Example #1
0
        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);
                }
            }
        }
Example #2
0
        public void BridgeUpdate(Vector3 Direction, Block OtherBlock)
        {
            AccurateVector3 oldPos = ParentChunk.GetWorldPositionOfBlock(OtherBlock.Position, true);
            AccurateVector3 newPos = ParentChunk.GetWorldPositionOfBlock(Position, true);
            AccurateVector3 offset = new AccurateVector3(newPos.x + -(decimal)(Direction.x / 2), newPos.y + -(decimal)(Direction.y / 2), newPos.z + -(decimal)(Direction.z / 2));
            if (BlockType != 0)
            {              
                GameObject go = GameObject.Instantiate(ParentChunk.Prefab, offset.ToVector3(), Quaternion.Euler(Vector3.zero)) as GameObject;
                go.transform.LookAt(oldPos.ToVector3());
                ParentChunk.MeshBuffer.Add(go.GetComponent<MeshFilter>());
                Debug.Log("Parent chunk: " + ParentChunk.transform.name);
            }
            else
            {
                RaycastHit hit;
                int layerMask = LayerMask.GetMask("GroundMesh");
                Physics.Raycast(new Ray(newPos.ToVector3(), -(Direction / 1.8f)), out hit, 2f, layerMask);
                if (hit.transform)
                {
                    Debug.Log("HIT: " + hit.transform.name);
                    hit.transform.GetComponent<Chunk>().RemoveFace(OtherBlock.ParentChunk.GetComponent<MeshCollider>(), OtherBlock.ParentChunk.GetComponent<MeshFilter>(), hit.triangleIndex);
                }

                Debug.DrawRay(newPos.ToVector3(), -(Direction / 1.8f), Color.green, 30f);
                Debug.DrawRay(newPos.ToVector3(), -(Direction / 1.8f) * 2, Color.blue, 5f);
            }
        }