@Override
public ScoringFunction createNewScoringFunction(Person person) {
SumScoringFunction scoringFunctionAccumulator = new SumScoringFunction();
SumScoringFunction.BasicScoring scoringFunction;
if (usingConfigParamsForScoring) {
scoringFunction = new DCActivityWOFacilitiesScoringFunction(person, this.lcContext);
scoringFunctionAccumulator.addScoringFunction(
new CharyparNagelActivityScoring(this.lcContext.getParams()));
// forgetting the previous line (which we did at some point) is not picked up by any test
// within the locationchoice contrib. kai, oct'14
} else {
scoringFunction = new DCActivityScoringFunction(person.getSelectedPlan(), this.lcContext);
}
scoringFunctionAccumulator.addScoringFunction(scoringFunction);
scoringFunctionAccumulator.addScoringFunction(
new CharyparNagelLegScoring(
CharyparNagelScoringParameters.getBuilder(scenario.getConfig().planCalcScore())
.create(),
scenario.getNetwork()));
scoringFunctionAccumulator.addScoringFunction(
new CharyparNagelAgentStuckScoring(
CharyparNagelScoringParameters.getBuilder(scenario.getConfig().planCalcScore())
.create()));
return scoringFunctionAccumulator;
}
/**
* Tests the setup with a traffic light that shows all the time green in the 0th iteration. After
* the mobsim is run the signal settings are changed thus in the 1st iteration the signal should
* be red in sec [0,99] and green in [100,2000]
*/
@Test
public void testModifySignalControlDataOnsetOffset() {
// configure and load standard scenario
Fixture fixture = new Fixture();
Scenario scenario = fixture.createAndLoadTestScenario(false);
scenario.getConfig().controler().setFirstIteration(0);
scenario.getConfig().controler().setLastIteration(1);
scenario.getConfig().controler().setOutputDirectory(testUtils.getOutputDirectory());
Controler controler = new Controler(scenario);
controler.getConfig().controler().setCreateGraphs(false);
controler.addControlerListener(
new AfterMobsimListener() {
@Override
public void notifyAfterMobsim(AfterMobsimEvent event) {
Scenario scenario = event.getServices().getScenario();
int dropping = 0;
int onset = 100;
for (SignalSystemControllerData intersectionSignal :
((SignalsData) scenario.getScenarioElement(SignalsData.ELEMENT_NAME))
.getSignalControlData()
.getSignalSystemControllerDataBySystemId()
.values()) {
for (SignalPlanData plan : intersectionSignal.getSignalPlanData().values()) {
plan.setCycleTime(2000);
for (SignalGroupSettingsData data :
plan.getSignalGroupSettingsDataByGroupId().values()) {
data.setDropping(dropping);
data.setOnset(onset);
}
}
}
}
});
controler.addControlerListener(
new IterationStartsListener() {
@Override
public void notifyIterationStarts(IterationStartsEvent event) {
event.getServices().getEvents().addHandler(new EventsLogger());
TestLink2EnterEventHandler enterHandler = new TestLink2EnterEventHandler();
if (0 == event.getIteration()) {
enterHandler.link2EnterTime = 38.0;
}
if (1 == event.getIteration()) {
enterHandler.link2EnterTime = 100.0;
SignalGroupStateChangedEventHandler signalsHandler0 =
new TestSignalGroupStateChangedHandler();
event.getServices().getEvents().addHandler(signalsHandler0);
}
}
});
controler.run();
}
public EventsToTravelDiaries(Scenario scenario) {
this.network = scenario.getNetwork();
isTransitScenario = scenario.getConfig().transit().isUseTransit();
if (isTransitScenario) {
