private void MoveToTarget(NeedAIData data)
{
if (!HasMoved && m_PathfindingData.Count > 0)
{
Vector2Int nextPoint = m_PathfindingData.Peek();
PhysicsResult physicsResult = PhysicsManager.IsCollision(WorldPosition, nextPoint, MyWorld);
if (physicsResult != PhysicsResult.EntityCollision)
{
m_PathfindingData.Dequeue();
Move(nextPoint);
HasMoved = true;
}
else if (physicsResult == PhysicsResult.EntityCollision)
{
MyWorld.SwapPosition(this, MyWorld.GetEntity(nextPoint));
m_PathfindingData.Dequeue();
Move(nextPoint);
HasMoved = true;
}
}
else if (m_PathfindingData.Count == 0)
{
if (data.target != null)
{
m_PathfindingData = m_Pathfinder.FindPath(WorldPosition, data.target.WorldPosition, MyWorld);
}
else if (data.targetPoint != Vector2Int.zero)
{
m_PathfindingData = m_Pathfinder.FindPath(WorldPosition, data.targetPoint, MyWorld);
}
}
}
public void UpdateMe()
{
if (this.MyWorld.IsDirty)
{
FOVBasicBoard board = (FOVBasicBoard)m_FOVHandler.Do(this.WorldPosition, this.MyWorld.Dimensions, this.VisionMod, this.MyWorld.Walls.Keys.ToList());
m_Vision = board.Vision;
}
else
{
FOVBasicBoard board = (FOVBasicBoard)m_FOVHandler.Do(this.WorldPosition, this.VisionMod);
m_Vision = board.Vision;
}
HasMoved = false;
if (!PlayerControlled)
{
//Attack immediate threats
/*
* REDO THIS TO BE IN LUA
* //List<NeedAIData> targets = MyWorld.SearchForEntities(this, "Any", Intent.Attack, EntityTypeSearch.Any, EntitySentienceSearch.Any);
* //List<NeedAIData> validTargets = targets.Where(x => this.HasRelationship(x.target.GUID) < ATTACK_THRESHOLD).ToList();
* if(validTargets.Count > 0 && CurrentTarget.target == null)
* {
* //TODO: Write a threat assessment system
* //For now, choose a random target and go after them
* int result = RNG.Roll(0, validTargets.Count - 1);
* NeedAIData data = validTargets[result];
*
* CurrentTarget = data;
* m_PathfindingData = m_Pathfinder.FindPath(this.WorldPosition, CurrentTarget.target.WorldPosition, this.MyWorld);
* }
*/
//If you're idle
if (CurrentTarget.idle == true)
{
//Let's find something to do
List <EntityNeed> needs = m_Needs.Values.OrderByDescending(x => x.priority).ToList();
//Act on first need
bool idle = true;
foreach (EntityNeed need in needs)
{
if (need.contributingHappiness)
{
continue;
}
Debug.Log("Running LUA script: FindFulfilmentObject (" + need.name + ") requested by: " + this.JoyName);
ScriptingEngine.RunScript(need.InteractionFileContents, need.name, "FindFulfilmentObject", new object[] { new MoonEntity(this) });
idle = false;
break;
}
m_CurrentTarget.idle = idle;
}
//Otherwise, carry on with what you're doing
else
{
if (WorldPosition == CurrentTarget.targetPoint || (CurrentTarget.target != null && WorldPosition == CurrentTarget.target.WorldPosition))
{
//If we have a target
if (CurrentTarget.target != null)
{
//We're interacting with an entity here
if (CurrentTarget.intent == Intent.Interact)
{
//TODO: WRITE AN ENTITY INTERACTION
EntityNeed need = this.Needs[CurrentTarget.need];
Debug.Log("Running LUA script: FindFulfilmentObject (" + need.name + ") requested by: " + this.JoyName);
ScriptingEngine.RunScript(need.InteractionFileContents, need.name, "FindFulfilmentObject", new object[] { new MoonEntity(this) });
}
else if (CurrentTarget.intent == Intent.Attack)
{
CombatEngine.SwingWeapon(this, CurrentTarget.target);
}
}
}
//If we've not arrived at our target
else if (WorldPosition != CurrentTarget.targetPoint || (CurrentTarget.target != null && AdjacencyHelper.IsAdjacent(WorldPosition, CurrentTarget.target.WorldPosition) == false))
{
//Move to target
MoveToTarget(CurrentTarget);
}
}
}
else
{
if (!HasMoved && m_PathfindingData.Count > 0)
{
Vector2Int nextPoint = m_PathfindingData.Peek();
PhysicsResult physicsResult = PhysicsManager.IsCollision(WorldPosition, nextPoint, MyWorld);
if (physicsResult != PhysicsResult.EntityCollision)
{
m_PathfindingData.Dequeue();
Move(nextPoint);
HasMoved = true;
}
else if (physicsResult == PhysicsResult.EntityCollision)
{
MyWorld.SwapPosition(this, MyWorld.GetEntity(nextPoint));
m_PathfindingData.Dequeue();
Move(nextPoint);
HasMoved = true;
}
}
}
}