protected void makeEmptyRoom()
{
// First thing to do is create wall tiles around the border
for (int i = 0; i < Globals.ROOM_WIDTH; i++)
{
// Make a wall along the horizontal edges
GameObject wallObj = GameObject.Instantiate(PlayState.instance.wallPrefab) as GameObject;
wallObj.transform.parent = PlayState.instance.transform;
GridPiece wallPiece = wallObj.GetComponent <GridPiece>();
wallPiece.x = Globals.CELL_SIZE * i + Globals.CELL_SIZE / 2;
wallPiece.y = Globals.CELL_SIZE / 2;
wallPiece.init();
_gridPieces.Add(wallPiece);
wallObj = GameObject.Instantiate(PlayState.instance.wallPrefab) as GameObject;
wallObj.transform.parent = PlayState.instance.transform;
wallPiece = wallObj.GetComponent <GridPiece>();
wallPiece.x = Globals.CELL_SIZE * i + Globals.CELL_SIZE / 2;
wallPiece.y = Globals.CELL_SIZE * (Globals.ROOM_HEIGHT - 1) + Globals.CELL_SIZE / 2;
wallPiece.init();
_gridPieces.Add(wallPiece);
}
for (int i = 1; i < Globals.ROOM_HEIGHT - 1; i++)
{
// Make a wall along the horizontal edges
GameObject wallObj = GameObject.Instantiate(PlayState.instance.wallPrefab) as GameObject;
wallObj.transform.parent = PlayState.instance.transform;
GridPiece wallPiece = wallObj.GetComponent <GridPiece>();
wallPiece.y = Globals.CELL_SIZE * i + Globals.CELL_SIZE / 2;
wallPiece.x = Globals.CELL_SIZE / 2;
wallPiece.init();
_gridPieces.Add(wallPiece);
wallObj = GameObject.Instantiate(PlayState.instance.wallPrefab) as GameObject;
wallObj.transform.parent = PlayState.instance.transform;
wallPiece = wallObj.GetComponent <GridPiece>();
wallPiece.y = Globals.CELL_SIZE * i + Globals.CELL_SIZE / 2;
wallPiece.x = Globals.CELL_SIZE * (Globals.ROOM_WIDTH - 1) + Globals.CELL_SIZE / 2;
wallPiece.init();
_gridPieces.Add(wallPiece);
}
}
public void addPiece(GridPiece piece, Vector2 gridPos)
{
Vector2 actualPos = PlayState.instance.toActualCoordinates(gridPos);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
piece.init();
_gridPieces.Add(piece);
}
public void addPiece(GridPiece piece, Vector2 gridPos)
{
Vector2 actualPos = PlayState.instance.toActualCoordinates(gridPos);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
piece.init();
_gridPieces.Add(piece);
}
public void addPiece(GridPiece piece)
{
piece.init();
uint[,] typeGrid = new uint[Globals.ROOM_WIDTH, Globals.ROOM_HEIGHT];
for (int i = 0; i < Globals.ROOM_WIDTH; i++)
{
for (int j = 0; j < Globals.ROOM_HEIGHT; j++)
{
typeGrid[i, j] = 0;
}
}
foreach (GridPiece existingPiece in _gridPieces)
{
typeGrid[(int)existingPiece.gridPos.x, (int)existingPiece.gridPos.y] = existingPiece.type;
}
// If the piece is not a wall, can insert it in any spot.
if (!piece.hasType(GridPiece.WALL_TYPE))
{
List <Vector2> emptyTiles = getEmptyTiles(typeGrid);
if (emptyTiles.Count == 0)
{
throw new UnityException("Overflow in room!");
}
Vector2 tile = Globals.getRandom(emptyTiles);
Vector2 actualPos = PlayState.instance.toActualCoordinates(tile);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
_gridPieces.Add(piece);
}
// Otherwise, have to make sure it's not next to a wall or edge.
else
{
List <Vector2> spaciousTiles = getSpaciousTiles(typeGrid);
if (spaciousTiles.Count == 0)
{
throw new UnityException("Overflow in room!");
}
Vector2 tile = Globals.getRandom(spaciousTiles);
Vector2 actualPos = PlayState.instance.toActualCoordinates(tile);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
_gridPieces.Add(piece);
}
piece.resetGridPos();
}
public void addPiece(GridPiece piece)
{
piece.init();
uint[,] typeGrid = new uint[Globals.ROOM_WIDTH, Globals.ROOM_HEIGHT];
for (int i = 0; i < Globals.ROOM_WIDTH; i++) {
for (int j = 0; j < Globals.ROOM_HEIGHT; j++) {
typeGrid[i, j] = 0;
}
}
foreach (GridPiece existingPiece in _gridPieces) {
typeGrid[(int)existingPiece.gridPos.x, (int)existingPiece.gridPos.y] = existingPiece.type;
}
// If the piece is not a wall, can insert it in any spot.
if (!piece.hasType(GridPiece.WALL_TYPE)) {
List<Vector2> emptyTiles = getEmptyTiles(typeGrid);
if (emptyTiles.Count == 0)
throw new UnityException("Overflow in room!");
Vector2 tile = Globals.getRandom(emptyTiles);
Vector2 actualPos = PlayState.instance.toActualCoordinates(tile);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
_gridPieces.Add(piece);
}
// Otherwise, have to make sure it's not next to a wall or edge.
else {
List<Vector2> spaciousTiles = getSpaciousTiles(typeGrid);
if (spaciousTiles.Count == 0)
throw new UnityException("Overflow in room!");
Vector2 tile = Globals.getRandom(spaciousTiles);
Vector2 actualPos = PlayState.instance.toActualCoordinates(tile);
piece.transform.parent = PlayState.instance.transform;
piece.x = actualPos.x;
piece.y = actualPos.y;
_gridPieces.Add(piece);
}
piece.resetGridPos();
}