private void CombineMove(KimbokoCombine combien, MoveAbilityEventInfo movInfo)
{
IMoveCommand moveCommand = new IMoveCommand(movInfo, game);
Invoker.AddNewCommand(moveCommand);
Invoker.ExecuteCommands();
Vector3 startPosition = movInfo.fromTile.GetRealWorldLocation();
Vector3 endPosition = movInfo.endPosition.GetRealWorldLocation();
GameObject[] goToMove = new GameObject[combien.kimbokos.Count];
for (int i = 0; i < goToMove.Length; i++)
{
goToMove[i] = combien.kimbokos[i].goAnimContainer.GetGameObject();
}
//Motion combineMoveMotion = moveManagerUI.CombineMoveMotion(startPosition, endPosition, goToMove);
//InvokerMotion.AddNewMotion(combineMoveMotion);
//InvokerMotion.StartExecution(game);
Animotion combineMoveMotion = moveManagerUI.CombineMoveAnimotion(startPosition, endPosition, goToMove);
InvokerAnimotion.AddNewMotion(combineMoveMotion);
InvokerAnimotion.StartExecution(game);
}
private void Move(MoveAbilityEventInfo movInfo)
{
Kimboko kimb = (Kimboko)movInfo.moveOccupy;
if (kimb != null && kimb.UnitType == UNITTYPE.COMBINE)
{
KimbokoCombine combien = (KimbokoCombine)kimb;
if (combien != null)
{
CombineMove(combien, movInfo);
return;
}
}
NormalMove(movInfo);
}
private void NormalMove(MoveAbilityEventInfo movInfo)
{
IMoveCommand moveCommand = new IMoveCommand(movInfo, game);
Invoker.AddNewCommand(moveCommand);
Invoker.ExecuteCommands();
Vector3 endPosition = movInfo.endPosition.GetRealWorldLocation();
//Motion normalMoveMotion = moveManagerUI.MoveMotion(movInfo.moveOccupy.goAnimContainer.GetGameObject(), endPosition);
//InvokerMotion.AddNewMotion(normalMoveMotion);
//InvokerMotion.StartExecution(game);
Animotion normalMoveMotion = moveManagerUI.MoveAnimotion(movInfo.moveOccupy.goAnimContainer.GetGameObject(), endPosition);
InvokerAnimotion.AddNewMotion(normalMoveMotion);
InvokerAnimotion.StartExecution(game);
}
public void OnTryMove(IOcuppy occupier, Tile endPosition)
{
if (CanIEnterMoveState(occupier) == false)
{
return;
}
if (occupier == null || endPosition == null)
{
if (debugOn)
{
Debug.Log("No Tile Object or Ocuppier");
}
return;
}
/////////////////////////////////////////////////////////////////
// CREAMOS POSIBLE MOVEABLE TILES, SOLO LA LISTA SIN PINTARLAS NI NADA
// TILE EN DONDE ESTAMOS PARADOS
Tile fromTile = game.board2DManager.GetUnitPosition(occupier);
if (fromTile == null)
{
if (debugOn)
{
Debug.Log("You are walking on the sky my men");
}
return;
}
// TIPO DE MOVIMIENTO DE NUESTRA UNIDAD
MOVEDIRECTIONTYPE moveDirection = occupier.MoveDirectionerType;
if (moveDirection == MOVEDIRECTIONTYPE.NONE)
{
return;
}
// CANTIDA DE CASILLA QUE PUEDO MOVERME
int movementAmount = occupier.Stats[STATTYPE.MOVERANGE].ActualStatValue;
if (movementAmount == 0)
{
return;
}
// 3 - QUE SEA UNA DISTANCIA VALIDA SEGUN MI RANGO DE MOVIMIENTO
// CANTIDA DE CASILLA QUE PUEDO MOVERME DEBERIA RESTAR A LA POS INICIAL LA POS FINAL Y VER LA DIFERENCIA EN DISTANCIA
// Filtramos esas tiles y las ponemos en la lista
FilterMoveableWithBoardStrategyPattern filterMoveable =
new FilterMoveableWithBoardStrategyPattern(fromTile, moveDirection, game.board2DManager.GridArray, movementAmount);
posibleMoveableTiles = filterMoveable.moveableTiles;
// 2- SI NO HAY TILES LIBRES PARA MOVERSE
if (posibleMoveableTiles.Count == 0)
{
return;
}
/////////////////////////////////////
if (!IsLegalMovement(occupier, endPosition))
{
if (debugOn)
{
Debug.Log("Ilegal MOVE");
}
return;
}
if (occupier.Abilities.ContainsKey(ABILITYTYPE.MOVE) == false)
{
if (debugOn)
{
Debug.Log("ERROR HABILIDAD MOVE NO ENCONTRADA EN OCUPPIER");
}
return;
}
MoveAbility moveAb = (MoveAbility)occupier.Abilities[ABILITYTYPE.MOVE];
if (moveAb == null)
{
if (debugOn)
{
Debug.Log("ERROR HABILIDAD MOVE NO ENCONTRADA EN EL OCCUPIER");
}
return;
}
MoveAbilityEventInfo movInfo = new MoveAbilityEventInfo(occupier, fromTile, endPosition);
moveAb.SetRequireGameData(movInfo);
StartPerform(moveAb);
if (moveAb.CanIExecute() == false)
{
if (debugOn)
{
Debug.Log("SPAWN ABILITY NO SE PUEDE EJECUTAR");
}
return;
}
Move(movInfo);
Perform(moveAb);
EndPerform(moveAb);
}