/**
* Check whether this intersection should be added to, or updated in, the warning manager
*
* @param airspace Airspace corresponding to current intersection
*/
void intersection(const AbstractAirspace& airspace) {
if (!m_warning_manager.get_config().class_enabled(airspace.get_type()) ||
exclude_alt(airspace))
return;
AirspaceWarning& warning = m_warning_manager.get_warning(airspace);
if (warning.state_accepted(m_warning_state)) {
AirspaceInterceptSolution solution = intercept(airspace, m_state, m_perf);
if (solution.valid() && (solution.elapsed_time <= m_max_time)) {
warning.update_solution(m_warning_state, solution);
m_found = true;
}
}
}
virtual void intersection(const AbstractAirspace& as) {
#ifdef DO_PRINT
*fout << "# intersection point\n";
for (AirspaceIntersectionVector::const_iterator it = m_intersections.begin();
it != m_intersections.end(); ++it) {
const GeoPoint start = (it->first);
const GeoPoint end = (it->second);
*fout << start.Longitude << " " << start.Latitude << " " << "\n";
*fout << end.Longitude << " " << end.Latitude << " " << "\n\n";
}
AirspaceInterceptSolution solution = intercept(as, m_state, m_perf);
if (solution.valid()) {
*iout << "# intercept " << solution.elapsed_time << " h " << solution.altitude << "\n";
*iout << solution.location.Longitude << " " << solution.location.Latitude << " " << "\n\n";
}
#endif
}