/**
* Checks if task performer has reached task target. Does not check target availability (map area).
* Returns fail if checked from out of map.
*/
public ActionTargetStatusEnum check(EcsEntity performer)
{
Vector3Int performerPosition = performer.pos();
Vector3Int?target = getPosition();
if (!target.HasValue)
{
return(READY); // target without position
}
int distance = getDistance(performerPosition, target.Value);
if (distance > 1)
{
return(WAIT); // target not yet reached
}
switch (type)
{
case ActionTargetTypeEnum.EXACT:
return(distance == 0 ? READY : WAIT);
case ActionTargetTypeEnum.NEAR:
return(distance == 1 ? READY : STEP_OFF);
case ActionTargetTypeEnum.ANY:
return(READY); // distance is 0 or 1 here
}
return(FAIL);
}
private EcsEntity createIdleTask(EcsEntity unit)
{
// Debug.Log("creating idle task for unit " + unit);
Vector3Int current = unit.pos();
Vector3Int position = GameModel.localMap.util.getRandomPosition(current, 10, 4);
return(GameModel.get().taskContainer.createTask(new MoveAction(position)));
}
private void createSpriteForItem(EcsEntity entity)
{
ItemComponent item = entity.Get <ItemComponent>();
ItemVisualComponent visual = new ItemVisualComponent();
Vector3 spritePosition = ViewUtil.fromModelToScene(entity.pos());
visual.go = Object.Instantiate(itemPrefab, spritePosition + new Vector3(0, 0, -0.1f), Quaternion.identity);
visual.go.transform.SetParent(GameView.get().mapHolder);
visual.spriteRenderer = visual.go.GetComponent <SpriteRenderer>();
visual.spriteRenderer.sprite = createSprite(ItemTypeMap.getItemType(item.type));
entity.Replace(visual);
}
public void registerItem(EcsEntity item)
{
validateForPlacing(item);
Vector3Int position = item.pos();
if (!itemsOnMap.ContainsKey(position))
{
itemsOnMap.Add(position, new List <EcsEntity>());
}
itemsOnMap[position].Add(item);
all.Add(item);
}
public void takeItemFromMap(EcsEntity item)
{
validateForTaking(item);
Vector3Int position = item.pos();
itemsOnMap[position].Remove(item);
all.Remove(item);
item.Del <PositionComponent>();
if (itemsOnMap[position].Count == 0)
{
itemsOnMap.Remove(position); // remove empty list
}
}
// validate that item is registered on its position
private void validateForTaking(EcsEntity item)
{
if (!item.hasPos())
{
Debug.LogWarning("Item " + item + " has no position.");
}
Vector3Int position = item.pos();
if (!itemsOnMap.ContainsKey(position))
{
Debug.LogWarning("Tile on " + item + " position is empty.");
}
if (!itemsOnMap[position].Contains(item))
{
Debug.LogWarning("Item " + item + " is not registered by its position.");
}
}
// gets any task for unit
private EcsEntity?getTaskFromContainer(EcsEntity unit)
{
if (unit.Has <UnitJobsComponent>())
{
UnitJobsComponent jobs = unit.Get <UnitJobsComponent>();
Debug.Log("enabled jobs: " + jobs.enabledJobs.Count);
foreach (var enabledJob in jobs.enabledJobs) // TODO add jobs priorities
{
EcsEntity?task = GameModel.get().taskContainer.getTask(enabledJob, unit.pos());
if (task.HasValue)
{
return(task);
}
}
}
else
{
Debug.LogError("unit without jobs component attempts to get jobs from container.");
}
return(null); // TODO get from task container
}
private float distanceToItem(EcsEntity item, Vector3Int position)
{
return(Vector3Int.Distance(item.pos(), position));
}
