public void SubactiveUpdate(ChunkVector OriginalPosition, bool focedResetCheck = false)
{
AccurateVector3 oldPos = ParentChunk.GetWorldPositionOfBlock(OriginalPosition);
AccurateVector3 newPos = ParentChunk.GetWorldPositionOfBlock(Position);
AccurateVector3 offset = new AccurateVector3((decimal)Math.Round((oldPos.x - newPos.x) / 2, 1), (decimal)Math.Round((oldPos.y - newPos.y) / 2, 1), (decimal)Math.Round((oldPos.z - newPos.z) / 2, 1));
AccurateVector3 placePos = new AccurateVector3((decimal)Math.Round((oldPos.x - offset.x), 1), (decimal)Math.Round((oldPos.y - offset.y), 1), (decimal)Math.Round((oldPos.z - offset.z), 1));
Vector3 vPP = new Vector3((float)placePos.x, (float)placePos.y, (float)placePos.z);
if (BlockType != 0)
{
GameObject go = Instantiate(Global.QuadPrefab, vPP, Quaternion.Euler(Vector3.zero)) as GameObject;
go.transform.LookAt(newPos.ToVector3());
ParentChunk.MeshBuffer.Add(go.GetComponent<MeshFilter>());
}
else
{
if (focedResetCheck)
{
RaycastHit hit;
Physics.Raycast(new Ray(newPos.ToVector3(), offset.ToVector3()), out hit, 2f, ~(1 >> 9));
if (hit.transform)
{
Debug.Log("Found object!");
ParentChunk.RemoveFace(ParentChunk.GetComponent<MeshCollider>(), ParentChunk.GetComponent<MeshFilter>(), hit.triangleIndex);
}
Debug.DrawRay(newPos.ToVector3(), offset.ToVector3(), Color.green, 30f);
Debug.DrawRay(newPos.ToVector3(), offset.ToVector3() * 2, Color.blue, 5f);
}
}
}
public void ReChunk(ChunkVector Block)
{
BlockDatabase[Block].BlockType = 0;
BlockDatabase[Block].ActiveUpdate(true);
Fuse(MeshBuffer.ToArray(), false);
MeshBuffer.Clear();
}
public static ChunkVector ConvertWorldToChunkVector(Vector3 normal, GameObject chunk, Vector3 world)
{
Vector3 offset = world - chunk.transform.position;
Vector3 v = new Vector3((float)Math.Round((offset.x + 0.5f) % 16.5f, 3), (float)Math.Round((offset.y + 0.5f) % 16.5, 3), (float)Math.Round((offset.z + 0.5f) % 16.5, 3));
v -= normal.normalized / 2;
ChunkVector c = new ChunkVector((byte)(v.x), (byte)(v.y), (byte)(v.z));
return c;
}
public AccurateVector3 GetWorldPositionOfBlock(ChunkVector Position, bool add)
{
if (add)
{
return new AccurateVector3((decimal)transform.position.x + Position.x, (decimal)transform.position.y + Position.y, (decimal)transform.position.z + Position.z);
}
else
{
return new AccurateVector3((decimal)Position.x, (decimal)Position.y, (decimal)Position.z);
}
}
public void Bridge(MajorChunkVector majorFromVector, Block fromBlock)
{
Debug.Log("Self Chunk: " + transform.name);
Vector3 difference = new Vector3(ChunkPosition.x - majorFromVector.x, ChunkPosition.y - majorFromVector.y, ChunkPosition.z - majorFromVector.z);
ChunkVector pos = new ChunkVector(Math.Abs(difference.x) >= 0.01 ? 15 - fromBlock.Position.x : fromBlock.Position.x, Math.Abs(difference.y) >= 0.01 ? 15 - fromBlock.Position.y : fromBlock.Position.y, Math.Abs(difference.z) >= 0.01 ? 15 - fromBlock.Position.z : fromBlock.Position.z);
BlockDatabase[pos.To4096Index].BridgeUpdate(difference, fromBlock);
Debug.Log("Bridge update! " + pos.x + "(" + fromBlock.Position.x + "), " + pos.y + "(" + fromBlock.Position.y + "), " + pos.z + "(" + fromBlock.Position.z + ")");
Fuse(MeshBuffer.ToArray(), false);
MeshBuffer.Clear();
}