Package org.opentripplanner.profile

Interface Summary

Interface	Description
ProfileStateStore	Stores profile states for a search

Class Summary

Class	Description
AnalystProfileRouterPrototype	More optimized ProfileRouter targeting one-to-many searches on entirely frequency-based transit networks.
BikeRentalStationInfo	This is a response model class which holds data that will be serialized and returned to the client.
DCFareCalculator
DCFareCalculator.Fare
FrequencyRandomOffsets	Stores random offsets for frequency trips.
IsochroneGenerator	This class contains a couple of utility methods for making Isochrones when all you have is a PointSet and times to reach that PointSet.
MultiProfileStateStore
Option	This is a response model class which holds data that will be serialized and returned to the client.
Option.AvgComparator
Option.MaxComparator
Option.MinComparator
ProfileRequest	All the modifiable parameters for profile routing.
ProfileResponse
ProfileRouter	Rather than finding a single optimal route, ProfileRouter aims to find all reasonable ways to go from an origin to a destination over a given time window, and expresses those results in terms of route combinations and time ranges.
ProfileState	represents a state in profile routing
ProfileTransfer	A transfer as used in profile routing.
ProfileTransfer.GoodTransferList	Keeps track of the best N transfers, including all those that are within the same stop cluster.
PropagatedTimesStore	Stores travel times propagated to the search targets (all vertices in the street network or a set of points of interest) in one-to-many repeated raptor profile routing.
RaptorWorker	A RaptorWorker carries out RAPTOR searches on a pre-filtered, compacted representation of all the trips running during a given time window.
RaptorWorkerData
RaptorWorkerTimetable	A RaptorWorkerTimetable is used by a RaptorWorker to perform large numbers of RAPTOR searches very quickly within a specific time window.
RepeatedRaptorProfileRouter	Perform one-to-many profile routing using repeated RAPTOR searches.
Ride	A Ride is defined by its from-stop and to-stop, as well as the previous ride (from which it transfers).
RoundBasedProfileRouter	Profile routing using a round-based approach, more or less like RAPTOR (http://research.microsoft.com/pubs/156567/raptor_alenex.pdf)
Segment	The equivalent of a ride in an API response.
Segment.SegmentPattern
SingleProfileStateStore	A ProfileStateStore that stores a single state at each vertex, merging together all nondominated states.
StopAtDistance	A stop cluster associated with its elapsed time from a search location and the path for reaching it.
StopCluster	Groups stops by geographic proximity and name similarity.
StopNameNormalizer	Transforms transit stop names into a somewhat more normalized form, so string distance calculations will be more meaningful.
StopTreeCache	Keeps travel distances from all transit stops in a particular Graph to their nearby street nodes.
StreetEdgeInfo	This is a response model class which holds data that will be serialized and returned to the client.
StreetSegment	A response object describing a non-transit part of an Option.
TimeRange
TimeRange.Tracker	Keeps one TimeRange per TransitStop that has been reached.
TimeTracker	A fundamental tool for tracking arrival time distributions.
TimeWindow
TNPropagatedTimesStore	This is an exact copy of PropagatedTimesStore that's being modified to work with (new) TransitNetworks instead of (old) Graphs.

Enum Summary

Enum	Description
Option.SortOrder
ProfileState.Type	two ways to create a profile state: the initial state, reached via an on-street mode, and subsequent states reached via transit
PropagatedTimesStore.ConfidenceCalculationMethod
RaptorWorkerTimetable.BoardingAssumption	The assumptions made when boarding a frequency vehicle: best case (no wait), worst case (full headway) and half headway (in some sense the average).
StopClusterMode
TNPropagatedTimesStore.ConfidenceCalculationMethod