use of org.opentripplanner.calendar.impl.MultiCalendarServiceImpl in project OpenTripPlanner by opentripplanner.
the class GtfsModule method buildGraph.
@Override
public void buildGraph(Graph graph, HashMap<Class<?>, Object> extra) {
// we're about to add another agency to the graph, so clear the cached timezone
// in case it should change
// OTP doesn't currently support multiple time zones in a single graph;
// at least this way we catch the error and log it instead of silently ignoring
// because the time zone from the first agency is cached
graph.clearTimeZone();
MultiCalendarServiceImpl service = new MultiCalendarServiceImpl();
GtfsStopContext stopContext = new GtfsStopContext();
try {
for (GtfsBundle gtfsBundle : gtfsBundles) {
// apply global defaults to individual GTFSBundles (if globals have been set)
if (cacheDirectory != null && gtfsBundle.cacheDirectory == null)
gtfsBundle.cacheDirectory = cacheDirectory;
if (useCached != null && gtfsBundle.useCached == null)
gtfsBundle.useCached = useCached;
GtfsMutableRelationalDao dao = new GtfsRelationalDaoImpl();
GtfsContext context = GtfsLibrary.createContext(gtfsBundle.getFeedId(), dao, service);
GTFSPatternHopFactory hf = new GTFSPatternHopFactory(context);
hf.setStopContext(stopContext);
hf.setFareServiceFactory(_fareServiceFactory);
hf.setMaxStopToShapeSnapDistance(gtfsBundle.getMaxStopToShapeSnapDistance());
loadBundle(gtfsBundle, graph, dao);
CalendarServiceDataFactoryImpl csfactory = new CalendarServiceDataFactoryImpl();
csfactory.setGtfsDao(dao);
CalendarServiceData data = csfactory.createData();
service.addData(data, dao);
hf.subwayAccessTime = gtfsBundle.subwayAccessTime;
hf.maxInterlineDistance = gtfsBundle.maxInterlineDistance;
hf.run(graph);
if (gtfsBundle.doesTransfersTxtDefineStationPaths()) {
hf.createTransfersTxtTransfers();
}
if (gtfsBundle.linkStopsToParentStations) {
hf.linkStopsToParentStations(graph);
}
if (gtfsBundle.parentStationTransfers) {
hf.createParentStationTransfers();
}
}
} catch (IOException e) {
throw new RuntimeException(e);
}
// We need to save the calendar service data so we can use it later
CalendarServiceData data = service.getData();
graph.putService(CalendarServiceData.class, data);
graph.updateTransitFeedValidity(data);
graph.hasTransit = true;
graph.calculateTransitCenter();
}
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