void
Trace::UpdateDelta(TraceDelta &td)
{
assert(cached_size == delta_list.size());
assert(cached_size == chronological_list.Count());
if (chronological_list.IsEdge(td))
return;
const TraceDelta &previous = td.GetPrevious();
const TraceDelta &next = td.GetNext();
TraceDelta temp_td = td;
temp_td.SetDisconnected();
td.Replace(temp_td);
// erase old one
auto i = delta_list.find(td);
assert(i != delta_list.end());
delta_list.erase(i);
// insert new in sorted position
temp_td.Update(previous.point, next.point);
TraceDelta &new_td = Insert(temp_td);
new_td.SetDisconnected();
temp_td.Replace(new_td);
}
/**
* Update start node (and neighbour) after min time pruning
*/
void
Trace::erase_start(TraceDelta &td_start) {
TraceDelta temp_td = td_start;
temp_td.SetDisconnected();
td_start.Replace(temp_td);
TraceDelta::iterator i_start = td_start.delta_list_iterator;
delta_list.erase(i_start);
temp_td.elim_distance = null_delta;
temp_td.elim_time = null_time;
TraceDelta &new_td = insert(temp_td);
new_td.SetDisconnected();
temp_td.Replace(new_td);
}
/**
* Update start node (and neighbour) after min time pruning
*/
void
Trace::EraseStart(TraceDelta &td_start) {
TraceDelta temp_td = td_start;
temp_td.SetDisconnected();
td_start.Replace(temp_td);
auto i_start = delta_list.find(td_start);
assert(i_start != delta_list.end());
delta_list.erase(i_start);
temp_td.elim_distance = null_delta;
temp_td.elim_time = null_time;
TraceDelta &new_td = Insert(temp_td);
new_td.SetDisconnected();
temp_td.Replace(new_td);
}
