## S3 method for class 'acomp':
boxplot(x,fak=NULL,\dots,
xlim=NULL,ylim=NULL,log=TRUE,
panel=vp.logboxplot,dots=!boxes,boxes=TRUE,
notch=FALSE,
plotMissings=TRUE,
mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,c("NM","TM",cn)))
## S3 method for class 'rcomp':
boxplot(x,fak=NULL,\dots,
xlim=NULL,ylim=NULL,log=FALSE,
panel=vp.boxplot,dots=!boxes,boxes=TRUE,
notch=FALSE,
plotMissings=TRUE,
mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,c("NM","TM",cn)))
## S3 method for class 'aplus':
boxplot(x,fak=NULL,\dots,log=TRUE,
plotMissings=TRUE,
mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,
names(missingInfo)))
## S3 method for class 'rplus':
boxplot(x,fak=NULL,\dots,ylim=NULL,log=FALSE,
plotMissings=TRUE,
mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,
names(missingInfo)))
vp.boxplot(x,y,...,dots=FALSE,boxes=TRUE,xlim=NULL,ylim=NULL,log=FALSE,notch=FALSE,plotMissings=TRUE,mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,c("NM","TM",cn)),
missingness=attr(y,"missingness") )
vp.logboxplot(x,y,...,dots=FALSE,boxes=TRUE,xlim,ylim,log=TRUE,notch=FALSE,
plotMissings=TRUE,
mp=~simpleMissingSubplot(missingPlotRect,
missingInfo,c("NM","TM",cn)),
missingness=attr(y,"missingness"))
missingPlotRect
, which provides a
rectangle to plot the information to in a par("usmissingType
of the full data information the panels could base there
missing plots on.boxplot.aplus
and boxplot.rplus
are wrappers of bxp
,
which just take into account the possible logarithmic scale of the data.
boxplot.acomp
and boxplot.rcomp
generate a matrix of box-plots, where
each cell represents the difference between the row and column variables. Such
difference is respectively computed as a log-ratio and a rest.
vp.boxplot
and vp.logboxplot
are only used as panel functions.
They should not be directly called.plot.acomp
, qqnorm.acomp
data(SimulatedAmounts)
boxplot(acomp(sa.lognormals))
boxplot(rcomp(sa.lognormals))
boxplot(aplus(sa.lognormals))
boxplot(rplus(sa.lognormals))
# And now with missing!!!
boxplot(acomp(sa.tnormals))
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