Usage
## S3 method for class 'mmc.multicomp':
print(x, ..., width.cutoff=options()$width-5)
## S3 method for class 'multicomp':
print(x, ...)
## print.multicomp.hh(x, digits = 4, ..., height=T) ## S-Plus only
## S3 method for class 'multicomp.hh':
print(x, ...) ## R only
as.multicomp(x, ...)
## S3 method for class 'glht':
as.multicomp(x, ## glht object
focus=x$focus,
ylabel=deparse(terms(x$model)[[2]]),
means=model.tables(x$model, type="means",
cterm=focus)$tables[[focus]],
height=rev(1:nrow(x$linfct)),
lmat=t(x$linfct),
lmat.rows=lmatRows(x, focus),
lmat.scale.abs2=TRUE,
estimate.sign=1,
order.contrasts=TRUE,
contrasts.none=FALSE,
level=0.95,
calpha=NULL,
method=x$type,
df,
vcov.,
...
)
as.glht(x, ...)
## S3 method for class 'multicomp':
as.glht(x, ...)
Arguments
x
"glht"
object for as.multicomp
.
A "mmc.multicomp"
object for print.mmc.multicomp
. A "multicomp"
object for as.glht
and print.multicomp
.
focus
name of focus factor.
ylabel
response variable name on the graph.
means
means of the response variable on the focus
factor.
lmat.scale.abs2
logical, almost always TRUE
. If it is
not TRUE
, then the contrasts will not be properly placed
on the MMC plot.
estimate.sign
numeric. 1: force all contrasts to be positive by
reversing negative contrasts. $-1$: force all contrasts to be negative by
reversing positive contrasts. Leave contrasts as they are constructed
by glht
.
order.contrasts, height
logical. If TRUE
, order contrasts by
height
(see mmc
). contrasts.none
logical. This is an internal detail. The
``contrasts'' for the group means are not real contrasts in the
sense they don't compare anything. mmc.glht
sets this
argument to TRUE
for the none
component
level
Confidence level. Defaults to 0.95.
calpha
R only. User-specified critical point.
See#ifndef S-Plus
confint.glht
.
#endif
#ifdef S-Plus
confint.glht
.
#endif df, vcov.
R only. Arguments forwarded through glht
to#ifndef S-Plus
modelparm
.
#endif
#ifdef S-Plus
modelparm
.
#endif method
R only. See type
in#ifndef S-Plus
confint.glht
.
#endif
#ifdef S-Plus
confint.glht
.
#endif