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geom to a ggplot", "topics": [ "geom_latent_state" ] }, { "page": "polls_time_weights", "title": "Compute a time period weight tibble", "topics": [ "geom_polls_time_weights", "polls_time_weights", "polls_time_weights.polls_data", "polls_time_weights.stan_polls_data", "polls_time_weights<-", "polls_time_weights<-.polls_data" ] }, { "page": "geom_stan_polls_data", "title": "Visualize a stan_data object", "topics": [ "geom_stan_polls_data" ] }, { "page": "german_elections", "title": "German election data", "topics": [ "german_elections" ] }, { "page": "german_polls", "title": "German polls data", "topics": [ "german_polls", "german_polls_curated" ] }, { "page": "get_adaptation_info", "title": "Get adaptation info", "topics": [ "get_adaptation_info" ] }, { "page": "get_first_poll_as_simplex", "title": "The first poll is the poll with the earliest starting date", "topics": [ "get_first_poll_as_simplex" ] }, { "page": "get_known_state_lookback_windows", "title": "Return known-state lookback 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"get_polls_next_known_state_index", "title": "Get the next known state index", "topics": [ "get_dates_next_known_state_index", "get_polls_next_known_state_index", "get_time_line_next_known_state_index" ] }, { "page": "get_polls_time_points_between_known_states", "title": "Get the number of time points between known state", "topics": [ "get_dates_time_points_between_known_states", "get_polls_time_points_between_known_states", "get_time_line_time_points_between_known_states" ] }, { "page": "get_polls_time_points_since_last_known_state", "title": "Get the number of time points since the last known state", "topics": [ "get_dates_time_points_since_last_known_state", "get_polls_time_points_since_last_known_state", "get_time_line_time_points_since_last_known_state" ] }, { "page": "get_sampler_params", "title": "Get Sampler Diagnostics", "topics": [ "get_sampler_params", "get_sampler_params.poll_of_polls" ] }, { "page": "get_stan_date", "title": "Extract the date when Stan was run", "topics": [ "get_stan_date" ] }, { "page": "get_stancode", "title": "Get Stan Code from a pop object", "topics": [ "get_stancode", "get_stancode.poll_of_polls" ] }, { "page": "get_time_line", "title": "Get time line from polls or time range", "topics": [ "get_time_line" ] }, { "page": "get_time_points", "title": "Get the time points for specific dates", "topics": [ "get_time_points", "get_time_points.poll_of_polls", "get_time_points.time_line" ] }, { "page": "get_time_points_from_time_line", "title": "Get time points from a time line object", "topics": [ "get_time_points_from_time_line", "get_total_time_points_from_time_line" ] }, { "page": "house_levels", "title": "Get the levels/houses from a [poll_of_polls] object", "topics": [ "house_levels", "party_levels" ] }, { "page": "house_map", "title": "Map between houses and house names", "topics": [ "house_map" ] }, { "page": "incorrect_draws", "title": "What samples are correct?", "topics": [ "incorrect_draws" ] }, { "page": "latent_state", "title": "Create a latent state object", "topics": [ "latent_state", "latent_state.poll_of_polls", "latent_state.stanfit" ] }, { "page": "latent_state_abind", "title": "Bind latent_state objects", "topics": [ "latent_state_abind" ] }, { "page": "latent_state_apply", "title": "Apply latent_state objects", "topics": [ "latent_state_apply" ] }, { "page": "latent_state_FUN", "title": "Compute an arbitrary function of latent states", "topics": [ "latent_state_FUN", "latent_state_FUN.latent_state", "latent_state_FUN.poll_of_polls" ] }, { "page": "latent_state_percentiles", "title": "Compute functions of the latent state", "topics": [ "latent_state_draw", "latent_state_mean", "latent_state_mean_dates", "latent_state_percentiles", "latent_state_sd" ] }, { "page": "latent_state_subset", "title": "Subset latent_state objects", "topics": [ "latent_state_subset" ] }, { "page": "load_pop", "title": "Load a poll_of_polls object saved with save_pop", "topics": [ "load_pop" ] }, { "page": "log_prob", "title": "Stan Function for pop objects", "topics": [ "get_num_pars", "get_num_upars", "get_num_upars.default", "get_num_upars.poll_of_polls", "log_prob", "log_prob.default", "log_prob.poll_of_polls" ] }, { "page": "logMeanExp", "title": "Extract the data when Stan was run", "topics": [ "logMeanExp" ] }, { "page": "model_config", "title": "Set default values and assert arguments for a model configuration", "topics": [ "model_arguments", "model_config" ] }, { "page": "model_dates_data_frame", "title": "Return a data.frame with dates from a list of pop objects", "topics": [ "model_dates_data_frame" ] }, { "page": "parameter_names", "title": "Extract the parameter names and parameter counts from a poll_of_polls object", "topics": [ "extract_parameter_names", "get_parameter_names", "parameters_counts", "parameter_block_names", "parameter_names" ] }, { "page": "parameter_names_from_unconstrained_index", "title": "Get parameter names from