internal DungeonLevel SetCell(DungeonCell cell)
{
return(new DungeonLevel(
Level,
cells.ToDictionary(
k => k.Key,
v => v.Value.Position == cell.Position ? cell : v.Value
)
));
}
public Maybe <(Player, DungeonCell)> Action(DungeonCell cell)
{
if ((!cell.Occupant.HasValue && cell.LetterTile.HasValue) || (cell.Occupant.HasValue && (cell.Occupant.Value is UpStairs || cell.Occupant.Value is DownStairs)))
{
return(new Player(cell.Position, LetterInventory, BlankTileOfYendor), cell);
}
if (cell.Occupant.HasValue && cell.Occupant.Value is LetterChest || cell.Occupant.Value is BlankTileOfYendor)
{
var occupant = cell.Occupant.Value;
var player = occupant.InteractWithPlayer(this);
cell = cell.SetOccupant(new Rocks());
return(player, cell);
}
return(Maybe.None <(Player, DungeonCell)>());
}
private void CheckAdjacency(DungeonCell sc, Point dir, List <DungeonCell> allLetterCells)
{
var newPos = sc.Position + dir;
var cell = GetCell(newPos);
if (!cell.HasValue || !cell.Value.LetterTile.HasValue)
{
return;
}
if (!allLetterCells.Contains(cell.Value))
{
return;
}
allLetterCells.Remove(cell.Value);
CheckAdjacency(cell.Value, new Point(0, -1), allLetterCells);
CheckAdjacency(cell.Value, new Point(0, 1), allLetterCells);
CheckAdjacency(cell.Value, new Point(-1, 0), allLetterCells);
CheckAdjacency(cell.Value, new Point(1, 0), allLetterCells);
}
internal Maybe <TilePlacer> Move(DungeonCell cell)
{
return(new TilePlacer(cell.Position, Player, TilePlacementDir, WordEntry));
}
public static DungeonLevel New(int level, Random random)
{
var lb = LetterBag.New(random);
var cells = Enumerable.Range(0, Constants.LevelDim)
.SelectMany(row => Enumerable
.Range(0, Constants.LevelDim)
.Select(col => new Point(col, row))
.Select(pt => new
{
Point = pt,
Cell = DungeonCell.Create(pt, random)
})
)
.ToDictionary(
k => k.Point,
v => v.Cell
);
var mid = Constants.LevelDim / 2;
if (level == 1)
{
var col = mid - 3;
foreach (var c in "nothing")
{
var pos = new Point(col, mid);
var cell = cells[pos];
// this will work, its okay
cell = cell.LayTile(new LetterTile(c)).Value;
cells[pos] = cell;
if (c == 'h')
{
var pos2 = new Point(col, mid - 1);
var cell2 = cells[pos2];
var(r, t) = lb.PullTiles(20);
lb = r;
cell2 = cell2.SetOccupant(new LetterChest(t));
cells[pos2] = cell2;
}
col++;
}
}
if (level == Constants.NumberOfLevels)
{
var pos = new Point(mid, mid);
var cell = cells[pos];
// this will work, its okay
cell = cell.SetOccupant(new BlankTileOfYendor());
cells[pos] = cell;
}
var d = new DungeonLevel(level, cells);
for (int i = 0; i < 24; i++)
{
var rcell = cells.Values
.Where(n => !n.Occupant.HasValue)
.Where(n => n.Position.X <4 || n.Position.X> (Constants.LevelDim - 4) || n.Position.Y <4 || n.Position.Y> (Constants.LevelDim - 4))
.OrderBy(n => random.Next()).First();
rcell = rcell.SetOccupant(new Rocks());
d = d.SetCell(rcell);
}
for (int i = 0; i < 4; i++)
{
var rcell = cells.Values.Where(n => !n.Occupant.HasValue)
.Where(n => n.Position.X <4 || n.Position.X> (Constants.LevelDim - 4) || n.Position.Y <4 || n.Position.Y> (Constants.LevelDim - 4))
.OrderBy(n => random.Next()).First();
var(r, t) = lb.PullTiles(random.Next(10, 20));
lb = r;
rcell = rcell.SetOccupant(new LetterChest(t));
d = d.SetCell(rcell);
}
return(d);
}
public Dungeon ReplaceCell(DungeonCell cell)
{
return(new Dungeon(
ActiveLevel.SetCell(cell),
levels));
}