//
// p r i n t I d T o N o d e M a p p i n g T a b l e
//
void DinoUmlToGraphConverter::printIdToNodeMappingTable(ofstream &os)
{
// Header
os << "\n--- Content of Hash table: m_m_idToNode ---\n" << endl;
// Get iterator
HashConstIterator<int, NodeElement*> it;
// Traverse table
for( it = m_idToNode.begin(); it.valid(); ++it){
os << "\"" << it.key() << "\" has index "
<< m_modelGraph->getNodeLabel(it.info()) << endl;
}
} // printIdToNodeMappingTable
void TSANodePairEnergy::compCandEnergy()
{
m_candPairEnergy->fill(-1);
m_candidateEnergy = energy();
HashConstIterator<node, DPoint> it;
for(it = m_layoutChanges->begin(); it.valid(); ++it)
{
node v = it.key();
int numv = (*m_nodeNums)[v];
ListIterator<node> it;
for(it = m_nonIsolated.begin(); it.valid(); ++ it) {
int j = (*m_nodeNums)[*it];
if(numv != j && (numv < j || !m_layoutChanges->member(*it))) {
m_candidateEnergy -= (*m_pairEnergy)(min(j,numv),max(j,numv));
double candEnergy = computeCoordEnergy(v,*it);
m_candidateEnergy += candEnergy;
(*m_candPairEnergy)(min(j,numv),max(j,numv)) = candEnergy;
}
}
}
}
