@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 void testReinput(final boolean isReflective) {
final SocialNetwork output = generateRandomSocialNetwork(isReflective);
final String path = utils.getOutputDirectory() + "/sn.xml";
new SocialNetworkWriter(output).write(path);
final Scenario sc = ScenarioUtils.createScenario(ConfigUtils.createConfig());
new SocialNetworkReader(sc).readFile(path);
final SocialNetwork input = (SocialNetwork) sc.getScenarioElement(SocialNetwork.ELEMENT_NAME);
Assert.assertEquals("unexpected reflectiveness", output.isReflective(), input.isReflective());
Assert.assertEquals(
"unexpected number of egos", output.getEgos().size(), input.getEgos().size());
Assert.assertEquals("different ego ids", output.getEgos(), input.getEgos());
final Counter c = new Counter("Test alters of ego # ");
for (Id ego : output.getEgos()) {
c.incCounter();
final Set<Id<Person>> expectedAlters = output.getAlters(ego);
final Set<Id<Person>> actualAlters = input.getAlters(ego);
Assert.assertEquals(
"unexpected number of alters for ego " + ego, expectedAlters.size(), actualAlters.size());
Assert.assertEquals("unexpected alters for ego " + ego, expectedAlters, actualAlters);
}
Assert.assertEquals("different metadata", output.getMetadata(), input.getMetadata());
c.printCounter();
}
private void createScenario() {
this.initIds();
Config config = ConfigUtils.createConfig();
config.qsim().setUseLanes(true);
ConfigUtils.addOrGetModule(
config, SignalSystemsConfigGroup.GROUPNAME, SignalSystemsConfigGroup.class)
.setUseSignalSystems(true);
Scenario scenario = ScenarioUtils.loadScenario(config);
// network
Network net = this.createNetwork(scenario);
this.writeMatsimNetwork(net, networkOutfile);
log.info("network written to " + networkOutfile);
// lanes
createLanes((MutableScenario) scenario);
LaneDefinitionsWriter20 laneWriter = new LaneDefinitionsWriter20(scenario.getLanes());
laneWriter.write(lanesOutfile);
log.info("lanes written to " + lanesOutfile);
// signals
SignalsData signalsData = (SignalsData) scenario.getScenarioElement(SignalsData.ELEMENT_NAME);
createSignalSystemsAndGroups(signalsData);
createSignalControl(signalsData);
SignalsScenarioWriter signalsWriter = new SignalsScenarioWriter();
signalsWriter.setSignalSystemsOutputFilename(signalSystemsOutfile);
signalsWriter.setSignalGroupsOutputFilename(signalGroupsOutfile);
signalsWriter.setSignalControlOutputFilename(signalControlOutfileBC);
signalsWriter.writeSignalsData(signalsData);
}
public static void main(final String[] args) {
final String socialNetworkFile = args[0];
final Scenario sc = ScenarioUtils.createScenario(ConfigUtils.createConfig());
new SocialNetworkReader(sc).parse(socialNetworkFile);
final SocialNetwork socialNetwork =
(SocialNetwork) sc.getScenarioElement(SocialNetwork.ELEMENT_NAME);
log.info("clustering: " + SnaUtils.calcClusteringCoefficient(socialNetwork));
}
@Override
public Object getScenarioElement(String name) {
return delegate.getScenarioElement(name);
}