void check_counts_nodes()
{
// make sure they all have the same count
if (!(
(node_ids.count() == node_positions.count())
&&
(node_ids.count() == node_cs.count())
&&
(node_ids.count() == node_ver.count())
))
{
cerr << "current id " << current_id << endl;
cerr << "node counts are not aligned" << endl;
cerr << "pos:" << node_positions.count() << endl;
cerr << "ids: " << node_ids.count() << endl;
cerr << "cs :" << node_cs.count() << endl;
cerr << "ver :" << node_ver.count() << endl;
// write the files
node_positions.flush();
node_ids.flush();
node_cs.flush();
node_ver.flush();
exit (233);
}
}
void check_counts_rels()
{
// make sure they all have the same count
if (!
(rel_positions.count() == rel_ids.count()
&&
rel_ids.count() == rel_cs.count()
&&
rel_cs.count() == rel_ver.count()
)
)
{
cerr << current_id << endl;
cerr << "rel counts not aligned" << endl;
cerr << rel_positions.count() << endl;
cerr << rel_ids.count() << endl;
cerr << rel_cs.count() << endl;
cerr << rel_ver.count() << endl;
exit (233);
}
}
void check_counts_ways()
{
// make sure they all have the same count
if (!
(
(way_positions.count() == way_ids.count())
&&
(way_ids.count() == way_cs.count()
)
)
)
{
cerr << current_id << endl;
cerr << "way counts not aligned" << endl;
cerr << way_positions.count() << endl;
cerr << way_ids.count() << endl;
cerr << way_cs.count() << endl;
exit (233);
}
}
