43   _events.push_back(regEvent.instantiate(_td->getTk(0), TD_EVENT));  in EventsManager()
44   _events[0]->setType(-1); // this is just a dumb event  in EventsManager()
47   _events.push_back(regEvent.instantiate(tkp1, TD_EVENT));  in EventsManager()
48   _events.push_back(regEvent.instantiate(tkp2, TD_EVENT));  in EventsManager()
49   _events[1]->setTimeDiscretisation(_td);  in EventsManager()
50   _events[2]->setTimeDiscretisation(_td);  in EventsManager()
51   _events[1]->setK(_k+1);  in EventsManager()
52   _events[2]->setK(_k+2);  in EventsManager()
68   return *_events[pos];  in insertEvent()
80   for(EventsContainer::iterator it = _events.begin();  in noSaveInMemory()
81       it != _events.end(); ++it)  in noSaveInMemory()
96   const mpz_t *t1 = _events[0]->getTimeOfEvent();  in preUpdate()
97   _events[0]->process(sim);  in preUpdate()
98   for(unsigned int i = 1; i < _events.size() ; i++)  in preUpdate()
100     const  mpz_t *t2 =  _events[i]->getTimeOfEvent();  in preUpdate()
104       if(_events[i]->getType() == NS_EVENT)  in preUpdate()
106         _events[i]->process(sim);  in preUpdate()
107         _events.erase(_events.begin()+i);  in preUpdate()
118   if(_events.size() == 0)  in startingTime()
120   return _events[0]->getDoubleTimeOfEvent();  in startingTime()
125   if(_events.size() <= 1)  in nextTime()
127   return _events[1]->getDoubleTimeOfEvent();  in nextTime()
132   if(_events.size() <= 1)  in needsIntegration()
134   return (mpz_cmp(*_events[0]->getTimeOfEvent(), *_events[1]->getTimeOfEvent()) < 0);  in needsIntegration()
163   for(unsigned int j = 1; j < _events.size(); j++)  in scheduleNonSmoothEvent()
167     Event& ev = *_events[j];  in scheduleNonSmoothEvent()
180         insertEv(_events[j]);  in scheduleNonSmoothEvent()
183       _events.erase(_events.begin()+j);  in scheduleNonSmoothEvent()
193   _events[1]->process(sim);  in processEvents()
202   int event0Type = _events[0]->getType();  in update()
212     std::static_pointer_cast<TimeDiscretisationEvent>(_events[0])->update(_k+2);  in update()
215       insertEv(_events[0]);  in update()
219   else if(_events[0]->reschedule())  in update()
221     _events[0]->update();  in update()
222     if(_events[0]->getDoubleTimeOfEvent() < _T + 100.0*std::numeric_limits<double>::epsilon())  in update()
223       insertEv(_events[0]);  in update()
235   _events.erase(_events.begin());  in update()
238   if(_events[0]->getType() == TD_EVENT)  in update()
253   for(EventsContainer::iterator it = _events.begin();  in insertEv()
254       it != _events.end(); ++it)  in insertEv()
261       _events.insert(it, e);  in insertEv()
275           _events.insert(it, e);  in insertEv()
285     _events.push_back(e);  in insertEv()
295 …std::cout << " - The number of unprocessed events (including current one) is: " << _events.size() …  in display()
296   for(EventsContainer::const_iterator it = _events.begin(); it != _events.end(); ++it)  in display()