TSP

All Known Implementing Classes:

TspImpl, TspNearestNeighbor, TspOp2
```
public interface TSP
```
This interface defines methods supported by traveling salesman problem algorithm.

Since:

11gR2

Nested Class Summary

Nested Classes
Modifier and Type	Interface	Description
`static class`	`TSP.TourFlag`	Enumeration whose values indicate whether a tsp tour is open or closed, and if open, whether the tour have fixed start and/or end point.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`void`	`setNetworkAnalyst(NetworkAnalyst analyst)`	This method allows caller to pass the network analyst object to this TSP algorithm implementation, so that the algorithm can call the analysis functions provided by the network analyst, or access the network explorer associated with the network analyst.
`TspPath`	`tspPath(PointOnNet[][] points, TSP.TourFlag tourFlag, LODNetworkConstraint pathConstraint, TspConstraint tspConstraint)`	Returns the traveling salesman tour with the optimal or suboptimal cost.

- Method Detail
  - setNetworkAnalyst
```
void setNetworkAnalyst(NetworkAnalyst analyst)
```
    This method allows caller to pass the network analyst object to this TSP algorithm implementation, so that the algorithm can call the analysis functions provided by the network analyst, or access the network explorer associated with the network analyst. If network analyst is not needed by the shortest path algorithm, the algorithm can choose to do nothing with this method.
  - tspPath
```
TspPath tspPath(PointOnNet[][] points,
                TSP.TourFlag tourFlag,
                LODNetworkConstraint pathConstraint,
                TspConstraint tspConstraint)
         throws LODNetworkException
```
    Returns the traveling salesman tour with the optimal or suboptimal cost.
    
    Parameters:
    
    points - points to visit on the TSP tour.
    
    tourFlag - a flag indicating whether the tour should be open or closed, and if the tour is open, whether the tour should have fixed start or end point.
    
    pathConstraint - network constraint
    
    tspConstraint - tsp constraint
    
    Throws:
    
    LODNetworkException