public List <AIRawSlimeAction> GetConquerActions(RawSlime slime)
{
// Devolvemos la accion de conquerir el terreno sobre el que esta esa slime
List <AIRawSlimeAction> actions = new List <AIRawSlimeAction>();
// Si no l'ha conquerit ja, pot conquerirla.
if (!slime.GetPlayer().GetConqueredTiles().Contains(slime.GetActualTile()))
{
actions.Add(new AIRawSlimeAction(slime.GetId(), ActionType.CONQUER, slime.GetActualTile().getPosition()));
}
else if (slime.canGrow)
{
actions.Add(new AIRawSlimeAction(slime.GetId(), ActionType.EAT, slime.GetId()));
}
return(actions);
}
public int GetDistanceToCloserEnemy(RawSlime slime)
{
int distance = Int16.MaxValue;
Vector2 myPos = slime.GetActualTile().getPosition();
foreach (RawPlayer p in players)
{
if (p != slime.GetPlayer())
{
foreach (RawSlime s in p.GetSlimes())
{
Vector2 slPos = s.GetActualTile().getPosition();
distance = Mathf.Min(distance, Matrix.GetDistance(slPos, myPos));
}
}
}
return(distance);
}
public List <RawSlime> GetSlimesInAttackRange(RawSlime slime)
{
List <RawSlime> canAttack = new List <RawSlime> ();
Vector2 myPos = slime.GetActualTile().getPosition();
foreach (RawPlayer p in players)
{
if (p != slime.GetPlayer())
{
foreach (RawSlime s in p.GetSlimes())
{
Vector2 slPos = s.GetActualTile().getPosition();
if (Matrix.GetDistance(slPos, myPos) <= slime.GetAttackRange())
{
canAttack.Add(s);
}
}
}
}
return(canAttack);
}
public List <TileData> GetPossibleMovements(RawSlime slime)
{
List <TileData> moves = new List <TileData> ();
if (matrix == null)
{
Debug.Log("MATRIX NULL");
}
if (slime == null)
{
Debug.Log("SLIME NULL");
}
if (slime.GetPlayer().statsCoreInfo == null)
{
Debug.Log("NULL");
}
Dictionary <TileData, List <TileData> > possible = matrix.possibleCoordinatesAndPath((int)slime.GetActualTile().getPosition().x, (int)slime.GetActualTile().getPosition().y, slime.GetMovementRange());
foreach (TileData move in possible.Keys)
{
moves.Add(move);
}
return(moves);
}
