A B C D E F G I L M N P R S T U V W X Y
| absdiff | ERGM-style covariate helpers for ame() / lame() |
| ab_plot | Visualize sender and receiver random effects |
| ab_plot.ame_als | Additive-effects plot for an ame_als fit |
| addhealthc3 | AddHealth community 3 data |
| addhealthc9 | AddHealth community 9 data |
| als_dynamic_beta | Penalised ALS time-varying coefficient estimate |
| als_start_vals | Convert an ALS fit to MCMC starting values |
| ame | AME model fitting routine |
| ame_als | Fast (MCMC-free) AME estimation for a cross-sectional network |
| ame_als_bootstrap | Bootstrap uncertainty for the fast AME estimator |
| ame_als_refit | Refit a fast AME model with a warm start |
| ame_memory_settings | Display memory usage information for AME models |
| ame_memory_usage | Calculate memory usage of AME model components |
| ame_options | AME model fitting options |
| ame_parallel | Run AME model with multiple parallel chains |
| array_to_list | Convert array to list. |
| as_draws | Generic dispatcher for posterior::as_draws on lame fits |
| as_draws.ame | Convert an AME / LAME fit to a posterior draws object |
| as_draws.ame_als | Convert an AME / LAME fit to a posterior draws object |
| as_draws.lame | Convert an AME / LAME fit to a posterior draws object |
| as_lame_y | Convert a graph object to a lame-ready adjacency matrix |
| autoplot.ame | Ribbon plot of time-varying coefficients (or coefplot for static fits) |
| autoplot.ame_als | autoplot method for ALS fits |
| autoplot.lame | Ribbon plot of time-varying coefficients (or coefplot for static fits) |
| autoplot.lame_als | autoplot method for ALS fits |
| boot_ame | Bootstrap uncertainty for the fast AME estimator |
| boot_ame-no-fitted | fitted/residuals are not defined for a bootstrap object |
| check_format | Validate input data format for lame function |
| coef.als_dynamic_beta | Extract beta path from a penalised-ALS object |
| coef.ame | Extract model coefficients from AME model |
| coef.ame_als | Extract coefficients from a fast AME fit |
| coef.boot_ame | Point estimates from a fast AME bootstrap |
| coef.lame | Extract model coefficients from AME model |
| coldwar | Cold War data |
| combine_ame_chains | Combine multiple AME chains |
| compact_ame | Optimize AME model output for memory efficiency |
| compute_mcmc_diagnostics | Compute MCMC convergence diagnostics for multiple chains |
| compute_XtX_Xty_bip_cpp | Compute X'X and X'y for bipartite covariate regression |
| comtrade | Comtrade data |
| confint.ame | Bayesian credible intervals for AME model parameters |
| confint.ame_als | Confidence intervals for a fast AME fit |
| confint.boot_ame | Confidence intervals from a fast AME bootstrap |
| confint.lame | Bayesian credible intervals for AME model parameters |
| design_array_listwisedel | Computes the design socioarray of covariate values |
| detect_change_point | Detect potential change points in a dynamic_beta posterior path |
| dutchcollege | Dutch college data |
| dynamic_beta_prior_summary | Summarise the implied prior on a time-varying coefficient path |
| el2sm | Edgelist to sociomatrix |
| evaluate_heldout | Held-out predictive evaluation for an ame / lame fit |
| fitted.ame | Extract fitted values from AME model |
| fitted.ame_als | Extract fitted values from a fast AME fit |
| fitted.boot_ame | fitted/residuals are not defined for a bootstrap object |
| fitted.lame | Extract fitted values from LAME model |
| forecast_pit | Probability-integral-transform calibration check for h-step forecasts |
| formula.ame | formula() is not defined for an ame() / lame() fit |
| formula.lame | formula() is not defined for an ame() / lame() fit |
| get_design_rep | Create design array for replicate data |
| get_EZ_dynamic_beta_cpp | Compute EZ when beta is time-varying |
| get_fit_object | Get fitted object from MCMC results |
| get_start_vals | Get fitted object from MCMC results |
| glance | S3 generic for 'glance' |
| glance.ame | Glance method for fitted 'ame' / 'lame' objects |
| glance.ame_als | Glance method for fitted 'ame_als' / 'lame_als' objects |
| glance.lame | Glance method for fitted 'ame' / 'lame' objects |
| glance.lame_als | Glance method for fitted 'ame_als' / 'lame_als' objects |
| gof | Compute GOF statistics from saved posterior samples |
| gof_plot | Visualize goodness-of-fit statistics for AME and LAME models |
| gof_plot.ame_als | Goodness-of-fit check for an ame_als fit |
| gof_stats | Goodness of fit statistics |
| gof_stats_bipartite | Goodness of fit statistics for bipartite networks |
| gof_stats_unipartite | Goodness of fit statistics for unipartite networks |
| gof_temporal | Posterior-predictive temporal-trend test |
| init_dynamic_ab_cpp | Initialize dynamic additive effects with AR(1) structure |
