//-------------------------------------------------
// All shape management functions (add shapes, save shapes to metadata etc.
//-------------------------------------------------
public void AddShape(Vector3 shapePosition, Quaternion shapeRotation, int shapeType, string Shapename)
{
ShapeInfo shapeInfo = new ShapeInfo();
shapeInfo.px = shapePosition.x;
shapeInfo.py = shapePosition.y;
shapeInfo.pz = shapePosition.z;
shapeInfo.qx = shapeRotation.x;
shapeInfo.qy = shapeRotation.y;
shapeInfo.qz = shapeRotation.z;
shapeInfo.qw = shapeRotation.w;
shapeInfo.shapeType = shapeType.GetHashCode();
shapeInfo.name = Shapename;
shapeInfo.infoIndex = inputmanager.index;
shapeInfo.linkMapID = inputmanager.LinkID;
shapeInfoList.Add(shapeInfo);
Debug.Log(shapeInfo.name);
GameObject shape = ShapeFromInfo(shapeInfo, false); // instantiate shape from info
NodeCount++;
DestinationTarget temp = shape.GetComponent <DestinationTarget>();
if (temp != null)
{
NodeCount--;
}
shapeObjList.Add(shape);
inputmanager.ResetNameAndIndex();
}
void VisitNextPatrolPathDestination()
{
if (PatrolPath.Count > 0)
{
DestinationTarget destinationTarget = new DestinationTarget(PatrolPath[++CurrentPatrolPathDestinationIndex % PatrolPath.Count], null);
SetDestinationTarget(destinationTarget);
}
}
public override void SetDestinationTarget(DestinationTarget destinationTarget)
{
Destination = TransformCached.position;
NextDestinations.Clear();
Vector3 dest = destinationTarget.Destination;
RaycastHit hit = new RaycastHit();
if (Physics.Raycast(TransformCached.position, TransformCached.forward, out hit))
{
dest = new Vector3(hit.point.x, hit.transform.root.position.y, hit.point.z);
}
NextDestinations.Push(dest);
Target = destinationTarget.Target;
}
//-------------------------------------------------
// All shape management functions (add shapes, save shapes to metadata etc.
//-------------------------------------------------
public void AddShape(Vector3 shapePosition, Quaternion shapeRotation, bool isDestination, string name)
{
int typeIndex = 0; //sphere
if (isDestination)
{
typeIndex = 1; //diamond
}
Debug.Log(typeIndex);
ShapeInfo shapeInfo = new ShapeInfo();
shapeInfo.px = shapePosition.x;
shapeInfo.py = shapePosition.y;
shapeInfo.pz = shapePosition.z;
shapeInfo.qx = shapeRotation.x;
shapeInfo.qy = shapeRotation.y;
shapeInfo.qz = shapeRotation.z;
shapeInfo.qw = shapeRotation.w;
shapeInfo.shapeType = typeIndex.GetHashCode();
shapeInfo.name = name;
shapeInfo.infoIndex = inputmanager.index;
shapeInfo.linkMapID = inputmanager.LinkID;
shapeInfoList.Add(shapeInfo);
Debug.Log(shapeInfo.name);
GameObject shape = ShapeFromInfo(shapeInfo, false); // instantiate shape from info
NodeCount++;
DestinationTarget temp = shape.GetComponent <DestinationTarget>();
if (temp != null)
{
NodeCount--;
/*temp.Activate(true);
* temp.DestinationName = name;
* temp.linkMapID = inputmanager.LinkID;*/
}
shapeObjList.Add(shape);
inputmanager.ResetNameAndIndex();
}
public virtual void SetDestinationTarget(DestinationTarget destinationTarget)
{
List <Vector3> path = PathFinder.Dijkstra(LevelManager.CurrentLevel, TransformCached.position, LevelManager.LevelGridCoords(destinationTarget.Destination));
if (path.Count < 1)
{
HandleNoPathToDestination();
}
else
{
path.Add(TransformCached.position);
path = PathFinder.SmoothenPath(path);
path[0] = destinationTarget.Destination;
Destination = TransformCached.position;
NextDestinations.Clear();
foreach (Vector3 point in path)
{
NextDestinations.Push(point);
}
Target = destinationTarget.Target;
}
}
void Start()
{
nameText = GetComponent <TextMeshProUGUI>();
destination = GetComponentInParent <DestinationTarget>();
nameText.text = destination.DestinationName;
}
public override void SetDestinationTarget(DestinationTarget destinationTarget)
{
base.SetDestinationTarget(destinationTarget);
remainingRestTimeSeconds = RestTimeSeconds;
}
