Description Usage Arguments Value Details Examples
Hierarchical Clustering using methylation data
The function clusters samples using hclust function and 
various distance metrics derived from percent methylation per base or per 
region for each sample.
| 1 2 3 4 5 6 7 8 9 10 11 12 | clusterSamples(.Object, dist="correlation", method="ward",
                       sd.filter=TRUE,sd.threshold=0.5,
                       filterByQuantile=TRUE, plot=TRUE,chunk.size)
## S4 method for signature 'methylBase'
clusterSamples(.Object, dist, method, sd.filter,
  sd.threshold, filterByQuantile, plot)
## S4 method for signature 'methylBaseDB'
clusterSamples(.Object, dist = "correlation",
  method = "ward", sd.filter = TRUE, sd.threshold = 0.5,
  filterByQuantile = TRUE, plot = TRUE, chunk.size = 1e+06)
 | 
| .Object | a  | 
| dist | the distance measure to be used. This must be one of 
" | 
| method | the agglomeration method to be used. This should be 
(an unambiguous abbreviation of) one of " | 
| sd.filter | If  | 
| sd.threshold | A numeric value. If  | 
| filterByQuantile | A logical determining if  | 
| plot | a logical value indicating whether to plot hierarchical clustering. (default:TRUE) | 
| chunk.size | Number of rows to be taken as a chunk for processing the  | 
a tree object of a hierarchical cluster analysis using a set 
of dissimilarities for the n objects being clustered.
The parameter chunk.size is only used when working with 
methylBaseDB  objects, 
as they are read in chunk by chunk to enable processing large-sized 
objects which are stored as flat file database.
Per default the chunk.size is set to 1M rows, which should work for 
most systems. If you encounter memory problems or 
have a high amount of memory available feel free to adjust the 
chunk.size.
| 1 2 3 | data(methylKit)
clusterSamples(methylBase.obj, dist="correlation", method="ward", plot=TRUE)
 | 
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