public RouteDistancePerUserGroup() {
super();
this.sc =
LoadMyScenarios.loadScenarioFromPlansNetworkAndConfig(plansFile, networkFile, configFile);
this.usrGrpExtended = new UserGroupUtilsExtended();
userGrpToBoxPlotData = new TreeMap<UserGroup, List<Double>>();
}
@Override
public void preProcessData() {
double simulationEndTime = LoadMyScenarios.getSimulationEndTime(this.configFile);
this.handler = new TollInfoHandler(simulationEndTime, noOfTimeBin);
EventsManager events = EventsUtils.createEventsManager();
MatsimEventsReader reader = new MatsimEventsReader(events);
events.addHandler(handler);
reader.readFile(eventsFile);
}
public CongestionPricingComperator(String runScenario) {
this.pricingScenario = runScenario;
scenario = LoadMyScenarios.loadScenarioFromOutputDir(runDir + pricingScenario + "/");
simulationEndTime = scenario.getConfig().qsim().getEndTime();
int lastIt = scenario.getConfig().controler().getLastIteration();
eventsFile = runDir + pricingScenario + "/ITERS/it." + lastIt + "/" + lastIt + ".events.xml.gz";
//
Config config = scenario.getConfig();
vttsCar =
((config.planCalcScore().getModes().get(TransportMode.car).getMarginalUtilityOfTraveling()
/ 3600)
+ (config.planCalcScore().getPerforming_utils_hr() / 3600))
/ (config.planCalcScore().getMarginalUtilityOfMoney());
}
/** @author amit */
public class RouteDistancePerUserGroup {
public RouteDistancePerUserGroup() {
super();
this.sc =
LoadMyScenarios.loadScenarioFromPlansNetworkAndConfig(plansFile, networkFile, configFile);
this.usrGrpExtended = new UserGroupUtilsExtended();
userGrpToBoxPlotData = new TreeMap<UserGroup, List<Double>>();
}
private Logger logger = Logger.getLogger(RouteDistancePerUserGroup.class);
private String outputDir =
"../../../repos/runs-svn/detEval/emissionCongestionInternalization/output/1pct/run10/policies/eci/"; /*"./output/run2/";*/
private String networkFile = outputDir + "/output_network.xml.gz"; // "/network.xml";
private String plansFile = outputDir + "/output_plans.xml.gz"; // "/network.xml";
private String configFile = outputDir + "/output_config.xml";
private int lastIteration = LoadMyScenarios.getLastIteration(configFile);
private String eventsFile =
outputDir + "/ITERS/it." + lastIteration + "/" + lastIteration + ".events.xml.gz";
private Scenario sc;
private UserGroupUtilsExtended usrGrpExtended;
private SortedMap<UserGroup, SortedMap<String, Double>> usrGrp2Mode2MeanDistance =
new TreeMap<UserGroup, SortedMap<String, Double>>();
private SortedMap<UserGroup, SortedMap<String, Double>> usrGrp2Mode2MedianDistance =
new TreeMap<UserGroup, SortedMap<String, Double>>();
private SortedMap<String, Map<Id<Person>, List<Double>>> mode2PersonId2RouteDist;
private SortedMap<UserGroup, List<Double>> userGrpToBoxPlotData;
private final String mainMode = TransportMode.car;
public static void main(String[] args) {
RouteDistancePerUserGroup routeDistUG = new RouteDistancePerUserGroup();
routeDistUG.run();
}
private void run() {
LegModeRouteDistanceDistributionHandler lmdfed =
new LegModeRouteDistanceDistributionHandler(sc);
EventsManager manager = EventsUtils.createEventsManager();
MatsimEventsReader reader = new MatsimEventsReader(manager);
manager.addHandler(lmdfed);
reader.readFile(eventsFile);
this.mode2PersonId2RouteDist = lmdfed.getMode2PersonId2TravelDistances();
getUserGroupDistanceMeanAndMeadian();
createBoxPlotData(lmdfed.getLegMode2PersonId2TotalTravelDistance().get(mainMode));
writeResults(this.outputDir + "/analysis/");
}
public void writeResults(String outputFolder) {
BufferedWriter writer =
IOUtils.getBufferedWriter(
outputFolder + "/usrGrp2TravelMode2MeanAndMedianRouteDistance.txt");
try {
writer.write("UserGroup \t travelMode \t MeanRouteDistance \t MedianRouteDistance \n");
for (UserGroup ug : this.usrGrp2Mode2MeanDistance.keySet()) {
for (String travelMode : this.usrGrp2Mode2MeanDistance.get(ug).keySet()) {
writer.write(
ug
+ "\t"
+ travelMode
+ "\t"
+ this.usrGrp2Mode2MeanDistance.get(ug).get(travelMode)
+ "\t"
+ this.usrGrp2Mode2MedianDistance.get(ug).get(travelMode)
+ "\n");
}
}
writer.close();
} catch (Exception e) {
throw new RuntimeException("Data is not written to a file.");
}
logger.info("Writing data for box plots for each user group.");
try {
String outputFile = outputFolder + "/boxPlot/";
new File(outputFile).mkdirs();
for (UserGroup ug : this.userGrpToBoxPlotData.keySet()) {
writer = IOUtils.getBufferedWriter(outputFile + "/travelDistance_" + ug + ".txt");
writer.write(ug + "\n");
for (double d : this.userGrpToBoxPlotData.get(ug)) {
writer.write(d + "\n");
}
writer.close();
}
} catch (Exception e) {
throw new RuntimeException("Data is not written to a file.");
}
this.logger.info("Data writing is finished.");
}
private void createBoxPlotData(Map<Id<Person>, Double> map) {
PersonFilter pf = new PersonFilter();
for (UserGroup ug : UserGroup.values()) {
Population relevantPop = pf.getPopulation(sc.getPopulation(), ug);
userGrpToBoxPlotData.put(
ug, this.usrGrpExtended.getTotalStatListForBoxPlot(map, relevantPop));
}
}
private void getUserGroupDistanceMeanAndMeadian() {
PersonFilter pf = new PersonFilter();
for (UserGroup ug : UserGroup.values()) {
Population pop = pf.getPopulation(sc.getPopulation(), ug);
this.usrGrp2Mode2MeanDistance.put(
ug, this.usrGrpExtended.calculateTravelMode2MeanFromLists(mode2PersonId2RouteDist, pop));
this.usrGrp2Mode2MedianDistance.put(
ug,
this.usrGrpExtended.calculateTravelMode2MedianFromLists(mode2PersonId2RouteDist, pop));
}
}
}
