/** constructor */
public CLSolver(int _candidateDimension)
{
candidateDimension = _candidateDimension;
// we init all candidates once and for all
for (int i = 0; i < candidates.Length; i++)
{
candidates[i] = new CLCandidate(candidateDimension);
}
}
protected void StoreNewGlobalLeader(int leader)
{
CLViewpoint newLeaderViewpoint = new CLViewpoint();
CLCandidate leaderCandidate = new CLCandidate(candidateDimension);
leaderCandidate.bestEvaluation = candidates [leader].bestEvaluation;
leaderCandidate.bestPosition = candidates [leader].bestPosition;
leaderCandidate.evaluation = candidates [leader].evaluation;
leaderCandidate.inSearchSpace = candidates [leader].inSearchSpace;
leaderCandidate.leader = candidates [leader].leader;
newLeaderViewpoint.psoRepresentation = leaderCandidate.bestPosition;
newLeaderViewpoint.properties = new List <CLVisualProperty> (evaluator.properties);
newLeaderViewpoint.satisfaction = new List <float> (evaluator.properties.Count);
newLeaderViewpoint.inScreenRatio = new List <float> (evaluator.properties.Count);
foreach (CLVisualProperty p in newLeaderViewpoint.properties)
{
newLeaderViewpoint.satisfaction.Add(p.satisfaction);
newLeaderViewpoint.inScreenRatio.Add(p.inScreenRatio);
}
globalBestViewpoints.Add(newLeaderViewpoint);
}
// constructor, also sets the best candidate
public CandidateCluster(CLCandidate c)
{
bestCandidate = c;
}