unconstrained space", "topics": [ "parameter_block_names_from_unconstrained_index", "parameter_names_from_unconstrained_index", "parameter_unique_names_from_unconstrained_index" ] }, { "page": "parse_obs_x", "title": "Parse a data frame of observed x (t distributed)", "topics": [ "parse_obs_x" ] }, { "page": "pd_test", "title": "A subset of swe_polls stored as a [polls_data] object", "topics": [ "pd_test" ] }, { "page": "plot_parameters_areas", "title": "Plot posterior distributions of parameters", "topics": [ "pairs.poll_of_polls", "plot_parameters_areas", "plot_parameters_mcmc_hex", "plot_parameters_mcmc_intervals", "plot_parameters_mcmc_scatter", "traceplot", "traceplot.poll_of_polls" ] }, { "page": "plot_parameters_bayesplot", "title": "Plot posterior distributions of parameters", "topics": [ "plot_parameters_bayesplot" ] }, { "page": "plot_poll_of_polls", "title": "Plot a [poll_of_polls] object", "topics": [ "geom_pop_line", "plot.poll_of_polls", "plot_poll_of_polls" ] }, { "page": "plot.polls_data", "title": "Plot a [polls_data] object", "topics": [ "geom_collection_period", "geom_publish_date", "plot.polls_data" ] }, { "page": "poll_id", "title": "Get and set elements of a [data_polls] object", "topics": [ "collection_midpoint_dates", "end_date", "end_date<-", "end_dates", "end_dates<-", "houses", "n", "n<-", "poll_id", "poll_id<-", "poll_ids", "poll_ids<-", "publish_date", "publish_date<-", "publish_dates", "publish_dates<-", "start_date", "start_date<-", "start_dates", "start_dates<-", "y", "y<-" ] }, { "page": "poll_of_polls", "title": "Fit a poll of polls object", "topics": [ "poll_of_polls" ] }, { "page": "polls_data", "title": "Create a [polls_data] object", "topics": [ "as.polls_data", "polls_data", "[.polls_data" ] }, { "page": "polls_time_reweight", "title": "Reweights the weights based on function", "topics": [ "polls_time_reweight" ] }, { "page": "recompile_stanfit", "title": "Recompile a poll_of_polls object", "topics": [ "recompile_stanfit" ] }, { "page": "refit_poll_of_polls", "title": "Refit a poll_of_polls object", "topics": [ "reestimate_poll_of_polls", "refit_poll_of_polls" ] }, { "page": "remove_file_extension", "title": "Remove file extension", "topics": [ "remove_file_extension" ] }, { "page": "remove_known_states", "title": "function for removing known states outside timeline", "topics": [ "remove_known_states" ] }, { "page": "rerun_poll_of_polls", "title": "Rerun a poll_of_polls object without warm-start reuse", "topics": [ "rerun_poll_of_polls" ] }, { "page": "Rhat_is_above_m_by_parameter_block", "title": "Extract more detailed diagnostic information", "topics": [ "Rhat_is_above_m", "Rhat_is_above_m_by_parameter_block", "Rhat_is_NA", "Rhat_is_NA_by_parameter_block" ] }, { "page": "sample_polls_y", "title": "Sample a dependent variable based on the polls", "topics": [ "sample_polls_y" ] }, { "page": "save_pop", "title": "Save a poll_of_polls object", "topics": [ "save_pop" ] }, { "page": "setup_latent_time_ranges", "title": "Construct a list of [time_range]s", "topics": [ "setup_latent_time_ranges" ] }, { "page": "simulate_polls", "title": "Simulate Polls", "topics": [ "simulate_polls" ] }, { "page": "spanish_elections", "title": "Spanish election data", "topics": [ "spanish_elections" ] }, { "page": "stan_data_add_missing", "title": "Adds missing data through NA to stan data", "topics": [ "stan_data_add_missing" ] }, { "page": "stan_polls_data", "title": "Generate Stan Data from [polls_data] objects", "topics": [ "stan_polls_data", "stan_polls_data_model2", "stan_polls_data_model3", "stan_polls_data_model5", "stan_polls_data_model6", "stan_polls_data_model6b", "stan_polls_data_model7", "stan_polls_data_model8a", "stan_polls_data_model8a1", "stan_polls_data_model8b", "stan_polls_data_model8c", "stan_polls_data_model8d" ] }, { "page": "stan_polls_data_model", "title": "Compute the posterior predictive distribution of polls", "topics": [ "stan_polls_data_model", "stan_polls_data_model.model2", "stan_polls_data_model.model3", "stan_polls_data_model.model4", "stan_polls_data_model.model5", "stan_polls_data_model.model6", "stan_polls_data_model.model6b", "stan_polls_data_model.model6c", "stan_polls_data_model.model7", "stan_polls_data_model.model9" ] }, { "page": "standard_error", "title": "Compute standard errors for poll estimates", "topics": [ "standard_error" ] }, { "page": "stanpop", "title": "stanpop: Package to run Stan for poll of polls models.", "topics": [ "stanpop-package", "stanpop" ] }, { "page": "subset_latent_state_dates", "title": "Subset a latent state based on a time range", "topics": [ "subset_latent_state_dates", "subset_time_line_dates" ] }, { "page": "subset_publish_dates", "title": "Subset a [polls_data] object based on a specific [time_range]", "topics": [ "subset_dates", "subset_publish_dates" ] }, { "page": "subset.polls_data", "title": "Subset a [polls_data] object.", "topics": [ "subset.polls_data" ] }, { "page": "summarize_polls_time_weights", 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