private void LoadTiles()
{
// Allocate the Tile grid.
tiles = new Tile[map.rows[0].columns.Length, map.rows.Length];
int x = 0;
int y = 0;
int newX = 0;
foreach (Row r in map.rows)
{
for (int ix = 0; ix <= r.columns.Length - 1; ix++)
{
Enumeration.TileType nextTileType = Enumeration.TileType.space;
if (ix + 1 < r.columns.Length)
{
nextTileType = r.columns[ix + 1].tileType;
}
tiles[x, y] = LoadTile(r.columns[ix].tileType, r.columns[ix].state, r.columns[ix].switchButton, r.columns[ix].item, nextTileType, r.columns[ix].timeOpen);
//tiles[x, y].tileAnimation.fra = maze.player.sprite.frameRate_background;
Rectangle rect = new Rectangle(x * Convert.ToInt32(Math.Truncate(Tile.Size.X)), y * Convert.ToInt32(Math.Truncate(Tile.Size.Y)) - BOTTOM_BORDER, Convert.ToInt32(tiles[x, y].Texture.Width), Convert.ToInt32(tiles[x, y].Texture.Height));
Vector2 v = new Vector2(rect.X, rect.Y);
tiles[x, y].Position = new Position(v, v);
tiles[x, y].Position.X = v.X;
tiles[x, y].Position.Y = v.Y;
//x+1 for avoid base zero x array, WALL POSITION 0-29
tiles[x, y].panelInfo = newX + roomIndex;
switch (r.columns[ix].spriteType)
{
case Enumeration.SpriteType.kid:
int xPlayer = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
int yPlayer = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
maze.player = new Player(this, new Vector2(xPlayer, yPlayer), new Point(x, y), maze.graphicsDevice, r.columns[ix].spriteEffect);
break;
case Enumeration.SpriteType.guard:
int xGuard = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int yGuard = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Guard g = new Guard(this, new Vector2(xGuard, yGuard), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(g);
break;
case Enumeration.SpriteType.skeleton:
int xSkel = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int ySkel = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Skeleton h = new Skeleton(this, new Vector2(xSkel, ySkel), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(h);
break;
case Enumeration.SpriteType.serpent:
int xSerp = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int ySerp = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Serpent s = new Serpent(this, new Vector2(xSerp, ySerp), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(s);
break;
default:
break;
}
x += 1;
newX += 1;
}
x = 0;
y += 1;
}
}
private void LoadTiles()
{
// Allocate the Tile grid.
tiles = new Tile[map.rows[0].columns.Length, map.rows.Length];
int x = 0;
int y = 0;
int newX = 0;
foreach (Row r in map.rows)
{
for (int ix = 0; ix <= r.columns.Length - 1; ix++)
{
Enumeration.TileType nextTileType = Enumeration.TileType.space;
if (ix + 1 < r.columns.Length)
{
nextTileType = r.columns[ix + 1].tileType;
}
tiles[x, y] = LoadTile(r.columns[ix].tileType, r.columns[ix].state, r.columns[ix].switchButton, r.columns[ix].item, nextTileType, r.columns[ix].timeOpen);
//tiles[x, y].tileAnimation.fra = maze.player.sprite.frameRate_background;
Rectangle rect = new Rectangle(x * Convert.ToInt32(Math.Truncate(Tile.Size.X)), y * Convert.ToInt32(Math.Truncate(Tile.Size.Y)) - BOTTOM_BORDER, Convert.ToInt32(tiles[x, y].Texture.Width), Convert.ToInt32(tiles[x, y].Texture.Height));
Vector2 v = new Vector2(rect.X, rect.Y);
tiles[x, y].Position = new Position(v, v);
tiles[x, y].Position.X = v.X;
tiles[x, y].Position.Y = v.Y;
//x+1 for avoid base zero x array, WALL POSITION 0-29
tiles[x, y].panelInfo = newX + roomIndex;
switch (r.columns[ix].spriteType)
{
case Enumeration.SpriteType.kid:
int xPlayer = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
int yPlayer = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
maze.player = new Player(this, new Vector2(xPlayer, yPlayer), new Point(x, y), maze.graphicsDevice, r.columns[ix].spriteEffect);
break;
case Enumeration.SpriteType.guard:
int xGuard = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int yGuard = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Guard g = new Guard(this, new Vector2(xGuard, yGuard), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(g);
break;
case Enumeration.SpriteType.skeleton:
int xSkel = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int ySkel = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Skeleton h = new Skeleton(this, new Vector2(xSkel, ySkel), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(h);
break;
case Enumeration.SpriteType.serpent:
int xSerp = (x - 1) * Tile.WIDTH + Player.SPRITE_SIZE_X;
//int yGuard = (y + 1) * (Tile.HEIGHT - Sprite.PLAYER_STAND_FLOOR_PEN - RoomNew.BOTTOM_BORDER + RoomNew.TOP_BORDER);
int ySerp = ((y + 1) * (Tile.HEIGHT)) - Sprite.SPRITE_SIZE_Y + RoomNew.TOP_BORDER;
Serpent s = new Serpent(this, new Vector2(xSerp, ySerp), maze.graphicsDevice, r.columns[ix].spriteEffect);
maze.sprites.Add(s);
break;
default:
break;
}
x += 1;
newX += 1;
}
x = 0;
y += 1;
}
}