Package index
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screen_margin()select_margin() - Select candidate marginal distributions
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best_fit()best_fit_family() - Extract the best-fitting candidate from a selection result
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select_copula() - Select a bivariate copula family from pseudo-observation pairs
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select_joint_distribution() - Select margin and copula families by joint longitudinal fit
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gamlss_longitudinal() - Fit a longitudinal joint regression model
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summary(<gamlss.longitudinal>) - Summarise a fitted longitudinal GAMLSS-copula model
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coef(<gamlss.longitudinal>) - Coefficients for a fitted longitudinal GAMLSS-copula model
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vcov(<gamlss.longitudinal>) - Variance-covariance matrix for a fitted longitudinal GAMLSS-copula model
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logLik(<gamlss.longitudinal>) - Log-likelihood for a fitted longitudinal GAMLSS-copula model
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formula(<gamlss.longitudinal>)terms(<gamlss.longitudinal>)nobs(<gamlss.longitudinal>)model.frame(<gamlss.longitudinal>)fitted(<gamlss.longitudinal>)residuals(<gamlss.longitudinal>) - Access components of a fitted longitudinal GAMLSS-copula model
Inference and interpretation
Reportable intervals, hypothesis tests, likelihood comparisons, and effects.
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confint(<gamlss.longitudinal>) - Confidence intervals for fixed coefficients
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wald_test() - Wald tests for fixed coefficients
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likelihood_compare() - Compare fitted models with likelihood-ratio summaries
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bootstrap_inference() - Bootstrap inference for fitted models
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predict(<gamlss.longitudinal>) - Predict from a longitudinal GAMLSS-copula model
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marginal_effects() - Counterfactual marginal effects from fitted distributional parameters
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tidy(<gamlss.longitudinal>)glance(<gamlss.longitudinal>)augment(<gamlss.longitudinal>) - Broom-style table methods for fitted longitudinal GAMLSS models
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reporting_table() - Build an applied reporting table from a fitted model
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publication_table() - Build a publication-ready table from a fitted model
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model_spec() - Audit a fitted longitudinal GAMLSS-copula model specification
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simulate(<gamlss.longitudinal>) - Simulate responses from a longitudinal GAMLSS-copula model
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check_model() - Check a fitted longitudinal GAMLSS-copula model
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diagnosticspithistqqrplotwormplotrootogramproscoreprocast - Diagnostic generics for fitted longitudinal GAMLSS-copula models
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check_missingness() - Check response missingness against observed predictors
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copula_time_summary() - Summarise fitted copula parameters by time
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plotDist()plot_dist() - Plot marginal and pairwise distribution diagnostics
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plot_margin_fit() - Plot an observed marginal response with a fitted GAMLSS density overlay
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plot_copula_overlay()plot_copula_fit() - Plot empirical pseudo-observation pairs with a fitted copula overlay
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plot(<gamlss.longitudinal>) - Plot diagnostics dashboard for fitted
gamlss.longitudinalobjects -
plot(<copula_time_summary>) - Plot fitted copula trends by time
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plot(<copula_contour_compare>) - Compare fitted and empirical copula contour surfaces
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plot(<copula>)plot_copula_diagnostics() - Plot copula diagnostics for a fitted gamlss.longitudinal object
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plot_terms() - Plot term effects for a fitted longitudinal model
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plot_fixed_terms() - Plot all fixed terms with confidence bands
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plot_smooth_terms() - Plot all smooth terms with confidence bands
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simulate_longitudinal_covariates() - Generate covariates for longitudinal simulations
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simulate_longitudinal_dataset() - Simulate longitudinal GAMLSS-copula data
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adoption_benchmark_scenarios() - Adoption benchmark scenario grid
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run_adoption_benchmarks() - Run adoption benchmark scenarios
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run_coverage_simulations() - Run coverage simulation cases
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benchmark_comparator_status() - List available standard longitudinal benchmark comparators
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benchmark_standard_models() - Fit standard longitudinal comparator models for benchmarks
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summarise_benchmark_results() - Summarise benchmark simulation results into win/tie/loss tables
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format_benchmark_report() - Format a benchmark report
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write_benchmark_report() - Write a benchmark report
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write_coverage_summary_report() - Write a LaTeX summary report for coverage simulations
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sim_factor_effect() - Look up named effects for a factor-like variable
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sim_rescale01() - Rescale a numeric vector to the unit interval
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sim_smooth_linear()sim_smooth_sin()sim_smooth_bump()sim_smooth_sigmoid()sim_smooth_u()sim_smooth_wiggle() - Simple deterministic smooth shapes for simulation truth