Can anyone see anything wrong with my script? kuenm_feval is stuck on 6% for hours, I'm not sure if it's stuck or just running slowly. Either way it's a bit frustrating and I can't afford to spend too long waiting it out. 17 Final models were produced. Additionally, the summary of results also does not work.
nayaur_occ_kuenm.csvnayaur_ind.csvnayaur_train.csvnayaur_test.csvnayaur_joint.csv
. Set the working directory --------------------------------------------
# Variables with information to be used as arguments.
occ_joint <- "nayaur_joint.csv"
occ_tra <- "nayaur_train.csv"
M_var_dir <- "M_variables"
batch_cal <- "Candidate_Models"
out_dir <- "Candidate_models"
reg_mult <- c(seq(0.1, 1, 0.1), seq(2, 15, 1))
f_clas <- "all"
args <- "togglelayertype=t" # e.g., "maximumbackground=20000" for increasing the number of pixels in the background or
# note that some arguments are fixed in the function and should not be changed
maxent_path <- wd
wait <- TRUE
run <- TRUE
#Model creation
kuenm_cal(occ.joint = occ_joint, occ.tra = occ_tra, M.var.dir = M_var_dir, batch = batch_cal,
out.dir = out_dir, reg.mult = reg_mult, f.clas = f_clas, args = args,
maxent.path = maxent_path, wait = wait, run = run)
}
Evaluation and selection of best models
{
occ_test <- "nayaur_test.csv"
out_eval <- "Calibration_results"
threshold <- 5
rand_percent <- 50
iterations <- 500
kept <- TRUE
selection <- "OR_AICc"
paral_proc <- TRUE # make this true to perform pROC calculations in parallel, recommended
# only if a powerful computer is used (see function's help)
# Note, some of the variables used here as arguments were already created for previous function
cal_eval <- kuenm_ceval(path = out_dir, occ.joint = occ_joint, occ.tra = occ_tra, occ.test = occ_test,
batch = batch_cal, out.eval = out_eval, threshold = threshold,
rand.percent = rand_percent, iterations = iterations, kept = kept,
selection = selection, parallel.proc = paral_proc)
}
}
Final model creation
{
batch_fin <- "Final_Models"
mod_dir <- "Final_models"
rep_n <- 10
rep_type <- "Bootstrap"
jackknife <- TRUE
G_var_dir <- "G_variables"
out_format <- "logistic"
project <- FALSE
ext_type <- "ext"
write_mess <- FALSE
write_clamp <- FALSE
wait1 <- TRUE
run1 <- TRUE
args <- "togglelayertype=t" # e.g., "maximumbackground=20000" for increasing the number of pixels in the background or
"outputgrids=false" which avoids writing grids of replicated models and only writes the
summary of them (e.g., average, median, etc.) when rep.n > 1
note that some arguments are fixed in the function and should not be changed
Again, some of the variables used here as arguments were already created for previous functions
It looks to me that your coordinates are in a projected coordinate system. To my knowledge Maxent needs coordinates to be in WGS84 (non-projected) format.
Can anyone see anything wrong with my script? kuenm_feval is stuck on 6% for hours, I'm not sure if it's stuck or just running slowly. Either way it's a bit frustrating and I can't afford to spend too long waiting it out. 17 Final models were produced. Additionally, the summary of results also does not work. nayaur_occ_kuenm.csv nayaur_ind.csv nayaur_train.csv nayaur_test.csv nayaur_joint.csv
. Set the working directory --------------------------------------------
wd <- "/Users/apple/Downloads/kuenm/nayaur" setwd(wd) get(wd)
1. Packages & libraries -------------------------------------------------
packages <- c("devtools", "kuenm", "NCmisc")
installed_packages <- packages %in% rownames(installed.packages()) if (any(installed_packages == FALSE)) {install.packages(packages[!installed_packages])} sapply(packages, require, character.only = TRUE)
If error with installing and loading kuenm:
if(!require(kuenm)){devtools::install_github("marlonecobos/kuenm")} library(kuenm)
2. Import data --------------------------------------------
nayaur_occurrence <- read.csv(file = "nayaur_occ_kuenm.csv")
3. Run maxent via kuenm --------------------------------------------
subset occ data
kuenm_occsplit(nayaur_occurrence, train.proportion = 0.75, method = "random", save = TRUE, name = "nayaur")
Workflow Recording
{
Preparing variables to be used in arguments
file_name <- "nayaur_enm_process" kuenm_start(file.name = file_name) }
Calibration of models
{
Creation of candidate models
{
}
Evaluation and selection of best models
{
} }
Final model creation
{
batch_fin <- "Final_Models" mod_dir <- "Final_models" rep_n <- 10 rep_type <- "Bootstrap" jackknife <- TRUE G_var_dir <- "G_variables" out_format <- "logistic" project <- FALSE ext_type <- "ext" write_mess <- FALSE write_clamp <- FALSE wait1 <- TRUE run1 <- TRUE args <- "togglelayertype=t" # e.g., "maximumbackground=20000" for increasing the number of pixels in the background or
"outputgrids=false" which avoids writing grids of replicated models and only writes the
summary of them (e.g., average, median, etc.) when rep.n > 1
note that some arguments are fixed in the function and should not be changed
Again, some of the variables used here as arguments were already created for previous functions
kuenm_mod(occ.joint = occ_joint, M.var.dir = M_var_dir, out.eval = out_eval, batch = batch_fin, rep.n = rep_n, rep.type = rep_type, jackknife = jackknife, out.dir = mod_dir, out.format = out_format, project = project, G.var.dir = G_var_dir, ext.type = ext_type, write.mess = write_mess, write.clamp = write_clamp, maxent.path = maxent_path, args = args, wait = wait1, run = run1) }
Final model evaluation
{help(kuenm_feval)
occ_ind <- "nayaur_ind.csv" replicates <- TRUE out_feval <- "Final_models_evaluation"
Most of the variables used here as arguments were already created for previous functions
fin_eval <- kuenm_feval(path = mod_dir, occ.joint = occ_joint, occ.ind = occ_ind, replicates = replicates, out.eval = out_feval, threshold = threshold, rand.percent = rand_percent, iterations = iterations, parallel.proc = paral_proc) }
Summary of results ***NOT WORKING
{ spname <- "nayaur" modstats <- "Final_model_stats" moddir <- "Final_models"
help("kuenm_modstats")
kuenm_modstats(sp.name = spname, fmod.dir = moddir, format = "asc", project = FALSE, statistics = c("med", "min", "max", "range"), replicated = TRUE, out.dir = modstats) }