//private void UpdateVRTKDestinations(LocationNode targetNode)
//{
// for (int index = 0; index < targetNode.edges.Count; index++)
// {
// //Update the VRTKDestination based on the edge connection end point
// targetNode.VRTKDestinations[index].destinationLocation = targetNode.edges[index].endNode.teleportLocation;
// targetNode.VRTKDestinations[index].name = "ExitPoint_" + targetNode.edges[index].endNode.name;
// }
//}
//private void UpdateVRTKDestinations(LocationNode targetNode, int index)
//{
// //Update the VRTKDestination based on the edge connection end point
// targetNode.VRTKDestinations[index].destinationLocation = targetNode.edges[index].endNode.teleportLocation;
// targetNode.VRTKDestinations[index].name = "ExitPoint_" + targetNode.edges[index].endNode.name;
//}
private void UpdateOppositeLocationNodes(LocationNodeEdge targetEdge)
{
LocationNode oppositeLocationNode = targetEdge.endNode;
LocationNode currentNode = targetEdge.startNode;
bool hasCorrospondingExitPoint = false;
//Does the opposite location node have a corrosponding exitpoint to this current node
for (int x = 0; x < oppositeLocationNode.edges.Count; x++)
{
if (oppositeLocationNode.edges[x].endNode == currentNode)
{
hasCorrospondingExitPoint = true;
oppositeLocationNode.edges[x].weight = targetEdge.weight;
}
}
if (!hasCorrospondingExitPoint)
{
LocationNodeEdge corrospondingEdge = new LocationNodeEdge(oppositeLocationNode, currentNode, targetEdge.weight);
oppositeLocationNode.edges.Add(corrospondingEdge);
AddExitPoints(oppositeLocationNode);
//UpdateVRTKDestinations(oppositeLocationNode);
}
}
private void AddEmptyConnection(LocationNode targetNode)
{
LocationNodeEdge edge = new LocationNodeEdge(targetNode, null, -1);
targetNode.edges.Add(edge);
AddExitPoints(targetNode);
}
private void AddNewConnection()
{
GameObject newLocation = new GameObject("RENAME_ME");
LocationNode newNode = newLocation.AddComponent <LocationNode>();
LocationNodeEdge edge = new LocationNodeEdge(targetNode, newNode, -1);
LocationNodeEdge edgeReversed = new LocationNodeEdge(newNode, targetNode, -1);
targetNode.edges.Add(edge);
newNode.edges.Add(edgeReversed);
}