this.transitSchedule = scenario.getTransitSchedule();
this.walkSpeed = new TransitRouterConfig(scenario.getConfig()).getBeelineWalkSpeed();
}
}
public DestinationChoice(Scenario scenario) {
super(scenario.getConfig().global());
if (DestinationChoiceConfigGroup.Algotype.bestResponse.equals(
((DestinationChoiceConfigGroup) scenario.getConfig().getModule("locationchoice"))
.getAlgorithm())) {
throw new RuntimeException(
"best response location choice not supported as part of LocationChoice. "
+ "Use BestReplyLocationChoice instead, but be aware that as of now some Java coding is necessary to do that. kai, feb'13");
}
this.scenario = scenario;
initLocal();
}
@Override
public TripRouter instantiateAndConfigureTripRouter(RoutingContext routingContext) {
TripRouter instance = this.delegateFactory.instantiateAndConfigureTripRouter(routingContext);
Network network = this.scenario.getNetwork();
PopulationFactory populationFactory = this.scenario.getPopulation().getFactory();
ModeRouteFactory modeRouteFactory =
((PopulationFactoryImpl) populationFactory).getModeRouteFactory();
MultiModalConfigGroup multiModalConfigGroup =
(MultiModalConfigGroup) scenario.getConfig().getModule(MultiModalConfigGroup.GROUP_NAME);
Set<String> simulatedModes =
CollectionUtils.stringToSet(multiModalConfigGroup.getSimulatedModes());
for (String mode : simulatedModes) {
if (instance.getRegisteredModes().contains(mode)) {
log.warn("A routing algorithm for " + mode + " is already registered. It is replaced!");
}
TravelTime travelTime = this.multimodalTravelTimes.get(mode);
if (travelTime == null) {
throw new RuntimeException(
"No travel time object was found for mode " + mode + "! Aborting.");
}
Network subNetwork = multimodalSubNetworks.get(mode);
if (subNetwork == null) {
subNetwork = NetworkImpl.createNetwork();
Set<String> restrictions = new HashSet<>();
restrictions.add(mode);
TransportModeNetworkFilter networkFilter = new TransportModeNetworkFilter(network);
networkFilter.filter(subNetwork, restrictions);
this.multimodalSubNetworks.put(mode, subNetwork);
}
/*
* We cannot use the travel disutility object from the routingContext since it
* has not been created for the modes used here.
*/
TravelDisutility travelDisutility =
this.travelDisutilityFactory.createTravelDisutility(
travelTime, scenario.getConfig().planCalcScore());
LeastCostPathCalculator routeAlgo =
this.leastCostPathCalculatorFactory.createPathCalculator(
subNetwork, travelDisutility, travelTime);
RoutingModule legRouterWrapper =
DefaultRoutingModules.createNetworkRouter(mode, populationFactory, subNetwork, routeAlgo);
instance.setRoutingModule(mode, legRouterWrapper);
}
return instance;
}
@Test
public void test() {
Scenario sc = ScenarioUtils.createScenario(ConfigUtils.createConfig());
sc.getConfig().scenario().setUseTransit(true);
sc.getConfig().scenario().setUseVehicles(true);
EventsManager manager = EventsUtils.createEventsManager(sc.getConfig());
WagonSimQSimFactory factory = new WagonSimQSimFactory(new ObjectAttributes(), null);
Mobsim sim = factory.createMobsim(sc, manager);
Assert.assertNotNull(sim);
Assert.assertTrue(sim instanceof QSim);
// QSim qSim = (QSim) sim;
}
@Override
public PlanStrategy createPlanStrategy(Scenario scenario, EventsManager eventsManager) {
PlanStrategy strategy =
new PlanStrategyImpl(
