std::vector<Cluster*>* ClusterMerger::MergeClustersIfRequired(std::vector<Cluster*>* clusters)
{
std::vector<Cluster*>::iterator iter;
std::vector<Cluster*>::iterator iter1;
//check each against every other
//check for 2 instances of each given comparing to several :(
//iterate through each cluster, then iterate through each other cluster
Cluster* c1;
Cluster* c2;
a:
for (iter=clusters->begin();iter<clusters->end();iter++) {
c1 = (Cluster*)*iter;
for (iter1=clusters->begin();iter1<clusters->end();iter1++) {
c2 = (Cluster*)*iter1;
if (!(c1==c2)) {
if (IsMergeRequired(c1,c2)) {
Cluster* merged = c1->Merge(c2);
remove(clusters, c1);
remove(clusters, c2);
clusters->push_back(merged);
goto a;
}
}
}
}
return clusters;
}
void ClusterMerger::MergeclusterdatsIfRequired(clusterdat** clusterdats, int* count){
int index = 0;
int index1 = 0;
a:
for (index=0;index<settings->clusterdatcount;index++) {
if (clusterdats[index]) {
for (index1=0;index1<settings->clusterdatcount;index1++) {
if (clusterdats[index1]) {
if (!(clusterdats[index]==clusterdats[index1])) {
if (IsMergeRequired(clusterdats[index],clusterdats[index1])) {
cfnc.Merge(clusterdats[index],clusterdats[index1]);
*count--;
clusterdats[index1]=0;
int check = 0;
while (check<(settings->clusterdatcount-1)) {
if (clusterdats[check]==0) {
clusterdats[check] = clusterdats[check+1];
}
check++;
}
goto a;
}
}
}
}
}
}
}
