void Conn::printPathList(PathList& paths, Fleet::Ptr _fleet)
{
// cout << "\n\nPrinting path list \n\n";
while(!paths.empty())
{
Cost cost(0);
Time time(0);
bool exp = true;
Path p = paths.front();
Path::iterator it = p.begin();
for(; it != p.end(); it++)
{
Segment* seg = *it;
cost = cost + seg->cost(_fleet);
time = time + seg->time(_fleet);
if(!seg->expediteSupport()) exp = false;
}
cout << cost.string() << " " << time.string() << " " << (exp?"yes; ":"no; ");
Conn::printPath(paths.front());
cout << "\n";
paths.pop();
}
}
// Run BFS to fill current gap
void GapFiller::BFS(size_t left_index, size_t right_index, int gap, GapInfo* gapinfo) {
int dis = gap + (_K-1+3*_DELTA) +30; //gap constraints
PathList pathlist;
BFS(_uniq_graph, left_index, right_index, dis, _STEP, 1000, pathlist);
if (pathlist.empty()) {
const std::string& lsequence = _uniq_graph._indexer[left_index].seq;
const std::string& rsequence = _uniq_graph._indexer[right_index].seq;
BFS(_all_graph, lsequence, rsequence, dis, _STEP, 2000, pathlist);
}
if (!pathlist.empty()) {
if (pathlist.size() <= MAX_CHOICE) {
if (gapinfo != NULL) {
gapinfo->graph = 0;
gapinfo->pathlist = pathlist;
}
} else {
if (gapinfo != NULL) {
gapinfo->graph = -1;
}
}
}
}
