private void RenderContent(TilesLayout.TilesLayout tilesLayout, TilesLayout.TilesLayoutContent content, PathCell[,] cells)
{
cells.ForeachIndexed((x, y, cell) =>
{
GameObject tileGameObject = null;
switch (cell.CellType)
{
case PathCell.Type.LETTER:
tileGameObject = LetterGameObject;
break;
case PathCell.Type.OBSTACLE:
tileGameObject = ObstacleGameObject;
break;
case PathCell.Type.EMPTY:
tileGameObject = EmptyGameObject;
break;
}
content.Items[x, y].GameObject = tileGameObject;
});
tilesLayout.Content = content;
}
private void GenerateGameObjects(PathCell[,] cells, TilesLayout.TilesLayout tilesLayout, TilesLayout.TilesLayoutContent content, List <string> letters)
{
RenderContent(tilesLayout, content, cells);
var letterGenerator = LetterGenerator(letters).GetEnumerator();
letterGenerator.MoveNext();
cells.Flatten()
.Where(cell => cell.CellType == PathCell.Type.LETTER)
.ToList()
.ForEach(cell =>
{
var gameObject = content.Items[cell.Position.x, cell.Position.y].GameObject;
var binding = gameObject.GetComponent(typeof(LetterTileBinding)) as LetterTileBinding;
binding.Letter = letterGenerator.Current;
letterGenerator.MoveNext();
});
}
private void GenerateLevel(TilesLayout.TilesLayout tilesLayout, TilesLayout.TilesLayoutContent content)
{
var obstaclePositioner = new ObstaclePositioner();
var emptyCellPositioner = new EmptyCellPositioner();
var cells = new PathCell[content.Columns, content.Rows];
cells.ForeachIndexed((x, y, cell) => cells[x, y] = new PathCell(x, y));
int pathLength = EnsurePathExists(cells);
var letters = GenerateLetters(pathLength);
int maxObstacles = cells.Length - (letters.Count >= pathLength ? (letters.Count) : (pathLength));
obstaclePositioner.PlaceObstacles(cells, maxObstacles);
PlaceRemainingLetters(cells, pathLength, letters);
emptyCellPositioner.PlaceEmptyCells(cells);
cells.Print();
GenerateGameObjects(cells, tilesLayout, content, letters);
}