new PathSizeLogitSelector(scenario.getConfig().planCalcScore(), scenario.getNetwork()));
return strategy;
}
private PlansCalcRouteWithTollOrNot testee(
final Scenario scenario, final RoadPricingScheme toll) {
return Injector.createInjector(
scenario.getConfig(),
new AbstractModule() {
@Override
public void install() {
bind(RoadPricingScheme.class).toInstance(toll);
bind(Scenario.class).toInstance(scenario);
addTravelTimeBinding(TransportMode.car).to(FreeSpeedTravelTime.class);
bind(PlansCalcRouteWithTollOrNot.class);
install(new ScenarioElementsModule());
addTravelDisutilityFactoryBinding(TransportMode.car)
.toInstance(
new RandomizingTimeDistanceTravelDisutility.Builder(TransportMode.car));
install(new TripRouterModule());
addControlerListenerBinding().to(RoadPricingControlerListener.class);
// add the events handler to calculate the tolls paid by agents
bind(CalcPaidToll.class).in(Singleton.class);
addEventHandlerBinding().to(CalcPaidToll.class);
bind(CalcAverageTolledTripLength.class).in(Singleton.class);
addEventHandlerBinding().to(CalcAverageTolledTripLength.class);
}
})
.getInstance(PlansCalcRouteWithTollOrNot.class);
}
public FreeFloatingParkingPersonDriverAgentImpl(
final Person person,
final Plan plan,
final Netsim simulation,
final Scenario scenario,
final MatsimServices controler,
ParkingModuleWithFreeFloatingCarSharing parkingModule) {
this.person = person;
this.simulation = simulation;
this.controler = controler;
this.plan = plan;
this.scenario = scenario;
this.parkingModule = parkingModule;
beelineFactor =
((PlansCalcRouteConfigGroup) scenario.getConfig().getModule("planscalcroute"))
.getBeelineDistanceFactors()
.get("walk");
walkSpeed =
(((PlansCalcRouteConfigGroup) controler.getConfig().getModule("planscalcroute"))
.getTeleportedModeSpeeds()
.get("walk"));
List<? extends PlanElement> planElements = this.plan.getPlanElements();
if (planElements.size() > 0) {
this.currentPlanElementIndex = 0;
Activity firstAct = (Activity) planElements.get(0);
this.currentLinkId = firstAct.getLinkId();
this.state = MobsimAgent.State.ACTIVITY;
calculateAndSetDepartureTime(firstAct);
}
throw new RuntimeException(
"Should this class still be in use? I think there is a delegated version of this, isn't there? "
+ "This one here causes additional refactoring work. kai, feb'16");
}
/*
* return 0 if files are read and 1 if k values are created.
* This is important to know for reading (case 0) or computation of maxDCScore (case 1)
*/
public int run() {
DestinationChoiceConfigGroup dccg =
(DestinationChoiceConfigGroup)
scenario.getConfig().getModule(DestinationChoiceConfigGroup.GROUP_NAME);
String pkValuesFileName = dccg.getpkValuesFile();
String fkValuesFileName = dccg.getfkValuesFile();
String maxEpsValuesFileName = dccg.getMaxEpsFile();
if (pkValuesFileName != null && fkValuesFileName != null && maxEpsValuesFileName != null) {
ObjectAttributesXmlReader persKValuesReader =
new ObjectAttributesXmlReader(this.personsKValues);
ObjectAttributesXmlReader facKValuesReader =
new ObjectAttributesXmlReader(this.facilitiesKValues);
try {
persKValuesReader.parse(pkValuesFileName);
facKValuesReader.parse(fkValuesFileName);
log.info("reading kvals from files:\n" + pkValuesFileName + "\n" + fkValuesFileName);
return 0;
} catch (UncheckedIOException e) {
// reading was not successful
log.error(
"unsuccessful reading kvals from files!\nThe values are now computed"
