/// <summary>
/// обновляет изображение клетки на доске
/// r,c int в диапазоне [0-7]
/// </summary>
static void DrawCell(VisualCell visualCell, int row, int column)
{
Image CellImage = null;
int x = column * 100;
int y = row * 100;
switch (visualCell)//клетка которую нужно нарисовать
{
case (VisualCell.BlackCell):
CellImage = BlackCell;
break;
case (VisualCell.BlackCellAvailable):
CellImage = BlackCellAvailable;
break;
case (VisualCell.WhiteCell):
CellImage = WhiteCell;
break;
case (VisualCell.WhiteCellAvailable):
CellImage = WhiteCellAvailable;
break;
case (VisualCell.CellEnemy):
CellImage = CellEnemy;
break;
default:
return;
}
DrawElement(CellImage, x, y);//нарисовать клетку
}
public Cell(CellType incType, int incX, int incY)
{
vCell = new VisualCell();
this.CellType = incType;
this.posX = incX;
this.posY = incY;
}
//instantiate prefabs based on cell / obstacle rules
void InitVisualCell()
{
foreach (Cell cell in cells)
{
if (cell.isObstacle)
{
int poop = Random.Range(0, obstacles.Length);
visualCellInst = Instantiate(obstacles[poop], new Vector3(cell.xPos * 3, obstacles[poop].gameObject.transform.position.y, height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst.North.gameObject.SetActive(!cell.North);
visualCellInst.South.gameObject.SetActive(!cell.South);
visualCellInst.East.gameObject.SetActive(!cell.East);
visualCellInst.West.gameObject.SetActive(!cell.West);
if (visualCellInst.GetComponent <obstacle1>() != null || visualCellInst.GetComponent <Obstacle4>() != null)
{
visualCellInst.GetComponent <Renderer>().material = obstacleFloor;
}
else
{
visualCellInst.GetComponent <Renderer>().material = floorFinal;
}
visualCellInst.North.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.South.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.East.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.West.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
//visualCellInst.GetComponent<VisualCell>().RandomizeScale();
}
else
{
visualCellInst = Instantiate(visualCellPrefab, new Vector3(cell.xPos * 3, 0, height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst.North.gameObject.SetActive(!cell.North);
visualCellInst.South.gameObject.SetActive(!cell.South);
visualCellInst.East.gameObject.SetActive(!cell.East);
visualCellInst.West.gameObject.SetActive(!cell.West);
visualCellInst.GetComponent <Renderer>().material = floorFinal;
visualCellInst.North.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.South.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.East.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.West.gameObject.GetComponent <Renderer>().material = wallFinal;
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
//visualCellInst.GetComponent<VisualCell>().RandomizeScale();
}
}
}
void InitVisualCell()
{
foreach (Cell cell in cells)
{
visualCellInst = Instantiate(visualCellPrefab, new Vector3(cell.xPos * 3, 0, _height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst._North.gameObject.SetActive(!cell._North);
visualCellInst._South.gameObject.SetActive(!cell._South);
visualCellInst._Est.gameObject.SetActive(!cell._Est);
visualCellInst._West.gameObject.SetActive(!cell._West);
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
}
}
void InitVisualCell()
{
foreach (Cell cell in celdas)
{
tempVisualCell = Instantiate(visualCell, new Vector3(cell.xPos * 3, 0, alto * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
tempVisualCell.transform.parent = transform;
tempVisualCell.norte.gameObject.SetActive(!cell._norte);
tempVisualCell.sur.gameObject.SetActive(!cell._sur);
tempVisualCell.este.gameObject.SetActive(!cell._este);
