public bool IsNextCellOccupied(ThingCell cell)
{
cell.transform.SetParent(gameObject.transform);
List <DataCell> distances = new List <DataCell>();
for (int i = 0; i < Width; i++)
{
for (int j = 0; j < Height; j++)
{
distances.Add(new DataCell()
{
Distance = Vector3.Distance(gridCells[i, j].Coordinates, cell.transform.localPosition),
Coordinates = new Vector2(i, j)
});
}
}
dataCell = GetMinDictance(distances);
cell.CenterInGrids = gridCells[(int)dataCell.Coordinates.x, (int)dataCell.Coordinates.y].Coordinates;
cell.dataCell = dataCell;
cell.transform.SetParent(cell.thingFullParent.transform);
cell.transform.localPosition = cell.StartPosition;
return(gridCells[(int)dataCell.Coordinates.x, (int)dataCell.Coordinates.y].IsOccupied);
}
public bool IsWithinBorders(ThingCell cell)
{
Vector2 minBorder = new Vector2(vector3s[0].x, vector3s[0].y);
Vector2 maxBorder = new Vector2(vector3s[2].x, vector3s[2].y);
return(Mathf.Round(cell.boxCollider.bounds.min.x) > minBorder.x &&
Mathf.Round(cell.boxCollider.bounds.min.y) > minBorder.y &&
Mathf.Round(cell.boxCollider.bounds.max.x) < maxBorder.x &&
Mathf.Round(cell.boxCollider.bounds.max.y) < maxBorder.y);
}
public bool IsCellIntersectGrid(ThingCell cell)
{
foreach (GridCell gridCell in gridCells)
{
if (gridCell.IsOccupied)
{
if (cell.boxCollider.bounds.Intersects(gridCell.Bounds))
{
return(true);
}
}
}
return(false);
}
