public void UpdateValidPositionCriteriaList(GameObject objectClone, int playerSide)
{
float highestDistance = AiUtils.GetHighestDistanceBetweenPieces(playerSide, objectClone);
PositionCriteria criteria = new PositionCriteria(objectClone.transform.position, objectClone.transform.rotation, highestDistance);
ValidPositionCriteriaList.Add(criteria);
}
public override IaData CalculateAction(GameObject currentSimulatedObject, int sideId)
{
GameObject simulatedObjectClone = PieceUtils.ClonePieceObject(currentSimulatedObject);
IaData iaInformations = new IaData();
Vector3 finalCalculatedPosition;
Quaternion finalCalculatedRotation;
this.SimulateMovement(Vector3.right, simulatedObjectClone, sideId);
simulatedObjectClone.transform.SetPositionAndRotation(currentSimulatedObject.transform.position, currentSimulatedObject.transform.rotation);
bool isMovePossible = MovementUtils.IsMovementPossible(Vector3.left, simulatedObjectClone);
if (isMovePossible)
{
MovementGeneratorUtils.SimulateNextTranslation(simulatedObjectClone, Vector3.left);
}
this.SimulateMovement(Vector3.left, simulatedObjectClone, sideId);
if (ValidPositionCriteriaList.Count != 0)
{
//Order position criterias by distance descending then take the one with the highest distance property(which mean the one with less peace on ground)
PositionCriteria positionCriteria = ValidPositionCriteriaList.OrderByDescending(criteria => criteria.Distance).First();
finalCalculatedPosition = positionCriteria.ValidPosition;
finalCalculatedRotation = positionCriteria.ValidRotation;
}
else
{
finalCalculatedPosition = currentSimulatedObject.transform.position;
finalCalculatedRotation = currentSimulatedObject.transform.rotation;
}
iaInformations.TargetPosition = finalCalculatedPosition;
iaInformations.TargetRotation = finalCalculatedRotation;
Destroy(simulatedObjectClone);
return(iaInformations);
}
