@Override
public boolean evaluate(ConceptAnnotation annotation) {
if (stycodeset.size() == 0) {
return true;
} else {
Set<String> stycodes = JsonUtils.stringToMap(annotation.getStycodes()).keySet();
return (CollectionUtils.intersection(stycodeset, stycodes).size() > 0);
}
}
/**
* get a vertex from a list.
*
* <p>priority: 1. vertices in considerableCandidateVertices4DS; 2. vertices in vertex cover 3.
* the highest degree one ;
*
* @param verList
* @return
*/
private Integer getVertexFromCandiateMap(List<Integer> verList) {
List<Integer> interConsider =
(List<Integer>) CollectionUtils.intersection(verList, considerableCandidateVertices4DS);
if (interConsider != null && !interConsider.isEmpty()) {
return interConsider.get(0);
}
interConsider = (List<Integer>) CollectionUtils.intersection(verList, vertexCover);
if (interConsider != null && !interConsider.isEmpty()) {
return interConsider.get(0);
}
// List<VertexDegree> vdList =
// AlgorithmUtil.sortVertexAccordingToDegreeInclude(this.g, verList);
// return vdList.get(0).getVertex();
IPriorityOrder<Integer, String> pocb = new DegreeDesc<Integer, String>();
List<Integer> allVList =
pocb.getOrderedVertexList(new PriorityBean<Integer, String>(g, null, null));
for (Integer v : allVList) {
if (verList.contains(v)) {
return v;
}
}
return null;
}