The RBVI is pleased to announce the release of clusterMaker 1.10.
This version of clusterMaker includes several new clustering
algorithms, including k-medoid and the addition of an iterative
approach to finding the best k for k-medoid and k-means using
silhouette. We've also added the ability to create correlation
networks from a set of node attributes. This can be used, for
example, to create expression correlation networks from expression
data. With these, clusterMaker now provides 12 cluster algorithms,
three poster-cluster filters, and several visualizations which tie
cluster results into the network, including the ability to create
nodeCharts if the nodeCharts plugin is installed.
In addition, clusterMaker, now exports a variety of CyCommands,
which can be used from scripts or from other plugins. clusterMaker
documentation is available at
http://www.cgl.ucsf.edu/cytoscape/cluster/clusterMaker.html
and a manuscript describing three clusterMaker scenarios has just
been published in BMC Bioinformatics:
clusterMaker: a multi-algorithm clustering
plugin for Cytoscape. Morris,
JH et al. BMC Bioinformatics 2011, 12:436 (9 November 2011). Tutorials describing those
scenarios are also available at http://opentutorials.cgl.ucsf.edu/index.php/Portal:Cytoscape.
clusterMaker 1.10 is available for download from the Plugin
Manager under the Analysis category. Please cite the BMC
Bioinformatics paper above if you use clusterMaker.
clusterMaker attribute algorithms:
AutoSOME Clustering*
Create Correlation Network from Node Attributes
Hierarchical cluster
K-Means cluster**
K-Medoid cluster**
clusterMaker network partition algorithms:
Affinity Propagation cluster
AutoSOME Clustering*
Connected Components cluster
Community cluster (GLay)
MCODE cluster
MCL cluster*
SCPS cluster
Transitivity Clustering*
clusterMaker filters:
Cutting Edge Filter
Density Filter
HairCut Filter
clusterMaker visualizations:
Create New Network from Attribute
Create New Network from Clusters
Create New Network with nested networks from attribute
Eisen KnnView
Eisen TreeView
HeatMapView (unclustered)
* Multi-threaded
** Can use silhouette to estimate k. Silhouette estimation is
multi-threaded.