# Generated by roxygen2: do not edit by hand S3method(as.data.frame,density) S3method(as.double,bayesfactor_inclusion) S3method(as.double,bayesfactor_models) S3method(as.double,bayesfactor_parameters) S3method(as.double,bayesfactor_restricted) S3method(as.double,map_estimate) S3method(as.double,p_direction) S3method(as.double,p_map) S3method(as.double,p_rope) S3method(as.double,rope) S3method(as.numeric,bayesfactor_inclusion) S3method(as.numeric,bayesfactor_models) S3method(as.numeric,bayesfactor_parameters) S3method(as.numeric,bayesfactor_restricted) S3method(as.numeric,map_estimate) S3method(as.numeric,p_direction) S3method(as.numeric,p_map) S3method(as.numeric,p_rope) S3method(bayesfactor_inclusion,BFBayesFactor) S3method(bayesfactor_inclusion,bayesfactor_models) S3method(bayesfactor_models,BFBayesFactor) S3method(bayesfactor_models,brmsfit) S3method(bayesfactor_models,default) S3method(bayesfactor_models,stanreg) S3method(bayesfactor_parameters,bayesfactor_models) S3method(bayesfactor_parameters,brmsfit) S3method(bayesfactor_parameters,data.frame) S3method(bayesfactor_parameters,emmGrid) S3method(bayesfactor_parameters,numeric) S3method(bayesfactor_parameters,sim) S3method(bayesfactor_parameters,sim.merMod) S3method(bayesfactor_parameters,stanreg) S3method(bayesfactor_restricted,brmsfit) S3method(bayesfactor_restricted,data.frame) S3method(bayesfactor_restricted,emmGrid) S3method(bayesfactor_restricted,stanreg) S3method(check_prior,brmsfit) S3method(check_prior,stanreg) S3method(ci,BFBayesFactor) S3method(ci,MCMCglmm) S3method(ci,brmsfit) S3method(ci,data.frame) S3method(ci,emmGrid) S3method(ci,numeric) S3method(ci,sim) S3method(ci,sim.merMod) S3method(ci,stanreg) S3method(describe_posterior,BFBayesFactor) S3method(describe_posterior,MCMCglmm) S3method(describe_posterior,brmsfit) S3method(describe_posterior,data.frame) S3method(describe_posterior,double) S3method(describe_posterior,emmGrid) S3method(describe_posterior,numeric) S3method(describe_posterior,sim) S3method(describe_posterior,sim.merMod) S3method(describe_posterior,stanreg) S3method(describe_prior,BFBayesFactor) S3method(describe_prior,stanreg) S3method(diagnostic_posterior,BFBayesFactor) S3method(diagnostic_posterior,brmsfit) S3method(diagnostic_posterior,data.frame) S3method(diagnostic_posterior,numeric) S3method(diagnostic_posterior,stanreg) S3method(effective_sample,MCMCglmm) S3method(effective_sample,brmsfit) S3method(effective_sample,stanreg) S3method(equivalence_test,BFBayesFactor) S3method(equivalence_test,brmsfit) S3method(equivalence_test,data.frame) S3method(equivalence_test,default) S3method(equivalence_test,emmGrid) S3method(equivalence_test,numeric) S3method(equivalence_test,sim) S3method(equivalence_test,sim.merMod) S3method(equivalence_test,stanreg) S3method(estimate_density,brmsfit) S3method(estimate_density,data.frame) S3method(estimate_density,emmGrid) S3method(estimate_density,numeric) S3method(estimate_density,stanreg) S3method(eti,BFBayesFactor) S3method(eti,MCMCglmm) S3method(eti,brmsfit) S3method(eti,data.frame) S3method(eti,emmGrid) S3method(eti,numeric) S3method(eti,sim) S3method(eti,sim.merMod) S3method(eti,stanreg) S3method(hdi,BFBayesFactor) S3method(hdi,MCMCglmm) S3method(hdi,brmsfit) S3method(hdi,data.frame) S3method(hdi,emmGrid) S3method(hdi,numeric) S3method(hdi,sim) S3method(hdi,sim.merMod) S3method(hdi,stanreg) S3method(map_estimate,brmsfit) S3method(map_estimate,numeric) S3method(map_estimate,stanreg) S3method(mcse,brmsfit) S3method(mcse,stanreg) S3method(p_direction,BFBayesFactor) S3method(p_direction,MCMCglmm) S3method(p_direction,brmsfit) S3method(p_direction,data.frame) S3method(p_direction,emmGrid) S3method(p_direction,numeric) S3method(p_direction,sim) S3method(p_direction,sim.merMod) S3method(p_direction,stanreg) S3method(p_map,BFBayesFactor) S3method(p_map,brmsfit) S3method(p_map,data.frame) S3method(p_map,emmGrid) S3method(p_map,numeric) S3method(p_map,sim) S3method(p_map,sim.merMod) S3method(p_map,stanreg) S3method(p_rope,BFBayesFactor) S3method(p_rope,brmsfit) S3method(p_rope,data.frame) S3method(p_rope,emmGrid) S3method(p_rope,numeric) S3method