| public static cancelRoute ( Entity, entity ) : void | ||
| entity | Entity, | |
| return | void | |
public void teleportTo(Cell c)
{
RoutePlanifier.cancelRoute(this.Entity);
this.movement = Movement.createMovement(MovementType.Instant,
this.Entity, this, dec, normalSprite, this.transform.position,
c.transform.position, this.Entity.Position, c, null);
}
public void removePaint(Cell cell, Skill skill, Entity entity = null)
{
Vector2 position = cell.Map.getCoords(cell.gameObject);
int contador = 0;
float xcentral = position.x;
float ycentral = position.y;
//busqueda directa
//Vamos a marcar todas las casillas que esten en la distancia de la habilidad
for (float i = position.x - skill.getDistance(); i <= position.x + skill.getDistance(); i++)
{
//vamos aumentando el radio de casillas hasta la distancia de la habilidad
for (float j = position.y - skill.getDistance(); j <= position.y + skill.getDistance(); j++)
{
Cell celdaAPintar = cell.Map.getCell(new Vector2(i, j));
if (celdaAPintar != null)
{
if (entity != null)
{
if (RoutePlanifier.planifyRoute(entity.mover, celdaAPintar))
{
int distance = 0;
Cell measuring;
while (distance <= skill.getDistance() && (measuring = RoutePlanifier.next(entity.mover)))
{
entity.Position = measuring;
distance++;
}
entity.Position = cell;
RoutePlanifier.cancelRoute(entity.mover);
if (distance > skill.getDistance())
{
continue;
}
}
else
{
continue;
}
}
if ((int)Mathf.Abs(Mathf.Abs(i - xcentral) + Mathf.Abs(j - ycentral)) <= skill.getDistance())
{
if (contador < oldTextures.Length && oldTextures[contador] != null)
{
celdaAPintar.Properties.faces[celdaAPintar.Properties.faces.Length - 1].TextureMapping = oldTextures[contador];
celdaAPintar.Properties.faces[celdaAPintar.Properties.faces.Length - 1].Texture = oldTextures[contador].getTexture();
celdaAPintar.forceRefresh();
}
contador++;
}
}
}
}
}
public void switchDirection(Direction direction)
{
RoutePlanifier.cancelRoute(this.Entity);
this.movement = createTurnMovement(direction);
}