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## Uses of Interface
org.neo4j.graphdb.PathExpander

Packages that use PathExpander
org.neo4j.graphalgo | Scalable graph algorithms like shortest path and others for Neo4j which can be easily accessed via `GraphAlgoFactory`.
org.neo4j.graphdb | The graph database API used by Neo4j.
org.neo4j.graphdb.traversal | Traversal framework.
org.neo4j.kernel | Implementation for embedding a Neo4j graph database in an application.

Uses of PathExpander in org.neo4j.graphalgo

Methods in org.neo4j.graphalgo with parameters of type PathExpander
`static PathFinder<Path>` | `GraphAlgoFactory.allPaths(PathExpander expander, int maxDepth)` Returns an algorithm which can find all available paths between two nodes.
`static PathFinder<Path>` | `GraphAlgoFactory.allSimplePaths(PathExpander expander, int maxDepth)` Returns an algorithm which can find all simple paths between two nodes.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.aStar(PathExpander expander, CostEvaluator<Double> lengthEvaluator, EstimateEvaluator<Double> estimateEvaluator)` Returns an `PathFinder` which uses the A* algorithm to find the cheapest path between two nodes.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, CostEvaluator<Double> costEvaluator)` Returns an `PathFinder` which uses the Dijkstra algorithm to find the cheapest path between two nodes.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, InitialBranchState stateFactory, CostEvaluator<Double> costEvaluator)` See `GraphAlgoFactory.dijkstra(RelationshipExpander, CostEvaluator)`.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, InitialBranchState stateFactory, String relationshipPropertyRepresentingCost)` See `GraphAlgoFactory.dijkstra(RelationshipExpander, CostEvaluator)`.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, InitialStateFactory stateFactory, CostEvaluator<Double> costEvaluator)` See `GraphAlgoFactory.dijkstra(RelationshipExpander, CostEvaluator)`.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, InitialStateFactory stateFactory, String relationshipPropertyRepresentingCost)` See `GraphAlgoFactory.dijkstra(RelationshipExpander, CostEvaluator)`.
`static PathFinder<WeightedPath>` | `GraphAlgoFactory.dijkstra(PathExpander expander, String relationshipPropertyRepresentingCost)` See `GraphAlgoFactory.dijkstra(RelationshipExpander, CostEvaluator)`.
`static PathFinder<Path>` | `GraphAlgoFactory.pathsWithLength(PathExpander expander, int length)` Returns an algorithm which can find simple all paths of a certain length between two nodes.
`static PathFinder<Path>` | `GraphAlgoFactory.shortestPath(PathExpander expander, int maxDepth)` Returns an algorithm which can find all shortest paths (that is paths with as short `Path.length()` as possible) between two nodes.
`static PathFinder<Path>` | `GraphAlgoFactory.shortestPath(PathExpander expander, int maxDepth, int maxHitCount)` Returns an algorithm which can find all shortest paths (that is paths with as short `Path.length()` as possible) between two nodes.

Uses of PathExpander in org.neo4j.graphdb

Methods in org.neo4j.graphdb that return PathExpander
`PathExpander<STATE>` | `PathExpander.reverse()` Returns a new instance with the exact expansion logic, but reversed.

Uses of PathExpander in org.neo4j.graphdb.traversal

Methods in org.neo4j.graphdb.traversal with parameters of type PathExpander
`BranchSelector` | `BranchOrderingPolicy.create(TraversalBranch startBranch, PathExpander expander)` Instantiates a `BranchSelector` with `startBranch` as the first branch to base a decision on "where to go next".
`static Comparator<? super Path>` | `Sorting.endNodeRelationshipCount(PathExpander expander)` Sorts `Path`s by the relationship count returned for its end node by the supplied `expander`.
`TraversalDescription` | `TraversalDescription.expand(PathExpander<?> expander)` Sets the `PathExpander` as the expander of relationships, discarding all previous calls to `TraversalDescription.relationships(RelationshipType)` and `TraversalDescription.relationships(RelationshipType, Direction)` or any other expand method.
`

`<STATE> TraversalDescription`

`
`TraversalDescription.expand(PathExpander<STATE> expander, InitialBranchState<STATE> initialState)`
Sets the `PathExpander` as the expander of relationships, discarding all previous calls to `TraversalDescription.relationships(RelationshipType)` and `TraversalDescription.relationships(RelationshipType, Direction)` or any other expand method.
`

`<STATE> TraversalDescription`

`
`TraversalDescription.expand(PathExpander<STATE> expander, InitialStateFactory<STATE> initialState)`
Sets the `PathExpander` as the expander of relationships, discarding all previous calls to `TraversalDescription.relationships(RelationshipType)` and `TraversalDescription.relationships(RelationshipType, Direction)` or any other expand method.
`void` | `TraversalBranch.initialize(PathExpander expander, TraversalContext metadata)` Initializes this `TraversalBranch`, the relationship iterator, `Evaluation` etc.
`TraversalBranch` | `TraversalBranch.next(PathExpander expander, TraversalContext metadata)` Returns the next expansion source from the expanded relationships from the current node.

Uses of PathExpander in org.neo4j.kernel

Classes in org.neo4j.kernel that implement PathExpander
`class` | `OrderedByTypeExpander`
`class` | `StandardExpander`

Methods in org.neo4j.kernel that return PathExpander
`PathExpander` | `PathDescription.build()`
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.emptyPathExpander()`
Returns an empty `PathExpander` which, if not modified, will expand all relationships when asked to expand a `Node`.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForAllTypes()`
Returns a `RelationshipExpander` which expands relationships of all types and directions.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForAllTypes(Direction direction)`
Returns a `PathExpander` which expands relationships of all types in the given `direction`.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForTypes(RelationshipType type)`
Creates a new `PathExpander` which is set to expand relationships with `type` in any direction.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForTypes(RelationshipType type, Direction dir)`
Creates a new `PathExpander` which is set to expand relationships with `type` and `direction`.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForTypes(RelationshipType type1, Direction dir1, RelationshipType type2, Direction dir2)`
Creates a new `PathExpander` which is set to expand relationships with two different types and directions.
`static

`<STATE> PathExpander<STATE>`

`
`Traversal.pathExpanderForTypes(RelationshipType type1, Direction dir1, RelationshipType type2, Direction dir2, Object... more)`
Creates a new `PathExpander` which is set to expand relationships with multiple types and directions.
`static PathExpander` | `StandardExpander.toPathExpander(RelationshipExpander expander)`

Methods in org.neo4j.kernel with parameters of type PathExpander
`static Expander` | `Traversal.expander(PathExpander expander)`

Constructors in org.neo4j.kernel with parameters of type PathExpander
`PreorderBreadthFirstSelector(TraversalBranch startSource, PathExpander expander)`

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