% Generated by roxygen2: do not edit by hand
% Please edit documentation in R/estim_eq_correctedAndPhase.R
\name{estim_eq_correctedAndPhase}
\alias{estim_eq_correctedAndPhase}
\title{Combined estimating equations: moment correction and phase function}
\usage{
estim_eq_correctedAndPhase(
  Wbar,
  Zmat,
  y,
  S_y,
  C_y,
  b_in,
  estWeight,
  estSigmaU_bar,
  t
)
}
\arguments{
\item{Wbar}{Numeric matrix of dimension \code{n x p} containing averaged
error-prone covariates.}

\item{Zmat}{Numeric matrix of dimension \code{n x q} containing error-free
covariates (including an intercept if required).}

\item{y}{Numeric vector of length \code{n} containing the response.}

\item{S_y}{Numeric vector containing precomputed sine terms for the phase
function.}

\item{C_y}{Numeric vector containing precomputed cosine terms for the phase
function.}

\item{b_in}{Numeric vector of length \code{p + q} at which the estimating
equations are evaluated.}

\item{estWeight}{Numeric vector of weights used in the phase-function
component.}

\item{estSigmaU_bar}{Numeric array of dimension \code{n x p x p} containing
measurement error covariance estimates.}

\item{t}{Numeric vector of frequency values used in the phase function.}
}
\value{
Numeric vector containing the stacked estimating equations of length
  \code{2 * (p + q)}.
}
\description{
Constructs a stacked system of estimating equations combining
moment-corrected score equations and phase-function score equations.
}
\keyword{internal}
