private void ProcessInVesselPointerOver()
{
foreach (GameObject go in _InVesselPointerOver)
{
if (Input.GetKeyDown(KeyCode.Mouse0))
{
GameObjectManager.setGameObjectLayer(go, 11); // Now macrophage is considered as an immunity cell
MoveToward move = go.GetComponent <MoveToward>();
Playable playable = go.GetComponent <Playable>();
if (playable)
{
//Global.data.trackedEntities.
foreach (PairEStatTrackedEntityInt trackedEntity in Global.data.trackedEntities)
{
if (trackedEntity.a == playable.trackedEntity)
{
trackedEntity.b++;
break;
}
}
}
GameObject target = PathSystem.GetClosestWaypoint(go, _Waypoints);
GameObjectManager.addComponent(go, typeof(PathFollower), new
{
destination = PathSystem.ComputeDestination(target.transform.position, _EndWaypoints)
}); // Compute destination (the closest one from start waypoint)
move.target = target.transform.position; // Move cell to closest waypoint
}
}
}
private void MakeDecision()
{
foreach (GameObject go in _Active)
{
Macrophage macrophage = go.GetComponent <Macrophage>();
MoveToward move = go.GetComponent <MoveToward>();
Triggered3D triggered = go.GetComponent <Triggered3D>();
bool shouldRecompute = false;
// Is the a pathogene nearby ?
if (triggered != null)
{
Eater eater = go.GetComponent <Eater>();
float minDistance = float.MaxValue;
GameObject targetedPosition = null;
// Compute closest eatable thing
foreach (GameObject target in triggered.Targets)
{
Eatable eatable = target.GetComponent <Eatable>();
if (eatable != null && (eatable.eatableMask & eater.eatingMask) > 0)
{
float distance = Vector3.Distance(go.transform.position, target.transform.position);
if (distance < minDistance)
{
minDistance = distance;
targetedPosition = target;
}
}
}
if (targetedPosition != null) // Found something to eat
{
// Move to it
move.target = targetedPosition.transform.position;
// Update last decision made
macrophage.lastDescision = DECISIONS.CHASE;
continue;
}
if (macrophage.lastDescision.Equals(DECISIONS.CHASE)) // Last decision was chase but nothing is eatable in our range
{
shouldRecompute = true; // We need to recompute a path to the closest EndNode.
}
}
if (macrophage.lastDescision.Equals(DECISIONS.CHASE) || shouldRecompute) // No pathogene to hunt in the area
{
// Recompute closest Waypoint
GameObject _target = PathSystem.GetClosestWaypoint(go, _Waypoints);
PathFollower follower = go.GetComponent <PathFollower>();
// Update destination
follower.destination = PathSystem.ComputeDestination(_target.transform.position, _EndWaypoints);
move.target = _target.transform.position;
// Update decision
macrophage.lastDescision = DECISIONS.FOLLOW_PATH;
}
}
}