+ " and following files are not considered!:\n"
+ pkValuesFileName
+ "\n"
+ fkValuesFileName);
this.assignKValues();
return 1;
}
} else {
this.assignKValues();
return 1;
}
}
private void initWithinDayReplanning(Scenario scenario) {
TravelDisutility travelDisutility =
withinDayControlerListener
.getTravelDisutilityFactory()
.createTravelDisutility(
withinDayControlerListener.getTravelTimeCollector(),
scenario.getConfig().planCalcScore());
RoutingContext routingContext =
new RoutingContextImpl(
travelDisutility, withinDayControlerListener.getTravelTimeCollector());
LeaveLinkIdentifierFactory duringLegIdentifierFactory =
new LeaveLinkIdentifierFactory(
withinDayControlerListener.getLinkReplanningMap(),
withinDayControlerListener.getMobsimDataProvider());
StuckAgentsFilterFactory stuckAgentsFilterFactory =
new StuckAgentsFilterFactory(withinDayControlerListener, scenario.getNetwork());
duringLegIdentifierFactory.addAgentFilterFactory(stuckAgentsFilterFactory);
CurrentLegMicroReplannerFactory duringLegReplannerFactory =
new CurrentLegMicroReplannerFactory(
scenario,
withinDayControlerListener.getWithinDayEngine(),
withinDayControlerListener.getWithinDayTripRouterFactory(),
routingContext,
this.controler);
duringLegReplannerFactory.addIdentifier(duringLegIdentifierFactory.createIdentifier());
withinDayControlerListener
.getWithinDayEngine()
.addDuringLegReplannerFactory(duringLegReplannerFactory);
}
public static void main(String[] args) throws Exception {
Config config = ConfigUtils.loadConfig(configFile, new EmissionsConfigGroup());
Scenario scenario = ScenarioUtils.loadScenario(config);
// following is only for backward compatibility in which vehicle description is null;
// for the new scenarios, setting vehicle description should be preferred.; Amit, sep 2016.
EmissionsConfigGroup ecg =
(EmissionsConfigGroup) scenario.getConfig().getModule(EmissionsConfigGroup.GROUP_NAME);
ecg.setUsingVehicleTypeIdAsVehicleDescription(true);
EmissionModule emissionModule = new EmissionModule(scenario);
emissionModule.createLookupTables();
emissionModule.createEmissionHandler();
EventsManager eventsManager = EventsUtils.createEventsManager();
eventsManager.addHandler(emissionModule.getWarmEmissionHandler());
eventsManager.addHandler(emissionModule.getColdEmissionHandler());
EventWriterXML emissionEventWriter = new EventWriterXML(emissionEventOutputFile);
emissionModule.getEmissionEventsManager().addHandler(emissionEventWriter);
MatsimEventsReader matsimEventsReader = new MatsimEventsReader(eventsManager);
matsimEventsReader.readFile(eventsFile);
emissionEventWriter.closeFile();
emissionModule.writeEmissionInformation(emissionEventOutputFile);
}
/**
* @param sc
* @return link to caused congestion costs which is basically equal to the toll.
*/
public Map<Double, Map<Id<Link>, Double>> getLink2CongestionToll(final Scenario sc) {
Map<Double, Map<Id<Link>, Double>> linkTolls = new HashMap<>();
Config config = sc.getConfig();
double vttsCar =
((config.planCalcScore().getModes().get(TransportMode.car).getMarginalUtilityOfTraveling()
/ 3600)
+ (config.planCalcScore().getPerforming_utils_hr() / 3600))
/ (config.planCalcScore().getMarginalUtilityOfMoney());
int lastIt = config.controler().getLastIteration();
String eventsFile =
config.controler().getOutputDirectory()
+ "/ITERS/it."
