public List<Vector2> Ruta_a(Punt2d origen, Punt2d final)
{
var jpParam = new JumpPointParam(mapa_pa_sala, false, false, false, HeuristicMode.MANHATTAN);
//jpParam.Reset(new GridPos(0,14), new GridPos(0,12));
jpParam.Reset(new GridPos(origen.X, origen.Y), new GridPos(final.X, final.Y));
//Debug.Log(Vector_Grid(origen).x+" "+Vector_Grid(origen).y+"origen");
var ruta_a = JumpPointFinder.FindPath(jpParam);
var ruta_a_tra = new List<Vector2>();
foreach (var cosa in ruta_a)
{
//Debug.Log(cosa.x+" "+cosa.y);
ruta_a_tra.Add(Grid_Vector(cosa));
}
//Debug.Log(ruta_a_tra.Count + " Hola");
return ruta_a_tra;
}
public Quadrant(int topX, int topY, int bottX, int bottY)
{
TopLeftCorner = new Punt2d(topX, topY);
BottomRightCorner = new Punt2d(bottX, bottY);
Center = new Punt2d((bottX + topX) / 2, (bottY + topY) / 2);
}
List<int> Test_dir_blo(Punt2d punt)
{
int tempCont;
var direccionsDis = new List<int>();
for (var i = 0; i < 4; i++)
{
switch (i)
{
//nord
case 0:
tempCont = _map[punt.X, punt.Y + 1];
if (tempCont == 0 || tempCont == 666) direccionsDis.Add(0);
break;
//sud
case 1:
tempCont = _map[punt.X, punt.Y - 1];
if (tempCont == 0 || tempCont == 666) direccionsDis.Add(1);
break;
//est
case 2:
tempCont = _map[punt.X + 1, punt.Y];
if (tempCont == 0 || tempCont == 666) direccionsDis.Add(2);
break;
//oest
case 3:
tempCont = _map[punt.X - 1, punt.Y];
if (tempCont == 0 || tempCont == 666) direccionsDis.Add(3);
break;
}
}
return direccionsDis;
}
private void InstantiateTrigger(GameObject trigger, Transform parent, Punt2d position)
{
var temptrigger = Instantiate(trigger, ToRealWorldPosition(position.X, position.Y), Quaternion.identity) as GameObject;
temptrigger.GetComponent<Trigg_ele>().coor = position;
temptrigger.transform.SetParent(parent, true);
}
private void PopulateWith(int elementType, Punt2d dir)
{
if (elementType < 4 || elementType == 1111)
{
if (elementType == Constants.RandomGeneration.EmptyRoomId || elementType == Constants.RandomGeneration.InitalRoomId) _map.RoomCount++;
_map.Pointer.X += dir.X;
_map.Pointer.Y += dir.Y;
if (elementType == Constants.RandomGeneration.CorridorId)
{
elementType = dir.Y != 0 ? Constants.RandomGeneration.VerticalCorridorId : Constants.RandomGeneration.HorizontalCorridorId;
}
}
else
{
_map.Pointer.X = dir.X;
_map.Pointer.Y = dir.Y;
}
_map[_map.Pointer.X, _map.Pointer.Y] = elementType;
}
Punt2d Super_mino(Punt2d punt)
{
var direccionsDis = new List<int>();
for (var i = 0; i < 4; i++)
{
switch (i)
{
//nord
case 0:
if (_map[punt.X, punt.Y + 2] == Constants.RandomGeneration.EmptyRoomId) direccionsDis.Add(0);
break;
//sud
case 1:
if (_map[punt.X, punt.Y - 2] == Constants.RandomGeneration.EmptyRoomId) direccionsDis.Add(1);
break;
//est
case 2:
if (_map[punt.X + 2, punt.Y] == Constants.RandomGeneration.EmptyRoomId) direccionsDis.Add(2);
break;
//oest
case 3:
if (_map[punt.X - 2, punt.Y] == Constants.RandomGeneration.EmptyRoomId) direccionsDis.Add(3);
break;
}
}
// Debug.Log(direccionsDis.Count);
var dir = direccionsDis[Random.Range(0, direccionsDis.Count)];
switch (dir)
{
//nord
case 0:
return new Punt2d(punt.X, punt.Y + 2);
//sud
case 1:
return new Punt2d(punt.X, punt.Y - 2);
//est
case 2:
return new Punt2d(punt.X + 2, punt.Y);
//oest
case 3:
return new Punt2d(punt.X - 2, punt.Y);
}
return new Punt2d(55555, 55555);
}
//checks if all 4 directions 2 positions away from the pointer are empty, if they aren't, they are removed
private List<Punt2d> testDirections(List<Punt2d> directionsCheck)
{
var tempFarDirections = Enumerable.ToList(directionsCheck.Select(t => new Punt2d(t.X * 2, t.Y * 2)));
var tempList = new List<Punt2d>(directionsCheck);
for (var dir = 0; dir < directionsCheck.Count; dir++)
{
var positionValue = _map[_map.Pointer.X + tempFarDirections[dir].X, _map.Pointer.Y + tempFarDirections[dir].Y];
if (positionValue == 666) tempList.Remove(directionsCheck[dir]);
else if (positionValue != 0)
{
var point = new Punt2d(_map.Pointer.X + tempFarDirections[dir].X, _map.Pointer.Y + tempFarDirections[dir].Y);
if (TestDirectionsFrom(point).Count >= 3) continue;
if (!Utils.ChanceTrue(Constants.RandomGeneration.ChanceAcceptBuild))
{
tempList.Remove(directionsCheck[dir]);
}
}
}
return tempList;
}
//test if and specific direction from the pointer is empty
private bool testDirections(Punt2d dir)
{
return _map[_map.Pointer.X + dir.X, _map.Pointer.Y + dir.Y] == 0;
}
//test if all 4 directions from the point provided are empty
private List<Punt2d> TestDirectionsFrom(Punt2d point)
{
var direccionsDis = new List<Punt2d>();
for (var dir = 0; dir < 4; dir++)
{
if (_map[point.X + Constants.RandomGeneration.CloseDirections[dir].X, point.Y + Constants.RandomGeneration.CloseDirections[dir].Y] == 0) direccionsDis.Add(Constants.RandomGeneration.CloseDirections[dir]);
}
return direccionsDis;
}
int Quin_Quadrant(Punt2d puntQua)
{
if (puntQua.X > (_map.Width / 2))
{
return puntQua.Y > (_map.Height / 2) ? 3 : 1;
}
return puntQua.Y < (_map.Height / 2) ? 0 : 2;
}
public EnterAreaMessage(Punt2d coor)
{
Coor = coor;
}