Provides a suite of analytical functionalities to process and analyze
    visual meteor observations from the Visual Meteor Database
    of the International Meteor Organization <https://www.imo.net/>.

A comprehensive suite of static and interactive visual diagnostics for assessing the quality of multiply-imputed data obtained from packages such as 'mixgb' and 'mice'. The package supports inspection of distributional characteristics, diagnostics based on masking observed values and comparing them with re-imputed values, and convergence diagnostics.

Provides an R interface to the 'vis.js' JavaScript charting
    library. It allows an interactive visualization of networks.

Provides methods to transform omop_result objects into
    formatted tables and figures, facilitating the visualisation of study
    results working with the Observational Medical Outcomes Partnership
    (OMOP) Common Data Model.

Provides tools for visibility analysis in geospatial data. It
    offers functionality to perform isovist calculations, using arbitrary
    geometries as both viewpoints and occluders.

Provides tools for the analysis and visualization of animal and
    plant pedigrees. Analytical methods include equivalent complete generations,
    generation intervals, effective population size (via inbreeding, coancestry,
    and demographic approaches), founder and ancestor contributions, partial
    inbreeding, genetic diversity indices, and additive (A), dominance (D), and
    epistatic (AA) relationship matrices. Core algorithms — ancestry tracing,
    topological sorting, inbreeding coefficients, and matrix construction — are
    implemented in C++ ('Rcpp', 'RcppArmadillo') and 'data.table', scaling to
    pedigrees with over one million individuals. Matrix-free pedigree
    traversals apply additive relationship matrices or their inverses to
    vectors and matrices without materializing dense square matrices. Pedigree
    graphs are rendered via 'igraph' with support for compact full-sib family
    display; relationship matrices can be visualized as heatmaps. Supports
    complex mating systems, including selfing and pedigrees in which the same
    individual can appear as both sire and dam.