View source: R/clustrangefamily.R
wcCmpCluster | R Documentation |
Automatically compute different clustering solutions and associated quality measures to help identifying the best one.
wcCmpCluster(diss, weights = NULL, maxcluster, method = "all", pam.combine = TRUE)
## S3 method for class 'clustrangefamily'
print(x, max.rank=1, ...)
## S3 method for class 'clustrangefamily'
summary(object, max.rank=1, ...)
## S3 method for class 'clustrangefamily'
plot(x, group="stat", method="all", pam.combine=FALSE,
stat="noCH", norm="none", withlegend=TRUE, lwd=1, col=NULL, legend.prop=NA,
rows=NA, cols=NA, main=NULL, xlab="", ylab="", ...)
diss |
A dissimilarity matrix or a dist object (see |
weights |
Optional numerical vector containing weights. |
maxcluster |
Integer. Maximum number of cluster. The range will include all clustering solution starting from two to |
method |
A vector of hierarchical clustering methods to compute or |
pam.combine |
Logical. Should we try all combinations of hierarchical and PAM clustering? |
x |
A |
object |
A |
max.rank |
Integer. The different number of solution to print/summarize |
group |
One of |
stat |
Character. The list of statistics to plot or "noCH" to plot all statistics except "CH" and "CHsq" or "all" for all statistics. See |
norm |
Character. Normalization method of the statistics can be one of "none" (no normalization), "range" (given as (value -min)/(max-min), "zscore" (adjusted by mean and standard deviation) or "zscoremed" (adjusted by median and median of the difference to the median). |
withlegend |
Logical. If |
lwd |
Numeric. Line width, see |
col |
A vector of line colors, see |
legend.prop |
When |
rows , cols |
optional arguments to arrange plots. |
xlab |
x axis label. |
ylab |
y axis label. |
main |
main title of the plot. |
... |
Additionnal parameters passed to |
An object of class clustrangefamily
with the following elements:
the results of as.clustrange
objects under each method name (see argument method
for a list of possible values)
allstats
:A matrix
containing the clustering statistics for each cluster solution and method.
param
:The parameters set when the function was called.
See Also as.clustrange
data(mvad)
#Creating state sequence object
mvad.seq <- seqdef(mvad[, 17:86])
# COmpute distance using Hamming distance
diss <- seqdist(mvad.seq, method="HAM")
#Ward clustering
allClust <- wcCmpCluster(diss, maxcluster=15, method=c("average", "pam", "beta.flexible"),
pam.combine=FALSE)
summary(allClust, max.rank=3)
##Plot PBC, RHC and ASW
plot(allClust, stat=c("PBC", "RHC", "ASW"), norm="zscore", lwd=2)
##Plot PBC, RHC and ASW grouped by cluster method
plot(allClust, group="method", stat=c("PBC", "RHC", "ASW"), norm="zscore", lwd=2)
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