| init_dynamic_positions | Initialize dynamic latent positions with AR(1) structure |
| IR90s | International relations in the 90s |
| lame | AME model fitting routine for longitudinal relational data |
| lame_als | Fast (MCMC-free) AME estimation for a longitudinal network |
| lame_multi | Multi-panel lame() with shared coefficients |
| lame_parallel | Run LAME (longitudinal AME) with multiple parallel chains |
| lame_resume | Resume a 'lame()' MCMC run from a checkpoint |
| lame_snap_als | Fast approximate dynamic snap-shift AME estimator |
| latent_positions | Extract latent positions as a tidy data frame |
| latent_positions.ame | Extract latent positions as a tidy data frame |
| latent_positions.ame_als | Extract latent positions as a tidy data frame |
| latent_positions.lame | Extract latent positions as a tidy data frame |
| lazegalaw | Lazega's law firm data |
| lfo | Exact rolling-origin leave-future-out cross-validation |
| list_to_array | Convert list to array |
| logLik.ame | Log-likelihood is not directly exposed for ame() / lame() fits |
| logLik.ame_als | Log-likelihood is not defined for a fast AME fit |
| logLik.lame | Log-likelihood is not directly exposed for ame() / lame() fits |
| loo | Generic dispatcher for loo / waic on ame / lame fits |
| loo.ame | Approximate leave-one-out cross-validation for AME / LAME fits |
| loo.ame_als | Approximate leave-one-out cross-validation for AME / LAME fits |
| loo.lame | Approximate leave-one-out cross-validation for AME / LAME fits |
| mhalf | Symmetric square root of a matrix |
| nobs.ame | Number of observed dyads in an AME / LAME fit |
| nobs.ame_als | Number of observed dyads in an ame_als fit |
| nobs.lame | Number of observed dyads in an AME / LAME fit |
| nodefactor | ERGM-style covariate helpers for ame() / lame() |
| nodematch | ERGM-style covariate helpers for ame() / lame() |
| per_actor_slopes | Post-MCMC per-actor time-varying slopes |
| plot.ame | Simple diagnostic plot for AME model fit |
| plot.ame_als | Plot the convergence of a fast AME fit |
| plot.lame | Plot diagnostics for a LAME model fit |
| posterior_options | Options for saving posterior samples during MCMC |
| posterior_quantiles | Extract posterior quantiles for model components |
| predict.ame | Predict method for AME models |
| predict.ame_als | Predictions from a fast AME fit |
| predict.lame | Predict method for LAME models |
| prediction_draws_long | Long-format draws of the linear predictor for marginaleffects-style use |
| print.als_dynamic_beta | Print method for penalised ALS time-varying beta |
| print.ame | Print method for AME model objects |
| print.ame.sim | Print methods for AME and LAME simulation objects |
| print.ame_als | Print an ame_als object |
| print.boot_ame | Print bootstrap results for a fast AME fit |
| print.gof_temporal | Print method for gof_temporal output |
| print.lame | Print method for LAME objects |
| print.lame.sim | Print methods for AME and LAME simulation objects |
| print.lame_multi | Print method for lame_multi |
| print.lfo_lame | Print method for lfo() results |
| print.per_actor_slopes | Print method for per_actor_slopes |
| print.summary.ame | Print method for summary.ame objects |
| print.summary.ame_als | Print a fast AME summary |
| print.summary.boot_ame | Summarize bootstrap results for a fast AME fit |
| print.summary.lame | Print method for summary.lame objects |
| prior_summary | Print the priors used by an AME / LAME / ame_als fit |
| prior_summary.ame | Print the priors used by an AME / LAME / ame_als fit |
| prior_summary.ame_als | Print the priors used by an AME / LAME / ame_als fit |
| prior_summary.default | Print the priors used by an AME / LAME / ame_als fit |
| prior_summary.lame | Print the priors used by an AME / LAME / ame_als fit |
| procrustes_align | Procrustes alignment of latent positions across time |
| rbeta_ab_bip_gibbs_cpp | Full bipartite Gibbs update for beta, a, b |
| read_log_lik | Read the per-iteration log-lik matrix back from on-disk chunks |
| reconstruct_EZ | Reconstruct EZ and UVPM matrices from AME model output |
| reconstruct_UVPM | Reconstruct EZ and UVPM matrices from AME model output |
| residuals.ame | Extract residuals from AME model |
| residuals.ame_als | Residuals from a fast AME fit |
| residuals.boot_ame | fitted/residuals are not defined for a bootstrap object |
| residuals.lame | Extract residuals from LAME model |
| rhat_dynamic_beta | Multivariate split-R-hat for dynamic_beta coefficient paths |
| rmvnorm | Simulation from a multivariate normal distribution |
| rSab_fc | Gibbs update for additive effects covariance |
| rUV_dynamic_bip_fc_cpp | Bipartite dynamic UV Gibbs update |
| rUV_dynamic_fc | Gibbs sampling of dynamic U and V with AR(1) evolution |
