checkConv

typically the "derivs" attribute of <code>optimizeLmer()</code>; with
 "gradients" and possibly "Hessian" component

derivs

coefs

list of lists, each with <code>action</code> character strings specifying
 what should happen when a check triggers, and <code>tol</code> numerical tolerances,
 as is the result of <code><a rd-options="" href="/link/lmerControl?package=lme4&version=1.1-26" data-mini-rdoc="lme4::lmerControl">lmerControl</a>()$checkConv</code>.

ctrl

vector of lower bounds for random-effects parameters only
 (length is taken to determine number of RE parameters)

lbound

enable debugging output, useful if some checks are on 
 "ignore", but would "trigger"

debug

Primarily internal code for checking optimization convergence,
 see <a rd-options="" href="/link/convergence?package=lme4&version=1.1-26" data-mini-rdoc="lme4::convergence">convergence</a> for a more detailed discussion.

Fit linear and generalized linear mixed-effects models.
The models and their components are represented using S4 classes and
methods.  The core computational algorithms are implemented using the
'Eigen' C++ library for numerical linear algebra and 'RcppEigen' "glue".

Ben Bolker

lme4

Linear Mixed-Effects Models using 'Eigen' and S4

Douglas Bates

Martin Maechler

Steven Walker

Rune Haubo Bojesen Christensen

Henrik Singmann

Bin Dai

Fabian Scheipl

Gabor Grothendieck

Peter Green

John Fox

Alexander Bauer

Pavel N. Krivitsky

checkConv function

list of lists, each with <code>action</code> character strings specifying
 what should happen when a check triggers, and <code>tol</code> numerical tolerances,
 as is the result of <code><a rd-options='' href='lmerControl'>lmerControl</a>()$checkConv</code>.

Primarily internal code for checking optimization convergence,
 see <a rd-options='' href='convergence'>convergence</a> for a more detailed discussion.

checkConv: Extended Convergence Checking

Description

Usage

Arguments

Value

See Also