A discrete colour palette. These colours make it easier to create 
    relatively accessible and colour-blind safe visualisation.

Implementing a computationally scalable false discovery rate control procedure for replicability analysis based on maximum of p-values. Please cite the manuscript corresponding to this package [Lyu, P. et al., (2023), <doi:10.1093/bioinformatics/btad366>].

Implements the Merton (1976) <doi:10.1016/0304-405X(76)90022-2>
    and Kou (2002) <doi:10.1287/mnsc.48.8.1086.166> jump-diffusion models
    through a unified S4 object-oriented interface. Provides exact
    compound-Poisson asset price simulation, maximum likelihood parameter
    estimation with Hessian-based standard errors, Wald-type confidence
    intervals, European option pricing via the Merton analytic series
    expansion, and publication-quality diagnostic plots. All functionality
    operates entirely offline without market data dependencies.

A set of functions to compute the Hodrick-Prescott (HP)
    filter with automatically selected jumps. The original
    HP filter extracts a smooth trend from a time series, and our version
    allows for a small number of automatically identified jumps.
    See Maranzano and Pelagatti (2024) <doi:10.2139/ssrn.4896170> for details.

Structure and formatting requirements for clinical trial table and listing outputs
    vary between pharmaceutical companies. 'junco' provides additional tooling for use alongside
    the 'rtables', 'rlistings' and 'tern' packages when creating table and listing outputs. While
    motivated by the specifics of Johnson and Johnson Clinical and Statistical Programming's
    table and listing shells, 'junco' provides functionality that is general and reusable.
    Major features include a) alternative and extended statistical analyses beyond what 'tern'
    supports for use in standard safety and efficacy tables, b) a robust production-grade
    Rich Text Format (RTF) and DOCX exporter for tables, listings and graphs, c) structural support
    for spanning column headers and risk difference columns in tables, and d) robust
    font-aware automatic column width algorithms for both listings and tables.