(p_rope,stanreg) S3method(plot,bayesfactor_models) S3method(plot,bayesfactor_parameters) S3method(plot,bayestestR_eti) S3method(plot,bayestestR_hdi) S3method(plot,equivalence_test) S3method(plot,estimate_density) S3method(plot,map_estimate) S3method(plot,p_direction) S3method(plot,point_estimate) S3method(plot,rope) S3method(point_estimate,BFBayesFactor) S3method(point_estimate,MCMCglmm) S3method(point_estimate,brmsfit) S3method(point_estimate,data.frame) S3method(point_estimate,emmGrid) S3method(point_estimate,numeric) S3method(point_estimate,sim) S3method(point_estimate,sim.merMod) S3method(point_estimate,stanreg) S3method(print,bayesfactor_inclusion) S3method(print,bayesfactor_models) S3method(print,bayesfactor_parameters) S3method(print,bayesfactor_restricted) S3method(print,bayestestR_ci) S3method(print,bayestestR_eti) S3method(print,bayestestR_hdi) S3method(print,describe_posterior) S3method(print,equivalence_test) S3method(print,map_estimate) S3method(print,p_direction) S3method(print,p_map) S3method(print,p_rope) S3method(print,point_estimate) S3method(print,rope) S3method(rope,BFBayesFactor) S3method(rope,MCMCglmm) S3method(rope,brmsfit) S3method(rope,data.frame) S3method(rope,default) S3method(rope,emmGrid) S3method(rope,numeric) S3method(rope,sim) S3method(rope,sim.merMod) S3method(rope,stanreg) S3method(rope_range,BFBayesFactor) S3method(rope_range,brmsfit) S3method(rope_range,lm) S3method(rope_range,merMod) S3method(rope_range,sim) S3method(rope_range,sim.merMod) S3method(rope_range,stanreg) S3method(sensitivity_to_prior,stanreg) S3method(simulate_prior,brmsfit) S3method(simulate_prior,stanreg) S3method(update,bayesfactor_models) export(area_under_curve) export(auc) export(bayesfactor) export(bayesfactor_inclusion) export(bayesfactor_models) export(bayesfactor_parameters) export(bayesfactor_restricted) export(bayesfactor_savagedickey) export(check_prior) export(ci) export(contr.bayes) export(convert_p_to_pd) export(convert_pd_to_p) export(density_at) export(describe_posterior) export(describe_prior) export(diagnostic_posterior) export(distribution) export(distribution_beta) export(distribution_cauchy) export(distribution_chisquared) export(distribution_custom) export(distribution_gamma) export(distribution_mixture_normal) export(distribution_normal) export(distribution_poisson) export(distribution_student) export(distribution_uniform) export(effective_sample) export(equivalence_test) export(estimate_density) export(eti) export(hdi) export(map_estimate) export(mcse) export(p_direction) export(p_map) export(p_rope) export(p_to_pd) export(pd) export(pd_to_p) export(point_estimate) export(reshape_ci) export(rnorm_perfect) export(rope) export(rope_range) export(sensitivity_to_prior) export(simulate_prior) importFrom(insight,clean_parameters) importFrom(insight,find_algorithm) importFrom(insight,find_formula) importFrom(insight,find_parameters) importFrom(insight,get_parameters) importFrom(insight,get_priors) importFrom(insight,get_response) importFrom(insight,is_model_supported) importFrom(insight,is_multivariate) importFrom(insight,model_info) importFrom(insight,print_color) importFrom(methods,is) importFrom(stats,BIC) importFrom(stats,approx) importFrom(stats,as.formula) importFrom(stats,cor) importFrom(stats,cor.test) importFrom(stats,density) importFrom(stats,getCall) importFrom(stats,integrate) importFrom(stats,mad) importFrom(stats,median) importFrom(stats,na.omit) importFrom(stats,qbeta) importFrom(stats,qcauchy) importFrom(stats,qchisq) importFrom(stats,qgamma) importFrom(stats,qnorm) importFrom(stats,qpois) importFrom(stats,qt) importFrom(stats,quantile) importFrom(stats,qunif) importFrom(stats,rbeta) importFrom(stats,rcauchy) importFrom(stats,rchisq) importFrom(stats,reshape) importFrom(stats,rgamma) importFrom(stats,rnorm) importFrom(stats,rpois) importFrom(stats,rt) importFrom(stats,runif) importFrom(stats,sd) importFrom(stats,setNames) importFrom(stats,splinefun) importFrom(stats,terms) importFrom(stats,terms.formula) importFrom(stats,update) importFrom(utils,capture.output) importFrom(utils,install.packages) importFrom(utils,stack)