| rUV_dynamic_fc_cpp | Update dynamic latent positions using AR(1) process |
| rUV_dynamic_snap_fc | Gibbs sampling of dynamic U and V with snap-shift dynamics |
| rUV_dynamic_snap_fc_cpp | Update dynamic latent positions with snap-shift model selection |
| rUV_dynamic_t_fc | Gibbs sampling of dynamic U and V with heavy-tailed (Student-t) innovations |
| rUV_dynamic_t_fc_cpp | Update dynamic latent positions with heavy-tailed (Student-t) AR(1) innovations |
| rUV_sym_fc | Gibbs sampling of U and V |
| rZ_bin_bip_batch_cpp | Batch binary Z sampling across all time periods (bipartite, rho=0) |
| rZ_nrm_batch_cpp | Batch normal Z sampling across all time periods |
| rZ_nrm_fc | Simulate missing values in a normal AME model |
| rZ_pois_fc | Gibbs update for latent variable in a Poisson AME model |
| sampler_describe | Describe the estimator behind a fitted object |
| sampler_describe.ame | Describe the estimator behind a fitted object |
| sampler_describe.ame_als | Describe the estimator behind a fitted object |
| sampler_describe.boot_ame | Describe the estimator behind a fitted object |
| sampler_describe.lame | Describe the estimator behind a fitted object |
| sample_beta_dynamic_cpp | Sample the dynamic-block beta path via FFBS |
| sample_beta_static_cpp | Sample the static-block beta conditional on the dynamic path |
| sample_dynamic_ab_cpp | Sample dynamic additive effects with AR(1) evolution |
| sample_rho_ab_cpp | Sample AR(1) parameter for dynamic additive effects |
| sample_rho_beta_cpp | Sample the AR(1) rho for each dynamic block |
| sample_rho_uv | Sample AR(1) parameter for dynamic latent factors |
| sample_sigma_ab_cpp | Sample innovation variance for dynamic additive effects |
| sample_sigma_beta_cpp | Sample the AR(1) innovation sigma for each dynamic block |
| sample_sigma_uv | Sample innovation variance for dynamic latent factors |
| sampsonmonks | Sampson's monastery data |
| sheep | Sheep dominance data |
| simulate.ame | Simulate networks from a fitted AME model |
| simulate.ame_als | Simulate networks from a fitted ame_als model |
| simulate.lame | Simulate longitudinal networks from a fitted LAME model |
| simulate_posterior | Simulate posterior distributions from fitted AME model |
| simY_pois | Simulate a Poisson relational matrix |
| snap_category_summary | Summarize snap indices by actor category |
| snap_index_draws | Extract posterior draws of snap indices |
| snap_index_summary | Summarize posterior snap indices |
| snap_rank_summary | Summarize posterior rank uncertainty for snap years |
| summary.ame | Summary of an AME object |
| summary.ame.sim | Summary method for AME simulations |
| summary.ame_als | Summarize an ame_als object |
| summary.boot_ame | Summarize bootstrap results for a fast AME fit |
| summary.lame | Summary of a LAME object |
| summary.lame.sim | Summary method for LAME simulations |
| tidy | S3 generic for 'tidy' |
| tidy.ame | Tidy method for fitted 'ame' / 'lame' objects |
| tidy.ame_als | Tidy method for fitted 'ame_als' / 'lame_als' objects |
| tidy.boot_ame | Tidy method for a standalone bootstrap object ('boot_ame') |
| tidy.lame | Tidy method for fitted 'ame' / 'lame' objects |
| tidy.lame_als | Tidy method for fitted 'ame_als' / 'lame_als' objects |
| trace_plot | MCMC trace plots and density plots for AME/LAME model parameters |
| update.ame | Update an AME / LAME fit |
| update.ame_als | Update an 'ame_als' / 'lame_als' fit |
| update.lame | Update an AME / LAME fit |
| update.lame_als | Update an 'ame_als' / 'lame_als' fit |
| uv_plot | Visualize multiplicative effects (latent factors) from AME models |
| vcov.ame | Posterior covariance of AME model coefficients |
| vcov.ame_als | Sandwich covariance for the regression coefficients of a fast AME fit |
| vcov.boot_ame | Bootstrap covariance of the regression coefficients |
| vcov.lame | Posterior covariance of AME model coefficients |
| vignette_data | TIES sanctions data for vignettes |
| waic | Generic dispatcher for loo / waic on ame / lame fits |
| waic.ame | WAIC for AME / LAME fits |
| waic.ame_als | WAIC for AME / LAME fits |
| waic.lame | WAIC for AME / LAME fits |
| Xbeta | Linear combinations of submatrices of an array |
| Xbeta_bip_cpp | Compute Xbeta product for bipartite networks |
| Xcol | Column covariates |
| Xdyad | Dyadic covariates |
| Xrow | Row covariates |
| Y | Relational matrix |
| YX_bin | binary relational data and covariates |
| YX_bin_list | Synthetic longitudinal binary relational data, list-form (latent-scale) |
| YX_bin_long | synthetic longitudinal binary relational data (latent-scale) |
| YX_cbin | Censored binary nomination data and covariates |
| YX_frn | Fixed rank nomination data and covariates |
| YX_nrm | normal relational data and covariates |
| YX_ord | ordinal relational data and covariates |