void evaluate (const pathNode &pred,double cargoLimit){
distPrev=distance(pred); //vehicle last move
totDist=pred.gettotDist();
twv=lateArrival(totDist); //Time Window Violation
waitTime=earlyArrival(totDist)? opens()-totDist:0;
totDist+=waitTime+getServiceTime(); //totDist=opens() should gice the same result
cargo=pred.getcargo()+getdemand(); //loading or unloading
cv= cargo>cargoLimit or cargo < 0; //capacity Violation
twvTot = (twv)? pred.twvTot+pred.twvTot:pred.twvTot;
cvTot = (cv)? pred.cvTot+1:pred.cvTot;
};
void GateProcessor::beginService( Person *aPerson, ElapsedTime curTime )
{
if(m_emGateType == DepGate)
{
//get linkage processor
if(m_vGateGroupIndex.size() > 0)
{
ElapsedTime nextAvailableTime = curTime;
ElapsedTime eSafeTime = ElapsedTime(10L);
//get linkage gate processor
int nGateCount = static_cast<int>(m_vGateGroupIndex.size());
for( int i = 0; i < nGateCount; ++ i)
{
GroupIndex gpIndex = m_vGateGroupIndex[i];
for (int i = gpIndex.start; i <= gpIndex.end; i++)
{
Processor *pProc = m_pTerm->procList->getProcessor(i);
if(pProc == NULL || pProc->getProcessorType() != GateProc)
break;
GateProcessor *gateProc = (GateProcessor *)m_pTerm->procList->getProcessor(i);
//get the last person walk out of the service point, if have out constraint, compare two time, use lager one
ElapsedTime eLastServiceTime = gateProc->GetLastServicePaxTime();
ElapsedTime eLastOurConsTime = gateProc->GetLastPaxOutConsTime();
ElapsedTime eLastTime = eLastServiceTime;
if(eLastOurConsTime >eLastServiceTime)
eLastTime = eLastOurConsTime;
if( nextAvailableTime >= eSafeTime + eLastTime)
{
//if the next available time is fit the safe time range, check the queue has person or not
//if have ,wait 10 seconds and check it again
if(gateProc->getTotalQueueLength() > 0)
{
nextAvailableTime += eSafeTime;
break;
}
}
else// if not fit, wait more 10 seconds and check it again
{
nextAvailableTime = eSafeTime + eLastTime;
}
}
}
//can go through
if(curTime >= nextAvailableTime)
{
aPerson->regetAttatchedNopax();
// determine service time, based on the Person's type
ElapsedTime serviceTime;
serviceTime = getServiceTime(aPerson,curTime);
aPerson->generateEvent (curTime+serviceTime,false);
writeLogEvent (aPerson, curTime, BeginService);
m_eLastPaxServiceTime = curTime + serviceTime;
}
else
{
aPerson->setState(ArriveAtServer);
aPerson->generateEvent(nextAvailableTime,false);
}
}
else
{
aPerson->regetAttatchedNopax();
// determine service time, based on the Person's type
ElapsedTime serviceTime;
serviceTime = getServiceTime(aPerson,curTime);
aPerson->generateEvent (curTime+serviceTime,false);
writeLogEvent (aPerson, curTime, BeginService);
m_eLastPaxServiceTime = curTime + serviceTime;
//Processor::beginService(aPerson,curTime);
}
}
else
{
aPerson->regetAttatchedNopax();
// determine service time, based on the Person's type
ElapsedTime serviceTime;
serviceTime = getServiceTime(aPerson,curTime);
aPerson->generateEvent (curTime+serviceTime,false);
writeLogEvent (aPerson, curTime, BeginService);
//Processor::beginService(aPerson,curTime);
m_eLastPaxServiceTime = curTime + serviceTime;
}
}
int64 Matrix:: distancePlusServiceTime(RoutingModel::NodeIndex from, RoutingModel::NodeIndex to) {
return Distance(from, to) + getServiceTime(from.value());
}
