private IEnumerator GenerateTilesForNormalChunks(Chunk chunk)
{
SaveEdges(chunk);
int breakGeneration = (int)(Chunk.chunkSize * 0.1f);
float heightCell, moistureCell, temperatureCell;
Vector3Int[] positionArray = new Vector3Int[Chunk.chunkSize * Chunk.chunkSize];
TileBase[] tileArray = new TileBase[Chunk.chunkSize * Chunk.chunkSize];
for (int x = 0; x < Chunk.chunkSize; x++)
{
for (int y = 0; y < Chunk.chunkSize; y++)
{
heightCell = PerlinNoise.Calculate(x, y, chunk.topographyScale, topographySeed, chunk.offsetTopography, Chunk.chunkSize);
moistureCell = PerlinNoise.Calculate(x, y, Chunk.moistureScale, moistureSeed, chunk.offsetMoisture, Chunk.chunkSize);
temperatureCell = PerlinNoise.Calculate(x, y, Chunk.temperatureScale, temperatureSeed, chunk.offsetTemperature, Chunk.chunkSize);
Field field = ChooseFieldType(chunk.TerrainBiome, heightCell, moistureCell, temperatureCell);
chunk.Fields[x][y] = field.ID;
positionArray[x * Chunk.chunkSize + y] = new Vector3Int((int)(-x + chunk.transform.position.x + Chunk.chunkSizeHalf),
(int)(-y + chunk.transform.position.y + Chunk.chunkSizeHalf), 0);
tileArray[x * Chunk.chunkSize + y] = field.TileRepresentation;
}
}
chunk.tilemap.SetTiles(positionArray, tileArray);
yield return(StartCoroutine(staticObjectGenerator.Generate(chunk)));
enemySpawn.SpawnOnChunk(chunk);
}