public void InitPositionType()
{
if (coords.iColumn == 0 || coords.iColumn == 5)
{
positiontype = POSITIONTYPE.BENCH;
}
else if (coords.iColumn == 1 || coords.iColumn == 4)
{
positiontype = POSITIONTYPE.BACKLINE;
}
else
{
positiontype = POSITIONTYPE.FRONTLINE;
}
}
/// <summary>
/// Nos da las posiciones finales en donde vamos a mover a nuestras unidades
/// Ahora las acomode de la mas debil a la mas fuerte en posiciones
/// </summary>
/// <param name="tilePosition">La tile a donde se van a mover</param>
/// <param name="positionType">De que forma van a acomodar en esa tile</param>
/// <returns></returns>
public Vector3[] GetPositions(Vector3 tilePosition, POSITIONTYPE positionType)
{
Vector3[] shapePosition;
switch (positionType)
{
case POSITIONTYPE.CENTER:
shapePosition = new Vector3[1];
shapePosition[0] = tilePosition + new Vector3(offsetPosition * CardinalPosition.CENTER.x, offsetPosition * CardinalPosition.CENTER.y, 0);
break;
case POSITIONTYPE.ARROW:
shapePosition = new Vector3[2];
shapePosition[0] = tilePosition + new Vector3(offsetPosition * CardinalPosition.EAST.x, offsetPosition * CardinalPosition.EAST.y, 0);
shapePosition[1] = tilePosition + new Vector3(offsetPosition * CardinalPosition.WEST.x, offsetPosition * CardinalPosition.WEST.y, 0);
break;
case POSITIONTYPE.BOW:
shapePosition = new Vector3[3];
shapePosition[0] = tilePosition + new Vector3(offsetPosition * CardinalPosition.EAST.x, offsetPosition * CardinalPosition.EAST.y, 0);
shapePosition[1] = tilePosition + new Vector3(offsetPosition * CardinalPosition.NORTH.x, offsetPosition * CardinalPosition.NORTH.y, 0);
shapePosition[2] = tilePosition + new Vector3(offsetPosition * CardinalPosition.SOUTH.x, offsetPosition * CardinalPosition.SOUTH.y, 0);
break;
case POSITIONTYPE.DIAMOND:
shapePosition = new Vector3[4];
shapePosition[0] = tilePosition + new Vector3(offsetPosition * CardinalPosition.EAST.x, offsetPosition * CardinalPosition.EAST.y, 0);
shapePosition[1] = tilePosition + new Vector3(offsetPosition * CardinalPosition.NORTH.x, offsetPosition * CardinalPosition.NORTH.y, 0);
shapePosition[2] = tilePosition + new Vector3(offsetPosition * CardinalPosition.SOUTH.x, offsetPosition * CardinalPosition.SOUTH.y, 0);
shapePosition[3] = tilePosition + new Vector3(offsetPosition * CardinalPosition.WEST.x, offsetPosition * CardinalPosition.WEST.y, 0);
break;
case POSITIONTYPE.SQUARE:
shapePosition = new Vector3[4];
shapePosition[0] = tilePosition + new Vector3(offsetPosition * CardinalPosition.NORTHEAST.x, offsetPosition * CardinalPosition.NORTHEAST.y, 0);
shapePosition[1] = tilePosition + new Vector3(offsetPosition * CardinalPosition.NORTHWEST.x, offsetPosition * CardinalPosition.NORTHWEST.y, 0);
shapePosition[2] = tilePosition + new Vector3(offsetPosition * CardinalPosition.SOUTHEAST.x, offsetPosition * CardinalPosition.SOUTHEAST.y, 0);
shapePosition[3] = tilePosition + new Vector3(offsetPosition * CardinalPosition.SOUTHWEST.x, offsetPosition * CardinalPosition.SOUTHWEST.y, 0);
break;
default:
shapePosition = new Vector3[0];
break;
}
return(shapePosition);
}
public Motion RearangePositionAfterCombineMotion(List <GameObject> kimbokos, Vector3 actualPosition, int reproductionOrder = 1)
{
List <Motion> motionsSpawnCombine = new List <Motion>();
UnitMovePositioner movePositioner = new UnitMovePositioner(4f);
// - DESPUES ME DEBERIA FIJAR SI TENGO ENEMIGOS EN LA QUE SELECCIONE, Y SI TENGO DEBERIA AGREGAR EL COMANDO DE REPOSICIONARLOS
if (kimbokos.Count > 1)
{
POSITIONTYPE positionTypeToRearrange = movePositioner.GetPositionType(kimbokos.Count);
Vector3[] finalRearrangePositions = movePositioner.GetPositions(actualPosition, positionTypeToRearrange);
// SONIDO DE CUANDO SE MUEVEN PARA REPOSICIONARSE
if (GameSoundManager.Instance != null)
{
if (GameSoundManager.Instance.audioSource != null)
{
