public void PositionEnemies()
{
var unoccupiedPosition = getRandomUnoccupiedPosition();
Debug.Log("Worm: " + unoccupiedPosition.x + ", " + unoccupiedPosition.y);
CaveWorm cw = caveWormGameObject.GetComponent <CaveWorm> ();
cw.x = (int)unoccupiedPosition.x;
cw.y = (int)unoccupiedPosition.y;
maze[cw.x][cw.y] = CaveWorm;
unoccupiedPosition = getRandomUnoccupiedPosition();
Debug.Log("Alien: " + unoccupiedPosition.x + ", " + unoccupiedPosition.y);
var alien = alienGameObject.GetComponent <Alien> ();
alien.x = (int)unoccupiedPosition.x;
alien.y = (int)unoccupiedPosition.y;
maze[alien.x][alien.y] = Alien;
unoccupiedPosition = getRandomUnoccupiedPosition();
Debug.Log("Spider: " + unoccupiedPosition.x + ", " + unoccupiedPosition.y);
var spider = spiderGameObject.GetComponent <Spider> ();
spider.x = (int)unoccupiedPosition.x;
spider.y = (int)unoccupiedPosition.y;
maze[spider.x][spider.y] = Spider;
}
/// <summary>
/// Generates caves for this chunk.
/// </summary>
private void GenerateCaves()
{
// TODO: Base number of caves off Y value of chunk so fewer caves generate the higher you go.
int posOffset = 1000;
int numWorms = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise(this.ChunkPos.x, this.ChunkPos.y, this.ChunkPos.z).Remap(-1, 1, GameManager.Instance.MinimumCaveWorms, GameManager.Instance.MaximumCaveWorms));
for (int i = 0; i < numWorms; i++)
{
int posX = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise((this.ChunkPos.x * this.ChunkPos.x) + (posOffset * 1 * i), this.ChunkPos.y + (posOffset * 1 * i), this.ChunkPos.z + (posOffset * 1 * i)).Remap(-1, 1, 0, GameManager.ChunkSize));
int posY = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise(this.ChunkPos.x + (posOffset * 2 * i), (this.ChunkPos.y * this.ChunkPos.y) + (posOffset * 2 * i), this.ChunkPos.z + (posOffset * 2 * i)).Remap(-1, 1, 0, GameManager.ChunkSize));
int posZ = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise(this.ChunkPos.x + (posOffset * 3 * i), this.ChunkPos.y + (posOffset * 3 * i), (this.ChunkPos.z * this.ChunkPos.z) + (posOffset * 3 * i)).Remap(-1, 1, 0, GameManager.ChunkSize));
Vector3Int newWormPos = new Vector3Int(posX, posY, posZ).InternalPosToWorldPos(this.ChunkPos);
CaveWorm newWorm = new CaveWorm(newWormPos);
this.CaveWorms.Add(newWorm);
}
Dictionary <Vector3Int, List <Block.BlockUpdate> > chunkUpdates = new Dictionary <Vector3Int, List <Block.BlockUpdate> >();
foreach (CaveWorm worm in this.CaveWorms)
{
foreach (CaveWorm.Segment segment in worm.Segments)
{
foreach (Vector3Int point in segment.Points)
{
Vector3Int chunkPos = point.WorldPosToChunkPos();
if (chunkUpdates.ContainsKey(chunkPos) == true)
{
chunkUpdates[chunkPos].Add(new Block.BlockUpdate(point.WorldPosToInternalPos(), new Block(BlockType.Air)));
}
else
{
chunkUpdates.Add(chunkPos, new List <Block.BlockUpdate>()
{
new Block.BlockUpdate(point.WorldPosToInternalPos(), new Block(BlockType.Air))
});
}
}
}
}
foreach (KeyValuePair <Vector3Int, List <Block.BlockUpdate> > chunkUpdate in chunkUpdates)
{
if (World.TryGetChunk(chunkUpdate.Key, out Chunk chunk) == true && chunk.HasGeneratedChunkData == true)
{
chunk.SetBlock(chunkUpdate.Value);
}
else
{
World.AddUnloadedChunkBlockUpdates(chunkUpdate.Key, chunkUpdate.Value);
}
}
}
/// <summary>
/// Generates cave worms for this chunk. Works by looping through the amount of worms to create and getting
/// a random position for each worm to start using remapped 3d noise, then starts a cave worm at that position.
/// </summary>
public void GenerateCaveWorms()
{
int posOffset = 1000;
// TODO: Change number of worms to be based on noise and not the same value for every chunk.
int numWorms = GameManager.Instance.MinimumCaveWorms;
for (int i = 0; i < numWorms; i++)
{
int posX = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise((this.ChunkPos.x * this.ChunkPos.x) + (posOffset * 1 * i), this.ChunkPos.y + (posOffset * 1 * i), this.ChunkPos.z + (posOffset * 1 * i)).Map(-1, 1, 0, GameManager.Instance.ChunkSize));
int posY = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise(this.ChunkPos.x + (posOffset * 2 * i), (this.ChunkPos.y * this.ChunkPos.y) + (posOffset * 2 * i), this.ChunkPos.z + (posOffset * 2 * i)).Map(-1, 1, 0, GameManager.Instance.ChunkSize));
int posZ = Mathf.RoundToInt(GameManager.Instance.CaveWormPositionNoiseGenerator.GetNoise(this.ChunkPos.x + (posOffset * 3 * i), this.ChunkPos.y + (posOffset * 3 * i), (this.ChunkPos.z * this.ChunkPos.z) + (posOffset * 3 * i)).Map(-1, 1, 0, GameManager.Instance.ChunkSize));
Vector3Int newWormPos = new Vector3Int(posX, posY, posZ).InternalPosToWorldPos(this.ChunkPos);
CaveWorm newWorm = new CaveWorm(newWormPos, GameManager.Instance.CaveWormRadius);
this.CaveWorms.Add(newWorm);
}
this.HasGeneratedCaveWorms = true;
}