#' An example raster stack
#'
#' A set of two conceptually different types of raster.
#'
#' @format The object of class RasterStack has no projection and is a
#' RasterStack object of 56 by 60 cells. The first raster represents
#' land-use classes and the second raster contains a continuous scale of
#' vegetation cover.
"rtRasters"
#' Example masks
#'
#' A mask in different spatial classes (recently only geom)
"rtMask"
#' Example locations
#'
#' Different spatial classes of some locations in Estonia (recently only geom)
"rtLocations"
#' Dataset paths
#'
#' All the paths to the datasets that are of interest.
#'
#' @format A list with as many elements as there are datasets currently defined.
#' Each list has the elements 'local', where the path to the local storage of
#' the dataset is given, and 'online', where the dataset can be donwloaded.
"rtPaths"
#' MD5 checksums
#'
#' MD5 checksums of various files that are handled by rasterTools
#' @format The tibble has the 4 columns 'dataseries', 'file', 'md5' and 'size', where
#' each file has been assigned the MD5 checksum that is used to validate the
#' correct download of this file, and the expected size in bytes.
"rtMD5"
#' A set of 2D kernels
#'
#' This objects stores several kernels that can be used with various
#' morphological operators.
#' @format The list has the 4 elements 'disc', 'diamond', 'square' and
#' 'rectangle', where each element contains a set of differently sized
#' matrixes that contain values 0, 1 or NA.
"rtKernels"
#' Metadata of the MODIS datasets
#'
#' @format The dataframe with 13 variables and 97 entries contains meta-data for
#' a couple of predefined MODIS products. \describe{ \item{\code{product}}{the
#' MODIS-product name as defined by NASA} \item{\code{newest_version}}{the
#' newest version for the respective product}
#' \item{\code{temporal_granularity}}{the number of days between two
#' data-files} \item{\code{pixel_size}}{the spatial resolution, i.e. the size
#' of one raster cell} \item{\code{sds_layer_name}}{the machine-readable name
#' of the layer} \item{\code{description_raw}}{a human-readable description of
#' the layer} \item{\code{units}}{the unit in which the data are saved}
#' \item{\code{data_type}}{bit number which determines the length of the
#' values} \item{\code{fill}}{the fill value} \item{\code{valid_min}}{the
#' minimum valid value} \item{\code{valid_max}}{the maximum valid value}
#' \item{\code{scaling_factor}}{a correction factor} \item{start_terra}{the
#' launch date for the Terra satellite} \item{start_aqua}{the launch date for
#' the Aqua satellite}}
"meta_modis"
#' Metadata of the Corine Land Cover dataset
#'
#' @format The \code{data.frame} with 4 variables and 44 entries contains
#' meta-data for the classes of land cover in the clc dataset. \describe{
#' \item{\code{level1}}{level 1 description of the land cover class}
#' \item{\code{level2}}{level 2 description of the land cover class}
#' \item{\code{clc_code}}{numeric code of the level 3 description}
#' \item{\code{level3}}{most detailed description of the land cover class}}
"meta_clc"
#' Metadata of the EMMA datasets
#'
#' @format The \code{data.frame} with 5 variables and 245 entries contains
#' meta-data for the mammals covered in the Atlas of European Mammals.
#' \describe{ \item{\code{original}}{the species name as noted in the Atlas of
#' European Mammals} \item{\code{english}}{the english name}
#' \item{\code{author}}{the species author} \item{\code{order}}{the species
#' order} \item{\code{family}}{the species family} \item{\code{iucn}}{the
#' conservation status according to the IUCN Red List of Threatened Species}}
"meta_emma"
#' Metadata of the EFTA datasets
#'
#' @format The \code{data.frame} with 4 variables and 43 entries contains
#' meta-data for the tree species covered in the European Atlas of Forest Tree
#' Species. \describe{ \item{\code{botanical}}{the species name as noted in
#' the European Atlas of Forest Tree Species} \item{\code{english}}{the
#' english name} \item{\code{rpp}}{a binary variable whether the 'relative
#' probability of presence' dataset is available for this species}
#' \item{\code{mhs}}{a binary variable whether the 'maximum habitat
#' suitability' dataset is available for this species}}
"meta_efta"
#' Metadata of the ESA CCI land-cover datasets
#'
#' @format The \code{data.frame} with 3 variables and 38 entries contains
#' meta-data for the classes of land cover in the esalc dataset. \describe{
#' \item{\code{NB_LAB}}{integer value of the land-cover class}
#' \item{\code{LCCOwnLabel}}{the long class name}
#' \item{\code{colour}}{hexadecimal code of the colour per land-cover class.}}
"meta_esalc"
#' References of the MODIS dataset
#'
#' @format The \code{list} with 12 elements contains the \code{bibentry} objects
#' that are needed to include a reference for the supported MODIS datasets.
"ref_modis"
#' Tiles of the EMMA dataset
#'
#' @format The \code{geom} with 5579 polygons consisting of a total of 28409
#' vertices represents the tiles that are needed to subset the Atlas of
#' European Mammals.
"tiles_emma"
#' Projections which are in use in lomm
#'
#' @format List with 5 elemens. \describe{ \item{\code{laea}}{Lambert azimuthal
#' equal-area projection,\cr Based on the Geodetic Reference System 1980 (GRS
#' 80) Ellipsoid} \item{\code{longlat}}{Longitude/Latitude "projection",\cr
#' Based on the World Geodetic System 1985 (WGS 84) Ellipsoid}
#' \item{\code{utm}}{Universal Transverse Mercator "projection", zone 32,\cr
#' Based on the World Geodetic System 1985 (WGS 84) Ellipsoid}
#' \item{\code{sinu}}{Sinusoidal projection,\cr Based on a pseudocylinder}
#' \item{\code{tmerc}}{Transverse Mercator projection,\cr Based on the Bessel
#' ellipsoid} }
"projs"
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