+ lastIt
+ "/"
+ lastIt
+ ".events.xml.gz";
CausedDelayAnalyzer delayAnalyzer = new CausedDelayAnalyzer(eventsFile, sc, noOfTimeBin);
delayAnalyzer.run();
Map<Double, Map<Id<Link>, Double>> linkDelays = delayAnalyzer.getTimeBin2LinkId2Delay();
for (double d : linkDelays.keySet()) {
Map<Id<Link>, Double> tolls = new HashMap<>();
for (Id<Link> linkid : linkDelays.get(d).keySet()) {
tolls.put(linkid, linkDelays.get(d).get(linkid) * vttsCar);
}
linkTolls.put(d, tolls);
}
return linkTolls;
}
public DCScoringFunctionFactory(
Scenario scenario, DestinationChoiceBestResponseContext lcContext) {
super(scenario.getConfig().planCalcScore(), scenario.getNetwork());
this.scenario = scenario;
this.lcContext = lcContext;
log.info("creating DCScoringFunctionFactory");
}
public static void main(final String[] args) {
String zoneMappingFilename =
"/Volumes/Data/projects/sviDosierungsanlagen/scenarios/kreuzlingen/l41_ZoneNo_TAZ_mapping.csv";
String networkFilename =
"/Volumes/Data/projects/sviDosierungsanlagen/scenarios/kreuzlingen/matsim/network.cleaned.xml";
String vehTrajectoryFilename = "/Users/cello/Desktop/VehTrajectory.dat";
Scenario scenario = ScenarioUtils.createScenario(ConfigUtils.createConfig());
new MatsimNetworkReader(scenario.getNetwork()).readFile(networkFilename);
ZoneIdToIndexMapping zoneMapping = new ZoneIdToIndexMapping();
new ZoneIdToIndexMappingReader(zoneMapping).readFile(zoneMappingFilename);
DynamicTravelTimeMatrix matrix = new DynamicTravelTimeMatrix(600, 30 * 3600.0);
// new VehicleTrajectoriesReader(new CalculateTravelTimeMatrixFromVehTrajectories(matrix),
// zoneMapping).readFile(vehTrajectoryFilename);
TravelTimeCalculator ttcalc =
new TravelTimeCalculator(
scenario.getNetwork(), scenario.getConfig().travelTimeCalculator());
new VehicleTrajectoriesReader(
new CalculateLinkTravelTimesFromVehTrajectories(ttcalc, scenario.getNetwork()),
zoneMapping)
.readFile(vehTrajectoryFilename);
matrix.dump();
}
private OneWayCarsharingRDWithParkingStation findClosestAvailableParkingSpace(Link link) {
// find the closest available car in the quad tree(?) reserve it (make it unavailable)
// if no cars within certain radius return null
double distanceSearch =
Double.parseDouble(
scenario
.getConfig()
.getModule("OneWayCarsharing")
.getParams()
.get("searchDistanceOneWayCarsharing"));
Collection<OneWayCarsharingRDWithParkingStation> location =
this.carSharingVehicles
.getOneWayVehicles()
.getQuadTree()
.getDisk(link.getCoord().getX(), link.getCoord().getY(), distanceSearch);
if (location.isEmpty()) return null;
OneWayCarsharingRDWithParkingStation closest = null;
for (OneWayCarsharingRDWithParkingStation station : location) {
if (CoordUtils.calcEuclideanDistance(link.getCoord(), station.getLink().getCoord())
< distanceSearch
&& station.getNumberOfAvailableParkingSpaces() > 0) {
closest = station;
distanceSearch =
CoordUtils.calcEuclideanDistance(link.getCoord(), station.getLink().getCoord());
}
}
// owvehiclesLocation.removeVehicle(closest.getLink());
return closest;
}
@Inject
public Cache(final Scenario scenario) {
this(
scenario.getNetwork(),
ConfigUtils.addOrGetModule(
scenario.getConfig(),
LazyScheduleBasedMatrixConfigGroup.GROUP_NAME,
LazyScheduleBasedMatrixConfigGroup.class));
}
@Override
public FixedGroupsIdentifier get() {
final Config config = scenario.getConfig();
final CliquesConfigGroup cliquesConf =
(CliquesConfigGroup) config.getModule(CliquesConfigGroup.GROUP_NAME);
return config.households().getInputFile() != null
? new FixedGroupsIdentifier(((ScenarioImpl) scenario).getHouseholds())
: FixedGroupsIdentifierFileParser.readCliquesFile(cliquesConf.getInputFile());
}
public InsertRandomActivity(
final Scenario scenario,
QuadTree shopFacilityQuadTree,
QuadTree leisureFacilityQuadTree,
Provider<TripRouter> tripRouterProvider) {
super(scenario.getConfig().global().getNumberOfThreads());
this.scenario = scenario;
this.shopFacilityQuadTree = shopFacilityQuadTree;
this.leisureFacilityQuadTree = leisureFacilityQuadTree;
this.tripRouterProvider = tripRouterProvider;
}
public void runJDEQSim(Scenario scenario) {
EventsManagerImpl events = new EventsManagerImpl();
events.addHandler(new PersonEventCollector());
events.initProcessing();
new JDEQSimulation(
ConfigUtils.addOrGetModule(
scenario.getConfig(), JDEQSimConfigGroup.NAME, JDEQSimConfigGroup.class),
scenario,
events)
.run();
events.finishProcessing();
}
public static TripRouterFactory createRichTripRouterFactoryImpl(final Scenario scenario) {
return Injector.createInjector(
scenario.getConfig(),
new TripRouterFactoryModule(),
new AbstractModule() {
@Override
public void install() {
bind(Scenario.class).toInstance(scenario);
}
})
.getInstance(TripRouterFactory.class);
}
public Map<Id<Link>, Double> getLink2EmissionToll(final Scenario sc) {
int lastIt = sc.getConfig().controler().getLastIteration();
String emissionEventsFile =
sc.getConfig().controler().getOutputDirectory()
+ "/ITERS/it."
