbose - flag (T/F) to print debug info
#'
#'@details Potential values for 'type' are:
#'\itemize{
#' \item {'M_yxm' - natural mortality rates}
#' \item {'R_cz' - size distribution for recruitment}
#' \item {'prM2M_cxz' - probability of molt-to-maturity}
#' \item {'mnZAM_cxz' - mean growth increment}
#' \item {'T_cxzz' - growth transition matrix}
#'}
#'Uses \code{reshape2::melt}.
#'
#'@return dataframe in canonical format.
#'
#'@export
#'
getMDFR.Pop.Processes<-function(obj,
type=c('M_yxm',"R_cz",'prM2M_cxz','mnZAM_cxz','T_cxzz'),
verbose=FALSE){
options(stringsAsFactors=FALSE);
#----------------------------------
#natural mortality rates
#----------------------------------
if (type[1]=="M_yxm"){
dfr<-getMDFR.Pop.NaturalMortality(obj,verbose);
return(dfr);
}
#----------------------------------
#pr(molt-to-maturity|z)
#----------------------------------
if (type[1]=="prM2M_cxz"){
dfr<-getMDFR.Pop.PrM2M(obj,verbose);
return(dfr);
}
#----------------------------------
#mean growth increments
#----------------------------------
if (type[1]=="mnZAM_cxz"){
dfr<-getMDFR.Pop.MeanGrowth(obj,verbose);
return(dfr);
}
#----------------------------------
#growth transition matrices
#----------------------------------
if (type[1]=="T_cxzz"){
dfr<-getMDFR.Pop.GrowthMatrices(obj,verbose);
return(dfr);
}
#----------------------------------
#recruitment size distribution
#----------------------------------
if (type[1]=="R_cz"){
dfr<-getMDFR.Pop.RecSizeDistribution(obj,verbose);
return(dfr);
}
cat("In getMDFR.PopProcesses()\n");
cat("Type '",type[1],"' not recognized.\n",sep='');
cat("Returning NULL.\n");
return(NULL);
}
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