chemaxon.clustering
Class LibraryMCS.ClusterEnumerator
java.lang.Object
chemaxon.clustering.LibraryMCS.ClusterEnumerator
- Enclosing class:
- LibraryMCS
public class LibraryMCS.ClusterEnumerator
- extends java.lang.Object
The ClusterEnumerator is the right way to obtain results of a LibraryMCS clustering.
When clustering terminates, an instance of this class can be retrieved from the LibraryMCS class by
the LibraryMCS.getClusterEnumerator(boolean) method. The enumerator then
returns each cluster one-by-one starting from the top level of the hierarchy and traversing the dendogram level
by level.
Note, that clients are not supposed to instantiate this class directly, instead, the two corresponsing method of
the LibraryMCS class have to be applied (see LibraryMCS.getClusterEnumerator(boolean),
LibraryMCS.getClusterEnumerator(boolean)).
|
Method Summary |
boolean |
hasNext()
Checks if there is at least one more element in the cluster hierachy that has not yet been listed. |
Molecule |
next()
Returns the next element in the cluster hierarchy that has not yet been processed. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
LibraryMCS.ClusterEnumerator
protected LibraryMCS.ClusterEnumerator(chemaxon.clustering.MGraph g,
boolean leavesOnly)
LibraryMCS.ClusterEnumerator
protected LibraryMCS.ClusterEnumerator(chemaxon.clustering.MGraph g,
boolean leavesOnly,
boolean selectedOnly)
hasNext
public boolean hasNext()
- Checks if there is at least one more element in the cluster hierachy that has not yet been listed.
- Returns:
- true if there are more elements
next
public Molecule next()
- Returns the next element in the cluster hierarchy that has not yet been processed. Levels are enumerated
top-down manner and one level is enumerated from left to right. All (optional) input fields are stored along
with the
Molecule returned, and other fields generated by the clustering algorithm are
added:
RecoveryID unique number of leaf nodes form left to right, starting from one
HierarchyID hierarchical index of path from top to leaf
Cluster.Member unique cluster id . unique element id in the cluster
These field help recover the hierarchy in third party and custom applications.
- Returns:
- next
Molecule in the hierarchy