+ lastIt
+ "/"
+ lastIt
+ ".emission.events.xml.gz";
EmissionLinkAnalyzer emissionAnalyzer =
new EmissionLinkAnalyzer(
sc.getConfig().qsim().getEndTime(), emissionEventsFile, noOfTimeBin);
emissionAnalyzer.preProcessData();
emissionAnalyzer.postProcessData();
SortedMap<Double, Map<Id<Link>, SortedMap<String, Double>>> link2TotalEmissions =
emissionAnalyzer.getLink2TotalEmissions();
Map<Id<Link>, Double> linkEmissionCosts = new HashMap<Id<Link>, Double>();
if (noOfTimeBin != 1)
throw new RuntimeException(
"This method is not yet adapted to more than 1 time bin. Aborting ....");
for (double d : link2TotalEmissions.keySet()) {
for (Id<Link> link : sc.getNetwork().getLinks().keySet()) {
double emissionsCosts = 0;
for (EmissionCostFactors ecf : EmissionCostFactors.values()) {
String str = ecf.toString();
if (!str.equals("CO2_TOTAL") || considerCO2Costs) {
if (link2TotalEmissions.get(d).get(link) != null
&& link2TotalEmissions.get(d).get(link).get(str) != null)
emissionsCosts += ecf.getCostFactor() * link2TotalEmissions.get(d).get(link).get(str);
} // else do nothing
}
linkEmissionCosts.put(link, emissionsCosts);
}
}
return linkEmissionCosts;
}
@Override
public GroupPlanStrategy get() {
final GroupPlanStrategy strategy = instantiateStrategy(sc.getConfig());
final GroupReplanningConfigGroup configGroup =
(GroupReplanningConfigGroup)
sc.getConfig().getModule(GroupReplanningConfigGroup.GROUP_NAME);
strategy.addStrategyModule(
new MutateActivityLocationsToLocationsOfOthersModule(
sc.getConfig().global().getNumberOfThreads(),
sc.getPopulation(),
configGroup.getLocationChoiceActivityType()));
strategy.addStrategyModule(
GroupPlanStrategyFactoryUtils.createJointTripAwareTourModeUnifierModule(
sc.getConfig(), tripRouterFactory));
strategy.addStrategyModule(
GroupPlanStrategyFactoryUtils.createReRouteModule(
sc.getConfig(), planRoutingAlgorithmFactory, tripRouterFactory));
strategy.addStrategyModule(
GroupPlanStrategyFactoryUtils.createRecomposeJointPlansModule(
sc.getConfig(),
((JointPlans) sc.getScenarioElement(JointPlans.ELEMENT_NAME)).getFactory(),
planLinkIdentifier));
return strategy;
}
private TwoWayCSStation findClosestAvailableTWCar(Id<Link> linkId) {
// find the closest available car in the quad tree(?) reserve it (make it unavailable)
// if no cars within certain radius return null
Link link = scenario.getNetwork().getLinks().get(linkId);
Collection<TwoWayCSStation> location =
this.carSharingVehicles
.getRoundTripVehicles()
.getQuadTree()
.getDisk(
link.getCoord().getX(),
link.getCoord().getY(),
Double.parseDouble(
scenario
.getConfig()
.getModule("TwoWayCarsharing")
.getParams()
.get("searchDistanceTwoWayCarsharing")));
if (location.isEmpty()) return null;
double distanceSearch =
Double.parseDouble(
scenario
.getConfig()
.getModule("TwoWayCarsharing")
.getParams()
.get("searchDistanceTwoWayCarsharing"));
TwoWayCSStation closest = null;
for (TwoWayCSStation station : location) {
if (CoordUtils.calcEuclideanDistance(link.getCoord(), station.getLink().getCoord())
< distanceSearch
&& station.getNumberOfVehicles() > 0) {
