public override void BuildBoard()
{
UpdatePosition();
for (int i = 0; i < BoardWidth; i++)
{
for (int j = 0; j < BoardHeight; j++)
{
//build the ground
var groundpiece = new BombermanFloorTile(_Style);
groundpiece.RegisterToBoardGameControlItem(this, new Point3D(i, j, 0));
BackgroundItems.Add(groundpiece);
//build the outer walls and inner grid walls
if (i == 0 || i == BoardWidth - 1 || j == 0 || j == BoardHeight - 1 || j % 2 == 0 && i % 2 == 0)
{
var wallpiece = new IndestructableWall(_Style, true);
wallpiece.RegisterToBoardGameControlItem(this, new Point3D(i, j, 0));
BackgroundItems.Add(wallpiece);
}
else
{
if (_State == BoardGameState.Active) //if a game is active, then build obstacles and such
{
//don't put obstacles in the player starting positions
if (i < 3 && j < 3 || i > BoardWidth - 4 && j < 3 || i < 3 && j > BoardHeight - 4 ||
i > BoardWidth - 4 && j > BoardHeight - 4)
{
continue;
}
if (j > BoardHeight / 2 - 2 && j < BoardHeight / 2 + 2 && (i < 3 || i > BoardWidth - 4))
{
continue;
}
if (i > BoardWidth / 2 - 2 && i < BoardWidth / 2 + 2 &&
(j < 3 || j > BoardHeight - 4))
{
continue;
}
//obstacles
if (Utility.RandomDouble() < BombermanSettings.OBSTACLE_CHANCE)
{
var wallpiece = new DestructableWall(_Style);
wallpiece.RegisterToBoardGameControlItem(this, new Point3D(i, j, 0));
BackgroundItems.Add(wallpiece);
}
}
}
}
}
base.BuildBoard();
}
public PointDetail GetPoint(int x, int y)
{
if (x < MinX)
{
throw new Exception($"Cannot get point where {nameof(x)} is less than {nameof(MinX)} {MinX}");
}
if (y < MinY)
{
throw new Exception($"Cannot get point where {nameof(y)} is less than {nameof(MinY)} {MinY}");
}
if (x > MaxX)
{
throw new Exception($"Cannot get point where {nameof(x)} is greater than {nameof(MaxX)} {MaxX}");
}
if (y > MaxY)
{
throw new Exception($"Cannot get point where {nameof(y)} is greater than {nameof(MaxY)} {MaxY}");
}
var point = new PointDetail(x, y);
// find all the path intersections
foreach (var path in Paths)
{
var intersect = point.GetPathIntersect(path);
if (intersect != null)
{
point.AddPathIntersect(intersect);
}
}
// find all background intersections
point.AddBackgroundItem(BackgroundItems.Where(i =>
i.TopLeftX <= x &&
(i.TopLeftX + i.Width - 1) >= x &&
i.TopLeftY <= y &&
(i.TopLeftY + i.Height - 1) >= y));
// find all points of interest
point.AddPointOfInterest(PointOfInterests.Where(i =>
i.X == x &&
i.Y == y));
// is this point shrouded?
point.IsShrouded = ShroudActive && !ShroudRevealedPoints.Contains(point);
return(point);
}
private void BuildLevel(List <string[]> levelData)
{
// iterate through lines
for (int i = 0; i < levelData.Count(); i++)
{
switch (levelData[i][0])
{
case "00":
// mario
Mario.Instance.PlayableObjectState = new SmallRightIdleMario(Mario.Instance);
Mario.Instance.Position = new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize);
break;
case "01":
// floor tiles
StaticObjects.Add(new FloorTile(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), new Vector2(StringToInt(i, 3), StringToInt(i, 4)), levelData[i][5]));
break;
case "02":
// blocks
Blocks.Add(new Block(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), levelData[i][3], levelData[i][4]));
break;
case "03":
// floating coins
Coins.Add(new Item(new Vector2((StringToInt(i, 1) * levelCellSize) + (levelCellSize / 4), StringToInt(i, 2) * levelCellSize), "FloatingCoin"));
break;
case "04":
// pipes
Pipes.Add(new Pipe(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3), Convert.ToBoolean(levelData[i][4]), levelData[i][5]));
break;
case "05":
// enemies
Enemies.Add(new Enemy(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize - 10), levelData[i][3]));
break;
case "06":
// hills
BackgroundItems.Add(new Hill(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "07":
// bushes
BackgroundItems.Add(new Bush(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "08":
// clouds
BackgroundItems.Add(new Cloud(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "09":
// castle
Castle = new Castle(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize));
break;
case "10":
// flag pole
Flagpoles.Add(new Flagpole(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), levelCellSize));
break;
case "11":
// check point
Checkpoints.Add(new CheckPoint(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize)));
break;
case "12":
// coin room
CoinRoomPosition = new Vector2(StringToInt(i, 1) * levelCellSize + (levelCellSize / 8), StringToInt(i, 2) * levelCellSize);
break;
}
}
DynamicObjects.Add(Mario.Instance);
foreach (Block block in Blocks)
{
DynamicObjects.Add(block);
DynamicObjects.Add(block.Item); // Add items in each block too.
}
foreach (Item coin in Coins)
{
DynamicObjects.Add(coin);
}
foreach (Enemy enemy in Enemies)
{
// Added such that the Koopa spawns in a correct position before any updates are made, otherwise he spawns in the floor to start.
if (enemy.EnemyState.ToString() == "SuperMario.EnemyStates.LeftWalkingKoopa" || enemy.EnemyState.ToString() == "SuperMario.EnemyStates.RightWalkingKoopa")
{
enemy.Position = new Vector2(enemy.Position.X, enemy.Position.Y - GameValues.KoopaPositionOffset);
}
DynamicObjects.Add(enemy);
}
foreach (Pipe pipe in Pipes)
{
StaticObjects.Add(pipe);
}
foreach (Flagpole flagpole in Flagpoles)
{
StaticObjects.Add(flagpole);
}
if (Flagpoles.Count > 0)
{
Flag.Position = new Vector2(Flagpoles[0].CollisionRectangle.X - GameValues.FlagPositionOffsetVector.X, Flagpoles[0].CollisionRectangle.Y + GameValues.FlagPositionOffsetVector.Y);
}
}
public void AddBackgroundItem(IEnumerable <BackgroundItem> backgroundItems)
{
BackgroundItems.AddRange(backgroundItems);
}
public void AddBackgroundItem(BackgroundItem backgroundItem)
{
BackgroundItems.Add(backgroundItem);
}
