public static HeuristicD heuristic; // Heuristic object containing the dijkstra movement costs
#endregion Fields
#region Constructors
// claim a node at any given time)
// <summary>
// Constructor that initializes the data structures necessary for the path planning approach
// </summary>
static PathPlanningDataStructures()
{
graph = new GenerateGraph();
heuristic = new HeuristicD(graph);
globalLock = new object();
Debug.Log ("Heuristic Finished");
}
public static object globalLock; // Global lock for synchronizing access to nodes (only one car
// claim a node at any given time)
// <summary>
// Constructor that initializes the data structures necessary for the path planning approach
// </summary>
static PathPlanningDataStructures()
{
graph = new GenerateGraph();
heuristic = new HeuristicD(graph);
globalLock = new object();
Debug.Log("Heuristic Finished");
}
// <summary>
// Constructor that initializes the data structures necessary for the path planning approach
// </summary>
public static void initializePathPlanning()
{
lock (globalLock) {
if (pathPlanningInitialized == false) {
graph = new GenerateGraph ();
heuristic = new HeuristicD (graph);
pathPlanningInitialized = true;
}
}
}
// <summary>
// Constructor that initializes the data structures necessary for the path planning approach
// </summary>
public static void initializePathPlanning()
{
lock (globalLock) {
if (pathPlanningInitialized == false)
{
graph = new GenerateGraph();
heuristic = new HeuristicD(graph);
pathPlanningInitialized = true;
}
}
}
static AStar()
{
graph = new GenerateGraph();
heuristic = new HeuristicD(graph);
}
static AStar()
{
graph = new GenerateGraph();
heuristic = new HeuristicD(graph);
}