Type Members

1.  trait DirectedGraph[V, E] extends IncidenceGraph[V, E]

   Represents a graph that allows expanding vertices to get their outgoing edges.

2.  class FilteredGraph[V, E] extends DirectedGraph[V, E]

   A filtered view of a directed graph.

   A filtered view of a directed graph.

   The filter can remove edges from a [DirectedGraph] using an edge predicate. Vertices are always preserved.

   V

   The Vertex type

   E

   The Edge type

3.  trait IncidenceGraph[V, E] extends AnyRef

   A graph that provides the source and target vertices for any edge in the graph.

   A graph that provides the source and target vertices for any edge in the graph.

   V

   The Vertex identifier type

   E

   The Edge identifier type

4.  case class PointBasedProperty[T](offset: Double, value: T) extends graph.javadsl.PointBasedProperty[T] with Product with Serializable

   Represents a property that is attached to a particular point on the Vertex.

   Represents a property that is attached to a particular point on the Vertex.

   offset

   defines the position of the point. Must be in the range [0.0; 1.0]

   value

   The value of the property

5.  trait PointBasedPropertyMap[K, T] extends PropertyMap[K, Seq[PointBasedProperty[T]]]

   Specialized PropertyMap for properties that apply to only single points on a key.

   Specialized PropertyMap for properties that apply to only single points on a key.

   These properties are represented by a series of points defined by a single offset (in the [0.0; 1.0] range).

   For example, the elevation (altitude) of the road at a specific point could be represented by a PointBasedProperty[Vertex, Int]. A single Vertex could then have multiple elevation values at several points along it.

6.  trait PropertyMap[K, T] extends AnyRef

   An abstract Key, Value interface for properties.

7.  case class RangeBasedProperty[T](start: Double, end: Double, value: T) extends graph.javadsl.RangeBasedProperty[T] with Product with Serializable

   Represents the value of a property together with the specific portion of the entity to which this range applies.

   Represents the value of a property together with the specific portion of the entity to which this range applies.

   An example of such a property is a speed limit of 30 km/h for the first half of a given key K, and 50 km/h for the second half. In this case, two values associated with K might be RangeBasedProperty(0.0, 0.5, 30) and RangeBasedProperty(0.5, 1.0, 50).

   start

   The start relative offset. Must be in the range [0.0; 1.0]

   end

   The end relative offset. Must be in the range [start; 1.0]

   value

   The value of the property

8.  trait RangeBasedPropertyMap[K, T] extends PropertyMap[K, Seq[RangeBasedProperty[T]]]

   Specialized PropertyMap for properties that potentially apply to only part of a key.

   Specialized PropertyMap for properties that potentially apply to only part of a key.

   These properties are represented by a series of ranges assigning a value to parts of an element. Each part is defined by a start and an end offset (in the [0.0; 1.0] range).

   For example, the speed limits could be represented by a RangeBasedProperty[Vertex, Int] where each vertex could be mapped to multiple speed limits. Each range corresponds to a specific speed limit and defines where it starts and ends.