| metaviz-package | metaviz: Forest Plots, Funnel Plots, and Visual Funnel Plot Inference for Meta-Analysis |
| brainvol | Example data for a meta-analysis of correlations: Human brain volume and intelligence |
| exrehab | Example data for a meta-analysis of dichotomous outcomes: Exercise-based cardiac rehabilitation |
| funnelinf | Visual funnel plot inference for meta-analysis |
| homeopath | Example data for a meta-analysis of standardized mean differences: Homeopathic treatment vs. Placebo |
| metaviz | metaviz: Forest Plots, Funnel Plots, and Visual Funnel Plot Inference for Meta-Analysis |
| mozart | Example data for a meta-analysis of standardized mean differences: Mozart effect |
| rainforest | Rainforest plots for meta-analyses |
| viz_forest | Forest plot variants for meta-analyses |
| viz_funnel | Funnel plot variants for meta-analysis |
| viz_rainforest | Rainforest plots for meta-analyses |
| viz_sunset | Sunset (power-enhanced) funnel plot |
| viz_thickforest | Thick forest plots for meta-analyses |
| viz_tlma_forest | Forest plot for the visualization of all three levels of a three-level meta-analysis |
| viz_tlma_studyinfo | A dataframe containing information on the study effects of a three-level meta-analysis |
| wineq_baujat | Baujat plot for the change of influence on the overall effect of each study between a fixed-effect and random-effects model |
| wineq_forest | Forest plot for the comparison of fixed-effect and random-effects models |
| wineq_gini | Lorenz curves for the comparison of study weight concentration of fixed-effect and random-effects models |