closest = station;
distanceSearch =
CoordUtils.calcEuclideanDistance(link.getCoord(), station.getLink().getCoord());
}
}
return closest;
}
private static Population getPopulationTypesTransitLine(Scenario scenario, String[] args) {
scenario.getConfig().transit().setUseTransit(true);
(new TransitScheduleReader(scenario)).readFile(args[4]);
TransitLine line =
scenario.getTransitSchedule().getTransitLines().get(Id.create(args[5], TransitLine.class));
MutableScenario sc = (MutableScenario) ScenarioUtils.createScenario(ConfigUtils.createConfig());
Population population = PopulationUtils.createPopulation(sc.getConfig(), sc.getNetwork());
for (Person person : scenario.getPopulation().getPersons().values())
if (isRelatedWithLine(person, line))
population.addPerson(new PersonImplPops(person, Id.create(line.getId(), Population.class)));
else population.addPerson(new PersonImplPops(person, PersonImplPops.DEFAULT_POP_ID));
return population;
}
public AllCSModesPersonDriverAgentImpl(
final Person person,
final Plan plan,
final Netsim simulation,
final Scenario scenario,
CarSharingVehicles carSharingVehicles,
TripRouter tripRouter) {
this.person = person;
this.simulation = simulation;
this.plan = plan;
this.scenario = scenario;
this.carSharingVehicles = carSharingVehicles;
this.tripRouter = tripRouter;
beelineFactor =
((PlansCalcRouteConfigGroup) scenario.getConfig().getModule("planscalcroute"))
.getBeelineDistanceFactors()
.get("walk");
walkSpeed =
(((PlansCalcRouteConfigGroup) scenario.getConfig().getModule("planscalcroute"))
.getTeleportedModeSpeeds()
.get("walk"));
// carsharingVehicleLocations = new ArrayList<ActivityFacility>();
mapTW = new HashMap<Link, Link>();
mapOW = new HashMap<Link, Link>();
List<? extends PlanElement> planElements = this.plan.getPlanElements();
if (planElements.size() > 0) {
this.currentPlanElementIndex = 0;
Activity firstAct = (Activity) planElements.get(0);
this.currentLinkId = firstAct.getLinkId();
this.state = MobsimAgent.State.ACTIVITY;
calculateAndSetDepartureTime(firstAct);
}
throw new RuntimeException(
"Should this class still be in use? I think there is a delegated version of this, isn't there? "
+ "This one here causes additional refactoring work. kai, feb'16");
}
@Inject
public LazyScheduleBasedMatrixRoutingModule(
final Cache cache,
final Scenario scenario,
final TransitRouter router,
@Named(TransportMode.transit_walk) final RoutingModule walkRouter) {
this(
cache,
ConfigUtils.addOrGetModule(
scenario.getConfig(),
LazyScheduleBasedMatrixConfigGroup.GROUP_NAME,
LazyScheduleBasedMatrixConfigGroup.class),
scenario,
router,
walkRouter);
}
private void createConfig() {
Config config = sc.getConfig();
config.controler().setOutputDirectory(outputDir + "/output/" + congestionImpl);
config.controler().setFirstIteration(0);
config.controler().setLastIteration(20);
config.controler().setWriteEventsInterval(10);
config.controler().setMobsim("qsim");
config.controler().setOverwriteFileSetting(OverwriteFileSetting.deleteDirectoryIfExists);
config.qsim().setEndTime(9 * 3600.);
