@Override
public void handleEvent(WarmEmissionEvent event) {
Id<Person> driverId =
Id.createPersonId(
event
.getVehicleId()); // TODO [AA]: either it should be mapped to vehicle id or read
// events file too to get driver id
if (this.af != null) { // area filtering
Link link = network.getLinks().get(event.getLinkId());
if (!this.af.isLinkInsideShape(link)) return;
if (this.ug == null || this.pf == null) { // only area filtering
delegate.handleEvent(event);
} else if (this.pf
.getUserGroupAsStringFromPersonId(driverId)
.equals(this.ug)) { // both filtering
delegate.handleEvent(event);
}
} else {
if (this.ug == null || this.pf == null) { // no filtering
delegate.handleEvent(event);
} else if (this.pf
.getUserGroupAsStringFromPersonId(driverId)
.equals(this.ug)) { // user group filtering
delegate.handleEvent(event);
}
}
}
@Override
public void handleEvent(WarmEmissionEvent event) {
Double time = event.getTime();
if (time == 0.0) time = this.timeBinSize;
Id<Link> linkId = event.getLinkId();
Map<WarmPollutant, Double> warmEmissionsOfEvent = event.getWarmEmissions();
double endOfTimeInterval = 0.0;
if (warmEmissionsOfEvent == null) {
warmEmissionsOfEvent = new HashMap<WarmPollutant, Double>();
for (WarmPollutant wp : WarmPollutant.values()) {
warmEmissionsOfEvent.put(wp, 0.0);
}
} else {
for (WarmPollutant wp : WarmPollutant.values()) {
if (warmEmissionsOfEvent.get(wp) == null) {
warmEmissionsOfEvent.put(wp, 0.0);
}
}
}
endOfTimeInterval = Math.ceil(time / timeBinSize) * timeBinSize;
if (endOfTimeInterval <= 0.0) endOfTimeInterval = timeBinSize;
Map<Id<Link>, Map<WarmPollutant, Double>> warmEmissionsTotal;
Map<Id<Link>, Double> countTotal;
if (this.time2warmEmissionsTotal.get(endOfTimeInterval) != null) {
warmEmissionsTotal = this.time2warmEmissionsTotal.get(endOfTimeInterval);
countTotal = this.time2linkIdLeaveCount.get(endOfTimeInterval);
if (warmEmissionsTotal.get(linkId) != null) {
Map<WarmPollutant, Double> warmEmissionsSoFar = warmEmissionsTotal.get(linkId);
for (WarmPollutant wp : WarmPollutant.values()) {
warmEmissionsSoFar.put(wp, warmEmissionsOfEvent.get(wp) + warmEmissionsSoFar.get(wp));
}
double countsSoFar = countTotal.get(linkId);
double newValue = countsSoFar + 1.;
countTotal.put(linkId, newValue);
warmEmissionsTotal.put(linkId, warmEmissionsSoFar);
} else {
warmEmissionsTotal.put(linkId, warmEmissionsOfEvent);
countTotal.put(linkId, 1.);
}
} else {
countTotal = new HashMap<>();
warmEmissionsTotal = new HashMap<Id<Link>, Map<WarmPollutant, Double>>();
warmEmissionsTotal.put(linkId, warmEmissionsOfEvent);
countTotal.put(linkId, 1.);
}
this.time2warmEmissionsTotal.put(endOfTimeInterval, warmEmissionsTotal);
this.time2linkIdLeaveCount.put(endOfTimeInterval, countTotal);
}
@Override
public void handleEvent(WarmEmissionEvent event) {
// calc emission costs of event
double emissionCost = ecm.calculateWarmEmissionCosts(event.getWarmEmissions());
// calc time bin of event
int timeBin = getTimeBin(event.getTime());
// user group
UserGroup userGroup = getUserGroup(event.getVehicleId());
Id<Link> linkId = event.getLinkId();
// store cost for (timebin x usergroup x link) combination
timeBin2group2link2flatEmissionCost
.get(timeBin)
.addEmissionCosts(userGroup, linkId, emissionCost);
}
