Uses of Class
fr.inria.opengve.bridge.abstractClasses.AbstractScalar

Packages that use AbstractScalar

fr.inria.opengve.bridge.abstractClasses
fr.inria.opengve.bridge.algorithms.common	This package contains all algorithms common to directed and undirected graph.
fr.inria.opengve.bridge.algorithms.common.shortestPath
fr.inria.opengve.bridge.algorithms.directed	This package contains all algorithms specific to directed graph.
fr.inria.opengve.bridge.algorithms.undirected	This package contains all algorithms specific to undirected graph.
fr.inria.opengve.bridge.algorithms.undirected.minCut
fr.inria.opengve.bridge.interfaces	This package contains interfaces defining graph management.

Uses of AbstractScalar in fr.inria.opengve.bridge.abstractClasses

Methods in fr.inria.opengve.bridge.abstractClasses with type parameters of type AbstractScalar

static <A extends AbstractScalar> A	AbstractScalar.Max(A v1, A v2) Compare two AbstractScalar and return the greatest.
static <A extends AbstractScalar> A	AbstractScalar.Min(A v1, A v2) Compare two AbstractScalar and return the smallest.

Methods in fr.inria.opengve.bridge.abstractClasses that return AbstractScalar

abstract AbstractScalar	AbstractScalar.abs() Set the value this AbstractScalar to the absolute value of this AbstractScalar.
abstract AbstractScalar	AbstractScalar.add(AbstractScalar c) Add an AbstractScalar to this object.
AbstractScalar	AbstractScalar.clone()
abstract AbstractScalar	AbstractScalar.divide(AbstractScalar c) Divide this object by an AbstractScalar.
abstract AbstractScalar	AbstractScalar.exp() Set the value of this AbstractScalar to the exponential value of this AbstractScalar.
abstract AbstractScalar	AbstractScalar.log() Set the value this AbstractScalar to the log of this AbstractScalar.
abstract AbstractScalar	AbstractScalar.log10() Set the value this AbstractScalar to the log10 of this AbstractScalar.
abstract AbstractScalar	AbstractScalar.multiply(AbstractScalar c) Multiply this object by an AbstractScalar.
abstract AbstractScalar	AbstractScalar.negate() Change the value of this AbstractScalar to the opposite.
abstract AbstractScalar	AbstractScalar.pow(AbstractScalar c) Set the value of this AbstractScalar to this^c.
abstract AbstractScalar	AbstractScalar.sqrt() Set this AbstractScalar to sqare root of this.
abstract AbstractScalar	AbstractScalar.subtract(AbstractScalar c) Subtract an AbstractScalar to this object.
abstract AbstractScalar	AbstractScalar.zero() Return an AbstractScalar of the same type of this AbstractScalar with a value of zero.

Methods in fr.inria.opengve.bridge.abstractClasses with parameters of type AbstractScalar

abstract AbstractScalar	AbstractScalar.add(AbstractScalar c) Add an AbstractScalar to this object.
abstract AbstractScalar	AbstractScalar.divide(AbstractScalar c) Divide this object by an AbstractScalar.
abstract AbstractScalar	AbstractScalar.multiply(AbstractScalar c) Multiply this object by an AbstractScalar.
abstract AbstractScalar	AbstractScalar.pow(AbstractScalar c) Set the value of this AbstractScalar to this^c.
abstract AbstractScalar	AbstractScalar.subtract(AbstractScalar c) Subtract an AbstractScalar to this object.

Uses of AbstractScalar in fr.inria.opengve.bridge.algorithms.common

Methods in fr.inria.opengve.bridge.algorithms.common that return AbstractScalar

protected abstract AbstractScalar	AugmentingPath.createInteger(int value) Create a new AbstractScalar (Integer type).
protected abstract AbstractScalar	FindElementaryCyclesFrom.createIntegerScalar(int value) Create a new AbstractScalar of type int.
AbstractScalar	AugmentingPath.getFlow() Return the value of flow of the last retured path.

Methods in fr.inria.opengve.bridge.algorithms.common with parameters of type AbstractScalar

protected abstract FindElementaryCyclesFrom<V,E,G>

FindElementaryCycles.createFindElementaryCyclesFrom(G g, V root, Map edgeCost, AbstractScalar maxCost) Create a new object of type FindElementaryCyclesFrom.

Constructors in fr.inria.opengve.bridge.algorithms.common with parameters of type AbstractScalar

FindElementaryCycles(G g, AbstractScalar maxCost)
This Constructor initialize algorithms with a cost of one on each edges.

FindElementaryCycles(G g, Map edgeCost, AbstractScalar maxCost)
Constructor.

