# Generated by roxygen2: do not edit by hand

S3method(accum_div_phylo,abundances)
S3method(accum_div_phylo,numeric)
S3method(accum_ent_phylo,abundances)
S3method(accum_ent_phylo,numeric)
S3method(accum_hill,abundances)
S3method(accum_hill,numeric)
S3method(accum_tsallis,abundances)
S3method(accum_tsallis,numeric)
S3method(as.double,species_distribution)
S3method(as.matrix,species_distribution)
S3method(as.numeric,species_distribution)
S3method(as_abundances,character)
S3method(as_abundances,data.frame)
S3method(as_abundances,factor)
S3method(as_abundances,matrix)
S3method(as_abundances,numeric)
S3method(as_abundances,wmppp)
S3method(as_probabilities,character)
S3method(as_probabilities,data.frame)
S3method(as_probabilities,factor)
S3method(as_probabilities,matrix)
S3method(as_probabilities,numeric)
S3method(as_probabilities,wmppp)
S3method(as_species_distribution,character)
S3method(as_species_distribution,data.frame)
S3method(as_species_distribution,factor)
S3method(as_species_distribution,matrix)
S3method(as_species_distribution,numeric)
S3method(as_species_distribution,wmppp)
S3method(autoplot,accum_sp)
S3method(autoplot,accumulation)
S3method(autoplot,profile)
S3method(autoplot,species_distribution)
S3method(autoplot,wmppp)
S3method(coverage,abundances)
S3method(coverage,numeric)
S3method(coverage_to_size,abundances)
S3method(coverage_to_size,numeric)
S3method(div_gen_simpson,numeric)
S3method(div_gen_simpson,species_distribution)
S3method(div_hill,numeric)
S3method(div_hill,species_distribution)
S3method(div_hurlbert,numeric)
S3method(div_hurlbert,species_distribution)
S3method(div_pd,numeric)
S3method(div_pd,species_distribution)
S3method(div_phylo,numeric)
S3method(div_phylo,species_distribution)
S3method(div_richness,numeric)
S3method(div_richness,species_distribution)
S3method(div_similarity,numeric)
S3method(div_similarity,species_distribution)
S3method(ent_allen,numeric)
S3method(ent_allen,species_distribution)
S3method(ent_gen_simpson,numeric)
S3method(ent_gen_simpson,species_distribution)
S3method(ent_hurlbert,numeric)
S3method(ent_hurlbert,species_distribution)
S3method(ent_phylo,numeric)
S3method(ent_phylo,species_distribution)
S3method(ent_rao,numeric)
S3method(ent_rao,species_distribution)
S3method(ent_shannon,numeric)
S3method(ent_shannon,species_distribution)
S3method(ent_similarity,numeric)
S3method(ent_similarity,species_distribution)
S3method(ent_simpson,numeric)
S3method(ent_simpson,species_distribution)
S3method(ent_tsallis,numeric)
S3method(ent_tsallis,species_distribution)
S3method(fit_rac,numeric)
S3method(fit_rac,species_distribution)
S3method(metacommunity,abundances)
S3method(metacommunity,matrix)
S3method(plot,accum_sp)
S3method(plot,phylo_divent)
S3method(plot,species_distribution)
S3method(probabilities,abundances)
S3method(probabilities,numeric)
S3method(profile_hill,numeric)
S3method(profile_hill,species_distribution)
S3method(profile_phylo,numeric)
S3method(profile_phylo,species_distribution)
S3method(profile_similarity,numeric)
S3method(profile_similarity,species_distribution)
export(abd_freq_count)
export(abd_species)
export(abd_sum)
export(abundances)
export(accum_div_phylo)
export(accum_ent_phylo)
export(accum_hill)
export(accum_mixing)
export(accum_sp_hill)
export(accum_sp_tsallis)
export(accum_tsallis)
export(alphahull)
export(as_abundances)
export(as_phylo_divent)
export(as_probabilities)
export(as_species_distribution)
export(autoplot)
export(check_divent_args)
export(coverage)
export(coverage_to_size)
export(div_gen_simpson)
export(div_hill)
export(div_hurlbert)
export(div_part)
export(div_pd)
export(div_phylo)
export(div_richness)
export(div_similarity)
export(e_n_q)
export(ent_allen)
export(ent_gen_simpson)
export(ent_hurlbert)
export(ent_phylo)
export(ent_rao)
export(ent_shannon)
export(ent_similarity)
export(ent_simpson)
export(ent_sp_simpson)
export(ent_sp_simpsonEnvelope)
export(ent_tsallis)
export(exp_q)
export(fit_rac)
export(fun_ordinariness)
export(fun_similarity)
export(is_abundances)
export(is_phylo_divent)
export(is_probabilities)
export(is_species_distribution)
export(ln_q)
export(metacommunity)
export(plot_map)
export(prob_species)
export(probabilities)
export(profile_hill)
export(profile_phylo)
export(profile_similarity)
export(rcommunity)
export(rlseries)
export(rspcommunity)
export(species_distribution)
importFrom(Rcpp,sourceCpp)
importFrom(RcppParallel,RcppParallelLibs)
importFrom(Rdpack,reprompt)
importFrom(ggplot2,autoplot)
importFrom(rlang,.data)
useDynLib(divent, .registration = TRUE)
