public void onControllerEvent(IsoUnity.ControllerEventArgs args)
{
// # Avoid responding controller event when inactive
if (!active)
{
return;
}
// # Normal threatment
// Multiple controller events only give one launch result per tick
if (toLaunch == null)
{
if (args.cell != null)
{
var cell = args.cell;
if (args.cell.VirtualNeighbors.Count > 0)
{
cell = args.cell.VirtualNeighbors[0].Destination;
}
GameEvent ge = new GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("cell", cell);
ge.Name = "teleport";
Game.main.enqueueEvent(ge);
}
// Otherwise, the controller event should contain keys pressed
else
{
int to = -1;
if (args.LEFT)
{
to = 0;
}
else if (args.UP)
{
to = 1;
}
else if (args.RIGHT)
{
to = 2;
}
else if (args.DOWN)
{
to = 3;
}
if (to > -1)
{
if (movement == null || !movingArrow)
{
if (Entity == null)
{
Debug.Log("Null!");
}
IsoUnity.Cell destination = Entity.Position.Map.getNeightbours(Entity.Position)[to];
// Can move to checks if the entity can DIRECT move to this cells.
// This should solve bug #29
IsoUnity.Entities.Mover em = this.Entity.GetComponent <IsoUnity.Entities.Mover>();
if (em != null && em.CanMoveTo(destination))
{
IsoUnity.GameEvent ge = new IsoUnity.GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("cell", destination);
ge.setParameter("synchronous", true);
ge.Name = "move";
IsoUnity.Game.main.enqueueEvent(ge);
movement = ge;
}
else
{
IsoUnity.GameEvent ge = new IsoUnity.GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("direction", fromIndex(to));
ge.setParameter("synchronous", true);
ge.Name = "turn";
IsoUnity.Game.main.enqueueEvent(ge);
movement = ge;
}
movingArrow = true;
}
}
}
}
}
public static bool hasRoute(Mover mover)
{
return(routes.ContainsKey(mover));
}
public static bool planifyRoute(Mover mover, Cell destination)
{
return(planifyRoute(mover, destination, 0));
}
private static Stack <Cell> calculateRoute(Cell from, Cell to, Mover mover, int distance)
{
Dictionary <Cell, int> cellToPos = new Dictionary <Cell, int>();
IPriorityQueueHandle <CellDistance> handle = null;
IPriorityQueue <CellDistance> abierta = new IntervalHeap <CellDistance>();
Dictionary <Cell, bool> cerrada = new Dictionary <Cell, bool>();
Dictionary <Cell, float> f = new Dictionary <Cell, float>();
Dictionary <Cell, float> g = new Dictionary <Cell, float>();
Dictionary <Cell, Cell> anterior = new Dictionary <Cell, Cell>();
Dictionary <Cell, IPriorityQueueHandle <CellDistance> > handles = new Dictionary <Cell, IPriorityQueueHandle <CellDistance> >();
Cell posInicial = from;
g[posInicial] = 0;
f[posInicial] = estimaMeta(from, to);
anterior[posInicial] = null;
abierta.Add(ref handle, new CellDistance(posInicial, f[posInicial]));
handles.Add(posInicial, handle);
List <Cell> ends = GetSurroundCellsAtRadius(to, distance);
while (!abierta.IsEmpty)
{
CellDistance candidata = abierta.DeleteMin();
Cell celdaCandidata = candidata.cell;
handles.Remove(celdaCandidata);
if (ends.Contains(celdaCandidata))
{
Stack <Cell> ruta = new Stack <Cell>();
reconstruyeCamino(ruta, celdaCandidata, anterior);
return(ruta);
}
Cell[] accesibles = getCeldasAccesibles(celdaCandidata, mover);
cerrada[celdaCandidata] = true;
foreach (Cell accesible in accesibles)
{
float posibleG = g[celdaCandidata] + estimaAvance(celdaCandidata, accesible);
float posibleF = posibleG + estimaMeta(accesible, to);
if (cerrada.ContainsKey(accesible) && cerrada[accesible] && posibleF >= f[accesible])
{
continue;
}
if (!handles.ContainsKey(accesible) || posibleF < f[accesible])
{
anterior[accesible] = celdaCandidata;
g[accesible] = posibleG;
f[accesible] = posibleF;
// Modifica inserta si no esta dentro
var cd = new CellDistance(accesible, f[accesible]);
if (handles.ContainsKey(accesible))
{
abierta[handles[accesible]] = cd;
}
else
{
handle = null;
abierta.Add(ref handle, cd);
handles.Add(accesible, handle);
}
}
}
}
return(null);
}
public void onControllerEvent(ControllerEventArgs args)
{
// # Avoid responding controller event when inactive
if (!active)
{
return;
}
// # Normal threatment
// Multiple controller events only give one launch result per tick
if (toLaunch == null)
{
// If options received (from entities)
if (args.options != null)
{
// If there's only one, proceed to launch
if (args.options.Length == 1)
{
// The action is the event we have to launch,
// so in order to know who's launching, we put a mark
if (args.options[0].Action != null)
{
args.options[0].Action.setParameter("Executer", this.Entity);
}
actionCell = args.cell;
actionEntity = args.entity;
// If we've to move to perform the action
if (args.options[0].HasToMove)
{
GameEvent ge = new GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("follow", args.entity);
ge.setParameter("distance", args.options[0].Distance);
ge.setParameter("synchronous", true);
ge.Name = "follow";
movement = ge;
movingArrow = false;
Game.main.enqueueEvent(ge);
// Here we've launched the movement. As it's synchronous, we'll receive
// the movement finished when the Mover considers it's done.
}
toLaunch = args.options[0].Action;
}
// If there're multiple actions we have to display a menu so player can choose
else if (args.options.Length > 1)
{
OptionsGUI gui = ScriptableObject.CreateInstance <OptionsGUI>();
gui.init(args, Camera.main.WorldToScreenPoint(args.entity.transform.position), args.options);
GUIManager.addGUI(gui, 100);
}
}
// If the argument doesn't contain options but it has a cell, we'll try to move over there
else if (args.cell != null)
{
var cell = args.cell;
if (args.cell.VirtualNeighbors.Count > 0)
{
cell = args.cell.VirtualNeighbors[0].Destination;
}
GameEvent ge = new GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("cell", cell);
ge.Name = "move";
Game.main.enqueueEvent(ge);
}
// Otherwise, the controller event should contain keys pressed
else
{
int to = -1;
if (args.LEFT)
{
to = 0;
}
else if (args.UP)
{
to = 1;
}
else if (args.RIGHT)
{
to = 2;
}
else if (args.DOWN)
{
to = 3;
}
if (to > -1)
{
if (movement == null || !movingArrow)
{
if (Entity == null)
{
Debug.Log("Null!");
}
Cell destination = Entity.Position.Map.getNeightbours(Entity.Position)[to];
// Can move to checks if the entity can DIRECT move to this cells.
// This should solve bug #29
Mover em = this.Entity.GetComponent <Mover>();
if (em != null && em.CanMoveTo(destination))
{
GameEvent ge = new GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("cell", destination);
ge.setParameter("synchronous", true);
ge.Name = "move";
Game.main.enqueueEvent(ge);
movement = ge;
}
else
{
GameEvent ge = new GameEvent();
ge.setParameter("mover", this.Entity.mover);
ge.setParameter("direction", fromIndex(to));
ge.setParameter("synchronous", true);
ge.Name = "turn";
Game.main.enqueueEvent(ge);
movement = ge;
}
movingArrow = true;
}
}
}
}
}