Motion motionMoveSound = new SoundMotion(this, 1, GameSoundManager.Instance.audioSource, GameSoundManager.Instance.audioClips[4], false, true);
motionsSpawnCombine.Add(motionMoveSound);
}
}
// deberia recorrer la lista de unidades, y generar una move comand para posicionarse en el lugar que tiene cada una del cuadrado
for (int i = 0; i < kimbokos.Count; i++)
{
List <Motion> motionsCombineSpawnMoveSquare = new List <Motion>();
int shortNameHash = Animator.StringToHash("Base Layer" + ".Idlle");
Animator animatorAux = kimbokos[i].GetComponent <Animator>();
// LOS PONGO EN ESTADO MOVE PARA LA ANIMACION
Motion motionMove = new MoveMotion(this, animatorAux, 1, false, shortNameHash);
//Motion motionMove = new MoveMotion(this, animatorAux, 1);
motionsSpawnCombine.Add(motionMove);
List <Motion> motionsCombineSpawnStopMoveSquare = new List <Motion>();
// LOS MUEVO DESDE DONDE ESTAN HASTA LA POSICION FINAL
Motion motionTwMove = new MoveTweenMotion(this, kimbokos[i].transform, 1, finalRearrangePositions[i], 1);
motionsCombineSpawnStopMoveSquare.Add(motionTwMove);
// LOS PONGO EN ESTADO IDLLE
Motion motionIdlle = new IdlleMotion(this, animatorAux, 2, true);
motionsCombineSpawnStopMoveSquare.Add(motionIdlle);
// esto solo lo hago para detener el sonido de los pasos
if (kimbokos.Count - 1 == i)
{
List <Configurable> configurables = new List <Configurable>();
if (GameSoundManager.Instance != null)
{
if (GameSoundManager.Instance.audioSource != null)
{
AudioSourceGenericContainer audioContainer = new AudioSourceGenericContainer(GameSoundManager.Instance.audioSource);
StopSoundConfigureAnimotion <AudioSourceGenericContainer, Transform> stopSoundConfigureAnimotion
= new StopSoundConfigureAnimotion <AudioSourceGenericContainer, Transform>(audioContainer, 2);
configurables.Add(stopSoundConfigureAnimotion);
}
}
CombineMotion combineStopMotion = new CombineMotion(this, 1, motionsCombineSpawnStopMoveSquare, configurables);
motionsCombineSpawnMoveSquare.Add(combineStopMotion);
}
else
{
CombineMotion combineStopMotion = new CombineMotion(this, 1, motionsCombineSpawnStopMoveSquare);
motionsCombineSpawnMoveSquare.Add(combineStopMotion);
}
CombineMotion combinSquarePositionMotion = new CombineMotion(this, 1, motionsCombineSpawnMoveSquare);
motionsSpawnCombine.Add(combinSquarePositionMotion);
}
}
CombineMotion combinMoveMotion = new CombineMotion(this, reproductionOrder, motionsSpawnCombine);
return(combinMoveMotion);
}
public Dictionary <Transform, Vector3[]> GetRoutePositions(Transform[] enemies, POSITIONTYPE positionType, Vector3 finalWorldDestination, Vector3 actualPosition)
{
int amountOfPositionsToVisit = 3;
Dictionary <Transform, Vector3[]> transformWithPositionToTween = new Dictionary <Transform, Vector3[]>();
Vector3[] finalDestinationForEach = GetPositions(finalWorldDestination, positionType);
Vector3 pointOfExitFromActualTile = GetTileExitDirection(actualPosition, finalWorldDestination);
pointOfExitFromActualTile = actualPosition + new Vector3(offsetPosition * pointOfExitFromActualTile.x, offsetPosition * pointOfExitFromActualTile.y, 0);
// Position[0] = transformToPosition[i].position
// Position[1] = El Borde por donde salga para ir hacia la unidad, entonces tengo que tener una funcion para saber para que lado estoy yendo
// Este borde va a ser igual para todas las unidades, asi que es una posicion que vamos a guardar al principio
// Position[2] = finalDestinationForEach[n]
for (int i = 0; i < enemies.Length; i++)
{
Vector3[] ListOfPositionsForDictionary = new Vector3[amountOfPositionsToVisit];
ListOfPositionsForDictionary[0] = enemies[i].position;
ListOfPositionsForDictionary[1] = pointOfExitFromActualTile;
ListOfPositionsForDictionary[2] = finalDestinationForEach[i];
transformWithPositionToTween.Add(enemies[i], ListOfPositionsForDictionary);
}
return(transformWithPositionToTween);
}