FindElementaryCyclesFrom(G g, V root, AbstractScalar maxLength)
Constructor

FindElementaryCyclesFrom(G g, V root, Map edgeCost, AbstractScalar maxCost)
Constructor.

Uses of AbstractScalar in fr.inria.opengve.bridge.algorithms.common.shortestPath

Fields in fr.inria.opengve.bridge.algorithms.common.shortestPath declared as AbstractScalar

protected AbstractScalar

ShortestPathWithSingleOrigin.infiniteDistance The infinite distance value.

Methods in fr.inria.opengve.bridge.algorithms.common.shortestPath that return AbstractScalar

protected abstract AbstractScalar	Dijkstra.createScalar(int value) Create a new AbstractScalar of a given value.
AbstractScalar	FloydWarshall.getDistance(V source, V destination) Give the distance of shortest path beetween two vertices.
AbstractScalar	ShortestPathWithSingleOrigin.getDistanceTo(java.lang.Object v) Give the distance of the shortest path to a given vertex.

Methods in fr.inria.opengve.bridge.algorithms.common.shortestPath that return types with arguments of type AbstractScalar

java.util.Hashtable<V,AbstractScalar>

Dijkstra.getDistances() Returns the hashtable giving distances.

Methods in fr.inria.opengve.bridge.algorithms.common.shortestPath with parameters of type AbstractScalar

protected void	ShortestPathWithSingleOrigin.Initialize(AbstractScalar zero) This methods initialise data structure.
void	ShortestPathWithSingleOrigin.setInfiniteDistance(AbstractScalar max) Set the value used as infinite distance.
void	KShortestPaths.setInfiniteDistance(AbstractScalar infinite) Set the distance used as infinite.
void	FloydWarshall.setInfiniteDistance(AbstractScalar infiniteDistance) Set the value used as infinite distance.

Uses of AbstractScalar in fr.inria.opengve.bridge.algorithms.directed

Methods in fr.inria.opengve.bridge.algorithms.directed with parameters of type AbstractScalar

void	ExtractFlow.setInfinity(AbstractScalar infinity) Set the AbstractScalar used to represent Infinity.

Uses of AbstractScalar in fr.inria.opengve.bridge.algorithms.undirected

Methods in fr.inria.opengve.bridge.algorithms.undirected that return AbstractScalar

AbstractScalar

PrimST.getMSTWeight() Return the weight of the computed MST.

Methods in fr.inria.opengve.bridge.algorithms.undirected with parameters of type AbstractScalar

void	PrimST.setInfiniteValue(AbstractScalar infinity) Set the value used as infinity.

Uses of AbstractScalar in fr.inria.opengve.bridge.algorithms.undirected.minCut

Methods in fr.inria.opengve.bridge.algorithms.undirected.minCut that return AbstractScalar

AbstractScalar	StoerWagnerMinCut.compute() Give the value of the minimal cut.
protected abstract AbstractScalar	StoerWagnerMinCut.createOne() Create an abstract scalar with a value one.

Uses of AbstractScalar in fr.inria.opengve.bridge.interfaces

Methods in fr.inria.opengve.bridge.interfaces that return AbstractScalar

AbstractScalar	MultiFlow.getFlow(A e) Give the quantity of flow associated with an edge.
AbstractScalar	Flow.getFlow(A e) Give the quantity of flow associated with an edge.
AbstractScalar	MultiFlow.getIncomingFlow(V v) Return the quantity of flow incoming to vertex v.
AbstractScalar	Flow.getIncomingFlow(V v) Return the quantity of flow incoming to vertex v.
AbstractScalar	MultiFlow.getOutgoingFlow(V v) Return the quantity of flow outgoing from vertex v.
AbstractScalar	Flow.getOutgoingFlow(V v) Return the quantity of flow outgoing from vertex v.
AbstractScalar	Map.getValue(java.lang.Object o, java.lang.String name) Returns the AbstractScalar value associated with a principal key, a given name and the default context.
AbstractScalar	Map.getValue(java.lang.Object o, java.lang.String name, java.lang.Object context) Returns the AbstractScalar value associated with a principal key, a given name and context.

Methods in fr.inria.opengve.bridge.interfaces with parameters of type AbstractScalar

void	Map.putValue(java.lang.Object o, java.lang.String name, AbstractScalar value) Associate a value (AbstractScalar) with a principal key, a name and the default context.
void	Map.putValue(java.lang.Object o, java.lang.String name, java.lang.Object context, AbstractScalar value) Associate a value (AbstractScalar) with a principal key, a name and a context.
void	Flow.setFlow(A e, AbstractScalar value) Set the quantity of flow associated to an edge.
void	Flow.setFlow(V source, V destination, AbstractScalar value) Set source, destination and value of this flow.