Uses of Class
com.amalgamasimulation.trains.RailTrack

Packages that use RailTrack

Package	Description
com.amalgamasimulation.trains

Uses of RailTrack in com.amalgamasimulation.trains

Fields in com.amalgamasimulation.trains declared as RailTrack

Modifier and Type	Field	Description
protected RailTrack	RailArc.track

Fields in com.amalgamasimulation.trains with type parameters of type RailTrack

Modifier and Type	Field	Description
BiPredicate<RailTrack,Object>	TrainsEnvironment.considerBookedTracks

Methods in com.amalgamasimulation.trains that return RailTrack

Modifier and Type	Method	Description
RailTrack	TrainsEnvironment.addRailTrack(RailNode sourceNode, RailNode destNode, String name, Polyline forwardPolyline)	Adds a new RailTrack between the specified source and destination nodes, using the given forward Polyline.
RailTrack	TrainsEnvironment.createNewRailTrack(String name, Graph<RailNode,RailArc>.Arc forwardArc, Graph<RailNode,RailArc>.Arc backwardArc)	Creates a new RailTrack with the specified name and connecting arcs.
RailTrack	Train.getCurrentTrack()	Returns the track where the head of the train is currently located.
RailTrack	RailArc.getTrack()	Returns the track which this rail arc belongs to.
RailTrack	RailDestination.getTrack()	Returns the track which this position points to.

Methods in com.amalgamasimulation.trains that return types with arguments of type RailTrack

Modifier and Type	Method	Description
List<RailTrack>	Train.getCurrentTracks()	Returns the track where the head of the train is currently located.
List<RailTrack>	TrainRoute.getTracks()	Returns an unmodifiable view of all RailTracks in this route.

Methods in com.amalgamasimulation.trains with parameters of type RailTrack

Modifier and Type	Method	Description
void	Train.afterEnteredTrack(RailTrack track)	Called immediately after the head of the train enters the specified track. Can be overridden in subclasses.
void	Train.beforeExitedTrack(RailTrack track)	Called right before the tail of the train exits the specified track. Can be overridden in subclasses.

Method parameters in com.amalgamasimulation.trains with type arguments of type RailTrack

Modifier and Type	Method	Description
TrainRoute	TrainsEnvironment.calculateRoute(GeometricGraphPosition<RailNode,RailArc> sourcePosition, GeometricGraphPosition<RailNode,RailArc> destPosition, Train train, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, Set<RailArc> prohibitedArcs, List<RailNode> visitNodes, double beginTime, double velocity)	Calculates a route for the specified Train from a source position to a destination position.
TrainRoute	Train.calculateRouteTo(TrainsEnvironment.TrainDirection movementStartTrainDirection, GeometricGraphPosition<RailNode,RailArc> destPosition, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, List<RailNode> visitNodes, Set<RailArc> prohibitedArcs, double beginTime, double velocity)	Calculates a route for this train from a head or a tail to destination position.
List<BookingSlot>	RailTrack.getBookingSlots(BiPredicate<RailTrack,Object> considerBookedTracks)	Returns a list of BookingSlots that satisfy the specified condition.
double	TrainRoute.getEndMovementTime(Train train, double beginTime, double trainVelocity, GeometricGraphPath<RailNode,RailArc> sourceSelfPath, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, Set<RailArc> prohibitedArcs)	Returns the earliest possible end time for movement along this route, taking into account other trains standing on the tracks and booked tracks.
IntervalSet	RailTrack.getFreeMovementGaps(BiPredicate<RailTrack,Object> considerBookedTracks)	Returns an IntervalSet representing the time intervals during which this track is not booked (i.e., free for movement).
double	TrainRoute.getStartMovementTime(Train train, double beginTime, double trainVelocity, GeometricGraphPath<RailNode,RailArc> sourceSelfPath, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, Set<RailArc> prohibitedArcs)	Returns the earliest possible start time for movement along this route, taking into account other trains standing on the tracks and booked tracks.
boolean	TrainRoute.isAvailableFor(Train train, double beginTime, double trainVelocity, GeometricGraphPath<RailNode,RailArc> sourceSelfPath, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, Set<RailArc> prohibitedArcs)	Checks whether this route is available for the specified Train to start moving.
Pair<TrainRoute,Interval>	Train.tryMoveTo(TrainsEnvironment.TrainDirection movementStartTrainDirection, List<RailDestination> railDestinations, BiPredicate<RailTrack,Object> considerBookedTracks, Predicate<Train> considerTrainsPredicate, List<RailNode> visitNodes, Set<RailArc> prohibitedArcs, double beginTime, double velocity)	Attempts to move the train to one of the specified rail destinations along the best available route.