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\name{clmm.control}
\alias{clmm.control}
%- Also NEED an '\alias' for EACH other topic documented here.
\title{
Set control parameters for cumulative link mixed models
}
\description{
Set control parameters for cumulative link mixed models
}
\usage{
clmm.control(method = c("nlminb", "ucminf", "model.frame"), ..., trace = 0,
maxIter = 50, gradTol = 1e-4, maxLineIter = 50, useMatrix = FALSE,
innerCtrl = c("warnOnly", "noWarn", "giveError"),
checkRanef = c("warn", "error", "message"))
}
%- maybe also 'usage' for other objects documented here.
\arguments{
\item{method}{
the optimizer used to maximize the marginal likelihood function.
}
\item{\dots}{control arguments passed on to the optimizer; see
\code{\link[ucminf]{ucminf}} for details.
\code{ucminf} for details.
}
\item{trace}{numerical, if > 0 information is printed about and during
the outer optimization process, if < 0 information is also printed
about the inner optimization process. Defaults to \code{0}.
}
\item{maxIter}{the maximum number of Newton updates of the inner
optimization. \code{50}.
}
\item{gradTol}{the maximum absolute gradient of the inner
optimization.
}
\item{maxLineIter}{the maximum number of step halfings allowed if
a Newton(-Raphson) step over shoots during the inner optimization.
}
\item{useMatrix}{if \code{TRUE}, a general implementation of the
Laplace approximation using the Matrix package is used, while if
\code{FALSE} (default), a C implementation of the Laplace
approximation valid only for models with a single random effects
term is used when possible.
\code{TRUE} is not valid for models fitted with quadrature methods.
}
\item{innerCtrl}{the use of warnings/errors if the inner optimization
fails to converge.
}
\item{checkRanef}{the use of message/warning/error if there are more random
effects than observations.
}
}
\value{
a list of control parameters
}
\author{
Rune Haubo B Christensen
}
\seealso{
\code{\link{clmm}}
}
\keyword{models}
|
