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#' setClass for ecdq class
#'
#' setClass for ecdq class, the quantile generator
#'
#' @slot call the match.call slot
#' @slot xseg.from,xseg.to numeric vectors. The from and to for each x segment.
#' @slot cseg.from,cseg.to numeric vectors. The from and to for each cdf segment.
#' @slot cseg.min,cseg.max numeric. The min and max of cdf segments.
#' @slot N_seg numeric. Number of segments.
#' @slot cdf.fit A vector of \code{lm} object, one for each segment.
#' @slot x_left_tail,x_right_tail numeric. The starting x of left and right tails.
#' @slot fit.left,fit.right objects of \code{lm} class for fitting the tails.
#' @slot conf list of miscelaneous configurations. For debugging purpose.
#' @keywords ecdq class constructor
#' @include ecd-numericMpfr-class.R
#'
#' @exportClass ecdq
setClass("ecdq",
representation(call = "call",
xseg.from = "numericMpfr",
xseg.to = "numericMpfr",
cseg.from = "numericMpfr",
cseg.to = "numericMpfr",
cseg.min = "numericMpfr",
cseg.max = "numericMpfr",
N_seg = "numericMpfr",
cdf.fit = "list",
x_left_tail = "numericMpfr",
x_right_tail = "numericMpfr",
fit.left = "lm",
fit.right = "lm",
conf = "list"),
prototype(call = call("ecdq"),
xseg.from = NaN,
xseg.to = NaN,
cseg.from = NaN,
cseg.to = NaN,
cseg.min = NaN,
cseg.max = NaN,
N_seg = NaN,
cdf.fit = list(),
x_left_tail = NaN,
x_right_tail = NaN,
fit.left = "lm",
fit.right = "lm",
conf = list())
)
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