Package 'fpc' - open source solution for an Internet free, intelligent ...
Package 'fpc' - open source solution for an Internet free, intelligent ...
Package 'fpc' - open source solution for an Internet free, intelligent ...
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
38 dbsc<strong>an</strong><br />
dbsc<strong>an</strong><br />
DBSCAN density reachability <strong>an</strong>d connectivity clustering<br />
Description<br />
Generates a density based clustering of arbitrary shape as introduced in Ester et al. (1996).<br />
Usage<br />
dbsc<strong>an</strong>(data, eps, MinPts = 5, scale = FALSE, method = c("hybrid", "raw",<br />
"dist"), seeds = TRUE, showplot = FALSE, countmode = NULL)<br />
## S3 method <strong>for</strong> class ’dbsc<strong>an</strong>’<br />
print(x, ...)<br />
## S3 method <strong>for</strong> class ’dbsc<strong>an</strong>’<br />
plot(x, data, ...)<br />
## S3 method <strong>for</strong> class ’dbsc<strong>an</strong>’<br />
predict(object, data, newdata = NULL,<br />
predict.max=1000, ...)<br />
Arguments<br />
data<br />
eps<br />
MinPts<br />
scale<br />
method<br />
seeds<br />
showplot<br />
countmode<br />
x<br />
object<br />
newdata<br />
predict.max<br />
data matrix, data.frame, dissimilarity matrix or dist-object<br />
Reachability Dist<strong>an</strong>ce<br />
Reachability minimum no. of points<br />
scale the data<br />
"dist" treats data as dist<strong>an</strong>ce matrix (relatively fast but memory expensive),<br />
"raw" treats data as raw data <strong>an</strong>d avoids calculating a dist<strong>an</strong>ce matrix (saves<br />
memory but may be slow), "hybrid" expects also raw data, but calculates partial<br />
dist<strong>an</strong>ce matrices (very fast with moderate memory requirements )<br />
FALSE to not include the isseed-vector in the dbsc<strong>an</strong>-object<br />
0 = no plot, 1 = plot per iteration, 2 = plot per subiteration<br />
NULL or vector of point numbers at which to report progress<br />
object of class dbsc<strong>an</strong>.<br />
object of class dbsc<strong>an</strong>.<br />
matrix or data.frame with raw data to predict<br />
max. batch size <strong>for</strong> predictions<br />
... Further arguments tr<strong>an</strong>sferred to plot methods.