tempVisualCell.oeste.gameObject.SetActive(!cell._oeste);
tempVisualCell.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
}
}
void InitVisualCell()
{
foreach (Cell cell in cells)
{
visualCellInst = Instantiate(visualCellPrefab, new Vector3(cell.xPos * 3, 0, height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst.North.gameObject.SetActive(!cell.North);
visualCellInst.South.gameObject.SetActive(!cell.South);
visualCellInst.East.gameObject.SetActive(!cell.East);
visualCellInst.West.gameObject.SetActive(!cell.West);
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
//visualCellInst.GetComponent<VisualCell>().RandomizeScale();
}
}
void InitVisualCell()
{
// Initialise mes cellules visuel et detruit les murs en fonction des cellules virtuel
foreach (Cell cell in casillas)
{
visualCellInst = Instantiate(visualCellPrefab, new Vector3(cell.xPos * 3, 0, height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst.Norte.gameObject.SetActive(!cell.Norte);
visualCellInst.Sur.gameObject.SetActive(!cell.Sur);
visualCellInst.Este.gameObject.SetActive(!cell.Este);
visualCellInst.Oeste.gameObject.SetActive(!cell.Oeste);
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
}
}
void DrawCells()
{
// draw the cells of the maze
foreach (Cell cell in cells)
{
Vector3 pos = new Vector3(cell.xPos * 3, 0, _height * 3 - cell.zPos * 3);
visualCell = Instantiate(visualCellPrefab, pos, Quaternion.identity) as VisualCell;
visualCell.transform.parent = transform;
// if north, east, south or west are made true in the MazeGenerator, then delete that wall
visualCell._North.gameObject.SetActive(!cell._North);
visualCell._South.gameObject.SetActive(!cell._South);
visualCell._Est.gameObject.SetActive(!cell._East);
visualCell._West.gameObject.SetActive(!cell._West);
visualCell.transform.name = "[ " + cell.xPos.ToString() + ", " + cell.zPos.ToString() + " ]";
}
}
public static Comparison[] CompareWith(this Dictionary <string, VisualCell> cellsBefore,
Dictionary <string, VisualCell> cellsAfter)
{
var keys = cellsBefore.Keys
.Union(cellsAfter.Keys)
.Distinct()
.ToArray();
var comparisons = keys
.Select(key =>
{
VisualCell before = null, after = null;
cellsBefore.TryGetValue(key, out before);
cellsAfter.TryGetValue(key, out after);
return(new Comparison(before, after));
})
.ToArray();
return(comparisons);
}
public void Init(int _gridX, int _gridY, float _offsetX, float _offsetY)
{
gridX = _gridX;
gridY = _gridY;
offsetX = _offsetX;
offsetY = _offsetY;
cells = new VisualCell[_gridX, _gridY];
trees = new VisualTree[_gridX, _gridY];
for (int y = 0; y < _gridY; y++)
{
for (int x = 0; x < _gridX; x++)
{
VisualCell c = Instantiate <VisualCell>(cellPrefab);
c.transform.SetParent(transform);
c.transform.position = new Vector3(x * offsetX, y * offsetY, 0);
cells[x, y] = c;
}
}
transform.Translate(new Vector3(-(_gridX - 1) * _offsetX / 2f, -(_gridY - 1) * _offsetY / 2f - 1));
}
public Comparison(VisualCell before, VisualCell after)
{
Before = before;
After = after;
}
void InitVisualCell()
{
// Initialise mes cellules visuel et detruit les murs en fonction des cellules virtuel
foreach(Cell cell in cells)
{
visualCellInst = Instantiate(visualCellPrefab, new Vector3(cell.xPos * 3, 0, _height * 3f - cell.zPos * 3), Quaternion.identity) as VisualCell;
visualCellInst.transform.parent = transform;
visualCellInst._North.gameObject.SetActive(!cell._North);
visualCellInst._South.gameObject.SetActive(!cell._South);
visualCellInst._Est.gameObject.SetActive(!cell._Est);
visualCellInst._West.gameObject.SetActive(!cell._West);
visualCellInst.transform.name = cell.xPos.ToString() + "_" + cell.zPos.ToString();
}
}
