Calculate and plot scattering matrix coefficients for plane waves at interface.

Fits beta regression and zero-or-one inflated beta regression and obtains Bayesian Inference of the model via the Markov Chain Monte Carlo approach implemented in JAGS.

Fits Dirichlet regression and zero-and-one inflated Dirichlet regression with Bayesian methods implemented in Stan. These models are sometimes referred to as trinomial mixture models; covariates and overdispersion can optionally be included.

'Zoltar' <https://www.zoltardata.com/> is a website that provides a repository of model forecast results
    in a standardized format and a central location. It supports storing, retrieving, comparing, and analyzing time
    series forecasts for prediction challenges of interest to the modeling community. This package provides functions
    for working with the 'Zoltar' API, including connecting and authenticating, getting meta information (projects,
    models, and forecasts, and truth), and uploading, downloading, and deleting forecast and truth data.

An interface to 'Zonation' software, enabling users to run spatial 
 conservation prioritization workflows in 'R'. It streamlines input preparation, 
 execution, and post-processing, while supporting reproducibility and lowering the 
 entry barrier for learning, teaching, and research in conservation planning. 
 The methods implemented in 'Zonation' are described in Moilanen et al. (2022) <doi:10.1111/2041-210X.13819>.

Functions, documentation and example data to help divide
    geographic space into discrete polygons (zones).
    The package supports new zoning systems that are documented in the
    accompanying paper,
    "ClockBoard: A zoning system for urban analysis",
    by Lovelace et al. (2022) <doi:10.5311/JOSIS.2022.24.172>.
    The functions are motivated by research into the merits of different zoning systems
    (Openshaw, 1977) <doi:10.1068/a090169>. A flexible ClockBoard zoning system is
    provided, which breaks-up space by concentric rings
    and radial lines emanating from a central point.
    By default, the diameter of the rings grow according to the triangular number sequence
    (Ross & Knott, 2019) <doi:10.1080/26375451.2019.1598687> with the first 4 doughnuts
    (or annuli) measuring 1, 3, 6, and 10 km wide.
    These annuli are subdivided into equal segments (12 by default), creating the
    visual impression of a dartboard. Zones are labelled according to
    distance to the centre and angular distance from North, creating a simple
    geographic zoning and labelling system useful for visualising geographic
    phenomena with a clearly demarcated central location such as cities.