TrainAI(t),
current_row(rows.end()),
update_pending(false),
- sync_to_clock(true)
+ sync_to_clock(true),
+ late_arrival(false),
+ next_depart(rows.end())
{
if(!train.get_ai_of_type<AIControl>())
new AIControl(train);
{
if(update_pending && !train.get_block_allocator().is_active())
update_route();
+
+ if(next_depart!=rows.end() && next_depart!=current_row && passed_row(*next_depart, dt))
+ late_arrival = true;
+}
+
+bool Timetable::passed_row(const Row &row, const Time::TimeDelta &dt) const
+{
+ const Clock &clock = train.get_layout().get_clock();
+
+ Time::TimeDelta t = clock.get_current_time();
+ if(t<row.time)
+ t += Time::day;
+
+ Time::TimeDelta b = t-dt*clock.get_rate();
+ return b<row.time;
}
void Timetable::save(list<DataFile::Statement> &st) const
{
if(i->type==DEPART)
{
- Time::TimeDelta dt = i->time-clock.get_current_time();
- while(dt<Time::zero)
- dt += Time::day;
+ Time::TimeDelta dt;
+ if(late_arrival)
+ dt = Time::min;
+ else
+ {
+ dt = i->time-clock.get_current_time();
+ while(dt<Time::zero)
+ dt += Time::day;
+ }
train.ai_message(Message("set-departure-delay", dt/clock.get_rate()));
}
else
}
}
- list<Row>::iterator next_depart = find_trip(arrive, 0);
+ next_depart = find_trip(arrive, 0);
if(next_depart==rows.end())
next_depart = find_trip(rows.begin(), 0);
if(next_depart!=rows.end())
std::list<Row>::iterator current_row;
bool update_pending;
bool sync_to_clock;
+ bool late_arrival;
+ std::list<Row>::iterator next_depart;
public:
Timetable(Train &);
const Row &get_row(unsigned) const;
virtual void tick(const Msp::Time::TimeDelta &);
+private:
+ bool passed_row(const Row &, const Msp::Time::TimeDelta &) const;
+public:
void save(std::list<Msp::DataFile::Statement> &) const;
private: