private AITurn ComputeTurn()
{
float[,] influenceMap = InfluenceMap.GetInfluenceMap(MapInfos, Team.Player);
InfluenceMapDrawer drawer = GameObject.Find("InfluenceMapDrawer").GetComponent <InfluenceMapDrawer>();
drawer.influenceMap = influenceMap;
AITurn turn = new AITurn();
turn.Actions = new List <AIAction>();
AIActionMovement movement = new AIActionMovement();
movement.GetHighestScore(influenceMap, CurrentCell.X, CurrentCell.Z, (int)MapInfos.Size.x, (int)MapInfos.Size.y, AttributesSheet.GetAttribute(AttributeType.MovementPoint));
turn.Actions.Add(movement);
/* while (enough AP to use a skill || enough MP to move) {
*
* // if (enough AP to use a skill) {
*
* - Get Available Skills
*
* if (health == low && has a healing skill)
* Use healing skill
* else {
* - Get potential targets in Range
* - Get skill cellTarget
* - Add potential kills to turn
* - Add potential damage to turn
* }
*
* } else (Move) {
* GetInfluenceMap(Team.Player);
* AIActionMovement movement = new AIActionMovement();
* if (CurrentHealth > 50%) {
* GetHighestScore();
* } else
* GetLowestScore();
* turns.Action.Add(movement);
* }
*/
return(turn);
}
public override IEnumerator Turn()
{
InitTurn();
Debug.Log("(Enemy) " + UnitName + " turn");
CombatUIManager.RefreshUI();
CombatUIManager.UpdateSkillsButtons();
CombatUIManager.SetActiveAllButtons(false, 0);
ProjectionManager.SelectCurrentCell(CurrentCell, Team);
// GET MOST EFFICIENT TURN
CombatUIManager.ToggleThinkingAI(true);
yield return(GetTurn());
CombatUIManager.ToggleThinkingAI(false);
// PLAY TURN
if (AITurn != null && AITurn.Actions != null)
{
foreach (AIAction action in AITurn.Actions)
{
if (action is AIActionMovement)
{
AIActionMovement movementAction = action as AIActionMovement;
Cell cellDestination = MapInfos.Map[(int)movementAction.Destination.x, (int)movementAction.Destination.y];
Debug.Log("Move from [" + CurrentCell.X + ", " + CurrentCell.Z + "] to [" +
cellDestination.X + ", " + cellDestination.Z + "]");
// ProjectionManager.SelectAvailableMovement();
// yield return new WaitForSeconds(0.5f);
Move(cellDestination, true, Utils.GetDistanceBetweenCells(CurrentCell, cellDestination));
while (ActionState == ActionState.Moving)
{
yield return(new WaitForEndOfFrame());
}
}
else if (action is AIActionUseSkill)
{
AIActionUseSkill useSkillAction = action as AIActionUseSkill;
Debug.Log("Use " + useSkillAction.SpellId + " at [" + useSkillAction.SpellTarget.X + ", " +
useSkillAction.SpellTarget.Z + "]");
SkillDisplayRange(useSkillAction.SpellId);
yield return(new WaitForSeconds(0.5f));
SkillDisplayAoe(useSkillAction.SpellTarget);
yield return(new WaitForSeconds(0.5f));
SkillUse(useSkillAction.SpellTarget);
while (ActionState == ActionState.PlayingAnimation)
{
yield return(new WaitForEndOfFrame());
}
}
}
}
// END TURN
AttributesSheet.RemoveCosts();
ProjectionManager.ClearProjections();
SelfProjection.gameObject.SetActive(true);
IsPlaying = false;
yield return(null);
}
