dotplot
is used.
plot(x, outer, inner, innerGroups, xlab, ylab, strip, panel, subset, key, grid, ...)
nffGroupedData
,
representing a
groupedData
object with a factor primary
covariate and a single grouping level.
TRUE
,
attr(object, "outer")
is used to indicate the
outer covariates. An outer covariate is invariant within the sets
of rows defined by the grouping factor. Ordering of the groups is
done in such a way as to preserve adjacency of groups with the same
value of the outer variables. Defaults to
NULL
, meaning that
no outer covariates are to be used.
TRUE
,
attr(object, "outer")
is used to indicate the
inner covariate. An inner covariate can change within the sets of
rows defined by the grouping factor. Defaults to
NULL
,
meaning that no inner covariate is present.
inner
covariate. Different colors, or symbols, are used for each level
of the
innerGroups
factor. Default is
NULL
, meaning
that no
innerGroups
covariate is present.
y
elements of attr(object,
"labels") and
attr(object, "units")
pasted together.
strip
argument to
the
dotplot
function. Default is strip.default(..., style
= 1) (see
trellis.args
).
panel
argument
to the
dotplot
function.
TRUE
and either
inner
or
innerGroups
are non-
NULL
, a
legend for the different
inner
(
innerGroups
) levels is
included at the top of the plot. If given as a function, it is passed
as the
key
argument to the
dotplot
function. Default is
TRUE
is either
inner
or
innerGroups
are
non-
NULL
and
FALSE
otherwise.
plot.nfnGroupedData
method calling sequence. It is ignored in this
method function.
dotplot
function.
Bates, D.M. and Pinheiro, J.C. (1997), "Software Design for Longitudinal Data", in "Modelling Longitudinal and Spatially Correlated Data: Methods, Applications and Future Directions", T.G. Gregoire (ed.), Springer-Verlag, New York.
plot(Machines) plot(Machines, inner = TRUE)