// if there is a planned ability to activate, execute that ability
public override void ChooseAbility()
{
if (plannedActionData != null)
{
AvailableAbilities[plannedActionData.GetAbilityIndex()].Execute(this, plannedActionData.GetAbilityDirection());
}
ChangeDirection(Direction.S);
hasActed = true;
}
// this function is called when the EnemyUnit needs to know what it's going to do
// it evaluates its possibleActions, selects the best one, and asks it to create ActionData to store
public void NewActionData()
{
if (possibleActions.Count != 0)
{
// get data about the board-state, possible options, etc
if (GetImmobilizedDuration() > 0 || GetDisabledDuration() > 0)
{
MoveableTiles = new Dictionary <Vector2Int, Direction>();
MoveableTiles.Add(GetMapPosition(), Direction.NO_DIR);
}
else
{
MoveableTiles = FindMoveableTiles(MapController.instance.weightedMap);
}
foreach (AbilityOption option in possibleAbilities)
{
option.EvaluateAffectableTiles();
}
EnemyAction bestAction = null;
float highestSignificance = 0.0f;
// for each possible action:
foreach (EnemyAction action in possibleActions)
{
// evaluate its significance level
action.Evaluate();
// check if it currently has the highest significance
if (action.GetSignificance() > highestSignificance)
{
bestAction = action;
highestSignificance = action.GetSignificance();
}
}
plannedActionData = bestAction.GetActionData();
// This useful Debug statement will print to the console the details of what this Unit committed to doing
Debug.Log(this.GetName() + " at Starting Position " + this.GetMapPosition()
+ " has committed to moving to " + plannedActionData.GetEndingPosition() + " and using "
+ this.AvailableAbilities[plannedActionData.GetAbilityIndex()] + " in direction "
+ plannedActionData.GetAbilityDirection());
}
}