StrategySettings reRoute = new StrategySettings(ConfigUtils.createAvailableStrategyId(config));
reRoute.setStrategyName(DefaultPlanStrategiesModule.DefaultStrategy.ReRoute.name());
reRoute.setWeight(0.10);
config.strategy().addStrategySettings(reRoute);
config.strategy().setFractionOfIterationsToDisableInnovation(0.7);
StrategySettings changeExpBeta =
new StrategySettings(ConfigUtils.createAvailableStrategyId(config));
changeExpBeta.setStrategyName("ChangeExpBeta");
changeExpBeta.setWeight(0.9);
config.strategy().addStrategySettings(changeExpBeta);
ActivityParams o1 = new ActivityParams("o1");
ActivityParams o2 = new ActivityParams("o2");
ActivityParams d1 = new ActivityParams("d1");
ActivityParams d2 = new ActivityParams("d2");
o1.setTypicalDuration(8 * 3600);
o2.setTypicalDuration(8 * 3600);
d1.setTypicalDuration(8 * 3600);
d2.setTypicalDuration(8 * 3600);
config.planCalcScore().addActivityParams(o1);
config.planCalcScore().addActivityParams(o2);
config.planCalcScore().addActivityParams(d1);
config.planCalcScore().addActivityParams(d2);
new ConfigWriter(config).write(outputDir + "/input/input_config.xml.gz");
}
@Override
public TripRouter get() {
final TripRouter tripRouter = defaultFactory.get();
final TransitRouterWrapper routingModule =
new TransitRouterWrapper(
transitRouterFactory.get(),
scenario.getTransitSchedule(),
scenario.getNetwork(), // use a walk router in case no PT path is found
DefaultRoutingModules.createTeleportationRouter(
TransportMode.transit_walk,
scenario.getPopulation().getFactory(),
scenario
.getConfig()
.plansCalcRoute()
.getModeRoutingParams()
.get(TransportMode.walk)));
tripRouter.setRoutingModule(TransportMode.pt, routingModule);
return tripRouter;
}
public static void run(Scenario scenario) {
Config config = scenario.getConfig();
log.info("setting up multi modal simulation");
MultiModalConfigGroup multiModalConfigGroup =
ConfigUtils.addOrGetModule(
config, MultiModalConfigGroup.GROUP_NAME, MultiModalConfigGroup.class);
// set Route Factories
// LinkNetworkRouteFactory factory = new LinkNetworkRouteFactory();
// for (String mode :
// CollectionUtils.stringToArray(multiModalConfigGroup.getSimulatedModes())) {
// ((PopulationFactoryImpl) scenario.getPopulation().getFactory()).setRouteFactory(mode,
// factory);
// }
if (multiModalConfigGroup.isCreateMultiModalNetwork()) {
log.info("Creating multi modal network.");
new MultiModalNetworkCreator(multiModalConfigGroup).run(scenario.getNetwork());
}
if (multiModalConfigGroup.isEnsureActivityReachability()) {
log.info(
"Relocating activities that cannot be reached by the transport modes of their from- and/or to-legs...");
EnsureActivityReachability ensureActivityReachability =
new EnsureActivityReachability(scenario);
ensureActivityReachability.run(scenario.getPopulation());
ensureActivityReachability.printRelocateCount();
}
if (multiModalConfigGroup.isDropNonCarRoutes()) {
log.info(
"Dropping existing routes of modes which are simulated with the multi modal mobsim.");
new NonCarRouteDropper(multiModalConfigGroup).run(scenario.getPopulation());
}
}