R/house.R

In spData: Datasets for Spatial Analysis

#' @name house
#' @aliases house LO_nb trMat
#' @title Lucas county OH housing
#'
#' @description Data on 25,357 single family homes sold in Lucas County, Ohio, 1993-1998 from the county auditor, together with an \code{nb} neighbour object constructed as a sphere of influence graph from projected coordinates.
#' 
#' @format Formal class 'SpatialPointsDataFrame' [package "sp"] with 5 slots. The data slot is a data frame with 25357 observations on the following 24 variables.
#' \itemize{
#'         \item{price: a numeric vector}
#'         \item{yrbuilt: a numeric vector}
#'         \item{stories: a factor with levels \code{one} \code{bilevel} \code{multilvl} \code{one+half} \code{two}     \code{two+half} \code{three}}
#'         \item{TLA: a numeric vector}
#'         \item{wall: a factor with levels \code{stucdrvt} \code{ccbtile} \code{metlvnyl} \code{brick} \code{stone} \code{wood} \code{partbrk}}
#'         \item{beds: a numeric vector}
#'         \item{baths: a numeric vector}
#'         \item{halfbaths: a numeric vector}
#'         \item{frontage: a numeric vector}
#'         \item{depth: a numeric vector}
#'         \item{garage: a factor with levels \code{no garage} \code{basement} \code{attached} \code{detached} \code{carport}}
#'         \item{garagesqft: a numeric vector}
#'         \item{rooms: a numeric vector}
#'         \item{lotsize: a numeric vector}
#'         \item{sdate: a numeric vector}
#'         \item{avalue: a numeric vector}
#'         \item{s1993: a numeric vector}
#'         \item{s1994: a numeric vector}
#'         \item{s1995: a numeric vector}
#'         \item{s1996: a numeric vector}
#'         \item{s1997: a numeric vector}
#'         \item{s1998: a numeric vector}
#'         \item{syear: a factor with levels \code{1993} \code{1994} \code{1995} \code{1996} \code{1997} \code{1998}}
#'         \item{age: a numeric vector}
#' }
#' Its projection is \code{CRS(+init=epsg:2834)}, the Ohio North State Plane.
#' 
#' @source Dataset included in the Spatial Econometrics toolbox for Matlab, formerly available from http://www.spatial-econometrics.com/html/jplv7.zip.
#' @docType data
#' @keywords datasets sp
#' @importClassesFrom sp SpatialPointsDataFrame
#' 
#' @examples 
#' if (requireNamespace("sp", quietly = TRUE)) {
#'   library(sp)
#'   data(house)
#'   str(house)
#'   plot(house)
#' }
"house"