private void CreateAndSpawnPlayers(GameModePvEConfig gameMode, LevelStageConfig levelStageConfig,
GameLevelGridModel levelGridModel)
{
var playerConfigs = gameMode.PlayerConfigs;
var spawnCorners = levelStageConfig.PlayersSpawnCorners;
Assert.IsTrue(playerConfigs.Length <= spawnCorners.Length, "players count greater than the level spawn corners");
var zip = spawnCorners.Zip(playerConfigs, (spawnCorner, playerConfig) => (spawnCorner, playerConfig));
foreach (var(spawnCorner, playerConfig) in zip)
{
var playerInput = _inputService.RegisterPlayerInput(playerConfig);
var player = _gameFactory.CreatePlayer(playerConfig, playerInput);
Assert.IsNotNull(player);
var position = levelGridModel.GetCornerWorldPosition(spawnCorner);
var go = _gameFactory.SpawnEntity(playerConfig.HeroConfig, position);
Assert.IsNotNull(go);
var hero = (IHero)go.GetComponent <HeroController>();
player.AttachHero(hero, playerInput);
Game.LevelManager.AddPlayer(playerConfig.PlayerTagConfig, player);
}
}
private void CreateAndSpawnEnemies(LevelStageConfig levelStageConfig)
{
var enemySpawnElements = levelStageConfig.Enemies;
foreach (var enemySpawnElement in enemySpawnElements)
{
var enemy = _gameFactory.CreateEnemy(enemySpawnElement.EnemyConfig);
Assert.IsNotNull(enemy);
Game.LevelManager.AddEnemy(enemySpawnElement.EnemyConfig, enemy);
}
}
public GameLevelGridModel(LevelStageConfig levelStageConfig)
{
_size = math.int2(levelStageConfig.ColumnsNumber, levelStageConfig.RowsNumber);
Assert.IsTrue(math.all(_size % 2 != int2.zero));
var playersSpawnCorners = levelStageConfig.PlayersSpawnCorners;
var softBlocksCoverage = levelStageConfig.SoftBlocksCoverage;
var reservedCellsIndices = new HashSet<int>(
playersSpawnCorners
.SelectMany(
corner =>
{
var coordinate = corner * (_size - 1);
var offset = math.select(-1, 1, corner == int2.zero);
return new[]
{
GetFlattenCellCoordinate(coordinate),
GetFlattenCellCoordinate(math.mad(math.int2(1, 0), offset, coordinate)),
GetFlattenCellCoordinate(math.mad(math.int2(0, 1), offset, coordinate))
};
}
)
);
var reservedCellsNumber = reservedCellsIndices.Count;
var totalCellsNumber = _size.x * _size.y - reservedCellsNumber;
var hardBlocksNumber = (_size.x - 1) * (_size.y - 1) / 4;
var softBlocksNumber = (int) math.round((totalCellsNumber - hardBlocksNumber) * softBlocksCoverage / 100.0f);
var floorCellsNumber = totalCellsNumber - softBlocksNumber - hardBlocksNumber;
var cellTypeNumbers = math.int2(floorCellsNumber, softBlocksNumber);
var powerUpItems = levelStageConfig.PowerUpItems;
var softBlocksPerPowerUpItem = softBlocksNumber / powerUpItems.Length;
Random.InitState(levelStageConfig.RandomSeed);
var powerItemsIndices = new HashSet<int>(
Enumerable
.Range(0, powerUpItems.Length)
.Select(i => Random.Range(i * softBlocksPerPowerUpItem, (i + 1) * softBlocksPerPowerUpItem))
);
_grid = Enumerable
.Range(0, totalCellsNumber + reservedCellsNumber)
.Select(
index =>
{
if (reservedCellsIndices.Contains(index))
return GridTileType.FloorTile;
var coordinate = math.int2(index % _size.x, index / _size.x);
if (math.all(coordinate % 2 == 1))
return GridTileType.HardBlock;
var range = (int2) (cellTypeNumbers == int2.zero);
var softBlockOdds = (int) (cellTypeNumbers.y * 100.0f / (cellTypeNumbers.x + cellTypeNumbers.y));
var typeIndex = Convert.ToInt32(Random.Range(0, 100) < softBlockOdds);
typeIndex = math.clamp(typeIndex, range.x, 2 - range.y);
var tileType = typeIndex == 0 ? GridTileType.FloorTile : GridTileType.SoftBlock;
if (tileType == GridTileType.SoftBlock && powerItemsIndices.Contains(cellTypeNumbers[typeIndex]))
tileType |= GridTileType.PowerUpItem;
--cellTypeNumbers[typeIndex];
return tileType;
}
)
.ToArray();
// Random.InitState(new System.Random().Next());
}
