Uses of Enum Class
rgu.transport.geospatial.TravelDirection
Packages that use TravelDirection
Package
Description
Geospatial data.
Multimodal geospatial data such as public transport networks.
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Uses of TravelDirection in rgu.transport.geospatial
Subclasses with type arguments of type TravelDirection in rgu.transport.geospatialMethods in rgu.transport.geospatial that return TravelDirectionModifier and TypeMethodDescriptionstatic TravelDirectionReturns the enum constant of this class with the specified name.static TravelDirection[]TravelDirection.values()Returns an array containing the constants of this enum class, in the order they are declared. -
Uses of TravelDirection in rgu.transport.geospatial.multimodal
Methods in rgu.transport.geospatial.multimodal with parameters of type TravelDirectionModifier and TypeMethodDescriptionNetworkSearcher.reachable(GeoLocation location, LocalTime earliestDeparture, LocalTime latestArrival, TravelDirection direction) Returns a map of locations reachable within the given time windows, and the corresponding cost of each location's shortest path duration.voidNetworkSearcher.reachable(GeoLocation location, LocalTime earliestDeparture, LocalTime latestArrival, TravelDirection direction, BiConsumer<GeoLocation, Duration> consumer) Streams to a callback function the set of locations reachable within the given time windows, and the corresponding cost of each location's shortest path duration.NetworkSearcher.reachable(GeoLocation location, LocalTime earliestDeparture, LocalTime latestArrival, TravelDirection direction, Map<GeoLocation, List<Trip>> extra) Returns a map of locations reachable within the given time windows, and the corresponding cost of each location's shortest path duration.voidNetworkSearcher.reachable(GeoLocation location, LocalTime earliestDeparture, LocalTime latestArrival, TravelDirection direction, Map<GeoLocation, List<Trip>> extra, BiConsumer<GeoLocation, Duration> consumer) Streams to a callback function the set of locations reachable within the given time windows, and the corresponding cost of each location's shortest path duration.