public override CellsGroup GetArea(GridCell gCell)
{
CellsGroup cG = new CellsGroup();
// Debug.Log(gCell);
if (!gCell)
{
return(cG);
}
switch (OData.bombType)
{
case BombDir.Vertical:
cG.AddRange(gCell.GColumn.cells); //cG.AddRange(gCell.GColumn.GetDynamicArea());
break;
case BombDir.Horizontal:
cG.AddRange(gCell.GRow.cells); // cG.AddRange(gCell.GRow.GetDynamicArea());
break;
case BombDir.Radial:
List <GridCell> areaRad = MBoard.grid.GetAroundArea(gCell, 1).Cells;
cG.Add(gCell);
foreach (var item in areaRad)
{
cG.Add(item); // if (item.IsMatchable)
}
break;
case BombDir.Color:
cG.AddRange(MGrid.GetAllByID(OData.matchID).SortByDistanceTo(gCell));
break;
}
return(cG);
}
public override CellsGroup GetArea(GridCell gCell)
{
CellsGroup cG = new CellsGroup();
cG.AddRange(gCell.GColumn.cells);
return(cG);
}
public override CellsGroup GetArea(GridCell gCell)
{
CellsGroup cG = new CellsGroup();
if (!gCell)
{
return(cG);
}
cG.AddRange(MGrid.GetAllByID(OData.matchID).SortByDistanceTo(gCell));
return(cG);
}
public CellsGroup GetAroundArea(GridCell gCell, int radius)
{
radius = Mathf.Max(0, radius);
CellsGroup res = new CellsGroup();
if (radius > 0)
{
for (int i = 1; i <= radius; i++)
{
res.AddRange(GetWave(gCell, i).Cells);
}
}
return(res);
}
/// <summary>
/// Return all closed not intersected areas
/// </summary>
/// <returns></returns>
public List <GridCell> GetDetacheCells()
{
CellsGroup main = new CellsGroup(); // main group from 0 row
CellsGroup neigh = new CellsGroup();
CellsGroup neighTemp;
main.AddRange(Rows[serviceRowsCount].GetNotEmptyCells()); // start at service rows
NeighBors nCells;
for (int i = 0; i < main.Length; i++)
{
nCells = new NeighBors(main.cells[i]);
neigh.AddRange(nCells.NotEmptyCells);// neigh.AddRange(main.cells[i].NotEmptyNeighBornCells());
}
while (neigh.Length > 0) // find and add to group not empty neighborns
{
main.AddRange(neigh.cells);
neighTemp = new CellsGroup();
foreach (var item in neigh.cells)
{
nCells = new NeighBors(item);
neighTemp.AddRange(nCells.NotEmptyCells);
}
neigh = neighTemp;
neigh.Remove(main.cells);
}
CellsGroup all = new CellsGroup();
all.AddRange(GetNotEmptyCells());
all.Remove(main.cells);
// Debug.Log("detouched: " + all.ToString());
return(all.cells);
}
private void Shooting()
{
// BubblesShooter.Instance.ShowSwapPath();
if (TouchManager.IsTouched && BubblesShooter.Instance.TouchInRange())
{
BubblesShooter.Instance.ShowShootLine();
}
else if (TouchManager.IsTouched && !BubblesShooter.Instance.TouchInRange())
{
BubblesShooter.Instance.HideShootLine();
BubblesShooter.Instance.CleanTargets();
}
else if (!TouchManager.IsTouched)
{
BubblesShooter.Instance.HideShootLine(); //Debug.Log("Can Shoot " + BubblesShooter.CanShoot);
if (BubblesShooter.CanShoot) // shoot
{
GoToDTMode(); // diasable touch
mainSeq = new TweenSeq();
mainSeq.Add((callBack) => // move bubble to free target, hit target, and check result
{
BubblesShooter.Instance.Shoot(callBack);
});
mainSeq.Add((callBack) => // collect all bubbles in shootarea
{
BubblesShooter.Instance.ShootCollect(callBack);
});
mainSeq.Add((callBack) => // collect all fall down objects
{
BubblesShooter.Instance.CleanTargets();
detCells = new CellsGroup();
detCells.AddRange(grid.GetDetacheCells());
detCells.FallDownCollect(BubblesShooter.Instance.BubbleScore, null);
WController.CheckResult(false, false);// check shoot result
grid.AddEmptyRow();
callBack();
});
if (WController.GameLevelType == LevelType.AnchorLevel) // update anchor path
{
mainSeq.Add((callBack) =>
{
if (anchor && anchor.gameObject.activeSelf)
{
anchor.UpdatePath();
}
WController.CheckResult(false, false);// check shoot result
callBack();
});
}
mainSeq.Add((callBack) =>
{
grid.MoveToVisible(() =>
{
if (WController.GameResult == GameResult.Win)
{
detCells = new CellsGroup();
detCells.AddRange(grid.GetNotEmptyCells());
detCells.FallDownCollect(BubblesShooter.Instance.BubbleScore, null);
}
WController.CheckResult(false, false);// check shoot result after falldown
GoToShootMode();
callBack();
});
});
mainSeq.Start();
}
}
}
