Plot model-based clustering results: BIC, classification, uncertainty and (for univariate and bivariate data) density.
# S3 method for Mclust
plot(x, what = c("BIC", "classification", "uncertainty", "density"),
dimens = NULL, xlab = NULL, ylab = NULL, ylim = NULL,
addEllipses = TRUE, main = TRUE, …)Output from Mclust.
The type of graph requested:
"BIC""classification""uncertainty""density"By default, all the above graphs are produced. See the description below.
A vector of length one or two giving the integer dimensions of the
desired coordinate projections for multivariate data in case of
"classification" or "uncertainty" plots.
Optional labels for the x-axis and the y-axis.
Optional limits for the vertical axis of the BIC plot.
A logical indicating whether or not to add ellipses with axes corresponding
to the within-cluster covariances in case of "classification" or
"uncertainty" plots.
A logical or NULL indicating whether or not to add a title
to the plot identifying the dimensions used.
Other graphics parameters.
Model-based clustering plots:
"BIC" =BIC values used for choosing the number of clusters.
"classification" =a plot showing the clustering. For data
in more than two dimensions a pairs plot is produced, followed by a
coordinate projection plot using specified dimens.
"uncertainty" =a plot of classification uncertainty. For
data in more than two dimensions a coordinate projection plot is
drawn using specified dimens.
"density" =a plot of estimated density. For two dimensional a contour plot is drawn, while for data in more than two dimensions a matrix of contours for pairs of variables is produced.
For more flexibility in plotting, use mclust1Dplot,
mclust2Dplot, surfacePlot, coordProj, or
randProj.
C. Fraley and A. E. Raftery (2002). Model-based clustering, discriminant analysis, and density estimation. Journal of the American Statistical Association 97:611-631.
C. Fraley, A. E. Raftery, T. B. Murphy and L. Scrucca (2012). mclust Version 4 for R: Normal Mixture Modeling for Model-Based Clustering, Classification, and Density Estimation. Technical Report No. 597, Department of Statistics, University of Washington.
Mclust,
plot.mclustBIC,
plot.mclustICL,
mclust1Dplot,
mclust2Dplot,
surfacePlot,
coordProj,
randProj.
# NOT RUN {
precipMclust <- Mclust(precip)
plot(precipMclust)
faithfulMclust <- Mclust(faithful)
plot(faithfulMclust)
irisMclust <- Mclust(iris[,-5])
plot(irisMclust)
# }
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